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Table of Contents

Job #FORMS - ALL

REVISED 5/28/2010COPYRIGHT © 2002-2014 POWERDB, INC. www.powerdb.com

1PAGE

Owner

Position

Asset

SubstationPAGE

NO.

Customer Example Customer Company

Plant

10760 - BATTERY TEST - CELLCORDER

Example Owner

1AUTOMATEDBATTERIES

Example Plant

10757 - BVM VOLTAGE TEST

Example Owner

2AUTOMATEDBATTERIES

Example Plant

10750 - BATTERY IMP/COND TEST

Example Owner

4AUTOMATEDBATTERIES

Example Plant

SEND STRINGS TO BITE3

Example Owner

5AUTOMATEDBATTERIES

Example Plant

10756 - AUTOMATED BATTERY DISCHARGE

Example Owner

6AUTOMATEDBATTERIES

Example Plant

10754 - BASIC BATTERY DISCHARGE

Example Owner

9AUTOMATEDBATTERIES

Example Plant

10500 - UPS BATTERY DISCHARGE

Example Owner

10GENERALBATTERIES

Example Plant

10050 - BATTERY INSPECTION

Example Owner

12GENERALBATTERIES

Example Plant

10200 - BATTERY INSPECTION RESISTANCE

Example Owner

13GENERALBATTERIES

Example Plant

10000 - BATTERY DISCHARGE

Example Owner

16GENERALBATTERIES

Example Plant

10100 - BATTERY INSPECTION SPECIFIC

Example Owner

18GENERALBATTERIES

Example Plant

13300 - TIME DOMAIN REFLECTOMETER

Example Owner

21AUTOMATEDCABLES

Example Plant

13000 - CABLE PI TEST

Example Owner

22AUTOMATEDCABLES

Example Plant

96005 - PF CABLES

Example Owner

24AUTOMATEDCABLES

Example Plant

12000 - LOW VOLT. CABLE INSULATION TEST

Example Owner

25GENERALCABLES

Example Plant

13090 - TAN DELTA CABLE TEST

Example Owner

27GENERALCABLES

Example Plant

13101 - CABLE HIGH POTENTIAL WITH TIMER

Example Owner

29GENERALCABLES

Example Plant

Table of Contents

Job #FORMS - ALL

2PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

14000 - BUS DUCT INSULATION TEST

Example Owner

31GENERALCABLES

Example Plant

13050 - VLF CABLE TEST

Example Owner

33GENERALCABLES

Example Plant

13100 - CABLE HIGH POTENTIAL

Example Owner

35GENERALCABLES

Example Plant

13200 - CABLE HIGH POTENTIAL & INSUL RES

Example Owner

37GENERALCABLES

Example Plant

14100 - SWITCHBOARD BUS CONNECTION TEST

Example Owner

39GENERALCABLES

Example Plant

92525 - PF SF6 LIVE TANK CIRCUIT BREAKER

Example Owner

41AUTOMATEDCIRCUIT BREAKER

Example Plant

92610 - OCR COUNTER

Example Owner


Example Plant

92550 - PF VACUUM CIRCUIT RECLOSER

Example Owner


Example Plant

15300 - BREAKER ANALYZER VANGUARD VCBA-2

Example Owner


Example Plant

15990 - CONTACT RESISTANCE

Example Owner


Example Plant

92520 - PF SF6 DEAD TANK CIRCUIT BREAKER

Example Owner


Example Plant

15055 - LOW VOLT. PWR. CKT. BKR. TEST

Example Owner


Example Plant

92530 - PF VACUUM CIRCUIT BREAKER

Example Owner


Example Plant

92510 - PF OIL CIRCUIT BREAKER

Example Owner


Example Plant

92600 - OCR

Example Owner


Example Plant

15800 - MOLDED CASE CIRCUIT BREAKER INSP

Example Owner


Example Plant

92529 - PF SF6 LIVE TANK CIRCUIT BREAKER

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

3PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

92500 - PF AIR-MAG CIRCUIT BREAKER

Example Owner


Example Plant

16300 - OIL CIRCUIT BREAKER DISSIPATION

Example Owner

65GENERALCIRCUIT BREAKER

Example Plant

16101 - VACUUM CIRCUIT BREAKER

Example Owner


Example Plant

16500 - MED VOLT. CKT. BKR. INSUL FLUID

Example Owner


Example Plant

15100 - LOW VOLT. PWR. CKT. BKR. INSP

Example Owner


Example Plant

15950 - MOLDED CASE CIRCUIT BREAKER

Example Owner


Example Plant

16201 - OIL CIRCUIT BREAKER TEST

Example Owner


Example Plant

15000 - LOW VOLT. PWR. CKT. BKR. TEST

Example Owner


Example Plant

16400 - OIL CIRCUIT BREAKER LIQUID

Example Owner


Example Plant

16600 - VACUUM IN OIL RECLOSER

Example Owner


Example Plant

16001 - MEDIUM VOLTAGE AIR CKT. BKR

Example Owner


Example Plant

15900 - MOLDED CASE CIRCUIT BREAKER TEST

Example Owner


Example Plant

18200 - RELAY SETTINGS

Example Owner

84GENERALCOORDINATION DATA

Example Plant

18300 - RELAY DATA

Example Owner


Example Plant

18000 - CIRCUIT BREAKER DATA

Example Owner


Example Plant

18500 - DEFICIENCIES LOCATED

Example Owner


Example Plant

18210 - RELAY SETTINGS DATA

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

4PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

18400 - CIRCUIT BREAKER SURVEY

Example Owner


Example Plant

18100 - FUSE DATA

Example Owner


Example Plant

29001 - LOADBREAK DISCONNECT

Example Owner

98GENERALDISCONNECTS

Example Plant

15510 - LOW VOLTAGE AIR SWITCH

Example Owner


Example Plant

29101 - DISCONNECT SELECTOR SWITCH

Example Owner


Example Plant

15602 - FUSE DISCONNECT INSP. TEST

Example Owner


Example Plant

15501 - BOLTED PRESSURE SWITCH TEST

Example Owner


Example Plant

19275 - GENERATOR PI TEST

Example Owner

104AUTOMATEDGENERATORS

Example Plant

98000 - PF GENERATOR TIP UP

Example Owner


Example Plant

19280 - GENERATOR PI TEST

Example Owner


Example Plant

19200 - GEN SYSTEM STATUS/SHUTDOWN PG1

Example Owner

110GENERALGENERATORS

Example Plant

19300 - SWITCHGEAR CHECK LIST

Example Owner


Example Plant

19400 - ANNUAL ENGINE GENERATOR

Example Owner


Example Plant

19600 - GENERATOR

Example Owner


Example Plant

19100 - CO-GEN SYSTEM STATUS/SHUTDOWN

Example Owner


Example Plant

19250 - GEN SYSTEM STATUS/SHUTDOWN PG2

Example Owner


Example Plant

19500 - BI-ANNUAL ENGINE-GENERATOR

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

5PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

19000 - GENERATOR LOAD TEST REPORT

Example Owner


Example Plant

22900 - GROUND FAULT PROTECTION

Example Owner

127GENERALGROUND FAULT

Example Plant

22000 - GROUND FAULT RELAY

Example Owner

129GENERALGROUND FAULT

Example Plant

24480 - EARTH RESISTANCE DET24C

Example Owner

131AUTOMATEDGROUND MAT (EARTH) GROUNDING TESTS

Example Plant

24470 - INTERSECTING CURVES

Example Owner

132GENERALGROUND MAT (EARTH) GROUNDING TESTS

Example Plant

24400 - FULL FALL OF POTENTIAL

Example Owner


Example Plant

24420 - SIMPLIFIED FALL OF POTENTIAL

Example Owner


Example Plant

24440 - SOIL RESISTIVITY

Example Owner


Example Plant

24460 - 61.8 PERCENT RULE

Example Owner


Example Plant

24410 - FOUR POTENTIAL

Example Owner


Example Plant

24430 - SLOPE

Example Owner


Example Plant

24450 - STAR DELTA

Example Owner


Example Plant

24010 - FALL OF POTENTIAL TEST

Example Owner

149OTHERGROUND MAT (EARTH) GROUNDING TESTS

Example Plant

24300 - GROUND ROD SURVEY

Example Owner


Example Plant

25100 - GROUNDED SURFACES TEST

Example Owner


Example Plant

24210 - GROUND RESISTANCE TWO TERMINAL

Example Owner


Example Plant

24020 - GROUND MAT TEST - 20

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

6PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

26000 - LINE ISOLATION MONITOR TEST

Example Owner


Example Plant

24000 - GROUND MAT TEST

Example Owner


Example Plant

24220 - GROUND POINT CONTINUITY TEST

Example Owner


Example Plant

25000 - GROUNDED SURFACES MULTI-ROOM

Example Owner


Example Plant

24200 - GROUND RESISTIVITY TEST

Example Owner


Example Plant

45444 - INFRARED INSPECTION FLIR P640

Example Owner

168AUTOMATEDINFRARED

Example Plant

45455 - INFRARED INSPECTION FLIR P65

Example Owner

169AUTOMATEDINFRARED

Example Plant

52222 - INFRARED IMAGE CAPTURES

Example Owner

170GENERALINFRARED

Example Plant

52000 - THERMOGRAPHIC INSPECTION

Example Owner

172GENERALINFRARED

Example Plant

52230 - INFRARED REPORT

Example Owner

174GENERALINFRARED

Example Plant

52005 - INFRARED INSPECTION SUMMARY

Example Owner

175GENERALINFRARED

Example Plant

27610 - PF CURRENT TRANSFORMER

Example Owner

176AUTOMATEDINSTRUMENT TRANSFORMERS

Example Plant

27655 - CURRENT TRANSFORMER (ADWEL DCT)

Example Owner


Example Plant

27800 - MTO CT RESISTANCE TESTS

Example Owner


Example Plant

27600 - PF POTENTIAL TRANSFORMER

Example Owner


Example Plant

27650 - CURRENT TRANSFORMER TEST

Example Owner


Example Plant

27850 - MTO PT RESISTANCE TESTS

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

7PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

27750 - PT RATIO

Example Owner


Example Plant

27700 - CT RATIO

Example Owner


Example Plant

27660 - MULTI-WINDING CT TEST

Example Owner


Example Plant

27000 - CT PRIMARY INJECTION RATIO

Example Owner

187GENERALINSTRUMENT TRANSFORMERS

Example Plant

27100 - CT SEC. VLTG INJECTION RATIO

Example Owner


Example Plant

27111 - CT TRANSFORMER RATIO & SAT

Example Owner


Example Plant

27200 - VOLTAGE TRANSFORMER TEST

Example Owner


Example Plant

27400 - CONTROL POWER TRANSFORMER TEST

Example Owner


Example Plant

27500 - CT RATIO & EXCITATION TEST

Example Owner


Example Plant

27010 - CURRENT TRANSFORMER

Example Owner


Example Plant

27110 - CT TRANSFORMER RATIO & SAT

Example Owner


Example Plant

27150 - CT PRI. INJECTION RATIO-MULTIPLE

Example Owner


Example Plant

27300 - VOLTAGE TRANSFORMER APPLIED

Example Owner


Example Plant

27450 - CONTROL POWER TRANSFORMER TEST

Example Owner


Example Plant

57956 - SDMYERS FLUID TESTING

Example Owner

209AUTOMATEDINSULATION FLUID

Example Plant

57700 - ONCOR INSULATING FLUID ANALYSIS

Example Owner


Example Plant

57400 - OIL TEST

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

8PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

57952 - WEIDMANN-ACTI DGA

Example Owner


Example Plant

57850 - TJH2b DGA

Example Owner


Example Plant

57450 - OIL TEST COMPACT

Example Owner


Example Plant

57860 - TJH2b INSULATING FLUID

Example Owner


Example Plant

57390 - OTS OIL TEST

Example Owner


Example Plant

57150 - OIL CIRCUIT BREAKER FLUID TEST

Example Owner

222GENERALINSULATION FLUID

Example Plant

57300 - INSULATING EQUIPMENT INSULATING

Example Owner


Example Plant

57000 - TRANSFORMER LIQUID COOLANT TEST

Example Owner


Example Plant

5710T - TRANS. LIQUID COOLANT TRENDING

Example Owner


Example Plant

57200 - DISSOLVED GAS ANALYSIS-INS FLUID

Example Owner


Example Plant

57500 - TRANSFORMER FURFURAN ANALYSIS

Example Owner


Example Plant

57100 - TRANS. LIQUID COOLANT ANALYSIS

Example Owner


Example Plant

60050 - DD TEST

Example Owner

237AUTOMATEDMISCELLANEOUS

Example Plant

76000 - MICROHMMETER COOLING CURVE

Example Owner


Example Plant

60000 - PI TEST

Example Owner


Example Plant

60080 - CUSTOM SV TEST

Example Owner


Example Plant

91515 - PF BUSHING

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

9PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

90512 - MICROHMMETER MEASUREMENTS - DLRO 200/600

Example Owner


Example Plant

90511 - MICROHMMETER MEASUREMENTS - DLRO 10X

Example Owner


Example Plant

39000 - POWER MULTIMETER 1

Example Owner


Example Plant

60010 - IR TEST

Example Owner


Example Plant

60070 - SV TEST

Example Owner


Example Plant

60100 - RAMP TEST

Example Owner


Example Plant

91510 - PF MISCELLANEOUS EQUIPMENT

Example Owner


Example Plant

90513 - MICROHMMETER MEASUREMENTS - DLRO H200/MOM2

Example Owner


Example Plant

28510 - PANEL CURRENT_VOLTAGE(w GROUND)

Example Owner

252GENERALMISCELLANEOUS

Example Plant

65100 - MANHOLE INSPECTION REPORT

Example Owner


Example Plant

55555 - TRENDING

Example Owner


Example Plant

28100 - LOAD RECORDINGS

Example Owner


Example Plant

81000 - CALIBRATION DATA LOG

Example Owner


Example Plant

66500 - INSPECTION SHEET

Example Owner


Example Plant

80000 - METER SETTINGS TEST

Example Owner


Example Plant

65150 - CAPACITOR BANK TEST

Example Owner


Example Plant

28500 - PANEL CURRENT/VOLTAGE

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

10PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

65000 - DISSIPATION FACTOR TEST

Example Owner


Example Plant

34000 - PANEL METER TEST

Example Owner


Example Plant

28000 - LOAD RECORDINGS

Example Owner


Example Plant

11111 - DOCUMENT

Example Owner


Example Plant

77777 - AERIAL BUCKET UNIT

Example Owner


Example Plant

80001 - MULTI-METER SETTINGS TEST

Example Owner


Example Plant

11112 - DOCUMENT WITH HEADER

Example Owner


Example Plant

65500 - LIGHTNING ARRESTER TEST

Example Owner


Example Plant

32900 - VARIABLE FREQUENCY DRIVES (VFD)

Example Owner

283AUTOMATEDMOTOR CONTROL

Example Plant

31000 - MOTOR STARTER TEST

Example Owner

287GENERALMOTOR CONTROL

Example Plant

30000 - MOTOR CONTROL CENTER INSPECTION

Example Owner


Example Plant

32950 - 480 VOLT MOTOR CONTROL CENTER PM

Example Owner


Example Plant

31300 - MEDIUM VOLTGE VACUUM MOTOR START

Example Owner


Example Plant

31001 - MOTOR STARTER TEST

Example Owner


Example Plant

30100 - MOTOR CONTROL CENTER INSULATION

Example Owner


Example Plant

31301 - MEDIUM VOLTGE VACUUM MOTOR START

Example Owner


Example Plant

31200 - MOTOR CONTROL MCC TEST REPORT

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

11PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

91000 - INSULATION - MISC. EQUIPMENT

Example Owner

300DOBLEPOWER FACTOR TESTS

Example Plant

95000 - AUTO TRANSFORMERS

Example Owner


Example Plant

93000 - TWO-WINDING TRANSFORMERS

Example Owner


Example Plant

96000 - CABLES AND POTHEADS

Example Owner


Example Plant

90000 - EXCITATION - CURRENT TESTS

Example Owner


Example Plant

92000 - CIRCUIT BREAKERS

Example Owner


Example Plant

94000 - THREE-WINDING TRANSFORMER

Example Owner


Example Plant

465120 - CO-2

Example Owner

314AUTOMATEDRELAYS

Example Plant

465103 - IAC-53A

Example Owner

315AUTOMATEDRELAYS

Example Plant

465104 - IAC-54A

Example Owner

316AUTOMATEDRELAYS

Example Plant

465122 - CO-6

Example Owner

317AUTOMATEDRELAYS

Example Plant

465106 - IAC-60

Example Owner

318AUTOMATEDRELAYS

Example Plant

465123 - CO-8

Example Owner

319AUTOMATEDRELAYS

Example Plant

43351 - SEL351

Example Owner

320AUTOMATEDRELAYS

Example Plant

462702 - CV-2

Example Owner

324AUTOMATEDRELAYS

Example Plant

465125 - CO-11

Example Owner

325AUTOMATEDRELAYS

Example Plant

462700 - CV-1

Example Owner

326AUTOMATEDRELAYS

Example Plant

Table of Contents

Job #FORMS - ALL

12PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

462706 - CV-5

Example Owner

327AUTOMATEDRELAYS

Example Plant

465107 - IAC-80

Example Owner

328AUTOMATEDRELAYS

Example Plant

462710 - CV-7

Example Owner

329AUTOMATEDRELAYS

Example Plant

49550 - CEY51A RELAY

Example Owner

330AUTOMATEDRELAYS

Example Plant

465101 - IAC-51A

Example Owner

332AUTOMATEDRELAYS

Example Plant

465102 - IAC-52

Example Owner

333AUTOMATEDRELAYS

Example Plant

465109 - IAC-66B

Example Owner

334AUTOMATEDRELAYS

Example Plant

465103 - IAC-53B

Example Owner

335AUTOMATEDRELAYS

Example Plant

465121 - CO-5

Example Owner

336AUTOMATEDRELAYS

Example Plant

465105 - IAC-54B

Example Owner

337AUTOMATEDRELAYS

Example Plant

465122 - CO-7

Example Owner

338AUTOMATEDRELAYS

Example Plant

465124 - CO-9

Example Owner

339AUTOMATEDRELAYS

Example Plant

462701 - IJS-51A

Example Owner

340AUTOMATEDRELAYS

Example Plant

462704 - CV-4

Example Owner

341AUTOMATEDRELAYS

Example Plant

45000 - OVERCURRENT RELAY

Example Owner

342AUTOMATEDRELAYS

Example Plant

465106 - IAC-77

Example Owner

344AUTOMATEDRELAYS

Example Plant

462712 - CV-8

Example Owner

345AUTOMATEDRELAYS

Example Plant

Table of Contents

Job #FORMS - ALL

13PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

465108 - IAC-90

Example Owner

346AUTOMATEDRELAYS

Example Plant

462708 - CV-6

Example Owner

347AUTOMATEDRELAYS

Example Plant

465200 - GENERIC RELAY

Example Owner

348AUTOMATEDRELAYS

Example Plant

465101 - IAC-51B

Example Owner

349AUTOMATEDRELAYS

Example Plant

44000 - MAGNETIC OVERLOAD RELAY

Example Owner

350GENERALRELAYS

Example Plant

41500 - FREQUENCY RELAY

Example Owner

352GENERALRELAYS

Example Plant

48510 - BDD TRANSFORMER DIFFERENTIAL

Example Owner

354GENERALRELAYS

Example Plant

46000 - PERCENTAGE DIFFERENTIAL RELAY PU

Example Owner

356GENERALRELAYS

Example Plant

44200 - MOTOR PROTECTION CONTROLLER

Example Owner

358GENERALRELAYS

Example Plant

49500 - O/C RELAY WITH VOLTAGE RESTRAINT

Example Owner

360GENERALRELAYS

Example Plant

46200 - POLYPHASE POWER DIRECTIONAL GGP

Example Owner

362GENERALRELAYS

Example Plant

47000 - REVERSE CURRENT RELAY

Example Owner

364GENERALRELAYS

Example Plant

47200 - REVERSE POWER RELAY

Example Owner

366GENERALRELAYS

Example Plant

48500 - TRANSFORMER DIFFERENTIAL RELAY

Example Owner

368GENERALRELAYS

Example Plant

47900 - SYNCHRONISM CHECK RELAY

Example Owner

370GENERALRELAYS

Example Plant

40950 - DIFFERENTIAL VOLTAGE RELAY

Example Owner

372GENERALRELAYS

Example Plant

42500 - GROUND DIRECTIONAL OC RELAY

Example Owner

374GENERALRELAYS

Example Plant

Table of Contents

Job #FORMS - ALL

14PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

41200 - DIGITRIP OVERCURRENT RELAY

Example Owner

376GENERALRELAYS

Example Plant

49000 - VOLTAGE RELAY

Example Owner

378GENERALRELAYS

Example Plant

44100 - METERING MODULE TEST

Example Owner

380GENERALRELAYS

Example Plant

44500 - NEGATIVE SEQUENCE O/C 50/51

Example Owner

382GENERALRELAYS

Example Plant

46100 - PHASE DIRECTIONAL OC RELAY

Example Owner

384GENERALRELAYS

Example Plant

49900 - GENERIC MULTIFUNCTION RELAY

Example Owner

386GENERALRELAYS

Example Plant

46400 - POWER DIRECTIONAL RELAY

Example Owner

387GENERALRELAYS

Example Plant

47800 - STATIC TIMING RELAY

Example Owner

389GENERALRELAYS

Example Plant

40500 - BALANCED CURRENT RELAY

Example Owner

391GENERALRELAYS

Example Plant

48000 - TIMING RELAY

Example Owner

393GENERALRELAYS

Example Plant

41000 - DIFFERENTIAL VOLTAGE RELAY

Example Owner

395GENERALRELAYS

Example Plant

43351 - SEL 351

Example Owner

397SELRELAYS

Example Plant

98500 - ROTATING MACHINERY STEP VOLTAGE

Example Owner

403AUTOMATEDROTATING MACHINERY

Example Plant

32000 - MOTOR PI TEST

Example Owner


Example Plant

32450 - SYNCH MOTOR PI TEST ARMATURE

Example Owner


Example Plant

98006 - PF STATOR COIL TIP UP

Example Owner


Example Plant

32400 - SYNCH MOTOR PI TEST

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

15PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

98005 - PF ROTATING MACHINERY TIP UP

Example Owner


Example Plant

97560 - ROTATING MACHINERY PI TEST

Example Owner


Example Plant

32200 - MOTOR HIGH POTENTIAL TEST

Example Owner

419GENERALROTATING MACHINERY

Example Plant

32500 - SYNCH MOTOR DISSIPATION FACTOR

Example Owner


Example Plant

32700 - SYNCH MOTOR WINDING RESISTANCE

Example Owner


Example Plant

32800 - SYNCH MOTOR ROTOR WINDING

Example Owner


Example Plant

32100 - MOTOR DISSIPATION FACTOR TEST

Example Owner


Example Plant

32300 - MOTOR STATOR RESISTANCE TEST

Example Owner


Example Plant

32600 - SYNCH MOTOR HIGH POTENTIAL

Example Owner


Example Plant

50001 - MV SWITCHBOARD INSULATION

Example Owner

433GENERALSWITCHBOARDS

Example Plant

50400 - SWITCHBOARD BUS CONNECTION TEST

Example Owner


Example Plant

50100 - LV SWITCHBOARD INSULATION

Example Owner


Example Plant

50050 - MV SWITCHBOARD HIPOT

Example Owner


Example Plant

50000 - MV SWITCHBOARD INSULATION

Example Owner


Example Plant

50900 - SWITCHGEAR INSPECTION

Example Owner


Example Plant

50300 - POWER PANEL INSULATION TEST

Example Owner


Example Plant

54300 - ASCO NEW GROUP 7 CONTROL PANEL

Example Owner

446GENERALTRANSFER SWITCHES

Example Plant

Table of Contents

Job #FORMS - ALL

16PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

54100 - AUTOMATIC TRANSFER SWITCH TEST

Example Owner


Example Plant

54500 - OLD GROUP 8 0R 9

Example Owner


Example Plant

54000 - AUTOMATIC TRANSFER SWITCH TEST

Example Owner


Example Plant

54200 - ATS CONTROLS

Example Owner


Example Plant

54400 - NEW GROUP 8 0R 9

Example Owner


Example Plant

54550 - ASCO TRANSFER SWITCH OLD GROUP 8

Example Owner


Example Plant

56301 - MTO QUICK TEST

Example Owner

460AUTOMATEDTRANSFORMERS

Example Plant

93510 - MAGNETIC BALANCE

Example Owner


Example Plant

56001 - TTR QUICK TEST

Example Owner


Example Plant

56370 - TTR VOLTAGE REGULATOR

Example Owner


Example Plant

56003 - TTR SINGLE PHASE QUICK TESTS - MULTIPLE RESULTS

Example Owner


Example Plant

94500 - PF THREE-WINDING TRANSFORMERS

Example Owner


Example Plant

93001 - POWER FACTOR QUICK TEST

Example Owner


Example Plant

56006 - TTR IEC 61378-1

Example Owner


Example Plant

56353 - MTO WINDING RESISTANCE

Example Owner


Example Plant

56365 - 3PH TTR WITH TAP CHANGER

Example Owner


Example Plant

57954 - PDC LAB FLUID TESTING

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

17PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

93507 - MLR10 LEAKAGE REACT. & CAP.

Example Owner


Example Plant

95500 - PF AUTO TRANSFORMER WITH TERTIARY

Example Owner


Example Plant

56352 - MTO210 WINDING RESISTANCE

Example Owner


Example Plant

56004 - TTR TESTING via NAMEPLATE INPUT

Example Owner


Example Plant

56002 - TTR QUICK TESTS - MULTIPLE RESULTS

Example Owner


Example Plant

56600 - TRANSFORMER PI TEST

Example Owner


Example Plant

95501 - PF AUTO TRANSFORMER WITHOUT TERTIARY

Example Owner


Example Plant

56011 - TTR QUICK TEST 320

Example Owner


Example Plant

56356 - MTO TRANSFORMER HEAT RUN TEST

Example Owner


Example Plant

56355 - WINDING RESISTANCE (ADWEL DWR)

Example Owner


Example Plant

93002 - MULTIPLE POWER FACTOR QUICK TESTS

Example Owner


Example Plant

56502 - TRANSFORMER TTR (VANGUARD)

Example Owner


Example Plant

90000 - TRANSFORMER

Example Owner


Example Plant

93500 - PF TWO-WINDING TRANSFORMERS

Example Owner


Example Plant

56100 - TRANS. EXCITATION

Example Owner

496GENERALTRANSFORMERS

Example Plant

56005 - TRANSFORMER INFO HISTORY

Example Owner


Example Plant

56200 - TRANSFORMER INSPECTION

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

18PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

5711T - TRANS. LIQUID COOLANT TRENDING

Example Owner


Example Plant

56300 - TRANSFORMER TURNS RATIO

Example Owner


Example Plant

56351 - TRANSFORMER WINDING RESISTANCE

Example Owner


Example Plant

56450 - TRANSFORMER SECONDARY WINDING

Example Owner


Example Plant

56400 - TRANS. LOAD TAP CHANGER TTR

Example Owner


Example Plant

56501 - TRANS SINGLE PHASE PRIMARY WINDING

Example Owner


Example Plant

56900 - TWO-WINDING TRANSFORMER

Example Owner


Example Plant

56990 - REGULATOR MAINTENANCE REPORT

Example Owner


Example Plant

56050 - TRANS. DISSIPATION FACTOR

Example Owner


Example Plant

56150 - TRANSFORMER HIGH POTENTIAL TEST

Example Owner


Example Plant

56410 - TRANSFORMER LOAD - SINGLE PHASE

Example Owner


Example Plant

56250 - TRANSFORMER POLARITY TEST

Example Owner


Example Plant

56500 - TRANSFORMER PRIMARY WINDING

Example Owner


Example Plant


Example Owner


Example Plant


Example Owner


Example Plant

56700 - TRANSFORMER MAINTENANCE TEST

Example Owner


Example Plant

56910 - TWO-WINDING TRANSFORMER

Example Owner


Example Plant

Table of Contents

Job #FORMS - ALL

19PAGE


Owner

Position

Asset

SubstationPAGE

NO.


Plant

57110 - TRANS. LIQUID COOLANT ANALYSIS

Example Owner


Example Plant

61100 - WATTHOUR METER TEST

Example Owner

537GENERALWATTHOUR METERS, TRANSDUCERS

Example Plant

61400 - VAR TRANSDUCER TEST

Example Owner


Example Plant

61600 - MULTIFUNCTION METERING MODULE

Example Owner


Example Plant

61000 - KILOWATT-HOUR METER SERVICE

Example Owner


Example Plant

61101 - WATTHOUR METER TEST

Example Owner


Example Plant

61550 - TRANSDUCER TEST

Example Owner


Example Plant

HUMIDITY Example Plant

SUBSTATION

DATE

POSITION

10/13/2014

BATTERY TEST

1

FORMS - ALLJOB #

PAGE

Example Customer Company ASSET ID

ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

Default AdministratorTESTED BY:

10760, REVISED 7/13/2012COPYRIGHT © 2002-2014 POWERDB, INC. www.powerdb.com

TEST EQUIPMENT USED:

HIGH RESISTANCE LIMIT (µOhm)LIMITS:

1 2 3 4

HIGH VOLTAGE LIMIT (V): HIGH TEMPERATURE LIMIT (°F)

LOW SPECIFIC GRAVITY LIMITLOW TEMPERATURE LIMIT (°F)LOW RESISTANCE LIMIT (µOhm)

STRING NAME: BATTERY NAME:

MODEL NUMBER:

INSTALLATION DATE:

INTERCELL RESISTANCE THRESHOLD VALUES (µOhm)

LOW VOLTAGE LIMIT (V):

HIGH SPECIFIC GRAVITY LIMIT

NUMBER OF CELLS:

3

INTERCELL RESISTANCE (micro-ohms)

1 2 4

CELL DATA

NOTES

MAX. VOLTAGE: AVG. SPEC. GR.:AVG. VOLTAGE:AVG. RESISTANCE: MIN. VOLTAGE: AVG. TEMP.:

CELL No.

VOLTAGE (volts)

RESISTANCE (micro-ohms)

SPECIFIC GRAVITY

TEMP.

°F

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

BATTERY DISCHARGE TEST

2

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




Update Interval

4 4

Number of BVM Sets: One Set

Number of Cells:

First Cell Starts At: 1 5

Number of Cells:

First Cell Starts At:

Data Collection Mode: Update Interval (Sec):

BVM Settings

BVM Status

Show Total Volt. Graph:First BVM Set Second BVM Set

Cells Outside Limits:

Show Data Table:

Show Bar Graph:

30

Total Voltage vs. Time

___VOLTAGE:MEASURED

BVM Data (HH:MM:SS)

60%

(00:36:00)50%

(00:30:00)25%

(00:15:00)0%

(00:00:00)Float

Voltage100%

(01:00:00)90%

(00:54:00)Last Value Fail Time Fail %

80% (00:48:00)

70% (00:42:00)

Cell DataCell

Number

0.0000.000 0.000 0.0000.0000.0000.0000.0000.0000.000Total Volt.

1

2


3PAGE


BVM Data (HH:MM:SS)

60%

(00:36:00)50%

(00:30:00)25%

(00:15:00)0%

(00:00:00)Float

Voltage100%

(01:00:00)90%

(00:54:00)Last Value Fail Time Fail %

80% (00:48:00)

70% (00:42:00)

Cell DataCell

Number

0.0000.000 0.000 0.0000.0000.0000.0000.0000.0000.000Total Volt.

3

4

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

BATTERY TEST

4

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

AUTOMATED

%0 PLANT°F




0for

DUTY CYCLE: 0 AmpsSTRING NAME:

NUMBER OF STRAPS:

1to

AUTOMATED

01

/1 VPC

Minutes

NUMBER OF CELLS / JAR:HYDROMETER. START/SKIP CELLS:

NOMINAL: 2.2VOLTS PER CELL:

NUMBER OF CELLS:

STRING

INSTALLATION DATE:

Amps

VoltsVOLTAGE:

CURRENT:

EQUALIZATION VOLTAGE: Volts

MANUFACTURER:

MODEL:

FLOAT CURRENT:

RIPPLE CURRENT:

TOTAL AC CURRENT:

CHARGER

VARIATION WARNING (%):

VARIATION ALARM (%):

5.0

10.0

DEVIATION WARNING (%):

DEVIATION ALARM (%): CHANGE ALARM (%):

CHANGE WARNING (%): STRAP WARNING (%):

STRAP ALARM (%):

LIMITS: LOW VOLTAGE LIMIT (V):

HIGH VOLTAGE LIMIT (V):

IMPEDANCE (milli-ohms)

NOTESVALUE

% DEVIATION (Baseline)

% VARIATION (String)

% CHANGE (Prev.)

VOLTAGE (volts) TIME MODEL

SPECIFIC GRAVITY

CELL No.

CELL DATA CELL DATA

#

Min. Voltage:Avg. Impedance: Total String Voltage: Dev. from Charger: %Baseline Impedance: Max. Voltage:

TEMP.

°C

Milli-OhmsDisplay Impedance:

0.000

TYPESTRAP #% VARIATION

(Avg)

CELL CONNECTED TO

MEASUREMENT TIME

Avg. Strap Resistance: Display resistance in: Micro-Ohms

RESISTANCE(micro-ohms)

01

COMMENTS:

DEFICIENCIES:

SITE:

SEND STRINGS TO BITE3


STRING NAME:

1. Enter "STRING NAME" and "SITE" and Click "SEND TO BITE3"2. Wait till the information is sent to the BITE3 before sending another string.

SEND TO BITE3


SUBSTATION

DATE

POSITION

10/13/2014


6

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




CATALOG NO.

OTHER

NAMEPLATE DATA

TEST PARAMETERS

-

OVERALL BATTERY VOLTAGE (V)

CAPACITY RATING (Ah)

0NUMBER OF CELLS

IEEE Std 450-2002

BATTERY

VOLTAGE (volts) CAPACITY (Ah)

Warning Limit

Stop Limit

LIMITS

00:00

00:00 0.00

0.0

0.0

TIME (HH:MM) CELL

CELL VOLTAGE (V)

0.00 5 5.00

SPEC. GRAVITY RANGE (g/cm3)

COMMISSION DATE

Constant I

TEST MODE NOMINAL CURRENT (A) TEST CURRENT (A) END CELL VOLTAGE (V) END BATTERY VOLTAGE (V) TIME (h)CORRECTED

TIME (h)

Internal

MANUFACTURER MODEL

Current Measurement Method:

Temperature Correction Method: 1.000Time Temperature correction using ambient temperature:

Initial Battery Status: Charged

0.00 0.00

0.00

Ah Change to Log:

Update Interval (Minutes):

TORKEL

0.25

0.050 10

Show Test Data:

Show Strap Table:Voltage Change to Log:

Preferred Tolerance:

Data Collection Mode:

0.05 Voltage Change to Log:

Number Of BVM Cells: 0 - 20 V

Minimum Cell Voltage:

Voltage Change

Cells Outside Limits:

BVM

Cell Numbering:

Show Data Tables:

Voltage Range:

Positive To Negative

HISTORICAL CAPACITY

CA

PA

CIT

Y (a

mp-h

ours

)


7PAGE


VOLTAGE/CAPACITY VS. TIME

VOLTAGE:STOPVOLTAGE:WARNINGCAPACITY: STOPCAPACITY: WARNING____CAPACITY:MEASURED VOLTAGE:MEASURED_ _ _ ___ _______ _ _ _

Temp. Corrected Battery Capacity:Measured Battery Capacity (Ah): 0.0

Percent Capacity (%): 0.0 Actual Discharge Time:

@ 25 C Format Graph Axis

0:00:00

CELL #

Total

Avg.

Min.

Max

(g/cm3)

SPECIFIC GRAVITY

°F

Temp. RemarkVOLTAGE (volts)

VOLTAGE (volts)

Float (charging) Idle

Show Cell Data:


8PAGE


Bar Graph Graphing cells from: 1 to:

Initial Voltage: _ _ ________ Stop Voltage:Warning Voltage:Voltage: ___

COMMENTS:

DEFICIENCIES:

BATTERY

VOLTAGE (volts) CAPACITY (Ah)

0.000Warning Limit

Stop Limit

LIMITS

0.000

00:00

00:00

0.000

0.000

0.0

0.0


SUBSTATION

DATE

POSITION

10/13/2014


9

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

Test Current (A)

0.00

TEST PARAMETERS

TEST MODE

Constant I

TIME (HH:MM)

Current Measurement Method:

CELL




1 InternalNumber of Cells:

VOLTAGE/CAPACITY VS. TIME

VOLTAGE:STOPVOLTAGE:WARNINGCAPACITY: STOPCAPACITY: WARNING____CAPACITY:MEASURED VOLTAGE:MEASURED_ _ _ ___ _______ _ _ _

Ah Change to Log:

Update Interval (Minutes):

TORKEL

0.25

0.050 10

Show Test Data:

Voltage Change to Log:

Preferred Tolerance:

COMMENTS:

DEFICIENCIES:

°CVDC


SUBSTATION

DATE

POSITION

10/13/2014

UPS BATTERY DISCHARGE

10

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TEMPERATURE CORRECTED CURRENT

CELL VOLTAGE ALARM

CELL VOLTAGE DEVIATION ALARM

CELL VOLTAGE SHUTDOWN LEVEL

BATTERY VOLTAGE ALARM

BATTERY VOLTAGE SHUTDOWN LEVEL

MFR.'S RATED CAPACITY - MINUTES

ACTUAL DISCHARGE - MINUTES

PERCENTAGE BATTERY CAPACITY




UPS NAMEPLATE DATA

%

BATTERY NAMEPLATE DATA

TEST PARAMETERS

MANUFACTURER

CATALOG NO.

INPUT VOLTAGE

DC VOLTAGE INPUT

VOLTAGE OUTPUT

OTHER

kVA RATING

INPUT CURRENT

DC INPUT CURRENT

CURRENT OUTPUT

MODEL

POWER FACTOR

INPUT FREQUENCY

OUTPUT FREQUENCY

SERIAL NO.

TYPE STATIC ROTARY

OUTPUT PHASE

INPUT PHASE

MANUFACTURER

CATALOG NO.

OVERALL BATTERY VOLTAGE

OTHER

CELL TYPE

SPECIFIC GRAVITY RANGE

NUMBER OF CELLS

CELL VOLTAGE

AMP HOUR RTG

BATTERY TEMP

UPS BATTERY DISCHARGE

11PAGE


COMMENTS:

DEFICIENCIES:

EQUALIZATION VOLTAGEMODEL

OTHER

CURRENT Amps VOLTAGE Volts

Volts

MANUFACTURER

CHARGER DATA


SUBSTATION

DATE

POSITION

10/13/2014

BATTERY INSPECTION REPORT

12

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MANUFACTURER

CATALOG NO.

OTHER

BATTERY DATA

-

MODEL

SPEC. GRAVITY RANGE (g/cm3)

OVERALL BATTERY VOLTAGE (V)

CAPACITY RATING (Ah)

COMMISSION DATE0NUMBER OF CELLS

CONDITIONINSPECTED

CELL VOLTAGE (V)

DESCRIPTION

VENTILATION OF ROOM OR ENCLOSURE

EYEWASH EQUIPMENT

PHYSICAL AND MECHANICAL CONDITION

ANCHORAGE, ALIGNMENT AND GROUNDING

ELECTROLYTE LEVEL

FLAME ARRESTERS

SUPPORT RACKS, MOUNTING, CLEARANCES

NEUTRALIZE ACID ON EXTERIOR SURFACES

CLEAN CORRODED/OXIDIZED TERMINALS

CONDITIONINSPECTEDDESCRIPTION

PHYSICAL AND MECHANICAL CONDITION

ANCHORAGE, ALIGNMENT AND GROUNDING

CLEAN AND REMOVE DEBRIS

FILTER AND TANK CAPACITORS

COOLING FANS, VERIFY OPERATION

CLEAN OR REPLACE FILTERS

BOLTED ELECTRICAL CONNECTIONS

FUNCTIONS AND ALARMS

BATTERY INSPECTION CHARGER INSPECTION




BATTERY CASE/ENCLOSURE

# OF RACKS 11

VDC A ATotal AC CurrentOverall Voltage Float Current AC Ripple CurrentADC

Positive Terminal to Gnd. VDC NegativeTerminal to Gnd. VDC

STRING MEASUREMENTS

GROUND TEST

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

BATTERY INSPECTION

RESISTANCE

13

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

RESISTANCE ( µ )


°C

RESISTANCE ( µ ) VOLTAGE DROP (mV)

NAMEPLATE DATA

MANUFACTURER

CATALOG NO.

OVERALL BATTERY VOLTAGE VDC

BATTERY TEMP.

OTHER

BATTERY CHARGE STATUS CHARGED DISCHARGED EQUALIZED TEMPERATURE CORRECTED READINGS YES NO

AMP HOUR RATING

CELL VOLTAGE CELL TYPE


NUMBER OF CELLS

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

VOLTAGE DROP (mV) CURRENT (A) CURRENT (A)CELLCELL Ω Ω

RESISTANCE ( µ ) VOLTAGE DROP (mV) RESISTANCE ( µ ) VOLTAGE DROP (mV)

BATTERY INSPECTION

RESISTANCE

14PAGE


81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

CELL CURRENT (A)

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

CURRENT (A)CELLΩ Ω

CELL NO. TEMP. °CTEMP. °C CELL NO. TEMP. °C CELL NO.

RESISTANCE ( µ ) VOLTAGE DROP (mV) RESISTANCE ( µ ) VOLTAGE DROP (mV)




BATTERY INSPECTION

RESISTANCE

15PAGE

PILOT CELLS

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

CELL CURRENT (A)

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256

257

258

259

260

261

262

263

264

265

266

267

268

269

270

CELL CURRENT (A)Ω Ω

COMMENTS:

DEFICIENCIES:

°C VDC

MANUFACTURER'S

DISCHARGE RATE

END CELL VOLTAGETEST CURRENT OVERALL END BATTERY VOLTAGE TIME




CATALOG NO.


SUBSTATION

DATE

POSITION

10/13/2014


16

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MA

MFR'S RATED CAPACITY TIME - MINUTES

ACTUAL DISCHARGE TIME - MINUTES

BATTERY CAPACITY - PERCENT

TEMPERATURE CORRECTED CURRENT

CELL VOLTAGE ALARM

CELL VOLTAGE DEVIATION ALARM

CELL VOLTAGE SHUTDOWN LEVEL

BATTERY VOLTAGE ALARM

BATTERY VOLTAGE SHUTDOWN LEVEL

MANUFACTURER

OVERALL BATTERY VOLTAGE

OTHER

BATTERY CHARGE STATUS: CHARGED EQUALIZED

CELL TYPE


NUMBER OF CELLS

CELL VOLTAGE

AMP HOUR RATING

BATTERY TEMP.

TEST PARAMETERS

NAMEPLATE DATA


17PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

BATTERY INSPECTION

SPECIFIC GRAVITY

18

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BATTERIES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

SPEC. GRAVITY VOLTAGE

34

35

36

37

38

39

40


°C

CELL

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

71

72

73

SPEC. GRAVITY VOLTAGE

74

75

76

77

78

79

80

CELL

41

NAMEPLATE DATA

MANUFACTURER

CATALOG NO.

OVERALL BATTERY VOLTAGE VDC

BATTERY TEMP.

OTHER

BATTERY CHARGE STATUS CHARGED DISCHARGED EQUALIZED TEMPERATURE CORRECTED READINGS YES NO

AMP HOUR RATING

CELL VOLTAGE CELL TYPE


NUMBER OF CELLS

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

SPEC. GRAVITY VOLTAGECELL

81

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

103

120

121

122

123

124

125

126

127

128

129

130

119

82

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152


131

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

153

170

171

172

173

174

175

176

177

178

179

180

169

132

83

BATTERY INSPECTION

SPECIFIC GRAVITY

19PAGE


CELL NO. TEMP. °CTEMP. °C CELL NO. TEMP. °C CELL NO.

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202


181

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

203

220

221

222

223

224

225

219

182

183

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247


226

249

250

251

252

253

254

255

256

257

258

259

260

261

262

263

248

265

266

267

268

269

270

264

227

228




184

185

BATTERY INSPECTION

SPECIFIC GRAVITY

20PAGE

PILOT CELLS

COMMENTS:

DEFICIENCIES:

43 5 7 98 106 1413 1511 121 2


SUBSTATION

DATE

POSITION

10/13/2014

TIME DOMAIN REFLECTOMETER

21

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

GAIN (dB) DATETRACE STYLE




WAVE TYPE METER RANGE VELOCITY FACTORPULSE WIDTH (ns)MEMORY LOCATION

Select the Memory Locations to Download

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CABLE POLARIZATIONINDEX (PI)TEST

22

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

MILS

UNGROUNDED BELTEDkV

GROUNDED

kV

CABLE TERMINATION POINT

INSTALLED IN

CONDUCTOR MATERIAL

RATED VOLTAGE

FT

CABLE SOURCE

OPERATING VOLTAGE

MANUFACTURER

SIZE NO. OF CONDUCTORS

SHIELDED AGE

INSULATION TYPE INSULATION THICKNESS

KCMIL

LENGTH

0

R = [ K Log 10 ( ) ] (d L

BEFORE

)

PHASE IDENTIFICATION:

20,000

D

PHASE A PHASE B PHASE C

CONNECTED EQUIPMENT CABLE TEMPERATURE

TEST VOLTAGE

K = INSULATION RESISTANCE CONSTANT IN MEGOHMS

D = OUTSIDE DIAMETER OF INSULATION

TEST CONDUCTED

d = INSIDE DIAMETER OF INSULATION

°C

kVDC

AFTER HIGH POTENTIAL TEST

(ft)

1000

TEMPERATURE CORRECTION FACTOR TO 20°C, TCFEnter TCF Manually:

Use Instrument PI Value:

PHASE C MEGOHMSPHASE B MEGOHMS

0.25

0.50

0.75

1.00

5.00

6.00

7.00

8.00

9.00

10.00

P.I.

PHASE A MEGOHMS

READING (megohms)

TEMP. CORR.FACTOR

READING (megohms)

TEMP. CORR.FACTOR

READING (megohms)

TEMP. CORR.FACTOR

MINUTES

2.00

3.00

POLARIZATION INDEX = 10 MINUTE READING / 1 MINUTE READING

4.00

MEGOHMS

Press F1 for form help

20°C READING(megohms)



* MINIMUM DESIGN INSULATION RESISTANCE, R =

CABLE POLARIZATIONINDEX (PI)TEST

23PAGE


Phase C: Green Triangle

POLARIZATION CURVE

Phase A: Red Square

Phase B: Blue Circle

COMMENTS:

DEFICIENCIES:

Default Administrator


Serial Number: Calibration Date:Firmware Information:

TESTED BY:TEST EQUIPMENT USED:


SUBSTATION

DATE

POSITION

10/13/2014

CABLES

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

24

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLE INSULATION

POWER FACTOR TESTS

°F

MFR. AND TYPE IDENTIFICATION

RATED kV

AGE TYPE NUMBER OF CONDUCTORS

INSULATION MATERIAL INSULATION THICKNESS

WEATHERCIRCUIT

EARTH TEMP.

CABLE NAMEPLATE

SIZE

INSULATION TYPE

JACKET

DUCT TEMP.

LOCATION

DEPTH

DUCT TRAY

LENGTH - OUTDOOROPERATING kV AMPS (LOAD) LENGTH - INDOOR

60TEST FREQUENCY:

MULTIPLE QUICK TESTS

mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.

L(H)CAP.(pF)SUPPRESS.

TEST

NO

INSULATION TESTED

UST-R On 1.0001

D

I

B

=

=

=

=

INSULATION RATING KEY (IR)

GOOD

DETERIORATED

INVESTIGATE

BAD

= QUESTIONABLEQ

G

COMMENTS:

DEFICIENCIES:

FROM PHASE

IDENTIFICATION

NO. &

COND.

SIZE

RDG

A - GND C - GND N - GND A - B

RDG

RDG

RDG

B - C C - A A - N B - N

RDG

RDG

RDG

RDG

RDG

RDG

C - N

20°C

20°C

20°C

20°C

20°C

20°C

20°C

20°C


SUBSTATION

DATE

POSITION

10/13/2014

LOW VOLTAGE CABLE INSULATION TEST

25

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

20°C




B - GND

20°C

TO

°C

kVDC

MANUFACTURER

INSULATION TYPE 1:

INSULATION TYPE 2:

TW

RH RHW

THW THHW XHHW THHN

OTHER

DATE MANUFACTURED

EQUIPMENT TEMPERATURE

TEST VOLTAGE INS. TYPE 1 INS. TYPE 2

ALL INSULATION VALUES ARE IN MEGOHMS

TEMPERATURE CORRECTION FACTOR TO 20°C, TCF

LOW VOLTAGE CABLE INSULATION TEST

26PAGE


COMMENTS:

DEFICIENCIES:

NANO FARADS

MICRO AMPS

MICRO AMPS

WAVE SHAPE

DIAGNOSTIC

BREAKDOWN

TIME TO FAILURETEST FREQUENCY

SINE COSINE / RECTANGULAR

WITHSTAND PASS / FAIL

NANO FARADS

NANO FARADS

START TIME

OTHER

TEST TYPE

SYSTEM VOLTAGE

MIN

TAN DELTA

END TIME

1 MIN 10 MIN5 MIN




MILS

kV

SIZE

MANUFACTURER

OPERATING VOLTAGE

INSULATION TYPE

GROUNDED

NO. OF CONDUCTORS

INSULATION THICKNESS

CONDUCTOR MATERIAL

LENGTH

AGE

RESISTANCE GROUND

SHIELDED

CABLE SOURCE

RATED VOLTAGE

NUMBER OF SPLICESNUMBER OF TERMINATIONS


kV FT °CCABLE TEMPERATURE

Y N ARRESTERS POT FUSESISOLATE CABLE

INSTALLED IN CONDUIT TRAY

UNGROUNDED UNSHIELDED

CONCENTRIC NEUTRAL

BELTED

3-M TERM. KIT RAYCHEM KIT OTHER

NUMBER OF MANHOLES

CONNECTED EQUIPMENT

HAND TAPEDTERMINATION / SPLICES

CU AL

(PILC)

MCM


SUBSTATION

DATE

POSITION

10/13/2014

TAN DELTA CABLE TEST

27

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

PHASE A, B, C

5kV CABLE

15 kV CABLE

21.0

3.5

5

72.4

2.0

1.5

TEST VOLTAGE kV

PHASE B

TAN DELTA

PHASE C

TAN DELTAMICRO AMPS

PHASE A OR

NOYES PLANNED TEST DURATION PER STEP

TAN DELTA CABLE TEST

28PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CABLE HIGH POTENTIAL TEST

29

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MILS

UNGROUNDED BELTEDkV

GROUNDED

kV


INSTALLED IN

CONDUCTOR MATERIAL

RATED VOLTAGE

FT

CABLE SOURCE

OPERATING VOLTAGE

MANUFACTURER


SHIELDED AGE


KCMIL

LENGTH

µΑ

PHASE IDENTIFICATION




RED PHASE C: BLUEµΑ µΑ

4

8

12

16

20

24

26

26

26

26

26

26

26

0

TEST VOLTAGE


PHASE A: WHITE

DECAY TO 5kV; SECS

TOTAL TIME for the TEST

0.00 0.00 0.00

TIME (min.)

TIME (min.)

TIME (min.) PHASE B:

CONNECTED EQUIPMENT


30PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

BUS DUCT INSULATION TEST

31

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




MANUFACTURER VOLTAGE CLASSTYPE

VERTICAL RATING A A A AHORIZONTAL RATING NEUTRAL RATING GROUND RATING

CONFIGURATION 3 WIRE 4 WIRE COPPER ALUMINUMCONDUCTOR DATE MANUFACTURED

CURRENT WITHSTAND RATINGSERIAL NO. kA

TEST VOLTAGE

FROM PHASE

A - GND C - GND N - GND A - B A - C B - C A - N B - N C - N

ALL INSULATION VALUES ARE IN MEGOHMS

B - GNDTO

°C

IDENTIFICATION

ACTUAL READING / SHADING INDICATES TEMPERATURE CORRECTED VALUES

kVDC EQUIPMENT TEMPERATURE TEMPERATURE CORRECTION FACTOR TO 20°C, TCF

5 WIRE

CATALOG NO.

BUS DUCT INSULATION TEST

32PAGE


COMMENTS:

DEFICIENCIES:

MILS

kV

SIZE

MANUFACTURER

OPERATING VOLTAGE

INSULATION TYPE

GROUNDED

NO. OF CONDUCTORS


CONDUCTOR MATERIAL

LENGTH

AGE

RESISTANCE GROUND

SHIELDED

CABLE SOURCE

RATED VOLTAGE

NUMBER OF SPLICESNUMBER OF TERMINATIONS


kV FT °CCABLE TEMPERATURE

Y N ARRESTERS POT FUSESISOLATE CABLE

INSTALLED IN CONDUIT TRAY

UNGROUNDED UNSHIELDED

CONCENTRIC NEUTRAL

BELTED

3-M TERM. KIT RAYCHEM KIT OTHER

NUMBER OF MANHOLES

CONNECTED EQUIPMENT

HAND TAPEDTERMINATION / SPLICES

CU AL

(PILC)

MCM




NANO FARADS


SUBSTATION

DATE

POSITION

10/13/2014

VLF CABLE TEST

33

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MICRO AMPS

MICRO AMPS

WAVE SHAPE

DIAGNOSTIC

BREAKDOWN

TIME TO FAILURETEST FREQUENCY

YES

SINE COSINE / RECTANGULAR

WITHSTAND PASS / FAIL

NANO FARADS

5

10

15

20

25

30

NANO FARADS

PHASE A OR PHASE A, B, C

TESTS (MINUTES)

PHASE C

OTHER

NO

60

TEST TYPE

MICRO AMPS

45

PLANNED TEST DURATIONRMS TEST VOLTAGE

MIN

MEGOHMSMEGOHMSMEGOHMS

1

PHASE B

END TIME

SEE COMMENT BELOW

15 MIN 60 MIN30 MIN

kV

Hz

OHMS

START TIME

1 MIN

A-B B-C OHMS C-A OHMSSHIELD RESISTANCE

VLF CABLE TEST

34PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014


35

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TEST

VOLTAGE

SHIELD RESIST.- OHMS

MILS

UNGROUNDED BELTEDkV

GROUNDED

kV


INSTALLED IN

CONDUCTOR MATERIAL

RATED VOLTAGE

FT

CABLE SOURCE

OPERATING VOLTAGE

MANUFACTURER


SHIELDED AGE


KCMIL

LENGTH

DECAY TO 5kV; SECS

TIME

MINUTES

0.25

0.50

0.75

1.00

1.25

1.50

1.75

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

11.00

12.00

13.00

14.00

15.00

16.00

17.00

18.00

19.00

20.00

21.00

22.00

23.00

24.00

25.00

PHASE A

µΑ

PHASE B PHASE C

µΑµΑ





PHASE A: PHASE C:PHASE B: ORANGE YELLOW

CONNECTED EQUIPMENT

BROWN


36PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014


AND INSULATION RESISTANCE

37

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TEST kV

SHIELD RESIST.- OHMS

MILS

UNGROUNDED BELTEDkV

GROUNDED

kV


INSTALLED IN

CONDUCTOR MATERIAL

RATED VOLTAGE

FT

CABLE SOURCE

OPERATING VOLTAGE

MANUFACTURER


SHIELDED AGE


KCMIL

LENGTH

DECAY TO 5kV; SECS

TIME MINUTES

0.25

0.50

0.75

1.00

1.25

1.50

1.75

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

11.00

12.00

13.00

14.00

15.00

16.00

17.00

18.00

19.00

20.00

21.00

22.00

23.00

24.00

25.00

PHASE A

µΑ

PHASE B PHASE C

µΑµΑ





PHASE A: PHASE C:PHASE B: ORANGE YELLOW

kV

RESISTANCE

INSULATION

0.000 0.000 0.000

GIGA-OHMS @

CONNECTED EQUIPMENT

BROWN


AND INSULATION RESISTANCE

38PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

SWITCHBOARD BUS

CONNECTION TEST

39

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CABLES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

MANUFACTURER

APHASE AMPACITY

SERIAL NO.

kAWITHSTAND RATING

TYPE

VOLTAGE CLASS

CONDUCTOR CU AL

DRAWING NO.

GNCBA

RESISTANCE IN MICRO-OHMS

IDENTIFICATION

FROM

TO

CATALOG NO.

SWITCHBOARD BUS

CONNECTION TEST

40PAGE


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

41

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SF6 LIVE TANK CIRCUIT BREAKERS

CAPACITANCE AND POWER FACTOR TESTS

°F

PHASE NAMES

CLASS

SF6 VOLUME

LAYOUT

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

TANK TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

INT. MEDIUM

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL

AMPSkV YEARTYPE/CLASS

BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

kV

AMPS INSULATION TYPE

TYPE

CLASS

CATALOG/STYLE

MFR

C1 CAPACITANCE

C2 CAPACITANCE

CT NAMEPLATE:

C1 POWER FACTOR %

C2 POWER FACTOR %

MFR YEAR

2G

IR

POWER FACTOR %

CAP.CAP. C (pF)

TEST kV Ph.

TESTNO

1

2

4

3

6

7

8

5

o

2G

9

10

12

11

14

15

13

CIRCUIT BREAKER OVERALL TESTS

MEAS. 20º C CORR. mA WATTS

DIRECT



42PAGE


GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

IR

EQUIV POWER FACTOR %

TEST MODECAP. C (pF)

TEST kV ENG

TESTNO

16

17

o

CIRCUIT BREAKER CT TESTS

19

20

21

22

23

24

25

26

27

18

MEAS. 20º C CORR. mA WATTS

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

OCR COUNTER

43

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

SERIAL NUMBER:

OF OIL: WEIGHT:

MAXIMUM kV: kVBIL:

NAMEPLATE INFORMATION

COIL SIZE:

MODEL:

COOPER

AMPS10

0

H

LB

MANUFACTURER:

# OF MONTHS:

10/13/2014 0LAST MAINTENANCE DATE:

0

SINCE LAST

MAINTENANCE:OPERATIONS COUNTER:

# OF OPERATIONS:

DATE COMMENTSCOUNTER






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

44

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

VACUUM RECLOSERS


°F

PHASE NAMES

CLASS LAYOUT

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

TANK TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

INT. MEDIUM

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

9

8

7

6

5

4

3

2

1

C12

OPEN

C4G

C6G

C2G

DIRECTPOWER FACTOR %

C3G

C1G

VACUUM RECLOSER OVERALL TESTS

ENG

Capacitance C (pF) o

1

GND GAR UST

BUSHING CONNECTIONS

TEST kV

CORR. mA WATTS20º C MEAS.IR

GST-GND 2

1.000

1.000

GST-GND 3 1.000

C5G GST-GND 5 1.000

GST-GND 6 1.000

UST-R 1 2 1.000 /

TAP UST-R

2 UST-R TAP

3 UST-R TAP

4 UST-R TAP

5

6

UST-R

UST-R

TAP

TAP

Ph.

A

A

B

C

C

CB

GST-GND 4 1.000B

UST-R

UST-R 4 1.000 / 3

6 1.000 / 5

2

3

4

5

6

1

OPEN

BUSHING & OIL TESTS

15

14

13

12

1 to 6 =

=G

INSULATION TESTED

INSULATION RATING: G=GOOD; D=DETERIORATED; I=INVESTIGATE; B=BAD; Q=QUESTIONABLE

BUSHING TERMINALS

11

INSULATION TESTED

C34

TEST NO

C56

TEST MODE

GST-GND

10

BUSHING SERIAL # Ph.

NOTE: Circuit breaker open: bushing tests ( Test No. 1, 2, 3, 4, 5, 6). Circuit breaker closed: tank tests (Test No. 7, 8, and 9).

GROUND

1

TEST NO.

ENG

Capacitance C (pF) oGND GAR UST

BUSHING CONNECTIONS TEST kV

CORR. mA WATTS20º C MEAS.IR

DIRECTTEST MODE

POWER FACTOR %

NOTE: No. in ENG column is bushing energized in Tests 1 through 6, 10, 11 and 12. All other bushings must be floating.


VACUUM RECLOSERS


45PAGE


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

TIMING ANALYSIS

46

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CONTACT RESISTANCE

47

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




MAXIMUM PASS/FAIL

CONTACT RESISTANCE IN MILLIOHMS

VOLTAGE

PHASE C

PHASE B

CURRENT RESISTANCE

PHASE A

Ohms

Ohms

Ohms Ohms

Ohms

Ohms

MINIMUM

CONTACT RESISTANCE

48PAGE


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

49

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SF6 DEAD TANK CIRCUIT BREAKERS


°F

PHASE NAMES

CLASS

SF6 VOLUME

LAYOUT

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

TANK TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

SF6 GasINT. MEDIUM

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

1.000

GST-GND 1.0003

4

GST-GND 1.0005

GST-GND 1.0006

UST-R 1.0007

8

9

UST-R14

UST-R15

UST-R16

18

UST-R

UST-R

17

GST-GND 1.000

UST-R

UST-R 1.000

1.000

2

3

4

5

6

GST-GND 1.000

11 GST-GND 1.000

1.000

10

GST-GND 1.000

UST-R 1

OPEN

OPEN

CLOSED

13


1

2

3

4

5

6

1

3

5

1&2

3&4

5&6

2

4

6

C2G

C3G

C4G

C5G

C6G

C12

C34

C56

C1G + C2G

C3G + C4G

C5G + C6G

TAP

TAP

TAP

TAP

TAP

TAP

1

2

3

4

5

6

12

BUSHING CONNECTIONS

ENG GND GAR UST

TEST kV

Capacitance C (pF)

POWER FACTOR %

MEAS. 20º C CORR. mA WATTSIRCB

ENG GND GAR UST MEAS. 20º C CORR. mA WATTS

TEST MODE

BUSHING CONNECTIONS TEST kV

Capacitance C (pF)

POWER FACTOR % EQUIVIRPh.

BUSHING SERIAL #

TEST NO.

DIRECT

Note: Circuit breaker open: bushing tests( Test No. 1, 2, 3, 4, 5, 6).Circuit breaker closed: tank tests(Test No. 7, 8, and 9).

NOTE: No. in ENG column is bushing energized, inTests 1 through 6, 10, 11 and 12. All otherbushings must be floating.

INSULATION TESTED: 1-6 = BUSHING TERMINALS, G=GROUND

GST-GND2

1

INSULATION TESTED Ph.

TEST MODE

TESTNO

C1G

GST-GND

INSULATION RATING: G=GOOD, D=DETERIORATED, I=INVESTIGATE,B=BAD, Q=QUESTIONABLE


SF6 DEAD TANK CIRCUIT BREAKERS


50PAGE


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:

D.O.

ZONE INTLK

GRD. FLT.

GRD. FLT.

CU

THERMAL MEMORY

4W3W

AL

FRAME SIZE(F)




BREAKER TYPE

TRIP UNIT TYPE

CUBICLE CODE

SN / SO NO.

MOUNTING

TARGETS

20°C

INSPECTED CONDITION CLEAN/LUBE INSPECTED CONDITION CLEAN/LUBE

SIZE

= AA

x A = A

AS LEFT(seconds)

TEST AMPERES

POLE 1

FUNCTION

INSTANTANEOUS

POLE 2

AS FOUND(seconds)

TIME BAND

MINIMUM

IPU (amps)

GFPU (amps)

STPU (amps)

GROUND FAULT

READING

POLE 3POLE 2

LOAD CONDUCTOR NO.

READING 20°C 20°C

MAXIMUM

20°C


SUBSTATION

DATE

POSITION

10/13/2014

LOW VOLTAGE POWER CIRCUIT BREAKER TEST

51

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

DESCRIPTION

ARC CHUTES

AUXILIARY DEVICES

GROUND CONNECTION

DESCRIPTION

CUBICLE AND RACKING DEVICES

CONTACT FINGERS

LOADING AND ARCING CONTACTS

OVERCURRENT DEV. BATTERY

POLE 1 (P1-P2)ΜΩ POLE 2 (P2-P3)ΜΩ POLE 3 (P3-P1)ΜΩ

°C

4W3W

x

SENSOR TAP

DELAY

RATING PLUG(R)

SENSOR TAP

POLE 3

RATING PLUG(R)

B.I.

OFFON

CURVE DRAWING

GRD. FLT.

INST.

SHORT

LONG

FUNCTION

SHORT

LONG

PICKUP

CONTROL WIRING

POLE TO FRAME

POLE TO POLE

READING READING

CURRENT MULTIPLE

AS FOUND(seconds)

INST.

GRD. FLT.

LINE TO LOAD


POLE RESISTANCE - MICRO-OHMS

AS FOUND(seconds)

AS LEFT(seconds)

AS LEFT(seconds)

FUSE CAT. NO.

SENSOR TAPS

CATALOG NO.

SETTINGS AS FOUND

SETTINGS AS LEFT FUNCTION PICKUP DELAY CURVE DRAWING

COUNTER READING BEG/END

INSULATION

RESISTANCE


MANUFACTURER

POLE 1

READING

PAIR CURRENT AND TIME ON ALL TESTS

LTPU (amps)

VOLTAGE DROP @ LONG TIME TEST CURRENT

LONG TIME

SHORT TIME


52PAGE


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

53

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

VACUUM BREAKERS


°F

PHASE NAMES

CLASS LAYOUT

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

TANK TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

VacuumINT. MEDIUM

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

9

8

7

6

5

4

3

2

1

OPEN


TEST MODE

GST-GND

o

1

BUSHING CONNECTIONS

GST-GND 2

GST-GND 3

GST-GND 5

6

UST-R 1

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

A

A

B

C

C

B

A

CB

GST-GND 4B

UST-R 3

5

OPEN

15

BUSHING TESTS

Ph.

IRWATTSmACORR.

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

1.000

20º C MEAS.

Capacitance C (pF)

TEST kV

2

4

6

USTGAR

GND

ENG

POWER FACTOR %INSULATION TESTED

C1G

C2G

C3G

C4G

C5G

C6G

C12

C34

C56

TAP

TAP

TAP

TAP

TAP

TAP

1

2

3

4

5

6

1

2

3

4

5

6

BUSHING SERIAL #

DIRECT

14

C UST-R

TESTNO Ph.

GST-GND

1 to 6 =

=G 2) No. in ENG column is bushing energized

1) UST test checks grading capacitors across open contacts.

NOTES


INSULATION TESTED

13

12

BUSHING TERMINALS

11

10

GROUND

TEST NO. o

IRWATTSmACORR. 20º C MEAS.

Capacitance C (pF)

TEST kV

USTGARGND ENG

DIRECTTEST MODE

BUSHING CONNECTIONS POWER FACTOR %


VACUUM BREAKERS


54PAGE


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

55

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

OIL CIRCUIT BREAKERS


°F

PHASE NAMES

CLASS LAYOUT

OIL TYPE

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

OIL TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

OilINT. MEDIUM

CONVENTIONAL

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

OP

EN

WATTS20º C

2

3

4

5

6

7

8

9

UST-R

5

6

UST-R

UST-R

1

CLOSED

TANK 1 OIL

TANK 2 OIL

TANK 3 OIL

TESTNO

1

UST-R

UST-R

2

1

2

3

4

5

6

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

10

11

12

13

14

15

16

17

18

19

20

21

C1 T

ES

TS

C2 T

ES

TS

UST-R

UST-R

UST-R

22

23

OIL

mA

TEST kV

Cap. (pF)

CORR.MEAS.


TLI

3

4

UST-R

Test Mode

Cap. (pF) mA WATTS

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

5&6

3&4

1&2

6

5

4

2

3

C1G

C2G

C3G

C4G

C5G

C6G

Ph.TESTMODE

1

ENG

INS #

BUSHINGS CONNECTIONS

IRTEST

kV

IR

POWER FACTOR %

CAP.

Dsg

% PF CORR.20º CMEAS.

POWER FACTOR %

BUSHING AND OIL TESTS

CB

C1G + C2G

C3G + C4G

C5G + C6G

INSULATION TESTED

GST-GND

DIRECT

1.000

1.000

1.000

1.000

1.000

1.000

TEST NO.

NAMEPLATE

SERIAL #

FTBUS

24

OIL CIRCUIT BREAKERS


56PAGE


TANK 3

W - (W + W ) =TANK 2

W - (W + W ) =TANK 1

43

TANK LOSS INDEX

1 2

9 5 6

8

7Note: Subscripts are test no.s. Index maybe positive or negative.

NOTE: No. in ENG column is bushing energized, all other bushings must be floating.


W - (W + W ) = 59 6


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:

H

AMPS10


SUBSTATION

DATE

POSITION

10/13/2014

OIL CIRCUIT RECLOSER

57

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

COUNTER

SEQUENCE

AS FOUND AS LEFT

Max Current (amps)

Minimum Trip Current (amps)

MINIMUM TRIP TEST

Single Shot to LockoutCurrent (amps)

SINGLE SHOT TO LOCKOUT




SERIAL NUMBER:

TCC4:

OF OIL:

MANUFACTURER:

MODEL:

COIL SIZE:

WEIGHT:

MAXIMUM kV:

COOPER

kVTCC2:

LB

BIL:

Test Current (amps)

OCR TIMING TEST

Min Current (amps)

TCC3: NUM. OF TIMING TESTS:

20

1

SECSMAXIMUM TOTAL TIME:

TCC1:

NAMEPLATE INFORMATION TEST SETTINGS

SHOTS TO LOCKOUT: 0

USE TIME/CURRENT TOLERANCE FOR LIMITS

SINGLE SHOT TO LOCKOUT TEST

TEST MULTIPLE: TOTAL TIME (seconds):4

OPERATION CURVECURRENT

(amps) MULTIPLETRIP TIME (seconds)

MIN. TIME (seconds)

RECLOSE (seconds)

MAX. TIME (seconds)

COMMENTS:

DEFICIENCIES:

OIL CIRCUIT RECLOSER

58PAGE


TIME Vs CURRENT

CURRENT (multiple of coil size)

TIM

E (

secon

ds)

OPEN / CLOSE TIMES (closed values are high)

TIME (seconds)

OP

EN

/ C

LO

SE


SUBSTATION

DATE

POSITION

10/13/2014

MOLDED CASE CIRCUIT BREAKER

INSPECTION REPORT

59

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




BREAKER DATA

MANUFACTURER TYPE VOLTAGE

SERIAL NUMBER

THERMAL ELEMENT

NON-ADJUSTABLE

ADJUSTABLE

RANGE SETTING

NON-ADJUSTABLE

ADJUSTABLE

RANGE SETTING

MAGNETIC ELEMENT

AT kV

INST. TESTED ON

INSULATION RESISTANCE IN MEGOHMS

INT. RATING

POLE 3POLE 2POLE 1

AS FOUND AS LEFT AS FOUND AS LEFT AS LEFTAS FOUND

FRONT IDENTIFICATION - LEFT TO RIGHT:

CONTACT RESISTANCE IN MICROHMS

TIME AT 300% RATED CURRENT IN SECONDS

NO TRIP

TRIP

ACROSS OPEN POLE

POLE - POLE - GND

SETTING

FRAME SIZE

MOLDED CASE CIRCUIT BREAKER

INSPECTION REPORT

60PAGE


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

61

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER



°F

PHASE NAMES

CLASS

SF6 VOLUME

LAYOUT

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

TANK TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

INT. MEDIUM

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL

kV

AMPS INSULATION TYPE

TYPE

CLASS

CATALOG/STYLE

MFR

C1 CAPACITANCE

C2 CAPACITANCE

CT NAMEPLATE:

C1 POWER FACTOR %

C2 POWER FACTOR %

MFR YEAR


TEST CONNECTIONS

B RH

R BH

RB H

H

H

R

B

RB

B

RH

H

H

R

B

RB

B

RH

TEST NO.

1

2

3

4

5

6

7

8

9

ENG MEAS. 20º C CORR. mA WATTS

POWER FACTOR %

IR

CAP. C (pF)

TEST kV

INSULATION TESTED

C1

C2

S1

C1

C2

S1

C1

C2

S1

Ph.

A

A

A

B

B

B

C

C

C

USTGARGND

DIRECT


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.00010

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

63

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

AIR-MAGNETIC CIRCUIT BREAKERS

CAPACITANCE and POWER FACTOR TESTS

°F

PHASE NAMES

CLASS LAYOUT

SERIAL NO.

CIRCUIT

MFR

MFR YEAR

TYPE

MEC. TYPE

MEC. DESIGN

REASON

TANKS CONTROL VOLTS

SPECIAL ID

COUNTERS

TANK TEMP

WEIGHT

INT. RATING

BIL

kV

A

LOC.

AirINT. MEDIUM

WEATHER

60

lb

TEST FREQUENCY

°C

COOLANT OIL


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

GND GAR CORR. mA WATTS20º C

GSTg-RB 2 12

GSTg-RB 3 43

4

GSTg-RB 5 65

GSTg-RB 6 56

UST-R 1 7

8

9

UST-R

2 UST-R 11

3 UST-R 12

4 UST-R 13

15

5

6

UST-R

UST-R

14

CB

GSTg-RB 4 3

UST-R 3

5

2

3

4

5

6

1

1 1 2

OPEN

OPEN

10


Capacitance C (pF) IR

TEST CONNECTIONS BUSHING

UST

2

4

6

C1G

C2G

C3G

C4G

C5G

C6G

C12

C34

C56

BUSHING TESTS

MEAS.

POWER FACTOR % DIRECTPh.

UST-R

1

BUSHING SERIAL # Ph.

TEST MODE ENG GND GAR UST

TEST kV

CAP. C(pF) MEAS. 20º C CORR. mA WATTS IR

TEST kV

ENG

GSTg-RB

TEST MODE

INSULATION TESTED

TESTNO.

BUSHING TERMINALS

GROUND

1 to 6


=

NOTES

1) UST test checks grading capacitors across open contacts.

2) No. in ENG column is bushing energized=G

INSULATION TESTED

TEST NO.


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

AIR-MAGNETIC CIRCUIT BREAKERS

CAPACITANCE and POWER FACTOR TESTS

64PAGE


COMMENTS:

DEFICIENCIES:

kV

TOTAL FLUID CAP.

TOTAL WEIGHT

VOLTAGE

TYPE

NUMBER OF TANKS

TYPE OPERATING MECHANISM

DATE MANUFACTURED

SERIAL NO.

kA @ kVINTERRUPTING RATING

AMPERES

MODEL NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

OIL CIRCUIT BREAKER DISSIPATION TEST

65

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TANK TESTS: (4) GST-L GROUNDED

BUSHING TESTS: (5) GST-L GUARDED

PF = 1 + DF

2√

DF

CAPACITANCE - NORMAL

CAPACITANCE - REVERSE

CALCULATED AVERAGE

CAPACITANCE MULTIPLIER

TOTAL CAP. (PICO-FARADS)

% D.F. - NORMAL

% D.F. - REVERSE

CALCULATED AVERAGE

VOLTAGE MULTIPLIER

% D.F. - MEASURED

% D.F. @ 20 DEG. C.

CALCULATED % P. F.

M. W. LOSS - NORMAL

CALCULATED AVERAGE

VOLTAGE MULTIPLIER

TOTAL MW LOSS

TANK LOSS INDEX

TEST 1

TANK A:

TEST 2 TEST 3

TANK B:

TEST 4 TEST 5 TEST 6 TANK A TANK B TANK C

TANK TESTS - BKR. CLOSEDINDIVIDUAL BUSHING TESTS - BREAKER OPEN

TEST VOLTAGE - kV

M. W. LOSS - REVERSE

POLE CONFIGURATION

POLE 2

MECH

POLE 3MECH POLE 1

1

2 4

3

6

5

0.00 0.00 0.00



TANK C:

TANK TESTS MW - (LINE BUSHINGS MW + LOAD BUSHING MW) = TLI

VOLTAGE SW. POSITION

NAMEPLATE DATA

TANK LOSS INDEX

°C

FACTOR

DISSIPATIO

NCAPACITANCE

MILLIW

ATTS

LBS

GAL

OIL CIRCUIT BREAKER DISSIPATION TEST

66PAGE


COMMENTS:

DEFICIENCIES:

OPERATING VOLTAGEAMPACITY





SUBSTATION

DATE

POSITION

10/13/2014

VACUUM CIRCUIT BREAKER TEST

67

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CONDITION CLEAN/LUBE CONDITION CLEAN/LUBE

kVAC

20°C

RDG.

20°C

POLE 1 POLE 2 POLE 3


OPENING SPEED (ft/sec)

CLOSING SPEED (ft/sec)

COUNTER READING:

@ kV kV =TO

kV

kA

SERIAL NUMBER

POLE 2 MEGOHMS (P2-P3)

CONTACT FINGERS

VACUUM BOTTLE

CONTACT EROSION INDICATOR

OPERATING MECHANISM

CONTACT SEQUENCE

GROUND CONNECTION

AUXILIARY DEVICES

DESCRIPTION INSPECTEDINSPECTED

POLE 2POLE 1CONTACT MEASUREMENTS POLE 3

CONTACT TRAVEL - INCHES

RDG.POLE RESISTANCE MICRO-OHMS

CONTACT RESISTANCE MICRO-OHMS

CONTROL WIRING - MEGOHMS

20°CREADING

DESCRIPTION

OVERALL CLEANLINESS

INSULATING MEMBERS

MECHANICAL CONNECTIONS

STRUCTURAL MEMBERS

CUBICLE

RACKING DEVICES

SHUTTER

BEG.

END

kVDC

HIGH POTENTIAL TESTkVDC

kVDCMILLIWATT LOSS

0

MANUFACTURER

TYPE

MAXIMUM VOLTAGE

INTERRUPTING CAPACITY

MODEL NO. DATE MANUFACTURED

mVA

kV

MILLIWATT LOSS TEST VOLTAGE HIGH POTENTIAL TEST VOLTAGE

TEMPERATURE CORRECTION FACTOR TO 20°C, TCFINSULATION TEST VOLTAGE EQUIPMENT TEMPERATURE °CkVDC

20°C

POLE TO POLE

LINE TO FRAME

LINE TO LOAD

POLE TO FRAME

LOAD TO FRAME

INSULATION RESISTANCEREADING

POLE 1 MEGOHMS (P1-P2) POLE 3 MEGOHMS (P1-P3)

READING

20°C

READING20°C

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

MEDIUM VOLTAGE CIRCUIT BREAKER

INSULATING FLUID TEST

68

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F





DATE MANUFACTURED

SERIAL NO.


AMPERES

MODEL NO.

MANUFACTURER

NAMEPLATE DATA

TYPE

VOLTAGE kV

TOTAL WEIGHT

TOTAL FLUID CAP.NUMBER OF TANKS


MECH

MECH

BIL kV

SHORT CIRCUIT WITHSTAND (SYM) kV

RATED INTERRUPTING TIME CYCLES

INSTRUCTION BOOKLET

PARTICLES

DIELECTRIC STRENGTH - kV

INTERFACIAL TENSION - d/cm

ACIDITY - mg KOH/g

ASTM COLOR NO.

PCB CONTENT - PPM

E. P. A. CLASSIFICATION

POWER FACTOR - %

PARTS PER MILLION OF WATER

TEST RESULTS POLE 1 POLE 2 POLE 3

HYDROGEN - ( H2 )

OXYGEN - ( O2 )

NITROGEN - ( N2 )

*METHANE - ( CH4 )

*CARBON MONOXIDE - ( CO )

CARBON DIOXIDE - ( CO2 )

*ETHYLENE - ( C2H4 )

*ETHANE - ( C2H6 )

*ACETYLENE - ( C2H2 )

POLE 1 POLE 2 POLE 3DISSLOVED GAS ANALYSIS

TOTAL GAS CONTENT - ( % )

COMBUSTIBLE GAS CONTENT

* COMBUSTIBLE GAS

TOP VALVE SIZE

BOTTOM VALVE SIZE

VENTS / PRESSURE RELIEF

VISIBLE LEAKS

HIGH TEMPERATURE READING

PRESENT TEMPERATURE READING

PRESSURE READING

VACUUM READING

PAINT CONDITION


GASKETS CONDITION

BUSHING CONDITION

EQUIPMENT GROUNDED

COUNTER READING

VISUAL INSPECTION

MONTHS:

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

CONDITION

RETEST IN

SERVICE

ANALYSIS OF FLUID TEST RESULTS

POLE CONFIGURATION

A

B

VOLTAGE RANGE FACTOR


A =

B =

AF = AL =

LBS

GAL

MEDIUM VOLTAGE CIRCUIT BREAKER


69PAGE


COMMENTS:

DEFICIENCIES:


N/A

N/A

N/A

N/A

OUT

OUT

OUT

OUT

OFF

OFF

DELAY

DELAY

DELAY

DELAY

DELAY

DELAY

RATING PLUG(R)

RATING PLUG(R)

ZONE INTLK

MOUNTING

FRAME SIZE(F)

TRIP UNIT TYPE

FUSE CAT. NO.

BREAKER TYPE

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

LOW VOLTAGE POWER CIRCUIT BREAKER

INSULATION TEST AND INSPECTION

70

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

SN / SO NO.

SENSOR TAPS

CATALOG NO.

CUBICLE CODE

TARGETS

DESCRIPTION

OVERALL CLEANLINESS

INSULATING MEMBERS

STRUCTURAL MEMBERS

CUBICLES

RACKING DEVICES

SHUTTER


CLEAN/LUBECONDITIONINSPECTED

MAIN CONTACTS

ARCING CONTACTS

OPERATING MECHANISM

CONTACT SEQUENCE

GROUND CONNECTION

AUXILIARY DEVICES

CLEAN/LUBECONDITIONINSPECTEDDESCRIPTION

CONTACT FINGERS

°C

LINE TO LOAD

POLE TO FRAME

POLE TO POLE

20°CREADING READING 20°C READING 20°C


20°CREADING

POLE 2 POLE 3

POLE RESISTANCE (MICRO-OHMS)

x

=

=

A

A

A=

A

ON

ON

I²T

LONG TIME PU

INI²T

GRD. FLT. PU

INST. PU

SHORT TIME PU

LONG TIME PU

=

=

=

x

A

A

A

A =

ON

ON I²T

I²T IN

IN

SHORT TIME PU

SENSOR TAP INST. PU

GRD. FLT. PU =

SENSOR TAP


D.O.B.I.

SETTINGS AS FOUND

GRD. FLT. 3W

A

ASETTINGS AS LEFT

GRD. FLT. 4W

4W

3W

OFF

OFF

IN

POLE 1

READING

ΜΩ (P1-P2)POLE 1 ΜΩ (P2-P3)POLE 1 ΜΩ (P1-P3)POLE 1

LOW VOLTAGE POWER CIRCUIT BREAKER

INSULATION TEST AND INSPECTION

71PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

MOLDED CASE CIRCUIT BREAKER TEST

72

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




TEST (seconds)

SHORT DELAY PICKUP:

SHORT DELAY TIME:

LONG TIME PHASE A:

LONG TIME PHASE B:

LONG TIME PHASE C:

PHASE A:

B - C

C - A

MEGGER TEST IN MEGAOHMS

C - G

A - G

A -

C -

OPEN POLES

B - G

B -

PHASE B:

PHASE C:

BREAKER TYPE

FUSE CAT. NO.

TRIP UNIT TYPE

SN / SO NO.

SENSOR TAPS

CUBICLE CODE

CATALOG NO.

FRAME SIZE(F)

MOUNTING B.I. D.O.

THERMAL MEMORY ON OFF

ZONE INTLK TARGETS

MANUFACTURER

INSPECTED CONDITION CLEAN/LUBEDESCRIPTION


CONTACT FINGERS



INSPECTED CONDITION CLEAN/LUBE

0 Size CU ALLOAD CONDUCTOR NO.

DESCRIPTION

ARC CHUTES

AUXILIARY DEVICES

GROUND CONNECTION

A - B

SETTINGS (seconds)

LONG TIME (seconds)

INSTANTANEOUS (seconds)



73PAGE


COMMENTS:

DEFICIENCIES:

POLE 1

:5

RANGE

kV

kV





SUBSTATION

DATE

POSITION

10/13/2014

OIL CIRCUIT BREAKER TEST

74

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NO

CONDITION CLEAN/LUBE DESCRIPTION

OIL GAUGES

MAIN CONTACTS

CLOSING SEQUENCE

VISUAL OIL CONDITION

CONDITION CLEAN/LUBE

TANK LINERS

ARCING CONTACTS

GROUND CONNECTION

OIL TESTED

DRAINED, CLEANED AND REFILLED WITH NEW OIL: YES NO

POLE 1 POLE 2

20°C


READING

POLE 3POLE 2POLE 1

RDG.

20°C


BEG. END

POLE CONFIGURATION

POLE 2 POLE 3

MECH

MECH

INSPECTED INSPECTEDDESCRIPTION

OVERALL CLEANLINESS

INSULATING MEMBERS


STRUCTURAL MEMBERS

TANK RACKING DEVICE

OPERATING MECHANISM

LINKAGE

BEARINGS

BUSHINGS / GASKETS

NAMEPLATE DATA

OVERCURRENT PROTECTION

CONTACT MEASUREMENTS

DIRECT TRIP COIL OPERATED

RELAY OPERATED REACTOR TRIP

CAPACITOR TRIP

DC TRIP

YESOVERCURENT RELAY TESTED:

LBS

GAL

POLE 3

ARCING CONTACT WIPE (inches)

MAIN CONTACT WIPE (inches)

MAIN CONTACT GAP (inches)

MAIN CONTACT TRAVEL (inches)

MANUFACTURER

MODEL NO.

AMPERES

INTERRUPTING RATING kA @

SERIAL NO.

DATE MANUFACTURED


NUMBER OF TANKS

TYPE

VOLTAGE

TOTAL WEIGHT

TOTAL FLUID CAP.

CURRENT TRANSFORMER RATIO

INSULATION TEST VOLTAGE EQUIPMENT TEMPERATUREkVDC TEMPERATURE CORRECTION FACTOR TO 20°C, TCF°C

POLE TO POLE

POLE TO FRAME

LINE TO FRAME

LOAD TO FRAME

LINE TO LOAD

LIFT RODS

READING 20°C

20°CREADING

POLE 1 MEGOHMS (P1-P2) POLE 2 MEGOHMS (P2-P3) POLE 3 MEGOHMS (P1-P3)

READING 20°C

CLOSED

OPEN

INSULATION RESISTANCE

COUNTER READING:

COMMENTS:

DEFICIENCIES:

DELAY

DELAY

DELAY

DELAY

DELAY

DELAY

RATING PLUG(R)

RATING PLUG(R)


OUT N/A

OUT N/A

N/A

OUT

OUT

OFF

4W

4W

FRAME SIZE(F)

D.O.B.I.

ZONE INTLK

THERMAL MEMORY




BREAKER TYPE

FUSE CAT. NO.

TRIP UNIT TYPE

CUBICLE CODE

CATALOG NO.

SENSOR TAPS

SN / SO NO.

MOUNTING

TARGETS

SENSOR TAP

TCC NO.

READING READING 20°C

POLE TO POLE

POLE TO FRAME

LINE TO LOAD

INSPECTED CONDITION CLEAN/LUBE INSPECTED CONDITION CLEAN/LUBE

0 Size CU AL

INST. PU

GRD. FLT. PU

x

=

=

=

A

A

A=

AA

ON

ON

INI²T

LONG TIME PU

INI²T

SENSOR TAP

GRD. FLT. PU

INST. PU

SHORT TIME PU

LONG TIME PU

=

=

=

x

A

A

A

A = A

ON

ON I²T

I²T IN

IN

CURRENT MULTIPLE

AS FOUND(seconds)

AS LEFT(seconds)

POLE 3

TEST AMPERES

AS FOUND(seconds)

POLE 1

AS LEFT(seconds)FUNCTION

INSTANTANEOUS

SHORT TIME

LONG TIME

AS LEFT(seconds)

POLE 2

AS FOUND(seconds)

TIME BAND

MINIMUM

IPU

GFPU

VOLTAGE DROP @ LONG TIME TEST CURRENT

LTPU

STPU

GROUND FAULT

COUNTER READING BEG/END

READING

POLE 3POLE 2

POLE RESISTANCE - MICRO-OHMS

LOAD CONDUCTOR NO.

READING 20°C 20°C

MANUFACTURER

SHORT TIME PU

MAXIMUM

20°C


SUBSTATION

DATE

POSITION

10/13/2014


75

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CONTROL WIRING

READING


DESCRIPTION

ARC CHUTES

AUXILIARY DEVICES

GROUND CONNECTION

DESCRIPTION


CONTACT FINGERS



SETTINGS AS FOUND

SETTINGS AS LEFT

INSULATION

RESISTANCE

POLE 1 (P1-P2)ΜΩ POLE 2 (P2-P3)ΜΩ POLE 3 (P3-P4)ΜΩ

ON

GRD. FLT. 3W

3WGRD. FLT.

N/A

OFF

OFF

OFF

OFF

°C

POLE 1


76PAGE


COMMENTS:

DEFICIENCIES:

kA

kV

MONTHS:

VOLTAGE

INST. BOOKLET

MECHANISM TYPE

kVB.I.L.

AMPERES

TYPE

NUMBER OF TANKS

LIQUID CAPACITY

RATED INTERRUPTING TIME

VOLTAGE RANGE FACTOR

DATE MANUFACTURED

SERIAL NO.

kA @INTERRUPTING RATING

TOTAL WEIGHT

SHORT CIRCUIT CURRENT (SYM)

RATED MAXIMUM VOLTS

MODEL NO.

MANUFACTURER

MECH

MECH

POLE 3POLE 2POLE 1

POLE CONFIGURATION





SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER INSULATING FLUID

77

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TOP

BOTTOM

VENT

ACCESS PORT

POLE 2 POLE 3POLE 1

PARTICLES

DIELECTRIC STRENGTH - kV

INTERFACIAL TENSION - d/cm

ACIDITY - mg KOH/g

ASTM COLOR NO.

PARTS PER MILLION PCB

E. P. A. CLASSIFICATION

POWER FACTOR - %

WATER CONTENT - PPM

SPECIFIC GRAVITY

PAINT CONDITION

GASKETS

BUSHINGS

LIQUID LEVEL

TANK GROUNDS

COUNTER READING

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

NAMEPLATE DATA

kV

BREAKER INSPECTIONPLUMBING TABLE

TEST RESULTS

ANALYSIS OF TEST RESULTS

CONDITION

RETEST IN

SERVICE

GAL

CIRCUIT BREAKER INSULATING FLUID

78PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

VACUUM IN OIL RECLOSER TEST

79

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




TYPE

DATE MANUFACTURED

VOLTAGE AMPERES

INST. BOOK

NO. TANKS

INTERRUPTING RATING MECHANISM TYPE MOTOR VOLTAGE

TRIP COIL VOLTAGECLOSE COIL VOLTAGE

NAMEPLATE DATA

OIL LEVEL

PHASE A

( IF UNIT HAS ONLY ONE TANK INSERT DATA IN ANY ONE PHASE )

OIL DIELECTRIC ( kV ) AS FOUND / AS LEFT

PHASE B PHASE CPHASE A / / /

CONTACT RESISTANCE ( MICROHMS )

PHASE B PHASE CPHASE A

VACUUM INTEGRITY TEST

PHASE B PHASE CPHASE A

OPERATIONS COUNTER

AS LEFTAS FOUND

RELAY FUNCTION TRIP TEST

PHASE CPHASE B

PHASE B PHASE CPHASE A GROUND

RECLOSING RELAY ( 4 )( 3 )

SERIAL NUMBER

MANUFACTURER

TEST AND MEASUREMENT DATA

MECHANICAL INSPECTION

BUSHINGS / GASKETS

ARC BAFFLES

BARRIERS

OPERATING MECHANISM

TANK LINERS

CONNECTIONS

VACUUM BOTTLE

CONDITION

OPERATING LINKS

TRIP BAR

TANK GASKET

OIL CONDITION

DRAINS / VALVES

CONTROL BOX CONDITION

OVERALL CLEANLINESS

COMPONENTCOMPONENT

AS

FOUND

AS

LEFT

AS

FOUND

AS

LEFT COMPONENT

AS

FOUND

AS

LEFT

( 2 )( 1 )RECLOSER INTERVALS (SEC)

PER TANKGALLONS

VACUUM IN OIL RECLOSER TEST

80PAGE


COMMENTS:

DEFICIENCIES:

TEST VOLTAGE





SUBSTATION

DATE

POSITION

10/13/2014

MEDIUM VOLTAGE AIR CIRCUIT BREAKER TEST

81

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

SERIAL NUMBER

@ kV kV =TO

CONDITION CLEAN/LUBE INSPECTED CONDITION CLEAN/LUBE

kV


ARCING CONTACT GAP (inches)


CONTACT RESISTANCE

MICRO-OHMS

RDG.



20°C


READING 20°C

POLE 1 POLE 3POLE 2

kA

POLE 2 MEGOHMS (P2-P3) POLE 3 MEGOHMS (P1-P3)

INSPECTED


kVDC

E

S

I

G

D

N

DESCRIPTION

OVERALL CLEANLINESS

INSULATING MEMBERS


STRUCTURAL MEMBERS

CUBICLE

RACKING DEVICES

SHUTTER

CONTACT FINGERS

DESCRIPTION

MAIN CONTACTS

ARCING CONTACTS

ARC CHUTES

PUFFER OPERATION

OPERATING MECHANISM

CONTACT SEQUENCE

GROUND CONNECTION

AUXILIARY DEVICES




°C TEMPERATURE CORRECTION FACTOR TO 20°C, TCFEQUIPMENT TEMPERATURE

20°C

READING


READING 20°C READING 20°C

POLE TO POLE

POLE TO FRAME

LINE TO FRAME

LOAD TO FRAME

LINE TO LOAD

BEG.

END

COUNTER READING:

INTERRUPTING CAPACITY

MAXIMUM VOLTAGE

TYPE

MANUFACTURER

MODEL NO.

AMPACITY OPERATING VOLTAGE

DATE MANUFACTURED

mVA

kV

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014


82

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CIRCUIT BREAKER

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




TEST

TIME (seconds)

SHORT DELAY PICKUP:

SHORT DELAY TIME:

LONG TIME PHASE A:

LONG TIME PHASE B:

LONG TIME PHASE C:

SETTINGS

PHASE B:

PHASE C:


PHASE A:

A - B

B - C

C - A

MEGGER TEST IN MEGAOHMS

C - G

A - G

A -

C -

OPEN POLES

B - G

B -


83PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

RELAY SETTINGS DATA

84

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

Text Text Text Text Text TextMFR./

TYPE

TAP

RANGE

INST.

RANGE

CT

RATIO

PT

RATIO

TAP TIME

DIAL

INST. SEAL-

IN

TAP

POSITION DATA SETTINGS AS FOUND

IEEE

ID NO.

SUGGESTED SETTINGS

SEAL-

IN

INST.TIME

DIAL

BREAKER

POSITION

BREAKER DATA

RELAY SETTINGS DATA

85PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

RELAY SETTINGS DATA

86

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DEVICE NUMBER

MANUFACTURER

TYPE

RANGE

INST OR DIRECTIONAL RANGE

PICKUP RANGE

DROPOUT OR 2ND PICKUP RANGE

PHASE

% SLOPE OR REACH

TAP

TIME DIAL

INST OR DIRECTIONAL SETTING

MAX. TORQUE ANGLE

% SLOPE OR REACH

TIME

CT RATIO

PT RATIO

TAP

TIME DIAL

INST OR DIRECTIONAL SETTING

PICKUP SETTING

DROPOUT OR 2ND PU RANGE

3 PHASE PU TIME

3 PHASE DO TIME

MAX. TORQUE ANGLE

% SLOPE OR REACH

TIME

TARGET SEAL-IN AMPS

CT RATIO

PT RATIO

COMMENTS

DROPOUT OR 2ND PU RANGE

DEVICE IDENTIFICATION

3 PHASE PU TIME

PICKUP SETTING

3 PHASE DO TIME

RELAY DATA

SETTINGS AS FOUND

SUGGESTED SETTINGS

RELAY SETTINGS DATA

87PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER DATA

88

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

POSITION CONDUCTOR

PICK-UP DELAY PICK-UP DELAY I2T

INSTANT.

PICK-UP PICK-UP DELAY I2T

BREAKER DATA RECOMMENDED SETTINGS (seconds)

BREAKER POSITION

MFR. AND TYPE

TRIP UNIT TYPE AND SENSOR

SIZE / NO. PER PHASE

LONG TIME SHORT TIME GROUND FAULT

CIRCUIT BREAKER DATA

89PAGE


COMMENTS:

DEFICIENCIES:

RECOMMENDED REPAIR:

EQUIPMENT / SERVICES IMPACTED:

DEFICIENCIES LOCATED:





SUBSTATION

DATE

POSITION

10/13/2014

DEFICIENCIES LOCATED

90

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

YES NO DATE:REPAIRS COMPLETED

DEFICIENCIES LOCATED

91PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

RELAY SETTINGS DATA

92

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

Text TextTAP

RANGE

INST.

RANGE

PT

RATIO

TAP TIME

DIAL

INST. TAP

POSITION DATA

SEAL-

IN

INST.TIME

DIAL

BREAKER

POSITIONMFR./

TYPE

RELAY DATA

CT

RATIO

TIME

CURVE

SETTINGS AS FOUND

TIME

CURVE

SUGGESTED SETTINGS

RELAY SETTINGS DATA

93PAGE


COMMENTS:

DEFICIENCIES:

LATEST REVISION DATECUSTOMER ONE LINE DIAGRAM NO.





SUBSTATION

DATE

POSITION

10/13/2014

CIRCUIT BREAKER SURVEY

94

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

SHEET OF

MANUFACTURER /

BREAKER TYPE

TRIP UNIT

TYPE /

FUNCTIONS

SENSOR

RATINGS

ACTUAL

SETTING

PRINT

SETTING

LOAD

CONDUCTORS

LOAD

PANEL

RATINGPOSITION

MEASURED

LOAD

CIRCUIT BREAKER SURVEY

95PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

FUSE DATA

96

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

COORDINATION DATA

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

AS FOUND

FUSE DATA CONDUCTOR DATA FUSE DATA

RECOMMENDED SETTINGS

MFR. kV TYPE AMPACITY SIZE AMPACITY* MFR. kV TYPE AMPACITY TCC NO. COMMENT

#SIZES INDICATED ARE AWG OR KCM.

*CONDUCTOR AMPACITY BASED ON NATIONAL ELECTRICAL CODE, 310-16, OR 310-77, 75 °C.

POSITION

FUSE DATA

97PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

LOADBREAK DISCONNECT TEST

98

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

DISCONNECTS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

kA

20°C


NAMEPLATE DATA

INSULATION TESTS

POLE 1

MAIN CONTACT WIPE -

MAIN CONTACT GAP -

MAIN CONTACT TRAVEL -

POLE 2

ARCING CONTACT WIPE -

POLE 3

INCHES

INCHES

INCHES

INCHES

POLE 1

FUSE RESISTANCE - MICRO-OHMS



VOLTAGE


MOMENTARY FAULT CLOSING AMPS

TYPE AMPERES

AGE

OTHER NAMEPLATE DATA

B.I.L. RATING

SERIAL NO.

INTERRUPTING RATING

TEMPERATURE CORRECTION FACTOR TO 20°C, TCFINSULATION TEST VOLTAGE °CkVDC EQUIPMENT TEMPERATURE

POLE 2

LINE TO FRAME

LOAD TO FRAME

LINE TO LOAD

POLE TO POLE

POLE TO FRAME

READING 20°CREADING 20°C

POLE 1 (P1-P2) POLE 2 (P2-P3)

READING 20°C

POLE 3 (P1-P3)

POLE 3


INSPECTED

OVERALL CLEANLINESS

BOLTED CONNECTIONS

INDICATION / CONTROL DEVICES

INSULATING MEMBERS

VERIFY APPROPRIATE LUBRICATION

CONDITION CLEANED/LUBEDDESCRIPTION

NAMEPLATE VS. DRAWING/SPEC.

ANCHORAGE & ALIGNMENT

BLADE ALIGNMENT/PENETRATION

PHYSICAL/MECHANICAL CONDITION

GROUNDING & CLEARANCES

CLEANED/LUBEDCONDITIONINSPECTEDDESCRIPTION

VERIFY INTERLOCKS

PHASE BARRIER INSTALLATION

FUSE MOUNTINGS

MECHANICAL OPERATION

BLADE TRAVEL STOPS

FUSE RATINGS VS. DRAWINGS

kV

RDG.

MANUFACTURER

FUSE DATA

SIZE CAT. NO.

MANUFACTURER

REFILL ELEMENT TYPE

TYPE HOLDER

TCC NO.

MAX. AMPS

VOLTAGE kV

kA

COMMENTS:

DEFICIENCIES:

VERIFY FUSE HOLDER SUPPORT





SUBSTATION

DATE

POSITION

10/13/2014

LOW VOLTAGE AIR SWITCH

99

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

DISCONNECTS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

SHUNT TRIP

GROUND FAULT RELAY

NAMEPLATE DATA

MANUFACTURER MODEL NO.

AMPACITY

SERIAL NUMBER

VOLTAGE CONTROL VOLTAGE

TYPE

CATALOG NO.

YES INTERRUPT CAPACITY OTHER

MANUFACTURER

VOLTAGE RATING OTHERAMPACITY

CATALOG NO.CLASS

INTERRUPT RATING

TIME DELAY RANGE

PICKUP RANGE

TIME DELAY SETTING OTHER

MANUFACTURER CATALOG NO.

VISUAL & MECHANICAL INSPECTION

INSPECT GROUNDING

PERFORM AS-FOUND TESTS IF REQUIRED

CLEAN UNIT

VERIFY BLADE ALIGNMENT & PENETRATION

VERIFY FUSE SIZES & TYPES

THERMOGRAPHIC SURVEY

INSPECT ANCHORAGE, ALIGNMENT & CLEARANCES

INSPECT PHYSICAL & MECHANICAL CONDITION

VERIFY TRAVEL STOPS & MECHANICAL OPERATION

LOW RESISTANCE OHMMETERWITH ONE OF:

INSPECT BOLTED ELECTRICAL CONNECTIONS FOR HIGH RESISTANCE

TEST INTERLOCKING SYSTEMS FOR OPERATION & SEQUENCING

INSPECT INSULATING ASSEMBLIES

VERIFY ALL INDICATING & CONTROL DEVICES

LUBRICATE MOVING CURRENT-CARRYING PARTS

LUBRICATE MOVING & SLIDING SURFACES

CALIBRATED TORQUE WRENCH

PICKUP SETTING

ELECTRICAL TESTS

VERIFY HEATER OPERATION

AS FOUND AS LEFT AS FOUND AS LEFT AS FOUND AS LEFT

BOLTED

CONNECTIONS

Ω

Ωm

µ

ΩM

CONTROL WIRING

POLE 1 (P1-P2) POLE 2 (P2-P3) POLE 3 (P1-P3)

Ωµ

Ωµ

Ω

LOAD

LINE

FUSE

FUSE HOLDER

CONTACT

POLE 3POLE 2POLE 1RESISTANCE

MEASUREMENTS

POLE TO POLE

POLE TO FRAME

LINE TO LOAD M Ω

ΩM

ΩM

INSULATION RESISTANCE TEST RESULTS 10 KVDC GROUND FAULT

PICKUP

TIMING

m

TYPE

FUSE DATA

LOW VOLTAGE AIR SWITCH

100PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

DISCONNECT SELECTOR SWITCH

101

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

DISCONNECTS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

A B A B

A


20°C

NAMEPLATE DATA

CONTACT MEASUREMENTSB A BBA

POLE 1POLE 1 POLE 2POLE 2 POLE 3

A

MANUFACTURER

VOLTAGE

SERIAL NO.

INTERRUPTING RATING

B.I.L. RATING kA

OTHER NAMEPLATE DATA

AGE

AMPERESTYPE


MOMENTARY FAULT CLOSING AMPS kA

MAX. AMPS

FUSE DATA

MANUFACTURER

REFILL ELEMENT TYPE

TYPE HOLDER

TCC NO. VOLTAGE kVCAT. NO.SIZE

INSPECTED

OVERALL CLEANLINESS

BOLTED CONNECTIONS


INSULATING MEMBERS









VERIFY INTERLOCKS


FUSE MOUNTINGS


BLADE TRAVEL STOPS


TEMPERATURE CORRECTION FACTOR TO 20°C, TCF°CkVDCINSULATION TEST VOLTAGE EQUIPMENT TEMPERATURE

INSULATION TESTS

B A B

20°C

POLE 3 MEGOHMS (P1-P3)POLE 1 MEGOHMS (P1-P2)

READING

A B

READING

A B

READING

A B A B

20°C

POLE TO FRAME

LINE TO FRAME

LOAD TO FRAME

LINE TO LOAD

POLE TO POLE

POLE 3

A




MAIN CONTACT TRAVEL (inches)

B

RESISTANCE 20°C

RES. MICRO-OHMS

FUSE RES. MICRO-OHMS

CLOSE/OPEN SPEED (ft/sec)

COMMENTS:

DEFICIENCIES:

INSPECTED


SUBSTATION

DATE

POSITION

10/13/2014

FUSED DISCONNECT INSPECTION & TEST

102

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

DISCONNECTS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

ACTUAL READING SHADING INDICATES TEMPERATURE CORRECTED READING TO 20°C

°C

TYPE

POSITIONPH

B-GND

PH

C-GND

PH

A-B

PH

A-GND

PH

A-C

PH

B-C

INSULATION RESISTANCE - MEGOHMS

PHASE

A

PHASE

C

CONTACT RESISTANCE

MICRO-OHMS

SIZE

FUSE DATA

RESISTANCE - MICRO-OHMS

A B C

SIZEMANUFACTURER

SERIES MAX. VOLTS

TYPE

kVDC

PHASE

B

TEMPERATURE CORRECTION FACTOR TO 20°C, TCFEQUIPMENT TEMPERATURE INSULATION TEST VOLTAGE

OVERALL CLEANLINESS

BOLTED CONNECTIONS


INSULATING MEMBERS









TEST RESULTS

CATALOG NO.

VERIFY INTERLOCKS


FUSE MOUNTINGS


BLADE TRAVEL STOPS


COMMENTS:

DEFICIENCIES:

YES

A

CLEAN/LUBE

20°C





SUBSTATION

DATE

POSITION

10/13/2014

BOLTED PRESSURE SWITCH TEST

103

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

DISCONNECTS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NO

POLE 2 POLE 3POLE 1

POLE 2 (P2-P3) POLE 3 (P1-P3)

CONDITION DESCRIPTION

ARC CHUTES

OPERATING MECHANISM

CONTACT SEQUENCE

GROUND CONNECTION

AUXILIARY DEVICES

CONDITIONINSPECTEDDESCRIPTION

OVERALL CLEANLINESS

INSULATING MEMBERS

CONTACT FINGERS

MAIN CONTACTS

ARCING CONTACTS

INSPECTED CLEAN/LUBE

CATALOG NO.

MANUFACTURER

PICKUP RANGE

PICKUP SETTING

AMPACITY

MODEL NO.

TIME DELAY RANGE

SHUNT TRIP

TIME DELAY SETTING

GROUND FAULT RELAY

FUSE DATA

NAMEPLATE DATA

YES NO

POLE 3CONTACT MEASUREMENTS

(ALL MEASUREMENTS IN )INCHES

POLE 1 POLE 2

ARCING CONTACT WIPE

MAIN CONTACT WIPE

MAIN CONTACT GAP

MAIN CONTACT TRAVEL

CONTACT RESISTANCE - MICRO-OHMS

FUSE RESISTANCE - MICRO-OHMS

READING


MANUFACTURER TYPE SERIAL NUMBER

CONTROL VOLTAGE

AMPACITYCATALOG NO.

CATALOG NO.TYPE

TYPEMANUFACTURER

GROUND FAULT RELAY TESTED / CALIBRATED

INSULATION TEST VOLTAGE EQUIPMENT TEMPERATUREkVDC TEMPERATURE CORRECTION FACTOR TO 20°C, TCF°C


POLE TO POLE

LINE TO FRAME

LINE TO LOAD

LOAD TO FRAME

POLE TO FRAME

INSULATION RESISTANCE TEST RESULTS - MEGOHMS

POLE 1 (P1-P2)

READING READING 20°C20°C READING

20°C

COMMENTS:

DEFICIENCIES:

0.25

0.75

1.00

MINUTES

PHASE B TO GROUND PHASE C TO GROUND

READING (megohms)

READING (megohms)

PHASE A TO GROUND




READING (megohms)

TEMP. CORR.FACTOR

TEMP. CORR.FACTOR

TEMP. CORR.FACTOR

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

POLARIZATION

INDEX

POLARIZATION INDEX = 10 MINUTE READING / 1 MINUTE READING

0.50

S/N

YEAR MANUF. CHOOSE

RPM

GENERATOR NAMEPLATE DATA:

GENERATOR CONTROL MFR.

GOVERNOR MFR.

VOLTAGE REG. MFR.

AMPS

OTHER

TYPE

MODEL NO.

PHASE

MODEL NO.

FRAME TYPE

VOLTS (KV)

GENERATOR MFR.

KVA KW FREQUENCY

S/N





SUBSTATION

DATE

POSITION

10/13/2014

GENERATOR POLARIZATION INDEX (PI) TEST

104

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

°C INSULATION TYPE DRY

kVDC 20 °CPHASE TO GROUND TEST VOLTAGE TEMPERATURE CORRECTION FACTOR TOEnter TCF Manually:

CORE/COIL TEMPERATURE Use Instrument PI Value:

Megohms

Time (minutes)

Polarization Index


105PAGE


PHASE A TO GROUND

PHASE B TO GROUND

PHASE C TO GROUND : Green Triangle

: Blue Circle

: Red Square

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

GENERATORS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

106

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATOR TIP UP TEST

°F

S/N

YEAR MANUF. CHOOSE

RPM



GOVERNOR MFR.

VOLTAGE REG. MFR.

AMPS

OTHER

TYPE

MODEL NO.

PHASE

MODEL NO.

FRAME TYPE

VOLTS (KV)

GENERATOR MFR.

KVA KW FREQUENCY

S/N

60TEST FREQUENCY:

50

75

25

50

75

100

100

25

50

75

100

25T1 GND T2, T3

T1 GND T2, T3

T1 GND T2, T3

T1 GND T2, T3

T2 GND T1, T3

T2 GND T1, T3

T2 GND T1, T3

T2 GND T1, T3

T3 GND T1, T2

T3 GND T1, T2

T3 GND T1, T2

T3 GND T1, T2

GROUNDED TIP UP TEST

kV %

CIRCUIT

DESCRIPTION

1

2

3

4

5

6

7

8

9

10

11

12

TEST ID WATTS

2

4

6

8

2

4

6

8

2

4

6

8

TEST

kV

CAPACITANCE

C (PF) MEAS.

PF (%) TIP UP

mA

TE

RM

INA

L 1

TE

RM

INA

L 2

TE

RM

INA

L 3

% P

OW

ER

FA

CT

OR

P.F. % DIRECT

Use T1, T2, T3

Phase B

Phase A

Phase C

GENERATOR TIP UP TEST

107PAGE


TE

RM

INA

L 3

TE

RM

INA

L 1

UNGROUNDED TIP UP TESTUse T1, T2, T3

TEST

ID

13

14

15

16

17

18

19

20

21

22

23

24

CIRCUIT

DESCRIPTION

T1 MES T2 GND T3

T1 MES T2 GND T3

T1 MES T2 GND T3

T1 MES T2 GND T3

T2 MES T1 GND T3

T2 MES T1 GND T3

T2 MES T1 GND T3

T2 MES T1 GND T3

T3 MES T1 GND T2

T3 MES T1 GND T2

T3 MES T1 GND T2

T3 MES T1 GND T2

KV %

25

50

75

100

25

50

75

100

25

50

75

100

TEST

KV

2

4

6

8

2

4

6

8

2

4

6

8

CAPACITANCE

C (PF) MEASURED mA WATTS

PF (%) TIP UP

% P

OW

ER

FA

CT

OR

DIRECTP.F. %

TE

RM

INA

L 2

Phase B

Phase A

Phase C


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R Off 1.0001

COMMENTS:

DEFICIENCIES:

PHASE B TO C PHASE C TO A

READING (megohms)

PHASE A TO B




READING (megohms)

TEMP. CORR.FACTOR

TEMP. CORR.FACTOR

TEMP. CORR.FACTOR

POLARIZATION

INDEX

0.50

0.75

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

0.25

READING (megohms)

MINUTES

S/N

YEAR MANUF. CHOOSE

RPM



GOVERNOR MFR.

VOLTAGE REG. MFR.

AMPS

OTHER

TYPE

MODEL NO.

PHASE

MODEL NO.

FRAME TYPE

VOLTS (KV)

GENERATOR MFR.

KVA KW FREQUENCY

S/N





SUBSTATION

DATE

POSITION

10/13/2014


108

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

°C INSULATION TYPE DRY

kVDC 20 °CPHASE TO GROUND TEST VOLTAGE TEMPERATURE CORRECTION FACTOR TOEnter TCF Manually:

CORE/COIL TEMPERATURE Use Instrument PI Value:

Megohms

Time (minutes)

Polarization Index


109PAGE


PHASE C TO GROUND: Green Triangle

PHASE B TO GROUND: Blue Circle

PHASE A TO GROUND: Red Square

PHASE B TO C: Purple Down Triangle

PHASE C TO A: Grey Diamond

PHASE A TO B: Orange Star

COMMENTS:

DEFICIENCIES:

AMPACITY

TYPE

INSTALLED OPTIONS

SYSTEM VOLTAGE

SERIAL NO.

WIRING NO.

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

GENERATION SYSTEMS

SYSTEM STATUS AND SHUTDOWN TESTS

110

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INSULATING MEMBERS


DESCRIPTION INSPECTED CLEAN/LUBE DESCRIPTION

ENVIRONMENTAL CONDITIONS

OPERATING MECHANISMS

OVERCRANK SHUTDOWN*

OVERSPEED SHUTDOWN*

LOW OIL PRESSURE SHUTDOWN*

HIGH OIL TEMPERATURE SHUTDOWN*

HIGH WATER TEMPERATURE SHUTDOWN*

HIGH EXHAUST TEMPERATURE SHUTDOWN*

HIGH CRANKSHAFT PRESSURE*

REVERSE POWER SHUTDOWN

REVERSE VARS SHUTDOWN

EMERGENCY STOP*

HIGH WATER TEMPERATURE PRE-ALARM

LOW WATER LEVEL PRE-ALARM*

LOW WATER TEMPERATURE

1 2 3 4 5 6 7 8 9

CONDITION

GENERATOR NUMBER

CIRCUIT BREAKER OPEN

HIGH EXHAUST TEMPERATURE PRE-ALARM *

HIGH INLET AIR TEMPERATURE *

LOW BOILER WATER LEVELS

COMPRESSED AIR SHUTDOWN

HIGH WATER LEVEL

EMERGENCY WATER FEED

FAILURE TO SYNCHRONIZE

CONTROL VOLTAGE FAILURE

CONTROLS NOT IN AUTOMATIC

ENGINE RUNNING *

AUTOMATIC START

BATTERY CHARGER FAILURE

PROGRAMMER LOGIC CONTROLLER STOPPED

HIGH STEAM PRESSURE

HIGH BATTERY VOLTAGE

LOW BATTERY VOLTAGE

LOW OIL PRESSURE PRE-ALARM *

INSPECTED

CIRCUIT BREAKER CLOSED

CIRCUIT BREAKER TRIP SHUTDOWN

CONDITION

STATUS TITLE INDICATIONS ALARM INITIATED SIREN ACTIVATEDINDICATOR LAMP

ACTIVATED

CLEAN/LUBE

CIRCUIT BREAKER CLOSE FAILURE

* THE ALARM / SHUTDOWN WAS SIMULATED AT THE ENGINE GENERATOR AND VERIFIED AT THE SWITCHGEAR.

NAMEPLATE DATA

OVERALL CLEANLINESS

GENERATION SYSTEMS


111PAGE


COMMENTS:

DEFICIENCIES:

TOTAL RELAYS

DWGS.

TYPE

SERIAL NO.

TOTAL INSTRUMENTSTOTAL BREAKERSCONSISTING OF:

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

SWITCHGEAR CHECK LIST

112

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MOLDED CASE BREAKERS

GOOD FAIR POOR

GENERAL INSPECTION OF EXTERIOR OF EQUIPMENT

INSPECT FOR DAMGE, BENT OR TWISTED DOORS

INSPECT DOOR HANDLES, LOCKING BARS AND MECHANISM

CHECK DOOR INTERLOCKS FOR PROPER OPERATION

CHECK CONTROL KNOBS AND SWITCHES FOR FREEDOM OF MOVEMENT AND CONTACT CONDITION

INSPECT FOR BROKEN INSTRUMENTS, RELAY COVER(S) AND GLASS

INSPECT FOR PROPER GROUNDING OF EQUIPMENT

INSPECT BUS AND SUPPORT INSULATORS

CLEAN BUS INSULATORS

DIELECTRIC TEST OF BUS WORK AND POTHEADS

INSPECT CONTROL AND METERING TRANSFORMERS

INSPECT AND CHECK INSTRUMENTS

CHECK CONDITION OF WIRING AND TERMINAL CONNECTIONS

REMOVE DRAWOUT BREAKERS

CHECK RAILS, GUIDES, ROLLERS AND SHUTTER MECHANISM

INSPECT BREAKER AND CELL CONTACTS

VACUUM AND CLEAN INTERIOR OF CUBICLES

LUBRICATE DRAWOUT ASSEMBLY

CHECK CELL INTERLOCKS AND AUXILIARY CONTACT ASSEMBLIES

PERFORM BREKER INSPECTION AND TEST

INSPECT AND PERFORM INSULATION TEST OF POWER CABLE / BUS TO GROUND

RESTORE CONTROL POWER TO SWITCHGEAR

CHECK RELAYS FOR POSITIVE TRIPPING

TEST ANNUNCIATOR-ALARM FOR TARGET

CHECK PANEL LIGHTS FOR OPERATION: BURNED OUT / MISSING BULBS AND LAMP COVERS

OPERATE CLOSE AND TRIP BREAKER CONTROLS

CHECK AUTOMATIC TRANSFER OPERATION

MAKE FINAL VISUAL INSPECTION: REMOVE LEADS, TOOLS, ETC.

NOTE AND REPORT ANY UNMARKED CIRCUITS

REPORT UNSAFE CONDITIONS

NAMEPLATE DATA

EXTERNAL CONDITION:

SWITCHGEAR CHECK LIST

113PAGE


COMMENTS:

DEFICIENCIES:

SERIAL NUMBER

S/N

S/N

S/N

CYCLES

S/N

MODEL NO.

MODEL NO.

MODEL NO.

PHASE

MODEL NO.

AMPSVOLTSkW

MANUFACTURER

VOLTAGE REG. MFR.

GOVERNOR MFR.


kVA

GENERATOR MFR.

CHECK RADIATOR CORE FOR PROPER AIR FLOW

CHECK COOLANT FOR ANTI-FREEZE PROTECTION AND INHIBITOR STRENGTH

CHECK COOLANT LEVEL, WITH ENGINE COOL AND WITH ENGINE HOT

CHECK RADIATOR CAP AND SEAL

VERIFY THAT JACKET WATER HEATER IS OPERATING PROPERLY

CHECK FOR COOLANT LEAKS BEFORE, DURING AND AFTER RUNNING ENGINE

CHECK LUBE OIL LEVEL WITH ENGINE OFF AND WITH ENGINE RUNNING

CHECK FAN BELT TENSION

CHECK CONDITION OF HOSES AND HOSE CLAMPS

CHECK CONDITION OF FLEXIBLE FUEL LINES

CHECK FUEL SYSTEM FOR LEAKS, AND CHECK DAY TANK PUMPS AND ALARMS

CHECK BATTERY SPECIFIC GRAVITY AND ELECTROLYTE LEVEL - RECORD

CHECK BATTERY VOLTAGE AND BATTERY CHARGER RATE - RECORD

CHECK BATTERY CABLES AND CONNECTIONS

CHECK EXHAUST SYSTEM, INCLUDING FLEXIBLE COUPLINGS, DRAIN MOISTURE TRAPS

CHECK AIR CLEANER ELEMENTS, SEALS, AND AIR CLEANER INDICATOR

CHECK TERMINAL STRIP CONNECTIONS

CHECK POWER FEEDER CONNECTIONS AT THE GENERATOR

CHECK INSULATION ON GENERATOR LEADS - PERFORM MEGGAR TEST - RECORD

CHECK FOR LOOSE RELAYS IN CONTROL PANEL

CHECK GOVERNOR OIL LEVEL (IF APPLICABLE)

CHECK GOVERNOR AND LINKAGE FOR PROPER OPERATION

ENGINE NAMEPLATE DATA:


RPM



SUBSTATION

DATE

POSITION

10/13/2014

ANNUAL

ENGINE-GENERATOR

PREVENTATIVE MAINTENANCE REPORT

114

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

ANNUAL

ENGINE-GENERATOR

PREVENTATIVE MAINTENANCE REPORT

115PAGE




CHECK COLLECTOR RING AND BRUSHES

CHECK FOR OIL AND DIRT BUILD UP IN GENERATOR

CHECK GENERATOR INSTALLATION FOR LOOSE BOLTS, ETC.

CHECK CRANK TERMINATION TIME AND CRANKING VOLTAGE DROP - RECORD

CHECK ALL ENGINE INSTRUMENTS FOR PROPER OPERATION

CHECK FOR ABNORNAL NOISE OR VIBRATION

CHECK FOR PROPER LOUVER OPERATION, (WHERE APPICABLE)

VERIFY PROPER OPERATION OF ALL PRE-ALARMS AND SHUTDOWN DEVICES

CHECK CRANKSHAFT BLOWBY, AND CLEAN CRANKCASE BREATHER

VERIFY PROPER VOLTAGE AND FREQUENCY - RECORD

DRAIN WATER AND SEDIMENT FROM DAY TANK

LUBRICATE GENERATOR BEARING AND FAN PULLEY

CLEAN PRIMARY FILTER

TAKE OIL SAMPLE FOR DETAILED OIL ANALYSIS

CLEAN THE PRIMARY FUEL FILTER SCREEN AND REPLACE THE FUEL FILTER ELEMENTS

CHANGE LUBE OIL AND FILTERS

PERFORM A FOUR HOUR LOADBANK TEST AT FULL LOAD

CHECK THAT ALL SWITCHES ARE LEFT IN PROPER MODE

CHECK AIR GAP ON GENERATOR

CORRECTIVE ACTION TAKEN:

ADDITIONAL SERVICES REQUIRED:

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

GENERATOR

116

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


MANUFACTURER

VOLTAGE RATING VOLTS WATTAGE RATING KILOWATTS

ADDITIONAL INFORMATION:


MANUFACTURER

TYPE DIESEL WATER NATURAL

ADDITIONAL INFORMATION:

GENERATOR INSTRUMENT PANEL RESULTS

FRE-

QUENCY

(HERTZ)

ENGINE

HOURS

FUEL

PRESS.

WATER

TEMP.

( ° C )

OIL

PRESS.TIME

(hh:mm:ss) (KILOWATTS)

A - B

(VOLTS)

B - C

(VOLTS)

C - A

(VOLTS)

A

(AMPERES)

B

(AMPERES)

C

(AMPERES)

LINE CURRENTS

MEASURED TEST RESULTS

TIME POWER A - B B - C C - A A B C

(hh:mm:ss) (KILOWATTS) (VOLTS) (VOLTS) (VOLTS) (AMPERES) (AMPERES) (AMPERES)

LINE CURRENTSPHASE VOLTAGES

PHASE VOLTAGES

POWER

FRE-

QUENCY

(HERTZ)

SERIAL NUMBER

SERIAL NUMBER

(LBS.) (LBS.)

GENERATOR

117PAGE


COMMENTS:

DEFICIENCIES:

AMPACITY

TYPE

INSTALLED OPTIONS

SYSTEM VOLTAGE

SERIAL NO.

WIRING NO.

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

CO-GENERATION SYSTEM

SYSTEM STATUS & SHUTDOWN TESTS

118

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CONDITION INSPECTED CONDITION CLEAN/LUBE

OVERALL CLEANLINESS

INSULATING MEMBERS


DESCRIPTION INSPECTED CLEAN/LUBE DESCRIPTION

ARC CHUTES

OPERATING MECHANISM

CONTACT SEQUENCE

EG-1 RUNNING

EG-1 ON LINE

EG-1 LOCKED OUT

MANUAL PARALLEL AVAILABLE

BUS OVERLOAD

EG-2 RUNNING

EG-2 ON LINE

EG-2 LOCKED OUT

PRI-2 LOAD SHED ACTIVE

PRI-2 LOAD SHED BYPASSED

EG-3 RUNNING

EG-3 ON LINE

EG-3 LOCKED OUT

PRI-3 LOAD SHED ACTIVE

PRI-3 LOAD SHED BYPASSED

LOAD DEMAND OPERATION

PLC STOPPED

PLC BATTERY CHARGER FAILURE

BUS OVER FREQUENCY

BUS UNDER VOLTAGE

BUS OVER VOLTAGE

EMERGENCY OPERATION

CO-GENERATION OPERATION

INDICATION ALARM INITIATED SIREN ACTIVATEDINDICATOR LAMP

ACTIVATED

NAMEPLATE DATA

CO-GENERATION SYSTEM

SYSTEM STATUS & SHUTDOWN TESTS

119PAGE


COMMENTS:

DEFICIENCIES:

AMPACITY

TYPE

INSTALLED OPTIONS

SYSTEM VOLTAGE

SERIAL NO.

WIRING NO.

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

GENERATION SYSTEMS


120

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CONDITION CONDITION CLEAN/LUBE

OVERALL CLEANLINESS

INSULATING MEMBERS


DESCRIPTION INSPECTED CLEAN/LUBE

LOW OIL PRESSURE PRE-ALARM *

HIGH EXHAUST TEMPERATURE PRE-ALARM *

HIGH INLET AIR TEMPERATURE *

LOW BOILER WATER LEVELS

COMPRESSED AIR SHUTDOWN

HIGH WATER LEVEL

EMERGENCY WATER FEED

FAILURE TO SYNCHRONIZE

CONTROL VOLTAGE FAILURE

CONTROLS NOT IN AUTOMATIC

ENGINE RUNNING *

AUTOMATIC START

BATTERY CHARGER FAILURE

PROGRAMMER LOGIC CONTROLLER STOPPED

HIGH STEAM PRESSURE

HIGH BATTERY VOLTAGE

LOW BATTERY VOLTAGE

ALARM INITIATEDSTATUS TITLE INDICATIONS SIREN ACTIVATEDINDICATOR LAMP

ACTIVATED

1 2 3 4 5 6 7 8 9GENERATION NUMBER

THE ALARM / SHUTDOWN WAS SIMULATED AT THE ENGINE GENERATOR AND VERIFIED AT THE SWITCHGEAR.

FORM 19200 (GENERATION SYSTEMS SYSTEM STATUS AND SHUTDOWN B1 ) MUST BE COMPLETED ALSO.

NAMEPLATE DATA

DESCRIPTION

ENVIRONMENTAL CONDITIONS

OPERATING MECHANISMS

INSPECTED

GENERATION SYSTEMS


121PAGE


COMMENTS:

DEFICIENCIES:

SERIAL NUMBER

S/N

S/N

S/N

RPM

S/N

CYCLES

MODEL NO.

MODEL NO.

MODEL NO.

PHASE

MANUFACTURER

AMPSVOLTSkW

VOLTAGE REG. MFR.

GOVERNOR MFR.


kVA

GENERATOR MFR.


SUBSTATION

DATE

POSITION

10/13/2014

BI-ANNUAL

ENGINE-GENERATOR

PREVENTIVE MAINTENANCE REPORT

122

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

LOW

OK

OK

HIGH

HIGH

HIGH

AIR CLEANER

AIR CLEANER ELEMENTS

AIR CLEANER SEALS

AIR CLEANER INDICATOR

BATTERY SYSTEM

CABLES AND CONNECTIONS

CHARGER RATE

CRANKING VOLTAGE DROP

ELECTROLYTE LEVEL

OVERALL VOLTAGE

SPECIFIC GRAVITY OF EACH CELL

LUBRICATION SYSTEM

CLEAN CRANKCASE BREATHER VENT

CLEAN PRIMARY FILTER

CRANKCASE BLOWBY

CRANKCASE OIL LEVEL WITH ENGINE OFF

CRANKCASE OIL LEVEL WITH ENGINE RUNNING

GOVERNOR OIL LEVEL

LUBRICATE GENERATOR BEARING & FAN PULLY

SAMPLE CRANKCASE OIL FOR LABORATORY TESTING

COMMENTS

COMMENTS

COMMENTSLOW

LOW

OK




MODEL NO.

BI-ANNUAL

ENGINE-GENERATOR


EXHAUST & MECHANICAL SYSTEM

ABNORMAL NOISE OR VIBRATION

DRAIN MOISTURE TRAPS

EXTERIOR OPENING COVER

FLEXIBLE COUPLINGS

INSULATING MATERIALS

LOOSE BOLTS ON STRUCTURAL MOUNTINGS

SUPPORTS

COMMENTSLOW OK HIGH

FUEL SYSTEM

CONDITION OF HOSES & PIPE FITTINGS

DAY TANK ALARMS

DAY TANK LEAKS

DAY TANK PUMP

DRAIN WATER & SEDIMENT

COMMENTSLOW OK HIGH

GENERATOR

AIR GAP

COLLECTOR BRUSHES

COLLECTOR RINGS

DIRT / OIL / GREASE ACCUMULATION

POWER FEEDER CONNECTIONS

POWER FEEDER INSULATION TESTS

COMMENTSLOW OK HIGH

GOVERNOR

GOVERNOR OPERATION

LINKAGE OPERATION

OIL LEVEL

COMMENTSLOW OK HIGH

RADIATOR

AIR FLOW THROUGH CORE

ANTIFREEZE & INHIBITOR STRENGTH

CAP & SEAL

COOLANT LEVEL - ENGINE HOT

COOLANT LEVEL - ENGINE COOL

FAN BELT CONDITION

COMMENTSLOW OK HIGH

FAN BELT TENSION

JACKET WATER HEATER OPERATING TEMPERATURE

LEAKS - BEFORE RUNNING

LEAKS - AFTER RUNNING

LOUVER OPERATION


123PAGE

BI-ANNUAL

ENGINE-GENERATOR





WIRING - CONTROL

AMMETER OPERATION

AUTOMATIC / MANUAL MODE

CONTROL RELAYS

CRANK TERMINATION RESET

CRANK TERMINATION TIME

FREQUENCY METER OPERATION

COMMENTSLOW OK HIGH

OIL PRESSURE

PROPER OPERATION OF ALL PRE-ALARMS

PROPER OPERATION OF ALL SHUTDOWNS

TEMPERATURE GAUGE

TERMINAL STRIP CONNECTIONS

VOLTMETER OPERATION

CORRECTIVE ACTION COMPLETED:

ADDITIONAL SERVICES REQUIRED:

124PAGE

COMMENTS:

DEFICIENCIES:

TIME

TEMPERATURE

TC VOLUME

WATER

90% ULLAGE

WATER

ULLAGE

HEIGHT

VOLUME

S/N

S/N

S/N

RPM

S/N

CYCLES

MODEL NO.

MODEL NO.

MODEL NO.

PHASE

MODEL NO.

AMPSVOLTSkW

VOLTAGE REG. MFR.

GOVERNOR MFR.


kVA

GENERATOR MFR.





SUBSTATION

DATE

POSITION

10/13/2014

GENERATOR LOAD TEST REPORT

125

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GENERATORS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

REAL TIME

TARGET KILOWATT

LOADING

ENGINE SPEED - R.P.M.

FREQUENCY - HERTZ

ENGINE WATER

RADIATOR WATER

TEMPERATURE

ENGINE OIL

TEMPERATURE

ENGINE OIL PRESSURE - PSI

PANEL METER

VOLTAGE READING

MEASURED VOLTAGE

PANEL METER

AMPERE READING

MEASURED AMPERES

PANEL METER

KILOWATT READING

MEASURED KILOWATT

READING

BATTERY VOLTAGE

STARTTEST READING INTERVALS

FUEL PRESSURE

NAMEPLATE DATA

TEST RUN

FUEL MONITORING SYSTEM

°F

°F

°F

GAL. GAL.

GAL.

GAL. GAL.

INCHES INCHES °F

GENERATOR LOAD TEST REPORT

126PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

GROUND FAULT PROTECTION SYSTEM

127

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GROUND FAULT

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




INTERRUPTER DATA

DEVICE CIRCUIT BREAKER

MANUFACTURER

FUSED SWITCH SERIAL NUMBER TYPE

MODEL NUMBER

CURRENT RATING AMPERES VOLTSSYSTEM VOLTAGE DEVICE VOLTAGE RATING VOLTS

GROUND FAULT DATA GROUND FAULT RELAY DATA

GROUND FAULT SYSTEM TYPE NEUTRAL-GROUND ZERO-SEQUENCE RESIDUAL

MANUFACTURER TYPE

MODEL NUMBER PICKUP RANGE AMPERES TIME RANGE

SENSOR/CT RATING CT TYPE IN-LINE TOROIDAL

AS FOUND DIAL SETTINGS AMPERES TIME CYCLESSECONDS

AMPERESAS LEFT DIAL SETTINGS SECONDS CYCLESTIME

SETTINGS SUPPLIED BY OF

INSPECTION REPORT

NEUTRAL-GROUND LOCATION

NEUTRAL DISC LINK

CONTROL POWER

MONITOR/TEST PANEL

SENSOR LOCATION

CORRECT INCORRECT

CORRECT INCORRECT

CORRECT INCORRECT

CORRECT INCORRECT

CORRECT INCORRECT

ELECTRICAL TESTS

STATIC TESTS: APPLIES TO SINGLE SOURCE SERVICE ONLY - NO EMERGENCY GENERATOR

SYSTEM NEUTRAL ISOLATED: RESISTANCE VERIFIED INCORRECTCT POLARITY TEST NOT PERFORMED

SIMULATED CT WRAP TEST YES NO CURRENT APPLIED

DYNAMIC TESTS: SIMULATED GROUND FAULT APPLIED AT

LOCATION #1 CURRENT MEASURED CURRENT AT SENSOR

CURRENT MEASURED CURRENT AT SENSORLOCATION #2

ACTUAL

PICKUP

AMPERES

PERCENT

PICKUP CURRENT

AMPERES

TIME

TRIP

TOTAL

TIME

NO TRIP

FUNCTION

CHECK

TRIP NO TRIP

TRIP NO TRIP

TRIP NO TRIP

TRIP NO TRIP

TRIP NO TRIP

SECONDS

CYCLES

SECONDS

CYCLES

RELAYPRIMARYDIAL SETTINGS

AMPERES

SECONDS

CYCLES

/

/

/

/

/

/

INSPECTION REMARKS

CATALOG NUMBER

CATALOG NUMBER

GROUND FAULT PROTECTION SYSTEM

128PAGE


COMMENTS:

DEFICIENCIES:

CONTROL VOLTAGE

SENSOR AMPERE RATING

SENSOR CAT. NO.

TIME DELAY RANGE

INSTRUCTION BOOK NO.

DATE MANUFACTUREDMODEL NO.

CURRENT SETTING RANGE

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

GROUND FAULT RELAY TEST

129

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GROUND FAULT

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CURRENT PICKUP

TIME DELAY

AS SPECIFIED AS FOUND AS LEFT

CURRENT PICKUP (AMPS)

TIME DELAY

TIME DELAY

CONTROL VOLTAGE

CONTROL VOLTAGE

AS SPECIFIED AS LEFTAS FOUND

MEGOHMSNEUTRAL TO GROUND INSULATION TEST RESULTS @ 1 kVDC

SEC

AA

SEC

A

ASEC. @

A

SEC. @ A

ASEC. @ SEC. @SEC. @

SEC. @ A

TYPE

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:

CURRENT TRANSFORMER TYPE:

WINDOW:

V

V

RELAY SETTINGS

TEST RESULTS

SERIAL NUMBER

A

SEC

GROUND FAULT RELAY TEST

130PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

EARTH RESISTANCE DET24C

131

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

GROUND MAT (EARTH) GROUNDING TESTS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




ASSET IDSERIAL

NO.

CURRENT

ATIME DATE

FILTER

on/off

INSTRUMENT

SERIAL NO.TEST NOTES

RESISTANCE

Ω

1NUMBER OF TESTS:

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

INTERSECTING CURVES

132

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F


24470, PAGE 1 OF 3, REVISED 7/15/2010COPYRIGHT © 2002-2014 POWERDB, INC. www.powerdb.com


WETDRY

LENGTH OF GROUND RODS

CONNECTING CONDUCTOR SIZE

SOIL TYPE SOIL CONDITION:

BARE

TYPE OF GROUND ROD

CONNECTING CONDUCTORAWG

INCHES

FEET

INSULATED

DIAGONAL MEASUREMENT OF GROUND GRID

GROUND TESTER SERIAL NUMBER

DIAMETER OF GROUND ROD

NUMBER OF GROUND RODS

FEET

GROUND TESTER MAKE/MODEL

LAST CALIBRATION DATE

DAMP

RESISTANCE (OHMS)

1

2

3

4

5

6

7

8

9

10

DISTANCE INFEET

(P)

TEST 1

RESISTANCE (OHMS)

TEST 2

RESISTANCE (OHMS)

TEST 3

DISTANCE FROM C TO O

DISTANCE INFEET

(P)

DISTANCE INFEET

(P)

PROBE PLACEMENT DIRECTION

Measurement process is repeated with three different values for D c.

INTERSECTING CURVES


FALL OF POTENTIAL CURVE: O TO C = FEET

FALL OF POTENTIAL CURVE: O TO C =

FALL OF POTENTIAL CURVE: O TO C =

133PAGE

RE

SIS

TA

NC

E (

ohm

s)

RE

SIS

TA

NC

E (

ohm

s)

RE

SIS

TA

NC

E (

ohm

s)

FEET

FEET

D

INTERSECTING CURVES

134PAGE


100

200

300

400

500

600

700

0

800

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

TEST 2 TEST 3TEST 1

D p RESISTANCE D p RESISTANCE p RESISTANCE

FEETFEETFEET

ARBITRARY X

DISTANCE

RE

SIS

TA

NC

E (

ohm

s)

RESISTANCE VERSUS X DISTANCES (O to C = , and FEET )

RESISTANCE RESULT: OHMS1.0

COMMENTS:

DEFICIENCIES:




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

EARTH RESISTANCE CURVE

OHMS


SUBSTATION

DATE

POSITION

10/13/2014

FULL FALL OF POTENTIAL

135

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

%

%

%

%

%

%

%

%

%

%

%

%

RESISTANCE

READING

(Ohms)

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

DISTANCE FROM GROUND ELECTRODE TO P (FEET)

RE

SIS

TA

NC

E (

OH

MS

)


DISTANCE FROM GROUND ELECTRODE TO C IN FEET

RESULT:

%

%

%

OVERALL

PERCENT OF

DISTANCE

DISTANCE IN

FEET

(GROUND ELECTRODE TO P)

FULL FALL OF POTENTIAL

136PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

SIMPLIFIED FALL OF POTENTIAL

137

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

%

50.00

60.00

%

%

%0.0

0.00

%

RETEST

R avg 0.00

DESIRED ACCURACY

0.00

R1

R2

R3

PERCENT OF OVERALL

DISTANCE

0.00


FEET

DISTANCE IN

0.0

0.0

0.0

0.00

RESISTANCE READING

(OHMS)

DEVIATION

40.00



MAX DEVIATION

ACCURACY

RESULT (OHMS)

SIMPLIFIED FALL OF POTENTIAL

138PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

SOIL RESISTIVITY

139

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

PROBE PLACEMENT DIRECTION Soil Resistivity (ohm-cm) = 2 * PI * Distance Between Electrodes (cm) * Resistance (ohms)

Measures average soil resistivity at

this one point.

DISTANCE

BETWEEN

ELECTRODES

SOIL

RESISTIVITY

(ohm-cm)

RESISTANCE

(ohms)

ELECTRODE

DEPTH

(inches)

DISTANCE

BETWEEN

ELECTRODES

(cm)

LOCATION

(feet)IDENTIFIER

SOIL RESISTIVITY

140PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

FALL OF POTENTIAL

61.8% RULE

141

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

DISTANCE #1

DISTANCE #2

DISTANCE #3

PERCENT OF OVERALL DISTANCE

%

%

%

61.8

61.8

61.8

(GROUND ELECTRODE TO C)

DISTANCE IN

FEET

DISTANCE IN RESISTANCE

READING

(OHMS)


FEET


FALL OF POTENTIAL

61.8% RULE

142PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

FOUR POTENTIAL METHOD

143

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

∞

EQUATION #2 R

∞

EQUATION #3 R

∞

EQUATION #4 R

) = EQUATION #2 (R

) = EQUATION #3 (R

) = EQUATION #4 (R

-0.1187R1 - 0.4667R2 + 1.9816R4 - 0.3961R6

-2.6108R2 + 4.0508R3 - 0.1626R4 - 0.2774R6

-1.8871R2 + 1.1148R3 + 3.6837R4 - 1.9114R5

-6.5225R3 + 13.6816R4 - 6.8803R5 + 0.7201R6

∞

∞

∞

EQUATION #1 RFEET

DISTANCE IN


R1

R2

R3

R4

R5

R6

GROUND

20.00 %

40.00 %

50.00 %

60.00 %

70.00 %

80.00 %


∞

EQUATION #1 (R ) = ∞

RESISTANCE

(OHMS)



RESULT

RESULT

RESULT

RESULT

FOUR POTENTIAL METHOD

144PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

SLOPE METHOD

145

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

20.00 %C

40.00

60.00

%C

%C

R1

SLOPE CHANGE RESISTANCE/DISTANCE CURVE

0.0

0.00RESULT (ohms):R2

FEET


DISTANCE IN

0.0

0.0

0.0R3


"P" PROBE POSITION

RESISTANCE

READING

(OHMS)


PT / (ft)

PT / C

Measure Result

Interpolate Result


SLOPE METHOD

146PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

STAR DELTA

147

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

R13

R14

R12

R42

R23

R34

R2

R3

R4

RESISTANCE OF THE GROUND ELECTRODE UNDER TEST

RESISTANCE OF PROBE P2



#1

#2

#3

#4

R1

DISTANCE INRESISTANCE

READING (OHMS)FEET

R1 RESULT OHMS

R2 RESULT OHMS

R3 RESULT OHMS

R4 RESULT OHMSEQUATION

Resistance Areas

STAR DELTA

148PAGE


COMMENTS:

DEFICIENCIES:

RA EQUALS AVERAGED RESISTANCE ( R 6050

60


SUBSTATION

DATE

POSITION

10/13/2014

FALL OF POTENTIAL TEST

149

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F




IF Y PERCENT IS LESS THAN YOUR DESIRED TEST ACCURACY, RA CAN BE USED AS THE REST RESULT.

X PERCENT TIMES 1.2 EQUALS Y PERCENT

R MINUS RA DIVIDE BY RA EQUALS X PERCENT

R R ) : OHM(S)40

DISTANCE C1 TO C2

DISTANCE P1 TO P2

PERCENT P TO C

MEASURED RESISTANCE

DIRECTION OF ELECTRODES

POINT UNDER TEST

40R OHM(S)

50 OHM(S)R

60 OHM(S)R

OHM(S)R

OHM(S)R

WETDRY




BARE

TYPE OF GROUND ROD


INCHES

FEET

INSULATED





FEET



DAMP

FALL OF POTENTIAL TEST

150PAGE


COMMENTS:

DEFICIENCIES:

REFERENCE GROUND* TEST METHOD USED FOR DETERMINING GROUND ROD RESISTANCE:





SUBSTATION

DATE

POSITION

10/13/2014

GROUND ROD SURVEY

151

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

LOCATION OR

IDENTIFICATION

ROD SIZE

D X L

COPPER CLAD

STEEL OR

GALVANIZED

CONNECTING

CONDUCTOR

SIZE

ROD

NUMBERSOIL TYPE

RESISTANCE

OHMS *

2 POINT

3 POINT

CLAMP-ON

GROUND ROD SURVEY

152PAGE


COMMENTS:

DEFICIENCIES:

GROUND REFERENCE

OTHER





SUBSTATION

DATE

POSITION

10/13/2014

GROUNDED SURFACES TEST

SINGLE ROOM

153

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

ITEMMILLIVOLT

READING ITEMMILLIVOLT

READING

MAXIMUM ALLOWABLE VALUE IS 20 MILLIVOLTS FOR NEW CONSTRUCTION PER THE NATIONAL FIRE PROTECTION ASSOCIATION NFPA-99, 1996, 3-3.3.2.6.


SINGLE ROOM

154PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

GROUND RESISTANCE

TWO TERMINAL METHOD

155

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F




DRAWING REFERENCE NUMBER

UNCORRECTED CORRECTED RESISTANCE RESULTTEST # TO

OHMSMILLI-OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

MILLI-OHMS OHMS

FROM

GROUND RESISTANCE

TWO TERMINAL METHOD

156PAGE


COMMENTS:

DEFICIENCIES:

BARECONNECTING CONDUCTOR INSULATED

WETDAMPDRY


NUMBER OF RODS


SOIL TYPE


TYPE OF GROUND ROD





SUBSTATION

DATE

POSITION

10/13/2014

GROUND MAT TEST

157

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

RESISTANCE IN OHMS

TWO-POINT

SOIL CONDITION:

TEST TYPE:

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:

AUXILIARY POTENTIAL ELECTRODE

INDUCED FREQUENCY

FALL OF POTENTIAL

OHMSGROUND RESISTANCE @ 61.8% OF DISTANCE

FEETDISTANCE IN

FEETDISTANCE IN

GROUND MAT TEST

158PAGE


COMMENTS:

DEFICIENCIES:

L3-GND (mA)

L3-GND ( A)

L1-GND ( A)

L2-GND ( A)





SUBSTATION

DATE

POSITION

10/13/2014

LINE ISOLATION MONITOR

SYSTEM TEST

159

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

SERIAL NO.

ALARM CURRENT PICKUPINPUT VOLTAGE

MANUFACTURER

NAMEPLATE DATA

PUSH TO TEST

PUSH TO TEST

HAZARD LIGHT

SAFE LIGHT

DESCRIPTION INSPECTED CONDITION

METER READING - CIRCUITS OFF

METER READING - CIRCUITS ON

SELF CALIBRATION

SILENCE


mA

mA

VOLTAGE TESTS

NO LOAD PRIMARY VOLTAGE NO LOAD SECONDARY VOLTAGE

H1-GROUND V H1-H2 V

V H2-H3 VH2-GROUND

V H3-H1 VH3-GROUND

V X1-X2 V

V X2-X3 VX2-GROUND

V X3-X1 VX3-GROUND

X1-GROUND

INDICATOR TESTS

PANEL LEAKAGEµ

VOLTAGE TESTS

BRANCH CKT. BREAKERS OFF

BRANCH CKT. BREAKERS ON (LOADS ARE REMOVED OR OFF)

µ

L1-GND (mA)

L2-GND (mA)

LIM METER READING

EXTERNAL METER READING

LEAKAGE CURRENT

L1-GND ( A)

LEAKAGE CURRENT

L3-GND ( A)

LEAKAGE CURRENT

L2-GND ( A)

HAZARD LEAKAGE CURRENT TESTS - BRANCH CIRCUITS

CIRCUIT NUMBER

µ µ µ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16SHADED AREAS FOR 3-PHASE SYSTEMS ONLY

LIM TRIP LEVEL TEST

µ

MODEL NO.

OUTPUT VOLTAGE

TYPECATALOG NO.

LINE ISOLATION MONITOR

SYSTEM TEST

160PAGE


COMMENTS:

DEFICIENCIES:

BARECONNECTING CONDUCTOR

OHMSGROUND RESISTANCE @ 61.8% OF DISTANCE

INSULATED

WETDAMPDRY


NUMBER OF RODS


SOIL TYPE


TYPE OF GROUND ROD





SUBSTATION

DATE

POSITION

10/13/2014

GROUND MAT TEST

161

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

RESISTANCE IN OHMS

FALL OF POTENTIAL

TWO-POINT

SOIL CONDITION:

TEST TYPE:

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:

AUXILIARY POTENTIAL ELECTRODE

INDUCED FREQUENCY

DISTANCE IN FEET

DISTANCE IN FEET

GROUND MAT TEST

162PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

GROUND POINT CONTINUITY TEST

163

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F




Test Amps

A

Volts V

Calc. Resist. (ohms)

Lead Resist. (ohms)

Ground Resist. (ohms)

Test Amps

A

Volts V

Calc. Resist. (ohms)

Lead Resist. (ohms)

Ground Resist. (ohms)

Test # DescriptionDescription

Test # Com. Com.

General Description:

Maximum Resistance

COMMENTS:

DEFICIENCIES:

OTHER

GROUND REFERENCE





SUBSTATION

DATE

POSITION

10/13/2014


MULTI-ROOM

164

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

ITEMMILLIVOLT READING

RM RM RM RM RM

MAXIMUM ALLOWABLE VALUE IS 20 MILLIVOLTS FOR NEW CONSTRUCTION CRITICAL CARE AREAS, AND 500 MILLIVOLTS FOR GENERAL CARE AREAS PER NFPA-99, 1996, 3-3.3.2.6, CRITERIA FOR ACCEPTABILITY.


MULTI-ROOM

165PAGE


COMMENTS:

DEFICIENCIES:

RESISTIVITY CALCULATION N:

SOIL TYPE


SUBSTATION

DATE

POSITION

10/13/2014

GROUND RESISTIVITY TEST

166

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

OTHER

% PLANT°F

SOIL CONDITION:

CALCULATED RESISTIVITY (OHMS - CM)

CENTIMETERS = (INCHES) ( 2.54 )

- SOIL RESISTIVITY IN OHM CENTIMETERS

Α

R - RESISTANCE IN OHMS

ρ ρ = π2 Α R




TEST PLOT ID

CENTIMETERS = (FEET) ( 12 ) ( 2.54 )

METER READING

(OHMS)

METER READING

(OHMS)

METER READING

(OHMS)


TEST PLOT ID


TEST PLOT ID

TEST ELECTRODE DEPTH TEST ELECTRODE SPACING

DRY DAMP WET

FEETINCHES

- DISTANCE BETWEEN TEST ELECTRODES IN FEETFEET

GROUND RESISTIVITY TEST

167PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

INFRARED INSPECTION

168

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INFRARED

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




CURRENT DRAW (AMPS) CURRENT RATING (AMPS) VOLTAGE DROP (VOLTS)VARIABLES

PHASE A

PHASE B

PHASE C

THDC (%THD-F)

SEVERITY CRITERIA FOR SIMILAR COMPARISONS

EQUIPMENT TESTED

REFERENCE TEMPERATURE PROBLEM TEMPERATURE DIFFERENCE TEMPERATURE CALCULATED MAX TEMPERATURE

PROBLEM POLE LOCATION

1.6LOAD CORRECTION PHASE:

4.1ºC TO 8.0ºC

ALERT

8.1ºC TO 15.0ºC

CRITICAL

GREATER THAN 15.0ºC

NORMAL SEVERE

LESS THAN 4.1ºC

LOAD CORRECTION FACTORPHASE A

CORRODED/DISCOLORED

OVERLOADED CIRCUIT

TIGHTENED/TORQUED CONNECTION

EXCESSIVE CURRENT HARMONICS STRIPPED/CROSS-THREADED HARDWARE

PROBLEM CORRECTED

Power/Business InterruptionSafety HazardFire HazardEquipment Failure

Consequences if Not Corrected

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

INFRARED INSPECTION REPORT SHEET

169

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INFRARED

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




LESS THAN 4.1ºC

ALERT

4.1ºC TO 8.0ºC

SEVERE

8.0ºC TO 15.0ºC

PROBLEM TEMPERATURE

CRITICAL

GREATER THAN 15.0ºC

DIFFERENCE TEMPERATUREREFERENCE TEMPERATURE

PROBLEM POLE LOCATION CURRENT RATING (AMPS) CURRENT DRAW (AMPS) VOLTAGE DROP (VOLTS)VARIABLES

PHASE A

PHASE B

PHASE C

THDC (%THD-F)

SEVERITY CRITERIA FOR SIMILAR COMPARISONS

NORMAL

EQUIPMENT TESTED

Problem Description - Immediate Hazard Customer Notified Immediately

CORRODED/DISCOLORED

OVERLOADED CIRCUIT

TIGHTENED/TORQUED CONNECTION

EXCESSIVE CURRENT HARMONICS STRIPPED/CROSS-THREADED HARDWARE

PROBLEM CORRECTED

Power/Business InterruptionSafety HazardFire HazardEquipment Failure

Consequences if Not Corrected

COMMENTS:

DEFICIENCIES:

ASSET DESCRIPTION:

NOTES:

TEST POINT:


SUBSTATION

DATE

POSITION

10/13/2014

INFRARED IMAGE CAPTURE

170

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INFRARED

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




INFRARED IMAGE CAPTURE

171PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

THERMOGRAPHIC INSPECTION

172

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INFRARED

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

PANEL

NUMBERPOSITION NOTES

THERMOGRAPHIC

IMAGE FILE IDLOCATION

THERMOGRAPHIC INSPECTION

173PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

PM 013 Infrared Inspection

174

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INFRARED

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


INFRARED IMAGES:

ASSET DESCRIPTION:

NOTES:

TEST POINT:

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

INFRARED INSPECTION SUMMARY

175

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INFRARED

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

REMARKSCONDITIONLOCATION / DESIGNATION

EQUIPMENT INSPECTED

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

INSTRUMENT TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

176

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CURRENT TRANSFORMER

°F

OIL VOL.

BIL

CATALOG/STYLE

YEAR

INSULATION TYPE

°C

IMPEDANCE LBGAL

REASON

WEIGHT

TANK TEMP.

TYPE

MFR

%

kV

kV

Amps

CLASS

WEATHER

Secondary Ohms

C1

C1 Capacitance

POWER FACTOR % C2 POWER FACTOR %

C2 Capacitance

SERIAL NO. SPECIAL ID

CURRENT RATIOS

60TEST FREQUENCY:

TEST MODE


ENG GND GAR UST

TEST

kV

Capacitance C (pF)

mA WATTS

DIRECT

IR

1.000

1.000

1.000

1.000

1.000

1.000

TAP

H1,H2

@ 2 kV

GST-GND

UST-R

GSTg-R

GST-GND

GST-GND

GST-GND

H1,H2

H1,H2

TAP

H1,H2

POWER FACTOR %

MEAS. 20º C CORR.

TRANSFORMER OVERALL TESTS

INSULATION TESTED

TESTNO.

1 Overall

C12

3 C2

Overall at 2 kV

6

5

4

13

14

15

16

17

18

Term ID Test kV mA

7

ID

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

SKIRT # TEST MODE

8

9

10

HOT COLLAR TESTS

WATTS IR

11

12


CURRENT TRANSFORMER

177PAGE


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R Off 1.0001

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CURRENT TRANSFORMER TEST

178

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




CT INFORMATION

COMPANY

MANUFACTURER PHASESERIAL NO.

RATIO

DESIGNATIONSTATION

BURDEN IMPEDANCE:

POSITION

VOLTAGE RATING TEMPERATURE

CLASS

TIME

INSTRUMENT S/N

EXPECTED RATIO

ACTUAL RATIO

RATIO % ERROR

PHASE DEV. (deg.) POLARITY

SATURATION VOLTAGE

(volts)

WINDING RESISTANCE

(Ohms)


(Ohms)TAP

5 5 %::

%::

%::

%::

%::

:

:

:

:

:

COMMENTS:

DEFICIENCIES:


179PAGE


EXCITATION DATA

STATION

DESIGNATION

SERIAL NO. COMPANY

PHASE POSITION

VOLTAGE/CURRENT#

VOLTAGE (volts)

CURRENT (mA)1






SUBSTATION

DATE

POSITION

10/13/2014


AMBIENT TEMPERATURE

AUTOMATED

% PLANT

180

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MTO CT RESISTANCE TESTS

°F

CATALOG/STYLE

kV

WEATHER

YEAR

PRIMARY AMPS

SECONDARY AMPS

RATED FREQUENCY

ACCURACY RATING

Hz

kV

REASONMFR

SERIAL NO.

INSULATION TYPE BIL

SPECIAL ID

Asset ID:

CT Description:

Measured Resistance Reading StabilityWinding Tested# NoteDC Test Current

OhmsResistance Units:

1

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014


AMBIENT TEMPERATURE

AUTOMATED

% PLANT

181

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POTENTIAL TRANSFORMER

°F

WEATHER

OIL VOL.

BIL

CLASS

LB

REASON

GAL

kV

YEAR

%

kVWEIGHT

TYPE

CATALOG/STYLE

MFR

IMPEDANCE

INSULATION TYPE VA RATING

SERIAL NO. SPECIAL ID

60TEST FREQUENCY:

SUPPLEMENTAL TESTS

DIRECT

o

2

3

5

6

4

7

8

9

10

TEST CONNECTIONS (WINDINGS)

GND

Y1

X1

TEST kV

Cap. (pF) IR

TESTNO.

INSULATION TESTED

TEST MODE

GST-GND

GSTg-R

GSTg-R

UST-R

UST-R

GST-GND

UST

H2

H1

GAR

H2

H1

@2kV

GND

X1,Y1

X1,Y1

X1,Y1

X1,Y1

X1,Y1

X1,Y1

ENG

H1,H2

H1

H2

H1

H2

H1,H2


IRPOWER FACTOR %TEST

kVUST

X1

Y1

GAR

H2,X1,Y1

H1,X1,Y1

INSULATION TESTED

TEST MODE

UST-R

UST-B

GSTg-R

GSTg-R

ENG

H1,H2

H1,H2

H1

H2

Cap. (pF)

1

TEST NO.

POWER FACTOR %

MEAS. 20º C CORR.

MEAS. 20º C CORR.

mA WATTS

mA WATTS

DIRECT



mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R Off 1.0001

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014


182

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




NAMEPLATE DATA

MANUFACTURER

TYPE

PHASE

FREQUENCY

STYLE

SATURATION STANDARD ANSI 45

SERIAL NO.

ACCURACY CLASS

ASSET ID

1NUMBER OF TESTS 5

INSULATION RATINGVOLTAGE RATING

SECONDARY CURRENT

SECURITY LIMITING FACTOR

RATED OUTPUT (VA)

SEC. BURDEN TEST AMPS

5

NAMEPLATE RATIO

ACTUAL RATIO

RESISTANCE

Tap RATIO % ERROR

PHASE DEV. (deg.) POLARITY

X VOLTAGE (volts)

X CURRENT (amps)

CT RATIOS

VOLTAGE (volts)

CURRENT (amps)

KNEE POINT

(ohms)

5:: 5

: 5

ANSI 45


Primary To Ground Secondary To GroundPrimary To SecondaryBURDEN

VA POWER FACTOR PHASE (Degree)

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


AMBIENT TEMPERATURE

AUTOMATED

% PLANT

183

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MTO PT RESISTANCE TESTS

°F

kV

WEATHER

SPECIAL ID

kV RATIO

PRIMARY VOLTAGE

SECONDARY VOLTAGE

ACCURACY RATING

VA RATINGHz

SERIAL NO.

BIL

INSULATION TYPE

FREQUENCY

MFR

CATALOG/STYLE REASON

YEAR

Asset ID:

PT Description:

# Winding Tested NoteMeasured Resistance Reading StabilityDC Test Current

Resistance Units: Ohms

1

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014


AMBIENT TEMPERATURE

AUTOMATED

% PLANT

184

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

PT RATIO TESTS

°F

kV

WEATHER

SPECIAL ID

kV RATIO

PRIMARY VOLTAGE

SECONDARY VOLTAGE

ACCURACY RATING

VA RATINGHz

SERIAL NO.

BIL

INSULATION TYPE

FREQUENCY

MFR

CATALOG/STYLE REASON

YEAR

Degrees0.1 Phase DisplayAllowed % Error:

#Test Info Primary Volts Sec Volts Set Volts Calc Ratio Test Volts Ratio %

errorExc I (mA) Phase (Deg)

PT Description:

1

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014


AMBIENT TEMPERATURE

AUTOMATED

% PLANT

185

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

CT RATIO TESTS

°F

CATALOG/STYLE

kV

C2

WEATHER

YEAR

PRIMARY AMPS

SECONDARY AMPS

RATED FREQUENCY

ACCURACY RATING

RF

Hz

kV

REASONMFR

SERIAL NO.

INSULATION TYPE

% PF% PFC1

pF pFC1 C2

BIL

SPECIAL ID

Capacitance Capacitance

0.1Allowed % Error:

Phase Display Degrees

CT Description:

#Phase (Deg)Test

VoltageCalc Ratio

Set Voltage

Secondary Amps

Primary Amps

Secondary Tap

Description Ratio %error

Exc Cur (mA)

1

COMMENTS:

DEFICIENCIES:




MANUFACTURER ASSET ID PHASE

FREQUENCYSTYLE

SERIAL NO.


SUBSTATION

DATE

POSITION

10/13/2014

MULTI-WINDING CT SUMMARY REPORT

186

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

NUMBER OF WINDINGS 1 SATURATION STANDARD SHOW GRAPH AND DATA

VOLTAGE RATINGTYPE

INSULATION RATING

1WINDING NUMBER

:

NAMEPLATE RATIO

ACTUAL RATIO

Tap RATIO % ERROR

X VOLTAGE (volts)

X CURRENT (amps)

VOLTAGE (volts)

CURRENT (amps)

CURRENT (amps)

VOLTAGE (volts)

CT RATIOS KNEE POINT RESISTANCE

(ohms)

SATURATION

: :

:

RATED OUTPUT (VA)SECURITY LIMITING FACTOR

FILE NAME

POLARITYPHASE DEV.

(deg.)

ACCURACY CLASSSEC. BURDEN TEST AMPS


PRIMARY TO GROUND SECONDARY TO GROUND PRI. TO SECONDARY VA POWER FACTOR PHASE (Degree)BURDEN

COMMENTS:

DEFICIENCIES:

: ct1

: ct2

: ct2

: ct3

: ct3

: ct4

: ct4

: ct5

: ct5

: ct1

# VOLTAGE/CURRENTWinding 1 Winding 2 Winding 3 Winding 4 Winding 5

CURRENT (amps)1

VOLTAGE (volts)

°CEQUIPMENT TEMPERATURE

ASECONDARY CURRENT RATING

PART NO.

STYLE/MODEL NO.

APRIMARY CURRENT RATING

HERTZFREQUENCY

TYPE

kV

:5A

BASIC IMPULSE LEVEL

ACCURACY CLASS

BURDEN RATING

CURRENT RATING

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

CURRENT TRANSFORMER

PRIMARY INJECTION RATIO TEST

187

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

POINT 1

TURN MULTIPLIER

PANEL AMMETER READINGS

A

A A

PRIMARY - GROUND

SECONDARY - GROUND

A

POINT 2 20°CRDG.

kVDC

kVDC

MEGOHMS

MEGOHMS

MEGOHMS

INSULATION TEST

A A


A

A A

PRIMARY CURRENT APPLIED A

POINT 2 20°CRDG.

kVDC

kVDC

kVDC

MEGOHMS

MEGOHMS

MEGOHMS

INSULATION TEST

A A

SECONDARY - GROUND

POINT 1


A

A A

PRIMARY CURRENT APPLIED

SECONDARY - GROUND

A

POINT 2 20°CRDG.

kVDC

kVDC

kVDC

MEGOHMS

MEGOHMS

MEGOHMS

INSULATION TEST

A A

PRIMARY - GROUND

POINT 1

PRIMARY - GROUND

TURN MULTIPLIER

TURN MULTIPLIER

kVDC1

1

1

1

1

1

SERIAL NUMBER: NAMEPLATE RATIO:

CT IDENTIFICATION: SERIAL NUMBER:

CT IDENTIFICATION: SERIAL NUMBER: NAMEPLATE RATIO:

DEVICES: RELAYS KWHR PANEL METERS TRANSDUCERS

NAMEPLATE RATIO:

CT IDENTIFICATION:

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:


SECONDARY WIRING - GROUND

SECONDARY WIRING - GROUND

@

@

@

@

@

@

@

@

SECONDARY WIRING - GROUND @

OTHER

SECONDARY CURRENT INDUCED



NAMEPLATE DATA

PRIMARY INJECTION TEST



PRIMARY CURRENT APPLIED

CURRENT TRANSFORMER

PRIMARY INJECTION RATIO TEST

188PAGE


COMMENTS:

DEFICIENCIES:

PART NO.

STYLE / MODEL NO.

HERTZFREQUENCY

kV

OTHER

BASIC IMPULSE LEVEL

ACCURACY CLASS

BURDEN RATING

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

CURRENT TRANSFORMER

SECONDARY VOLTAGE INJECTION RATIO TEST

189

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TYPE

PHASEAPPLIED

SECONDARY

VOLTAGE

INDUCED

PRIMARY

VOLTAGE

MEASURED

RATIO

%

ERROR

COMMENTS

TEST RESULTS

POSITION

NAME-

PLATE

RATIO

PART NO.

OR

SERIAL NO.

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:

NAMEPLATE DATA

CURRENT TRANSFORMER

SECONDARY VOLTAGE INJECTION RATIO TEST

190PAGE


COMMENTS:

DEFICIENCIES:

PART NO.

STYLE / MODEL NO.

HERTZFREQUENCY

OTHER

BASIC IMPULSE LEVEL

ACCURACY CLASS

BURDEN RATING

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014


SATURATION TEST

191

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TYPE

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:

NAMEPLATE DATA

kV

ERROR

POLARITY IN PHASE OUT OF PHASE

EXCITATION VOLTAGE

KNEE POINT TYPE

FILE NAME

KNEE VOLTAGE

TEST NUMBER

EXCITATION CURRENT

%

POINT AMPERES VOLTS

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

SERIAL NO.

IMPEDANCE IN

OHMS

VOLTAGE INCURRENT INCT DATA

NAMEPLATE RATIO

CT SET ID

LINE SIDE LOAD SIDE

PHASE X Y Z N

POSITION GENERAL

MEASURED RATIO

°PHASE ANGLE

:NAMEPLATE RATIO 5

5:

5:

CURRENT


SATURATION TEST

192PAGE

SUBSTATION JOB #

X Y Z NPHASE

LINE SIDE LOAD SIDECT SET ID

SERIAL NO.

NAMEPLATE RATIO

MEASURED RATIO

ERROR %

FORMS - ALL

VOLTAGE

5:

5:

POSITION GENERALINSTRUMENT TRANSFORMERS


COMMENTS:

DEFICIENCIES:


NO.

NO.

SIZE

SIZE

CLASS

NAMEPLATE RATIO

TYPE

TYPE

kVA

TYPE

SECONDARY VOLTAGE

MANUFACTURER

MANUFACTURER

OTHER

PRIMARY VOLTAGE

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

VOLTAGE TRANSFORMER TEST

193

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

%

CONNECTIONS H H X X

20°C

1 2

ERROR %

CONNECTIONS H H X X

20°C

%

CONNECTIONS H H X X

20°C

1 2

1 2

VT CONNECTION: 1 PHASE 3 PHASE

:


PRIMARY FUSE:

PRIMARY: SECONDARY:

NAMEPLATE DATA

CALCULATED TURNS RATIO

MEASURED TURNS RATIO





POLARITY

POLARITY

POLARITY

DELTAWYEDELTAWYE

ERROR

@

@

kVDC

kVDC

MEGOHMS

MEGOHMS

MEGOHMS

RDG.

SERIAL NUMBER:

@

@

@ kVDC

kVDC

kVDC

RDG.

MEGOHMS

MEGOHMS

MEGOHMS

INSULATION TEST

INSULATION TEST

INSULATION TEST

SERIAL NUMBER:

MEGOHMS

MEGOHMS

RDG.

kVDC

kVDC

kVDC

@

@

SERIAL NUMBER:VT IDENTIFICATION:

VT IDENTIFICATION:

TURNS RATIO TEST

ERROR

TURNS RATIO TEST

TURNS RATIO TEST

VT IDENTIFICATION:

SECONDARY FUSE:

kVDC

MEGOHMSPRI - SEC

PRI - GRD

SEC - GRD

PRI - SEC

PRI - GRD

SEC - GRD

@

PRI - SEC

PRI - GRD

SEC - GRD

@

CATALOG NO.

VOLTAGE TRANSFORMER TEST

194PAGE


COMMENTS:

DEFICIENCIES:

NO.SIZETYPE

kVA

TYPE

OTHER

MANUFACTURER

IDENTIFICATION:





SUBSTATION

DATE

POSITION

10/13/2014

CONTROL POWER TRANSFORMER TEST

195

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

:

20°C

20°C

PRI - GRD

SEC - GRD

H

CALCULATED RATIO

H X X

XX

XX

1 3

1 2 2 4

1 4

% ERROR

MEASURED RATIO

H

CALCULATED RATIO

H X X

XX

XX

TEST CONNECTIONS % ERROR

MEASURED RATIO

PRI - SEC

PRI - GRD

SEC - GRD

1 3

1 2 2 4

1 4

IDENTIFICATION:

/


NAMEPLATE DATA

1.000

SERIAL NUMBER:

TURNS RATIO TEST

TEST CONNECTIONS

POLARITY

INSULATION TESTS

kVDC

kVDC

MEGOHMS

MEGOHMS

MEGOHMS

SERIAL NUMBER:

INSULATION TESTS

MEGOHMS

MEGOHMS

MEGOHMS

RDG.

kVDC

kVDC

kVDC

TURNS RATIO TEST

POLARITY

PRIMARY FUSE:

SECONDARY FUSE:

kVDC

RDG.

1.0

1.0

PRI - SEC @

@

@

@

@

@

CATALOG NO.

MANUFACTURER

MANUFACTURER

PRIMARY VOLTAGE SECONDARY VOLTAGE

NAMEPLATE RATIO

CLASS

SIZE NO.TYPE



196PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CURRENT TRANSFORMER

RATIO AND EXCITATION TEST

197

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DISAGREE AGREEDISAGREE AGREE AGREE DISAGREE N/T

PHYSICAL CONDITION

CORRECT CONNECTION

TAP

20ºC READING 20ºC READING 20ºC TEST VOLTAGE 1,000 VDC

WDG-TO-WDG

'H' WDG-TO-GND

'X' WDG-TO-GND

PHASE 1 PHASE 2 PHASE 3

READING

X1 - X2

X1 - X3

X1 - X4

X1 - X5

TURN

RATIO

APPLIED

SEC VOLTAGE

INDUCED

PRI VOLTAGE

MEASURED

RATIO % ERRORAPPLIED

SEC VOLTAGE

INDUCED

PRI VOLTAGE

MEASURED

RATIO % ERRORAPPLIED

SEC VOLTAGE

MEASURED

RATIO % ERRORSECONDARY

TAPS





%

%

%

%

%

%

%

%

%

%

%

%

%

%

CONDITION

EQUIPMENT NAMEPLATE DATA

ADEQUATE CLEARANCES

CONDITIONINSPECTED INSPECTED

GROUNDING AND SHORTING CONNECTIONS

DESCRIPTION

OVERALL CLEANLINESS

BOLTED ELECTRICAL CONNECTIONS

INDUCED

PRI VOLTAGE

Insulation Resistance

DESCRIPTION

CKTS GROUNDED AND ONE GROUNDING POINT

SERIAL #

RATIO CONFIGURATION WYE DELTA CONNECTED BURDEN

SERIAL # SERIAL #

LINE SIDE LOAD SIDE

CONSTRUCTION TYPE

METER ACC. CLASS

BURDEN RATING

CURVE SHEET NO.

AVAILABLE RATIOS

MAX RATIO

FREQUENCY

BASIC IMPULSE LVLTYPE

CATALOG NO.

MODEL NO.

PART/STYLE NO.

MANUFACTURER VOLTAGE RATING RELAY ACC. CLASS

NAMEPLATE DATA

ΜΩΜΩ ΜΩ ΜΩΜΩ ΜΩ

TAP X1 - X5Excitation

AMPERES MEASURED

PHASE 3PHASE 2PHASE 1

VOLTS

INJECTED

%

VISUAL AND MECHANICAL INSPECTION

ELECTRICAL TESTS

Ratio Verification

Polarity H1 - X1

VOLTS

N/T N/T

TRANSFORMER IDENTIFICATION AND CONNECTIONS


PHASE 2

PHASE 1

PHASE 3

SECONDARY INJECTION - VOLTAGE

CURRENT TRANSFORMER

RATIO AND EXCITATION TEST

198PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CURRENT TRANSFORMER

199

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

MANUFACTURER VOLTSVOLTAGE RATING

PHASE TYPE STYLE RATIO

CT IDENTIFICATIONS PHASE A: PHASE B: PHASE C:

VOLTAGES

PHASE A (AMPERES)

PHASE B (AMPERES)

PHASE C (AMPERES)

CORE SATURATION VOLTAGE (VOLTS)

SATURATION

PHASE A

PHASE B

PHASE C

VOLTAGE @ 1 AMPERE

(VOLTS)

CALCULATED IMPEDANCE

(OHMS)

MAXIMUM SETTING

(AMPERES)

MAXIMUM RANGE

(AMPERES)

MINIMUM CT VOLTAGE

IMPEDANCE X SETTING (VOLTS)

BURDEN

LOAD RELAY

SECONDARY

PRIMARY

SECONDARY

PRIMARY

SECONDARY

PRIMARY

RATIO TEST (IN VOLTS)

CALCULATED RATIO

PHASE A

PHASE B

PHASE C

CT LOAD

GROUND REPLACED

POLARITY


VOLTS DC

TEST AT MEGOHMS

SUBTRACTIVE ADDITIVE

CURRENT TRANSFORMER

200PAGE


COMMENTS:

DEFICIENCIES:

PART NO.

STYLE / MODEL NO.

HERTZFREQUENCY

OTHER

BASIC IMPULSE LEVEL

ACCURACY CLASS

BURDEN RATING

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014


SATURATION TEST

201

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TYPE

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:

NAMEPLATE DATA

kV

ERROR

POLARITY IN PHASE OUT OF PHASE

EXCITATION VOLTAGE

KNEE POINT TYPE

FILE NAME

KNEE VOLTAGE

TEST NUMBER

EXCITATION CURRENT

%

POINT AMPERES VOLTS

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

SERIAL NO.

IMPEDANCE IN

OHMS

VOLTAGE INCURRENT INCT DATA

NAMEPLATE RATIO

CT SET ID

LINE SIDE LOAD SIDE

PHASE X Y Z N

POSITION GENERAL

MEASURED RATIO

°PHASE ANGLE

:NAMEPLATE RATIO 5

5:

5:

CURRENT


SATURATION TEST

202PAGE

SUBSTATION JOB #

X Y Z NPHASE

LINE SIDE LOAD SIDECT SET ID

SERIAL NO.

NAMEPLATE RATIO

MEASURED RATIO

ERROR %

FORMS - ALL

VOLTAGE

5:

5:

POSITION GENERALINSTRUMENT TRANSFORMERS


COMMENTS:

DEFICIENCIES:

PART NO.

STYLE/MODEL NO.

FREQUENCY

kV

OTHER

BASIC IMPULSE LEVEL

ACCURACY CLASS

BURDEN RATING

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

CURRENT TRANSFORMER

PRIMARY CURRENT INJECTION RATIO TEST

203

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

HERTZ

TYPE

POSITION PHASE

NAME-

PLATE

RATIOCOMMENTS

TEST RESULTS

APPLIED

PRIMARY

CURRENT

INDUCED

SECONDARY

CURRENT

MEASURED

RATIO

%

ERROR

PART NO.

OR

SERIAL NO.

BAR TYPE

RECTANGULAR

SPLIT CORE

ROUND

SOLID

STYLE:


WINDOW:

NAMEPLATE DATA

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

CURRENT TRANSFORMER

PRIMARY CURRENT INJECTION RATIO TEST

204PAGE


COMMENTS:

DEFICIENCIES:

PART NO.

STYLE / MODEL NO.

HERTZFREQUENCY

TYPE

kV

OTHER

BASIC IMPULSE LEVEL

ACCURACY CLASS

BURDEN RATING

VOLTAGE CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

VOLTAGE TRANSFORMER

APPLIED VOLTAGE RATIO TEST

205

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

POSITION PHASE

NAME-

PLATE

RATIOCOMMENTS

TEST RESULTS

APPLIED

PRIMARY

VOLTAGE

MEASURED

SECONDARY

VOLTAGE

MEASURED

RATIO

%

ERROR

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

:

PART NO.

OR

SERIAL NO.

NAMEPLATE DATA

VOLTAGE TRANSFORMER

APPLIED VOLTAGE RATIO TEST

206PAGE


COMMENTS:

DEFICIENCIES:

NO.SIZETYPE

kVA

MANUFACTURER

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014


207

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

:

20°C

PRIMARY - GROUND

SECONDARY - GROUND

H

1 3

2 4 1 2

1 4

% ERROR

PRIMARY - SECONDARY

INSULATION TEST

IDENTIFICATION:

1.000

IDENTIFICATION:

20°C

H

% ERROR

PRIMARY - SECONDARY

PRIMARY - GROUND

SECONDARY - GROUND

1 3

2 1 2

1 4


NAMEPLATE DATA

SERIAL NUMBER:

TURNS RATIO TEST

TEST CONNECTIONS CALCULATED RATIO

MEASURED RATIO

H

H

H

H

H

X X

POLARITY

@

@

@ 1.0

kVDC

kVDC

kVDC

RDG.

MEGOHMS

MEGOHMS

MEGOHMS

SERIAL NUMBER:

TURNS RATIO TEST

TEST CONNECTIONS CALCULATED RATIO

MEASURED RATIO

H

H H

H

H

4X X

POLARITY

@

@

@ 1.0

kVDC

kVDC

kVDC

RDG.

MEGOHMS

MEGOHMS

MEGOHMS

INSULATION TEST

PRIMARY FUSE:

SECONDARY FUSE:

SECONDARY VOLTAGE/

CATALOG NO.

MANUFACTURER

NAMEPLATE RATIO

CLASS

TYPE

NO.SIZETYPE


PRIMARY VOLTAGE

OTHER


208PAGE


COMMENTS:

DEFICIENCIES:

DISCLAIMER: All testing was provided by SD Myers, Inc. analytical lab with all data being provided to PowerDB for the convenience of S. D. Myers, Inc. customers using PowerDB. SD Myers, Inc. shall not be liable for any errors in data or format of data after provided to PowerDB. For comprehensive test data, SD Myers, Inc. Rainbow Report, or to verify any information provided through this report, please visit http://transformerdashboard.com or call SD Myers, Inc. at 330.630.7000.

TC#ELECTRICAL EQUIPMENT FLUID TESTING RESULTS(testing provided by SD Myers, Inc.)

209

FORMS - ALL

Location

Owner

Other

AUTOMATEDINSULATION FLUID

City

Substation Position

Job #

Page

Unit No.

10/13/2014Date

Example PlantExample Owner Plant

NOTE: * AFTER A TEST RESULT INDICATES THAT THIS TEST WAS PERFORMED OTHER THAN SD MYERS INC.

KEY TO ABBREVIATIONS: AC -- ACCEPTABLE QU -- QUESTIONABLE UN -- UNACCEPTABLE RS -- RESAMPLE

ADDITIONAL EQUIPMENT

Hose Length (feet)

Service Online

Power Available

LTC Compartment

Conservator Tank

Bushing Location

Breather

High Voltage

Low Voltage

Weight (lbs)

Manufacture Date

Manufacturer

Serial No.

KVA Rating

Equipment Type

Impedance %

Phase/Cycle

Liquid Type

Gallons

Other Access

Transformer Class

NAMEPLATE DATA

Radiators

Fans

Water Cooled

Oil Pumps

Top FPV (inch)

Bottom FPV (inch)

Insulation Type

TOP TEMP

SAMPLE TEMP P/V PAINTLEVEL

VISUAL INSPECTION

LEAKSDATEFIELD SERVICE

SERVICEDATE

Additional Information

Reason Not Tested

IFT DIEL 877 DIEL 1816SERVICE VISUALACID

LIQUID SCREEN TEST DATA

GAP COLOR SP. GRAV. SEDIMENT DATE

LIQUID POWER FACTOR

25 C 100 CDATE

INHIBITOR CONTENT

PCT. BY WEIGHTDATE

This test was not run on this transformer.This test was not run on this transformer.

NOTE: * AFTER A TEST RESULT INDICATES THAT THIS TEST WAS PERFORMED BY AN OUTSIDE LAB.

KEY TO ABBREVIATIONS: AC -- ACCEPTABLE QU -- QUESTIONABLE UN -- UNACCEPTABLE

DISCLAIMER: All testing was provided by S. D. Myers, Inc. analytical lab with all data being provided to PowerDB for the convenience of S. D. Myers, Inc. customers using PowerDB. S. D. Myers, Inc. shall not be liable for any errors in data or format of data after provided to PowerDB. For comprehensive test data, S. D. Myers, Inc. Rainbow Report, or to verify any information provided through this report, please visit http://lab.sdmyers.net or call S. D. Myers, Inc. at 330.630.7000.

Low V.

High V.

Unit No.

Mfg.

KVA

Gal Liq.

Location

Substation

Page 210S/NExample OwnerOwner


AVG TEMP

PCT. SATURATION

K.F. TEST MOISTURE CONTENT EXPRESSED IN PPM

PCT.

MOIST./DRY WGT.

PPMDATE 2ACF 5M2F2FOL5H2F TOTAL2FAL

FURAN ANALYSIS EXPRESSED IN PPB

DATE

CARBON DIOXIDE

CARBON MONOXIDENITROGENOXYGENHYDROGEN METHANE ETHYLENE ACETYLENEETHANE

GAS-IN-OIL ANALYSIS GAS CHROMATOGRAPHY EXPRESSED IN PPM

DATETOTAL GAS

TOTAL COMBUST.

ALUMINUM IRON

ICP METALS-IN-OIL EXPRESSED IN PPM

COPPERDATE

PCB CONTENT EXPRESSED IN PPM

12601254 TOTAL1242 OTHERDATE

This test was not run on this transformer.



This test was not run on this transformer. This test was not run on this transformer.

NOTE: * AFTER A TEST RESULT INDICATES THAT THIS TEST WAS PERFORMED BY AN OUTSIDE LAB.

KEY TO ABBREVIATIONS: AC -- ACCEPTABLE QU -- QUESTIONABLE UN -- UNACCEPTABLE

DISCLAIMER: All testing was provided by S. D. Myers, Inc. analytical lab with all data being provided to PowerDB for the convenience of S. D. Myers, Inc. customers using PowerDB. S. D. Myers, Inc. shall not be liable for any errors in data or format of data after provided to PowerDB. For comprehensive test data, S. D. Myers, Inc. Rainbow Report, or to verify any information provided through this report, please visit http://lab.sdmyers.net or call S. D. Myers, Inc. at 330.630.7000.

Low V.

High V.

Unit No.

Mfg.

KVA

Gal Liq.

Location

Substation

Page 211S/NExample OwnerOwner


RECAP RECOMMENDATIONS

COMMENTS:

DEFICIENCIES:

Fluid Temp (C)

Hydrogen (H2)

Methane (CH4)

Ethane (C2H6)

Ethylene (C2H4)

Acetylene (C2H2)

Carbon Monoxide (CO)

Carbon Dioxide (CO2)

Nitrogen (N2)

Oxygen (O2)

TDCG (ppm)

Total Gas (%)

Equivalent TCG (%)

Sample No

Limits

< 100

< 120

< 65

< 50

< 35

< 350

< 2500

< 720

< 35

Equipment Condition

Water Saturation

Water

O2/N2

CO2/CO

ppm/day

0.00

0.00

0.00

0.00

0.00

0.06

0.00

Gas Analysis

Result

Interval (days)

Gas Std

Port or Tank

Sampled by

Test Lab

Test Date

Lab Ref NoReason

Gas Analysis Remarks

Fluid Quality

Acid Number

Interfacial Tension

Diel Str (D1816)

Diel Str (D877)

PF at 25 C

Water

Water Saturation

Specific Gravity

Color

Fluid / PCB Cond

Sample No

Fluid Temp (C)

mg KOH/g

mN/m

kV

kV

%

ppm

%

Limits

< .15

> 30

> 47

< .5

< 20

< 15

< 3

Interval (days)

Fluid Std

Port or Tank

Sampled by

Test Lab

Test Date

Lab Ref NoReason

Result

Fluid Quality Analysis Remarks

INSULATING FLUID ANALYSIS

Cooling

AUTOMATED

Manufacturer

kV Rating

MVA Rating

Example Customer Company

Description

Preservation

Owner

Location

Designation

Equipment ID

Apparatus Type

Fluid Type

Fluid Cap.

Analysis Rules

Report Date POSITIONINSULATION FLUIDSUBSTATION

Serial No

Year Mfg

Model/Type

212PAGE

0.00


SUBSTATION

DATE

POSITION

10/13/2014

OIL TEST

213

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




OTS SER. NO. PASS/FAIL LIMITOTS60PB EDITION

BREAKDOWN VOLTAGE (kV)

kV

TEST STANDARD Hz GAPTEST FREQUENCY

AVG BREAKDOWN VOLTAGE STANDARD DEVIATION

RESULT

FkVPASS LIMIT TEMPERATURE mm

s =

1TEST NO. 4 52 3

OIL TYPENO. OF TESTSs / x = 5

NOTES

SAMPLE DESCRIPTION

COMMENTS:

DEFICIENCIES:

Phone 317 888 7288 • Fax 317 888 2577

WWW.WEIDMANN-DIAGNOSTICS.COM

5305 Commerce Square Drive • Indianapolis, IN • 46237 USA

DISSOLVED GAS ANALYSISWEIDMANN DIAGNOSTIC SOLUTIONS

ACCOUNT

INSULATION FLUID

FLUID

POSITION

ORDER #

KVA

KV

% IMP. (% Z)

CONTAINER

RECEIVED

REPORTED

CUSTOMER ID

MFR.

BANK/PH

NA3118001SERIAL #

TANK

BREATHING

GALLONS

SUBSTATION

P. O. #

ATTN

CONTROL #

FORMS - ALL PAGEJOB #

PROJECT ID

214

LOCATION AUTOMATED

D-877

D-924

D-924

D-1298

OIL TEMP (C)

METHANE (CH4)

ETHANE (C2H6)

ETHYLENE (C2H4)

ACETYLENE (C2H2)

CARBON MONOXIDE (CO)

CARBON DIOXIDE (CO2)

NITROGEN (N2)

OXYGEN (O2)

TOTAL DISSOLVED GAS

TOTAL DISSOLVED COMBUSTIBLE GAS

(mg KOH/g)

(RELATIVE)

(dynes/cm)

(ppm)

(RELATIVE)

(RELATIVE)

(kV)

(%)

(%)

(RELATIVE)

MOISTURE IN OIL

INTERFACIAL TENSION

ACID NUMBER

VISUAL EXAM

COLOR NUMBER

SEDIMENT EXAM

DIELECTRIC BREAKDOWN

POWER FACTOR-25

POWER FACTOR-100C

SPECIFIC GRAVITY

MOISTURE IN OIL

INTERFACIAL TENSION

ACID NUMBER

COLOR NUMBER AND VISUAL

DIELECTRIC BREAKDOWN D-877

DGA TDCG RATE INTERPERATIVE METHOD

ORDER NUMBER

REPORT UNITS: PPM

HYDROGEN (H2)

LAB CONTROL NUMBER

DATE SAMPLED

ASTM D-3612

DGA KEY GAS / INTERPRETIVE METHOD

D-1533B

DIS

SO

LV

ED

GA

S A

NA

LY

SIS

D-1816 (kV mm-C)DIELECTRIC BREAKDOWN 1 mm

POWER FACTOR @ 100C

DIELECTRIC BREAKDOWN D-1816

POWER FACTOR @ 25C

DGA IEEE/ANSI (C57.104-2008)

IEEE (C57.104)

OXIDATION INHIBITOR

EQUIVALENT TCG PERCENT

D-974

D-1500

(Most Recent Sample)

(wt. %):D-1298

PASSIVATOR (ppm)WDS

OXIDATION INHIBITOR

D-1524

D-1816 (kV mm-C)DIELECTRIC BREAKDOWN 2 mm

D-971

D-1524

(Two most recent samples)

DGA CELLULOSE (PAPER) INSULATION

WDS DGA CONDITION CODE

WDS RECOMMENDED ACTION

OIL

SC

RE

EN

DIA

GN

OS

TIC

S

(O2)

* METHANE

* ETHYLENE

(H2)

(C2H6)

(C2H4)

(C2H2)

CARBON DIOXIDE

NITROGEN

AVERAGE (SOLID LINES) AND

HISTORICAL DATA WITH

* COMBUSTIBLE GAS

COMBUSTIBLE GAS

(C0)

2-SIGMA (DOTTED LINES)

TOTAL

OXYGEN

(N2)

(C02)

* CARBON MONOXIDE

* ACETYLENE

* ETHANE

(CH4)

* HYDROGEN

SUBSTATION

DISSOLVED GAS ANALYSIS

FORMS - ALL

215USER

INSULATION FLUID POSITION

SERIAL NO. NA3118001

AUTOMATED

JOB #

PAGE


SUBSTATION


FORMS - ALL

216USER


SERIAL NO. NA3118001

AUTOMATED

JOB #

PAGE


COMMENTS:

DEFICIENCIES:

Equipment Type:

Model:

Bank & Phase:

Breathing:

Cooling:

Fluid Volume:

Fluid Type:


Page: 217

Location: Year of Mfg.:

kV Rating:

AUTOMATEDPosition:INSULATION FLUIDSubstation:

FORMS - ALL

PO Number:Report Number:

Job Number:

Serial Number:

Manufacturer:

Report Date:

Laboratory No.:

Container No.:

Temperature:

Methane (ppm):

Ethane (ppm):

Ethylene (ppm):

Acetylene (ppm):

Carbon Monoxide (ppm):

Carbon Dioxide (ppm):

Nitrogen (ppm):

Oxygen (ppm):

TDCG Rate (ppm/day):

TDCG (gallons):

TDHHG (ppm):

ETCG (% in blanket):

C2H2 / C2H4:

C2H2 / CH4:

C2H6 / C2H2:

C2H4 / C2H6:

CO2 / CO:

Rodgers Ratios (4):

Heat Index:

Doernenburg Ratios:

CO2 / CO:

Dissolved Gas Diagnostics

Rodgers Ratios (3):

♦♦♦♦ 3123 Fite Circle Sacrmento, CA 95827 (916) 361-7177

1000 Riverbend Blvd: Suite O St. Rose, LA 70087 (604) 468-8837

3098 Happy Valley Road Sun Prairie, WI 53590 (608) 825-2022

204 Gale Lane Kennett Square, PA 19348 (610) 925-0688

REVISED 9/23/2010

0

0

0

0

0

0

Sample Date:

Hydrogen (ppm):

Total (ppm):

TDCG (ppm):

CH4 / H2:

Key Gas Method:

0

0

0

0

0

0

Operating Procedure:

Sampling Interval:

Condition: TDCG Level (ppm): TDCG Rate (ppm/day):IEEE Std. C57.104 - 1991

Comments:


Page: 218

(C2H4)

(C2H2)

CARBON DIOXIDE

NITROGEN



COMBUSTIBLE GAS

(C0)


OXYGEN

(N2)

(C02)

* ACETYLENE

* ETHANE

(CH4)





REVISED 9/23/2010

* METHANE

* ETHYLENE

(H2)

(C2H6)




* HYDROGEN

(O2)

* CARBON MONOXIDE

* COMBUSTIBLE GAS

TOTAL




OTS60PB EDITION OTS SER. NO. PASS/FAIL LIMIT OIL TYPE


SUBSTATION

DATE

POSITION

10/13/2014

OIL TEST - COMPACT

219

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

No.GAP mm

PASS LIMIT

NO. TESTS

BREAKDOWN VOLTAGE (kV)FREQ Hz 3 4

RESULTs s/x

STD DEVSAMPLE

TEST STANDARD

TEMPF

51 2 6 AVG

61

SAMPLE NOTES

1

COMMENTS:

DEFICIENCIES:

D1500

D1524

D877

D1816

D924

D924

:

(dynes/cm)

(ppm):

:

(kV):

(kV):

(% at 25 C):

(% at 100 C):

:

Moisture

Acid Number

Visual Examination

Color Number

Dielectric BV

Power Factor

Power Factor

D1533

Equipment Type:

Model:

Bank & Phase:

Breathing:

Cooling:

Fluid Volume:

Fluid Type:

INSULATING FLUID EVALUATION

Page: 220

Location: Year of Mfg.:

kV Rating:

AUTOMATEDPosition:INSULATION FLUIDSubstation:

FORMS - ALL

PO Number:Report Number:

Job Number:

Serial Number:

Manufacturer:

Report Date:

Laboratory No.:

Container No.:

Temperature:

Sample Date:

D971 Interfacial Tension

Dielectric BV

Specific Gravity

(%):D2668 Oxidation Inhibitor

D129

Pour Point

Flash Point

Fire Point

Refractive Index

Corrosive Sulfur

(SUS):

( C):

( C):

( C):

:

:

D88

D97

D92

D92

D1807

D1275

Viscosity

(mg/KOH/g):

Insulating Fluid Daignostics

Specific Gravity:

Viscosity @ 40 C:

Pour Point:

Flash Point:

Fire Point:

Refractive Index:

Corrosive Sulfur:

Comments:

Acid Number:

Color Number:

Visual Examination:

Dielectric BV D877:

Dielectric BV D1816:

Power Factor @ 25 C:

Interfacial Tension:

66 max

-40 max

145 min

noncorrosive

0.03 max

0.5 max

clear & bright

30 min

28 min

0.05 max

40 min

0.30 max

35 max

0.3 max

ASTM D3487

0.91 max





REVISED 9/23/2010

Power Factor @ 100 C:

IEEE Group I <69

0.2 max

25 max

26 min

0.2 max

20 max

30 min

0.1 max

35 max

23 min

26 min

26 min

26 min

26 min

26 min

0.5 max

24 min

>69<288

24 min

0.2 max

16 min

IEEE Group IIIIEEE Group II>345

Moisture:

Oxidation Inhibitor:

D974


SUBSTATION

DATE

POSITION

10/13/2014

OTS OIL TEST

221

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




INSTRUMENT TYPE: 1

1TEST NO. 4 52 3

TEST ID:

BREAKDOWN VOLTAGE (kV)

MAX VOLTAGE:

RESULT ID: DATE:

TIME:

NO. OF RESULTS:

SOFTWARE: STD LIB:

ELECTRODE TYPE: MEAN BREAKDOWN:

STIRRER TYPE:

STD DEVIATION:

VOLTAGE RISE:

OIL TYPE:

mm

DISPERSION:

RANGE:

VALIDATION %:

TRIP SETTING:

VALIDATION VALUE:

RESULT:

MACHINE SERIAL NO:

OIL TEMPERATURE:

V/s

kV

kV

kV

kV

kV%ELECTRODE GAP:

NOTES:

TEST NAME:

61.8 HzTEST FREQUENCY:

5

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

OIL CIRCUIT BREAKER FLUID TEST

222

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

SERIAL NO.

MODEL NO.

° C

PARTICLES

kV

D/CM

MG KOH/G

%

* HYDROGEN

OXYGEN

NITROGEN

CARBON DIOXIDE

* ETHYLENE

* ETHANE

* ACETYLENE

TOTAL GAS CONTENT

** NONE DETECTED

(H2)

(O2)

(N2)

(CH4)

(CO)

(CO2)

(C2H4)

(C2H6)

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

TEMPERATURE GUAGE PRESENT READING

TEMPERATURE GUAGE HIGH READING

PRESSURE/VACUUM GUAGE READING

PAINT CONDITION

GASKETS

BUSHINGS

LIQUID LEVEL

°C

°C

#

P S OTHER

TOP

BOTTOM

VENT

ACCESS PORT

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

MONTHS:

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

PARTS PER MILLION OF WATER

ACIDITY

ASTM COLOR NO.

POWER FACTOR

(C2H2)

%

* METHANE

NAMEPLATE DATA

MANUFACTURER

TYPE

TEMPERATURE RISE

PRIMARY VOLTAGES

SECONDARY VOLTAGES

IMPEDANCE B.I.L. RATING

DATE MANUFACTURED

kV SEC.kV PRI.

K FACTOR

TOTAL WEIGHT LIQUID CAPACITY

TEST RESULTS

DIELECTRIC STRENGTH

INTERFACIAL TENSION

PARTS PER MILLION OF PCB

E.P.A. CLASSIFICATION


PLUMBING TABLE


CONDITION SERVICE

RETEST IN

TRANSFORMER INSPECTION

* CARBON MONOXIDE

COMBUSTIBLE GAS CONTENT

* COMBUSTIBLE GAS

OIL CIRCUIT BREAKER FLUID TEST

223PAGE


COMMENTS:

DEFICIENCIES:

mg KOH/g

FLASH POINT

POUR POINT

VISCOSITY

SPECIFIC GRAVITY

MOISTURE

POWER FACTOR


PARTS PER MILLION OF PCB

ASTM COLOR NO.

ACIDITY

INTERFACIAL TENSION

DIELECTRIC STRENGTH

PARTICLES

GAL.EQUIP. CAP.FLUID TYPE

DEVICE LOCATION

DEVICE MANUFACTURER

DEVICE IDENTIFICATION

DATE SAMPLES RECEIVED

CUSTOMER SAMPLE I.D. TESTING COMPANY SAMPLE I.D.





SUBSTATION

DATE

POSITION

10/13/2014

ELECTRICAL EQUIPMENT


224

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TEST RESULTS

kV

d/cm

%

PPM

SUS

°C

°C

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

MONTHS:

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

SAMPLE DATA


CONDITION SERVICE

RETEST IN

ELECTRICAL EQUIPMENT


225PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER LIQUID COOLANT TEST

226

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INTERFACIAL TENSION

kV

D/CM

PPM

%

PPM

D-877

D-971

D-974

D-924

D-287



PAINT CONDITION

BUSHINGS

LIQUID LEVEL

GASKETS

°C

°C

#

TOP

BOTTOM

VENT

ACCESS PORT

OTHERSP


EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

SAMPLE VALVE

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA

MANUFACTURER SERIAL NO.

SPECIFICATION NO. TYPE CLASS

PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES

TAP SETTING VOLTS INTERNAL EXTERNAL DRY TYPETAP CHANGER:# FANS

3 TEMPERATURE RISE kV SEC. B.I.L. RATING kV PRI.

COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

TEST RESULTS

ASTM

PARTICLES

DIELECTRIC STRENGTH

ACIDITY

ASTM COLOR NO.

PCB CONTENT


POWER FACTOR

WATER CONTENT

SPECIFIC GRAVITY

MG KOH/G

D-1533B

D-4059

D-1500

D-1524



CONDITION SERVICE

NO SERVICE REQUIRED

RETEST IN MONTHS:

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

PLUMBING TABLE

TRANSFORMER LIQUID COOLANT TEST

227PAGE


COMMENTS:

DEFICIENCIES:

TOTAL COMBUSTIBLE GAS

TOTAL GAS

OXYGEN

NITROGEN

CARBON DIOXIDE

* CARBON MONOXIDE

* ACETYLENE

* ETHYLENE

* ETHANE

* METHANE

* HYDROGEN

0

0

10/13/2014

WEIDMANN - ACTISAMPLED BY: TESTED BY:




SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER LIQUID COOLANT TRENDING

228

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

0

0

* COMBUSTIBLE GAS

(CH4)

(C2H6)

(C2H4)

(CO)

(CO2)

(N2)

(O2)

10/13/2014

SPECIFIC GRAVITY

WATER CONTENT

POWER FACTOR


PCB CONTENT

ASTM COLOR NO.

ACIDITY

INTERFACIAL TENSION

DIELECTRIC STRENGTH

PARTICLES

(%)

(PPM)

(MG KOH/G)

(kV)

(D/CM)

FLUID QUALITY

(PPM)

10/13/201410/13/2014

(C2H2)

(H2)



SUBSTATION



FORMS - ALL

229USER


SERIAL NO.

GENERAL JOB #

PAGE

(O2)

* METHANE

* ETHYLENE

(H2)

(C2H6)

(C2H4)

(C2H2)

CARBON DIOXIDE

NITROGEN



* COMBUSTIBLE GAS

COMBUSTIBLE GAS

(C0)


TOTAL

OXYGEN

(N2)

(C02)

* CARBON MONOXIDE

* ACETYLENE

* ETHANE

(CH4)

* HYDROGEN

10/13/201410/13/2014

10/13/201410/13/2014

SUBSTATION


FLUID QUALITY

FORMS - ALL

230USER


SERIAL NO.

GENERAL JOB #

PAGE


(PPM)

(PPM)

(D/CM)



(KV)

(MG KOH/G)

POWER FACTOR

INTERFACIAL TENSION

ACIDITY

PCB CONTENT

(%)

WATER CONTENT

SPECIFIC GRAVITY

DIELECTRIC STRENGTH


10/13/2014 10/13/2014

10/13/201410/13/2014

SUBSTATION


FLUID QUALITY

FORMS - ALL

231USER


SERIAL NO.

GENERAL JOB #

PAGE

Default Administrator WEIDMANN - ACTITESTED BY:



COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


ELECTRICAL INSULATING FLUID

232

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

ASTM D-3612

* METHANE

* ETHANE

* ETHYLENE

* ACETYLENE

CARBON DIOXIDE

NITROGEN

OXYGEN

(H2)

(CH4)

(C2H6)

(C2H4)

(C2H2)

(CO)

(CO2)

(N2)

(O2)

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

%

* HYDROGEN

TOTAL GAS

HISTORICAL DATA - PPM

LOW VOLUME OF COMBUSTIBLE GAS PRESENT

OVERHEATING OF:

CORONA IN:

ARCING IN:

UNUSUAL CONDITION (SEE COMMENTS)

OIL

OIL

OIL

EXCELLENT

CONDITION

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

MONTHS:

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

GAS

0

0

0


ANALYSIS OF CURRENT TEST RESULTS

CELLULOSE

CELLULOSE

CELLULOSE

SERVICE

RETEST IN

* COMBUSTIBLE GAS

* CARBON MONOXIDE


EQUIVALENT TCG READING


ELECTRICAL INSULATING FLUID

233PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER FURFURAN ANALYSIS

234

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

2 - FURYL ALCOHOL

2 - FURALDEHYDE

2 - ACETYLFURAN

5 - METHYL - 2 - FURALDEHYDE

* NONE DETECTED

TESTED BY

SAMPLED BY

PPM

PPM

PPM

PPM

PPM

PPM

DEGREE OF POLYMERIZATION

EQUIVALENT OPERATING AGE

DEGREE OF POLYMERIZATION = (LOG [FUR] - 1.51) / -0.0035

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

1 - FUROIC ACID

FURFURYL ANALYSIS

ANALYSIS OF CURRENT TEST RESULTS

CONDITION SERVICE

RETEST IN MONTHS

EQUIVALENT OPERATING AGE = (LOG [FUR] + 1.83) / 0.058

5 - HYDRO-METHYL FURALDEHYDE

(2 - FURALDEHYDE USED IN CALCULATIONS)

TRANSFORMER FURFURAN ANALYSIS

235PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER LIQUID COOLANT ANALYSIS

236

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION FLUID

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

PARTICLES

ACIDITY

ASTM COLOR NO.

PCB CONTENT

POWER FACTOR

WATER CONTENT

SPECIFIC GRAVITY

kV

PPM

%

PPM

D-1524

D-877

D-971

D-974

D-1500

D-4059

D-924

D-1533B

D-287

* HYDROGEN

* METHANE

* ETHANE

* ETHYLENE

* ACETYLENE

* CARBON MONOXIDE

CARBON DIOXIDE

NITROGEN

OXYGEN

TOTAL GAS


* COMBUSTIBLE GAS

(H2)

(CH4)

(C2H6)

(C2H4)

(C2H2)

(CO)

(CO2)

(N2)

(O2)

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

%




PAINT CONDITION

GASKETS

BUSHINGS

LIQUID LEVEL

°C

°C

#

P S OTHER

TOP

BOTTOM

VENT

ACCESS PORT

SAMPLE VALVE

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

MONTHS:

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

0

0

TEST RESULTS

DIELECTRIC STRENGTH

INTERFACIAL TENSION


MG KOH/G

ASTM

D/CM


PLUMBING TABLE




CONDITION SERVICE

RETEST IN

ASTM D-3612C

COMMENTS:

DEFICIENCIES:

A B C: Blue Circle : Green Triangle: Red Square

INSULATION RESISTANCE CURVE


SUBSTATION

DATE

POSITION

10/13/2014

DIELECTRIC DISCHARGE TEST

237

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




CA B

TIME (minutes)

READING (megohms)

TIME (minutes)

CURRENT uA

TIME (minutes)

CURRENT uA

...CLICK HERE TO SELECT DEVICE

CURRENT uA

READING (megohms)

READING (megohms)

TIME CONSTANT

PI VALUE

CAPACITANCE

DAR VALUE

DD VALUE

A B C

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

MICROHMMETER COOLING CURVE

238

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

TEMPERATURE AMBIENT:

TEMPERATURE COEFFICIENT:

RESISTANCE AMBIENT:

LOAD APPLIED:METAL TYPE: A




SERIAL NO. TYPE

WEATHER

MANUFACTURER

VOLTAGE RATINGCONNECTED EQUIPMENT

OTHER INFORMATION

NAMEPLATE DATA

FOR TIME:

Min

C

TC

ohms

Min

Calculated Temperature Rise (C):

Calculated Max. Winding Temp. (C):

T1 - 75%

T1 - 50%

T1 - 25%

TIME INTERVAL t READING

0

#

All fields in this form with background color are calculated

T0

Extrapolated Cooling Curve

Calculated Maximum Resistance (ohms):

TIME INTERVAL dT:

(enter data in table starting at T1)Readings Table

Settings Table

Calculations Table

T1

COMMENTS:

DEFICIENCIES:

POLARIZATION CURVE





SUBSTATION

DATE

POSITION

10/13/2014

POLARIZATION INDEX (PI) TEST

239

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

kVDC

NAMEPLATE DATA

MANUFACTURER SERIAL NO. TYPE

°C 1.00

WEATHER

B C: Blue Circle : Green Triangle: Red Square

TEMPERATURE CORRECTION FACTOR TO 20 °C, TCFTEMPERATURETEST VOLTAGE

0.50

MINUTES CORR. VALUE (megohms)

CORR. VALUE (megohms)

READING(megohms)


READING(megohms)

P. I.

A B C


0.25

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

READING (megohms)

D. A. R.

0.75

A

Use Instrument PI / DAR Value:

OTHER INFORMATION


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CUSTOM STEP VOLTAGE TEST

241

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




MAX. TEST VOLTAGE

SERIAL NO. TYPE

WEATHER

MANUFACTURER


OTHER INFORMATION

NAMEPLATE DATA

TEMPERATURE


KVDC20 °C 1TEMP. CORR. FACTOR (TCF) TO 20°C

KVDC

IR

CurrentCurrent

STEP VOLT.

TEST 1IR 20ºC (megohms)

CURRENT (microamps)

TIME (seconds)

A

IR (megohms)ACTUALNOMINAL

STEP VOLT (kVDC)

1.001 1.00

KVDC

IR

CurrentCurrent

STEP VOLT.


CURRENT (microamps)

TIME (seconds)

B


STEP VOLT (kVDC)

1.001 1.00

KVDC

IR

CurrentCurrent

STEP VOLT.


CURRENT (microamps)

TIME (seconds)

C


STEP VOLT (kVDC)

1.001 1.00

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

242

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

BUSHING POWER FACTOR TESTS

°F

kV RATING:

C1 % P.F.:

kV BIL:

C1 Cap. (pF):

TYPE/CLASS:

S.O. NUMBER: DRAWING:

C2 Cap. (pF):

MFR. DATE:

C2 % P.F.:

TAP: Yes

SERIAL NO.:

OTHER:

OTHER:REASON:

MANUFACTURER: MFR. LOCATION:

CATALOG NO.:AMP RATING:

CLASS/STYLE:

60TEST FREQUENCY:


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:




...SELECT DEVICE


SUBSTATION

DATE

POSITION

10/13/2014

MICROHMMETER MEASUREMENTS

243

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

Use Temperature Correction:

Device Type:

DOWNLOAD READINGSSTART DATA CAPTURE

LOWER LIM.UPPER LIM.VOLT DROPMEAS. CURR.RESISTANCESET CURRENTTIMEDATETEST TYPE

TEST RESULTS

TEST # PASS/FAIL

COMMENTS

COMMENTS:

DEFICIENCIES:




...SELECT DEVICE


SUBSTATION

DATE

POSITION

10/13/2014

MICROHMMETER MEASUREMENTS

244

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

Use Temperature Correction:

Device Type:

DOWNLOAD READINGSSTART DATA CAPTURE

LOWER LIM.UPPER LIM.AVG RESISTANCEREV RESISTANCEFWD RESISTANCESET CURRENTTIMEDATETEST TYPE

TEST RESULTS

TEST # PASS/FAIL

COMMENTS

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

POWER MULTIMETER TEST

245

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SETTINGS

SCAN MODE 0 1360Lag SCAN RATE Min USE CT/VT RATIOS TO DISPLAY PRIMARY VALUES NOSec

WATTSCHANNEL 2 FREQUENCY

SINGLE PHASE REPORT

VARSPHASE

ANGLE (deg)POWER FACTOR

PHASE REFCIRCUIT

CHANNEL 1

ITEM NO.

DATE TIME

Scale 2:

1

1

Scale 1:

COMMENTS:

DEFICIENCIES:


INSULATION RESISTANCE CURVE


SUBSTATION

DATE

POSITION

10/13/2014


246

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




COMMENTS:

DEFICIENCIES:

1.00TEMPERATURE CORRECTION FACTOR TO 20 °C, TCF

Volts (kV)

TIME (minutes)

TIME (minutes)

TIME (minutes)

°C20TEMPERATURE

TEMP CORR. (megohms)

READING (megohms)

READING (megohms)


CURRENT uA

CURRENT uA

READING (megohms)


A

CURRENT uA

Volts (kV)

B

Volts (kV)

C


Current


SUBSTATION

DATE

POSITION

10/13/2014

STEP VOLTAGE TEST

247

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




1.00

2.00

3.00

4.00

20 °C

minutes

1TEMP. CORR. FACTOR (TCF) TO 20°C

STEP VOLT.

TEST 3

STEP VOLT.

TEST 2

5.00

1.0

2.0

3.0

4.0

5.0

1.00

2.00

3.00

4.00

5.00

1.0

2.0

3.0

4.0

5.0

1.00

2.00

3.00

4.00

5.00

1.0

2.0

3.0

4.0

5.0

MAX. TEST VOLTAGE

Current

Current

SERIAL NO. TYPE

WEATHER

MANUFACTURER


OTHER INFORMATION

NAMEPLATE DATA

TEMPERATURE

STEP VOLT.

TEST 1


Current

Current

IR

IR

IR

KVDC TEST TIME

CURRENT (microamps)

IR (megohms)

STEP VOLT. (kVDC)

IR 20ºC (megohms)

TIME(minutes)

CURRENT (microamps)

IR (megohms)

STEP VOLT. (kVDC)

IR 20ºC (megohms)

TIME(minutes)

CURRENT (microamps)

IR (megohms)

STEP VOLT. (kVDC)

IR 20ºC (megohms)

TIME(minutes)

KVDC

KVDC

KVDC

STEP VOLTAGE TEST

248PAGE


COMMENTS:

DEFICIENCIES:


CURRENT VS VOLTAGE CURVE


SUBSTATION

DATE

POSITION

10/13/2014

RAMP TEST

249

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




COMMENTS:

DEFICIENCIES:

BA C

RESISTANCE (megohms)

CURRENT uA

Volts (kV)

TIME (minutes)A B

TIME (minutes)

Volts (kV)

CURRENT uA

RESISTANCE (megohms) C

TIME (minutes)

Volts (kV)

CURRENT uA


1 1 1






SUBSTATION

DATE

POSITION

10/13/2014

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

250

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS EQUIPMENT


°F

MVA/kVA kVA

kg

NOTES

AMPS CATALOG/STYLE #

WEIGHT

MANUFACTURER MFR. LOCATION # OF PHASES

YEAR OF MFR.

kV BIL

SERIAL CLASS

60TEST FREQUENCY:


mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On 1.0001

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

DLRO-H200/MOM2 MICRO-OHMETER

251

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

Synchronize ClockDelete DataRetrieve Data User Configurations




Resistance (mOhm)

Min Current Limit (A)

Min Current (A)

Max Current (A)

TimeDateLabel Measurement Time (ms)

Record Pass/Fail Upper Limit (mOhm)

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

PANEL CURRENT

VOLTAGE MEASUREMENT TEST

252

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

C - NB - NA - NC - AB - CA - BN-GRDC-GRDB-GRDA-GRD

VOLTAGE (volts)

GNCBA

CURRENT (amps)

IDENTIFICATION

PANEL CURRENT

VOLTAGE MEASUREMENT TEST

253PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

MANHOLE INSPECTION REPORT

254

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DUCT IDENTIFICATIONCABLE

I.D.DUCT

NO.

LOC'N.

NO.

CONDR.

SIZE

DUCT IDENTIFICATIONCABLE

I.D.DUCT

NO.

LOC'N.

NO.

CONDR.

SIZE

REMARKSREMARKS

N

W

S

E

MANHOLE INSPECTION REPORT

255PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

TRENDING

256

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




ASSET DESCRIPTION:

NOTES:

TEST POINT:

TRENDING

257PAGE


COMMENTS:

DEFICIENCIES:

PANEL DESIGNATION:





SUBSTATION

DATE

POSITION

10/13/2014

LOAD RECORDINGS

258

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DATE

DAY OF WEEK

TIME

VOLTAGE

A

B

C

AMPERES

A

B

C

MINIMUM kVA

A

B

C

T

kW

A

B

C

T

kVAR

A

B

C

T

POWER FACTOR

A

B

C

T

MINIMUM kVA

VO

LT

AG

EA

MP

ER

ES

MA

XIM

UM

kV

A

LOAD RECORDINGS

259PAGE


260PAGE


kW

LOAD RECORDINGS

kV

AR

PO

WE

R F

AC

TO

R

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CALIBRATION DATA LOG

261

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




MANUFACTURER MODEL NUMBER

TAG NUMBERSERIAL NUMBER

OPERATING RANGE INPUT OUTPUT

TEST

1

2

3

4

5

RANGE % AS FOUND AS LEFT

FUNCTION OUTPUT IN

INPUT IN

ITEM TESTED

NAMEPLATE

CALIBRATION DATA LOG

262PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

INSPECTION SHEET

263

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




10/13/2014

DESCRIPTION:

COMMENTS:

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

METER SETTINGS TEST

264

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




CAL. METER

READING

% OF

ERROR

TEST

AMPS

TEST

VOLTS

ACTUAL METER

READING

50%

25%

0%

% OF FULL

SCALE

100%

75%

SETTINGS

CIRCUIT & RELAY INFORMATION

CIRCUIT NAME CIRCUIT NAME

VOLTAGE CT RATIOAMP

PT RATIO CALIBRATION

EXTERNAL DEVICES

METER DESCRIPTION

TYPE RANGE

SERIAL NUMBER FUNCTION

CALIB.

METER SETTINGS TEST

265PAGE


COMMENTS:

DEFICIENCIES:

INSPECTEDINSPECTED


SUBSTATION

DATE

POSITION

10/13/2014

CAPACITOR BANK TEST

266

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TYPE

BIL (kV)

CATALOG NUMBER

DATE OF MANUF. # OF PHASES

KVAR FREQUENCY

SERIAL NUMBER

MANUFACTURER

VOLTAGE (kV)

NOTES NOTESDESCRIPTION

OVERALL CLEANLINESS

INSULATOR CONDITION

STRUCTURAL MEMBERS

CUBICLE

CONTROL CABLES

WIRE CONNECTIONS

HEATERS

LIGHTS AND RECEPTACLES

CONDITION DESCRIPTION

CAPACITOR CONDITION

CONNECTED BUS

CT RATIO

CT LOOPS

SHORT/GND SPARE CT'S

GROUNDING

PRIMARY CONNECTIONS

WEATHERSTRIPPING

CONDITION

INSULATION RESISTANCE (IR)

UNIT TEST RESULT UNIT

enter location/phaseenter location/phaseenter location/phase

TEST RESULT UNIT

LOCATION

TEST TIME (1 min)

H - GND H - GND H - GNDCONNECTION

TEST VOLTAGE (kV)

TEST RESULT

Meg-ohms Meg-ohms Meg-ohms




5 5 5

60

DEV %

enter location/phase

DEV %


DEV %


Capacitance tests

Cmeas uFCact uFSERIAL # SERIAL # Cact uF Cmeas uF SERIAL # Cact uF Cmeas uF

Number of cans/phase:

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

PANEL CURRENT/VOLTAGE MEASUREMENT TEST

267

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

A B C N A-GRD B-GRD C-GRD N-GRD A - B B - C C - A A - N B - N C - N

IDENTIFICATION

CURRENT (amps)

VOLTAGE (volts)

COMMENTS:

DEFICIENCIES:

TRANSFORMER TEMPERATURE





SUBSTATION

DATE

POSITION

10/13/2014

DISSIPATION FACTOR TEST Miscellaneous Equipment

268

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

OIL-FILLED BUSHINGS

LIGHTNING ARRESTORS

MEDIUM VOLTAGE CABLE

COMPOUND-FILLED BUSHINGS

LOW VOLTAGE CABLE; INS. TYPE TW, THW, THHW, XHHW, THHN

PF = 2

√

TEST

CALC.

%

P.F.20°

%

MULTI-

PLIER

MEAS.

%

CALC.

AVG.REV.NORM.

DIAL READING

% DISSIPATION FACTOR

CAP.

P.F.

MULTI-

PLIER

CALC.

AVG.REV.NORM.

DIAL READING

CAPACITANCE

SW. TEST

kVTYPE OF TEST


LOW VOLTAGE CABLE: INS. TYPE RH, RHW

DF

1 + DF

EQUIPMENT TESTEDEQPT.

TEMP. EQUIPMENT LOCATION DESCRIPTION OF TESTTEST

EQUIPMENT TYPE TESTED:

DISSIPATION FACTOR TEST Miscellaneous Equipment

269PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

PANEL METER TEST

270

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

PANEL VOLTMETER

MANUFACTURER

OTHER

TYPE FREQUENCY

RATING

FREQUENCYTYPE

RATING




PANEL AMMETER

MANUFACTURER

OTHER

TEST VALUE

AS FOUND AS SPECIFIED AS LEFT

TEST RESULTS

POSITION MOVEMENT RANGE

CATALOG NO.

CATALOG NO.

PANEL METER TEST

271PAGE


COMMENTS:

DEFICIENCIES:

PANEL DESIGNATION:





SUBSTATION

DATE

POSITION

10/13/2014

LOAD RECORDINGS

272

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

10/13/2014 10/13/2014DATE

DAY OF WEEK

TIME

VOLTAGE

A

B

C

AMPERES

A

B

C

MAXIMUM kVA

A

B

C

T

kW

A

B

C

T

kVAR

A

B

C

T

POWER FACTOR

A

B

C

T

MAXIMUM kVA


VO

LT

AG

EA

MP

ER

ES

MA

XIM

UM

kV

A

LOAD RECORDINGS

273PAGE

LOAD RECORDINGS

274PAGE


kW

kV

AR

PO

WE

R F

AC

TO

R

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

AERIAL BUCKET UNIT

276

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




ELECTRICAL TEST RECORD OF INSULATED AERIAL BUCKET UNIT UPPER BOOM, LOWER BOOM INSERT,

DERRICK FIBERGLASS EXTENSION, BUCKET LINER

TYPE OR MODEL NO. OF UNIT COMPANY TRUCK NUMBER

ELECTRICAL TEST-RECORD LEAKAGE IN MICROAMPERES

FIBERGLASS OUTER BOOM AND BUCKET

FIBERGLASS OUTER BOOM AND BUCKET

FIBERGLASS OUTER BOOM AND BUCKET & LOWER BOOM INSERT

DERRICK WITH FIBERGLASS EXTENSION INSULATED BUCKET LINER

1

2

UPPER BOOM

MAX VOLTAGE DURING TEST (kV)

VOLTAGE (kV)

VOLTAGE (kV)

LEAKAGE CURRENT IN MICRO- AMPERES

LEAKAGE CURRENT IN MICRO- AMPERES

TESTED PER ANSI A92.0 - 2001

THIS IS A TEST ONLY - NOT A GUARANTEE

TEST VOLTAGE DC UPPER BOOM kV kV kV BUCKET LINER NO.BUCKET LINERLOWER BOOM INSERT

INSULATED BUCKET LINER

CHECK TYPE OR TYPES OF EQUIPMENT BEING TESTED

LOWER BOOM INSERT

LIFT MAKE MODEL SERIAL NUMBER

NUMBER

AERIAL BUCKET UNIT

277PAGE


COMMENTS:

DEFICIENCIES:

A-N PHASE VOLTSA PHASE VOLTS


SUBSTATION

DATE

POSITION

10/13/2014

MULTI-METER SETTINGS TEST

278

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




CIRCUIT & RELAY INFORMATION

CIRCUIT NAME

PT RATIOVOLTAGE AMP CT RATIO CALIBRATION

75%

50%

25%

0%

METER DESCRIPTION

SETTINGS

B-N PHASE VOLTS

C-N PHASE VOLTS

EXTERNAL DEVICES

TYPE

B PHASE VOLTS

C PHASE VOLTS

SERIAL NUMBER FUNCTIONRANGE

% OF FULL TEST ACTUAL METER

VOLTS READINGSCALE

TEST ACTUAL METER

VOLTS READINGSCALE

% OF FULL

TEST ACTUAL METER

VOLTS READINGSCALE

% OF FULL

TEST ACTUAL METER

VOLTS READINGSCALE

% OF FULL

TEST ACTUAL METER

VOLTS READINGSCALE

% OF FULL

TEST ACTUAL METER

SCALE VOLTS READING

% OF FULL

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

A-B PHASE VOLTS

B-C PHASE VOLTS

A-C PHASE VOLTS

A PHASE AMPS

75%

50%

25%

0%

B PHASE AMPS

C PHASE AMPS

% OF FULL TEST ACTUAL METER

AMPS READINGSCALE

TEST ACTUAL METER

AMPS READINGSCALE

% OF FULL

TEST ACTUAL METER

AMPS READINGSCALE

% OF FULL

ACTUAL METER

READINGSCALE

% OF FULL

ACTUAL METER

READINGSCALE

% OF FULL

ACTUAL METER

SCALE READING

% OF FULL

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

75%

50%

25%

0%

100%

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

% OF

ERROR

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

CAL. METER

READING

MULTI-METER SETTINGS TEST

279PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

280

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


SUBSTATION

DATE

POSITION

10/13/2014

LIGHTNING ARRESTER TEST

281

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MISCELLANEOUS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

MANUFACTURER TYPE

SERIAL NO. RELIEF

kV kV kARMS CURRENT RATING kARATED CREST

POLYMERMATERIAL TYPE

INSULATION TEST VOLTAGE TEST VOLTAGE MULTIPLIER

INSULATION TEST

CORRECTED

MEGOHMS

ACTUAL

MEGOHMS

CORRECTED

MEGOHMS

ACTUAL

MEGOHMS

CORRECTED

MEGOHMS

B PHASE TO GROUND C PHASE TO GROUND

A PHASE B PHASE C PHASE

MODEL

RATED RMS VOLTAGE RATED MCOV

°CEQUIPMENT TEMPERATURERANGE MULTIPLIER TEMPERATURE CORRECTION FACTOR TO 20°C, TCF

kV DC

POSITION

kVSYSTEM VOLTAGE

TOTAL

CORRECTION

MULTIPLIER

POSITION

A PHASE TO GROUND

ACTUAL

MEGOHMS

MILLI-WATT LOSSWATT LOSS TEST

GROUNDED SPECIMEN TEST

TEST kV SWITCH SETTING

OUTPUT TEST VOLTAGE

READING CORRECTION FACTOR

UNGROUNDED SPECIMEN TEST

CATALOG NO.

PORCELAINDISTRIBUTIONARRESTER TYPE STATION INTERMEDIATE

LIGHTNING ARRESTER TEST

282PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

VARIABLE FREQUENCY DRIVE

283

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




VFD MOTOR

COOLING FANS:

TEST LOCATION:

Input Voltage (Line-Line)

RMS Measurements In Volts AC: L3-L2:L3-L1:L2-L1: L2-L3:

MFG:

EQUIPMENT ID:

I/D:

P/N:

MODEL/HP:

SYSTEM S/N:

ENG:

INPUT:

OUTPUT:0-460VAC

ORDER:

WIRING DIAGRAM:

MFG:

EQUIPMENT ID:

I/D:

M/D:

HP:

FRAME:

VOLTS:

AMPS:

RPM:

L1 Channel 1

L2 Channel 2

Reference to Ground

Red Probe

Black Probe

Ground lead of scope

L1-L3:L1-L2:

LABEL:

L1

L2

L3

T1

T3

T2

AS FOUND: LABEL: AS FOUND: AS LEFT: AS LEFT: Fan Manufacturer

Fan Model Number

Number of Fans

Number of Fans Not Operating

Number of Fans Replaced

DLRO READINGS

(micro-ohms)

L2-G:RMS Measurements In Volts AC:

Input Voltage (Line-Ground)

Inputs To Negative DC Bus

IL1:RMS AC Measurements: IL3:VL2-BUS: L3-BUS:

DC BUS VOLTAGE AND AC RIPPLE


DC BUS VOLTAGE (in volts): DC BUS AC RIPPLE (in volts):

IL2:VL1-BUS:

L3-G:L1-G:

T1-T3:RMS Measurements In Volts AC:

Output To Load

T2-T3: T3-T2: T3-T1:

T1I:RMS Measurements In Volts AC:

Output To Load (Voltage And Current)

T2I: T3I:T3V-L:

CONTROL BOARD DC VOLTAGE (in volts):

CONTROL BOARD DC VOLTAGE


T1-T2: T2-T1:

T1V-L: T2VL:


VARIABLE FREQUENCY DRIVE

286PAGE

COMMENTS:

DEFICIENCIES:


kA @ kV


TEST VOLTAGE MULTIPLIER, K1 =

CAT. NO.

VOLTAGE

TYPE

TYPE

RATIO

CONTROL POWER TRANSFORMER:

TYPE

TYPE

TYPE

OVERLOAD PROTECTION:

CONTROL POWER FUSE:

OTHER

INT. RATING

FORM

TYPE

CONTROL VOLTAGE

MAXIMUM VOLTAGE

STARTER SIZE

SERIAL NO.

MOTOR CONTROL CENTER SYSTEM VOLTAGE

OPERATING VOLTAGE

SERIES

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR STARTER TEST

287

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

STARTER IDENTIFICATION

MAIN POWER FUSE:

:5

NOYES

SIZE

SIZE

DESCRIPTION INSPECTED

MAIN CONTACTS

ARC CHUTES

CONTACT SEQUENCE

AUXILIARY DEVICES

ARCING CONTACTS

OPERATING MECHANISM

GROUND CONNECTIONS

DESCRIPTION

OVERALL CLEANLINESS


CUBICLE

INSPECTED CONDITION

INSULATING MEMBERS

STRUCTURAL MEMBERS

RACKING DEVICES

SHUTTER

CONTACT FINGERS

LINE TO FRAME

LINE TO LOAD

20°C

LOAD TO FRAME

INSULATION TEST VOLTAGE K2 = (K1) (TCF)

RANGE MULTIPLIER

READING 20°C

POLE 3

POLE TO FRAME

POLE 1



POLE TO POLE

NAMEPLATE DATA

OVERCURRENT PROTECTION DEVICES

MFR.

MFR.

MFR.

MFR.

MFR.

INSTRUMENT TRANSFORMER DATA

TESTED

CLEAN/LUBE CLEAN/LUBECONDITION

K2


READING

POLE 1 (P1-P2)

20°C READING

POLE 2 (P2-P3)

20°C

POLE 3 (P1-P3)

READING

CURRENT TRANSFORMER:

kVA

kVDC

°C

POLE 2

MOTOR STARTER TEST

288PAGE


COMMENTS:

DEFICIENCIES:

TOTAL POSITIONS USED

MLOSIZE

OTHERLISTING

VOLTAGE CLASS

A

NUMBER OF SECTIONS

MAIN BUS NEUTRAL RATING

DRAWING NO.

SERIAL NO.

NO. OF SPARE SPACES

AMPACITYTYPE

TOTAL POSITIONS EQUIPPED

CURRENT WITHSTAND RATING

AMAIN BUS RATING

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR CONTROL CENTER INSPECTION

289

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CONDUCTOR

DESCRIPTION

OVERALL CLEANLINESS

CUBICLES

AUXILIARY DEVICES

INSPECTED CONDITION CLEANED/LUBED

INSULATING MEMBERS

GROUND CONNECTIONS

POSITION

LOAD

LOAD NO. M. S. OVER- OVER- OVER- STARTER

COND. COND./ DISC. CURRENT CURRENT LOAD NEMA

SIZE PHASE TYPE TYPE SIZE SIZE SIZE

COMMENTS

TYPE

MAIN BREAKER MAIN DISCONNECT FUSE TYPE

NAMEPLATE DATA

INSTALLED DEVICES

UL CSA

CU AL

MOTOR CONTROL CENTER INSPECTION

290PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

480 VOLT MOTOR CONTROL CENTER

PREVENTATIVE MAINTENANCE

291

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

10/13/2014 10/13/2014

TESTED BY Default AdministratorDefault Administrator

STARTER CONTACT CONDITION

FEEDER & MOTOR IR @ 1000VDC

0

0

0

0

0

0

0

TEST HISTORY

10/13/2014

TEST DATE

10/13/2014

PHASE A: BROWN CIRCLE

PHASE B: ORANGE SQUARE

PHASE C: GRAY TRIANGLE

OVERLOAD RELAY /

HEATERS

DELAY @

300% MFLA

AMPS:

A (seconds)

STARTER IR @

1000 VDC (w/starter open)

BB (megohms)

AA (megohms)

CC (megohms)

@ 3 X AMPS

B (seconds)

C (seconds)

PHASE-TO-PHASE OHMS

AB (ohms)

BC (ohms)

CA (ohms)

VOLTAGE DROP

BR

EA

KE

RT

ES

T S

ET

A (volts)

B (volts)

C (volts)

A (volts)

B (volts)

C (volts)

INSTANTANEOUS PICKUP

A (amps)

B (amps)

C (amps)

AA (megohms)

BB (megohms)

CC (megohms)

MCP IR @

1000VDC (w/open breaker)

480 VOLT MOTOR CONTROL CENTER

PREVENTATIVE MAINTENANCE

292PAGE


COMMENTS:

DEFICIENCIES:

OVERLOAD PROTECTION: MFR.

MFR.

CONTROL POWER FUSE: MFR.

kVACkVDCHIGH POTENTIAL TEST VOLTAGE

TEST VOLTAGE MULTIPLIER, K1 =

MILLIWATT LOSS TEST VOLTAGE


INSULATION TEST VOLTAGE

CAT. NO.

VOLTAGE

TYPE

TYPE

RATIO

VA RATING



TYPE

TYPE

TYPE

OTHER

kV

FORM

TYPE

CONTROL VOLTAGE

MAXIMUM VOLTAGE

STARTER SIZE

SERIAL NO.


OPERATING VOLTAGE

SERIES

CATALOG NO.

MANUFACTURER





:5

NOYES

SIZE

SIZE

DESCRIPTION

OVERALL CLEANLINESS


CUBICLE

SHUTTER

INSPECTED CONDITION DESCRIPTION INSPECTED CONDITION

OPERATING MECHANISM

VACUUM INTERRUPTER

CONTACT SEQUENCE

AUXILIARY DEVICES

INSULATING MEMBERS

STRUCTURAL MEMBERS

RACKING DEVICES

CONTACT FINGERS


GROUND CONNECTIONS

kVDC

°C

kVDC

K2 = (K1) (TCF)

20°C



RDG.

RDG.

POLE RESISTANCE

MICRO - OHMS

INTERRUPTER RESISTANCE

MICRO - OHMS

20°C

20°C


READING 20°C

POLE 2 POLE 3POLE 1

POLE TO POLE

POLE TO FRAME

LINE TO FRAME

LOAD TO FRAME

LINE TO LOAD

RANGE MULTIPLIER



SUBSTATION

DATE

POSITION

10/13/2014

MEDIUM VOLTAGE VACUUM

MOTOR STARTER TEST

293

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

TESTED



MFR.

MFR.

CLEAN/LUBE CLEAN/LUBE

INSULATION

TESTS

K2READING

POLE 1 MEGOHMS (P1 - P2)

20°C READING


20°C


READING

MAIN POWER FUSE:


kA @INT. RATING

HIGH POTENTIAL TEST DC

MILLIWATT LOSS TEST DC


MOTOR STARTER TEST

294PAGE


COMMENTS:

DEFICIENCIES:

CAT. NO.TYPE

TYPE

TYPE

TYPE

FORM

CONTROL VOLTAGE





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR STARTER TEST

295

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


MAIN POWER FUSE:

:5

NOYES

SIZE

SIZE

DESCRIPTION INSPECTED

MAIN CONTACTS

ARC CHUTES

CONTACT SEQUENCE

AUXILIARY DEVICES

ARCING CONTACTS

OPERATING MECHANISM

GROUND CONNECTIONS

DESCRIPTION

OVERALL CLEANLINESS


CUBICLE

INSPECTED CONDITION

INSULATING MEMBERS

STRUCTURAL MEMBERS

RACKING DEVICES

SHUTTER

CONTACT FINGERS

READING 20°C


NAMEPLATE DATA


MFR.

MFR.

MFR.

MFR.

MFR.


TESTED

CLEAN/LUBE CLEAN/LUBECONDITION

POLE 2 (P2-P3)


kVA

LINE TO LOAD

LOAD TO FRAME

POLE TO FRAME

POLE TO POLE

LINE TO FRAME


READING 20°C

POLE 1 (P1-P2)

READING 20°C READING 20°C

POLE 3 (P1-P3)

TEMPERATURE CORRECTION FACTOR TO 20°C, TCFINSULATION TEST VOLTAGE °CkVDC EQUIPMENT TEMPERATURE

MANUFACTURER

CATALOG NO.

SERIES

OPERATING VOLTAGE


SERIAL NO.

STARTER SIZE

MAXIMUM VOLTAGE

TYPE

INT. RATING kA @ kV

OTHER

CONTROL POWER FUSE:

OVERLOAD PROTECTION:

TYPE


RATIO

VOLTAGE


POLE 1 POLE 3POLE 2

COMMENTS:

DEFICIENCIES:

EQUIPMENT TEMPERATURETEST VOLTAGE

SIZE

TOTAL POSITIONS USED

FUSE TYPEMAIN DISCONNECTTYPE AMPACITY

NO. OF SPARE SPACESTOTAL POSITIONS EQUIPPED

MLOMAIN BREAKER

LISTING

VOLTAGE CLASS

TYPE

A

NUMBER OF SECTIONS

MAIN BUS NEUTRAL RATING

DRAWING NO.

SERIAL NO.

A

CURRENT WITHSTAND RATING

MAIN BUS RATING

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR CONTROL CENTER

INSULATION TEST

296

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CONDUCTOR

DESCRIPTION

OVERALL CLEANLINESS

CUBICLES

AUXILIARY DEVICES

INSPECTED CONDITION CLEANED/LUBED

INSULATING MEMBERS

GROUND CONNECTIONS

°C

PHASE

A-GND B-GND C-GND N-GND A - B A - C B - C A - N B - N C - N

RDG.

RDG.

RDG.

RDG.

RDG.

RDG.

20°C

20°C

20°C

20°C

20°C

20°C

BUS SECTION TESTED


NAMEPLATE DATA

INSTALLED DEVICES

UL CSA

ALCU

OTHER

kVDC


MOTOR CONTROL CENTER

INSULATION TEST

297PAGE


COMMENTS:

DEFICIENCIES:

OVERLOAD PROTECTION: MFR.

MFR.

CONTROL POWER FUSE: MFR.


CAT. NO.

VOLTAGE

TYPE

TYPE

RATIO

VA RATING



TYPE

TYPE

TYPE

OTHER

kV

FORM

TYPE

CONTROL VOLTAGE

MAXIMUM VOLTAGE

STARTER SIZE

SERIAL NO.


OPERATING VOLTAGE

SERIES

CATALOG NO.

MANUFACTURER





:5

NOYES

SIZE

SIZE

DESCRIPTION

OVERALL CLEANLINESS


CUBICLE

SHUTTER

INSPECTED CONDITION DESCRIPTION INSPECTED CONDITION

OPERATING MECHANISM

VACUUM INTERRUPTER

CONTACT SEQUENCE

AUXILIARY DEVICES

INSULATING MEMBERS

STRUCTURAL MEMBERS

RACKING DEVICES

CONTACT FINGERS


GROUND CONNECTIONS

kVDC

kVDC

POLE 2 POLE 3


RDG.

RDG.

POLE RESISTANCE

MICRO - OHMS

INTERRUPTER RESISTANCE

MICRO - OHMS

20°C

20°C


READING 20°C

POLE 2 POLE 3POLE 1


SUBSTATION

DATE

POSITION

10/13/2014


MOTOR STARTER TEST

298

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

TESTED



MFR.

MFR.

CLEAN/LUBE CLEAN/LUBE

MAIN POWER FUSE:


kA @INT. RATING

HIGH POTENTIAL TEST DC

MILLIWATT LOSS TEST DC

HIGH POTENTIAL TEST VOLTAGE kVAC


MILLIWATT LOSS TEST VOLTAGE

POLE TO FRAME

LINE TO FRAME

LOAD TO FRAME

LINE TO LOAD

POLE TO POLE

20°C 20°C 20°CREADING


READING


READING


TEMPERATURE CORRECTION FACTOR TO 20°C, TCF°C

kVDC

INSULATION TESTS

POLE 1

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

MOTOR CONTROL MCC TEST REPORT

299

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MOTOR CONTROL

AMBIENT TEMPERATURE

GENERAL

% PLANT°F



TEST EQUIPMENT USED

COMMENTS:

DEFICIENCIES:

0

3

MCC ID MODEL # # OF BUCKETS

SERIAL # VOLTAGE

Size

Rating

A B C A B C A B C

Md #/Cat #

Type

(SS or HTR)

A B C A B C Visual

Inspect

Operation

Test

Bucket ID

Contact

Resistance Insulation Resistance

@ 1000V

(Meg Ohms)(Micro Ohms)

Insulation Resistance @ 1000V (Control)

(Meg Ohms)

O/L Data O/L Test

(Sec)

Breaker Test

(Sec)

Comments

MANUFACTURER

MCC DATA





SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TESTS


300

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F

EQUIPMENT TESTED

COPIES TO

DATE LAST TEST LAST TEST SHEET NO.

LINE NO.

SERIAL NO.

TEST klV

EQUIVALENT 2.5 kV READINGS

MILLIVOLTAMPERES MILLIWATTS

METER READING

MULTI- PLIER

mVA

MULTI- PLIER

mW

METER READING

% POWER FACTOR

MEASURED COR. 20°C

INSULA- TION

RATING

1

2

3

4

5

9

8

7

10

6

11

13

14

15

16

17

18

19

20

12

21

23

24

25

26

27

28

29

22

KEY TO INSULATION RATING

G = GOOD

D = DETERIORATED

I = INVESTIGATE

B = BAD (REMOVE OR RECONDITION)

WG = GOOD

WD = DETERIORATED

WI = INVESTIGATE

WB = BAD (REMOVE OR RECONDITION)

XI = INVESTIGATE

XD = DETERIORATED

XG = GOOD

XB = BAD (REMOVE OR RECONDITION)

WINDINGSBUSHINGS - INSULATORS - ETC. WOOD MEMBERS - OIL - ETC.

WEATHER OIL TEMP. EQPT. TEMP.

INSULATION TESTS


301PAGE


COMMENTS:

DEFICIENCIES:

BUSHING TESTS

CALCULATED RESULTS


SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TEST

AUTO TRANSFORMERS

302

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F




METER READING

MULTI- PLIER

mVA

METER READING

MULTI- PLIER

mW MEASURED COR. 20°C

TEST kV

MILLIVOLTAMPERES MILLIWATTSINSULA-

TION RATING


% POWER FACTOR

G = GOOD D = DETERIORATED

I = INVESTIGATE B = BAD (REMOVE OR RECONDITION)


WINDING ENERGIZED

WINDING GROUNDED

WINDING GUARDED

TEST CONNECTIONS

TERT.

HIGH LOW

TERT.

HIGH AND TERT.

HC

TC

DATE LAST TESTAGE LAST SHEET NO.

YEAR

BUSHIN

GSWYE

WYE DELTA

MFR. SERIAL NO. WEATHER TOP OIL TEMP.TRANSFORMER

4 TERT.

TERT.3

2HIGH LOW

HIGH LOW

1

TEST

OVER-ALL TESTS

HTC (TEST 1 MINUS TEST 2)

(TEST 3 MINUS TEST 4)

METER READING

MULTI- PLIER

mVA

METER READING

MULTI- PLIER

mW

TEST kV



2

3

4

6

7

5

9

10

8

12

13

11

14

1

BUSHING SERIAL NO.

P H A S E

BUSH NO.

LINE NO.

MEASURED COR. 20°C TOP

INSULA- TION

RATING

COLLAR TESTS

(mW/mVA)% POWER FACTOR

OIL SAMPLE OIL TEMP. °C

X

X mVA AND mW SHOULD COMPARE WITH THOSE FOR C

N

N

HIG

HLOW

TERTIARY

N = NEUTRAL

HT

WYE DELTA

COPIES TO

TYPE FORM CLASS

kVDELTA

AMPCAT. NO.DWG. NO.CLASSMFR. TYPE FORMHIGH SIDE kV

LOW SIDE kV

TERT. SIDE kV

EQUIPMENT TEMP.DRY TYPE

INSULATION TEST

AUTO TRANSFORMERS

303PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TESTS

TWO-WINDING TRANSFORMERS

304

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F

TRANSFORMER

AGE TYPE/CLASS

MFR

kVA

SERIAL NO.

FREE BREATHING

WEATHER

DATE LAST TEST

SEALED GAS BLANKETED

TOP OIL TEMP.

LAST SHEET NO.

CONSERVATOR

WYE

WYE DELTA

DELTA

NEUTRAL

BUSHIN

GS

MFR. TYPE DWG. NO.CLASS kV CAT. NO. YEAR

OVER-ALL TESTS

BUSHING TESTS

WINDING ENERGIZED

HIGH

HIGH

LOW

LOW

TEST CONNECTIONS

TEST

1

2

3

4

WINDING GROUNDED

LOW

HIGH

WINDING GUARDED

LOW

HIGH

TEST kV


mW

MULTI- PLIER

METER READING

mVA

MULTI- PLIER

METER READING

% POWER FACTOR

MEASURED COR. 20°C


CALCULATED RESULTS

INSULA- TION

RATING


LOW SIDE kV

HIGH SIDE kV

COPIES TO

ASKAREL AIR GASOIL

METER READING

MULTI- PLIER

mVA

METER READING

MULTI- PLIER

mW

TEST kV



2

3

4

6

7

5

9

10

8

12

13

11

1

N

HIG

H S

IDE

LO

W S

IDE

BUSHING SERIAL NO.

P H A S E

BUSH NO.

LINE NO.

N


INSULA- TION

RATING

COLLAR TESTS

(mW/mVA)% POWER FACTOR


N



14

15

16

17

18

19

OF OILGALLONS

INSULATION TESTS


305PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TESTS

CABLES AND POTHEADS

306

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F




CIRCUIT DEPTHDUCT TEMP.EARTH TEMP.WEATHER

COPIES TO DATE LAST TEST LAST TEST SHEET NO.

METER READING

MULTI- PLIER

mVA

METER READING

MULTI- PLIER

mW

TEST kV



P H A S E

2

3

4

6

7

5

9

10

8

12

13

11

14

1

15

LINE NO.

N

IDENTIFICATION

N

N

INSULA- TION

RATING POTHEAD

INSULA- TION

RATING CABLE

% POWER FACTOR

D. C. MEGOHMS

LOCATION TOP

POTHEAD HOT-COLLAR TESTS mW / mVA

G = GOOD

D = DETERIORATED

I = INVESTIGATE

B = BAD (REMOVE OR RECONDITION)

KEY TO INSULATIN RATING

TYPE: DRY, OIL-FILLED, OIL RESERVOIR, GAS RESERVOIR

MFR. AND TYPE

LOCATION

IDENTIFICATION

RATED kV

OPER kV

AMPS. (LOAD)

LENGTH - OUTDOOR

LENGTH - INDOOR

AGE

NO. COND.

SIZE AWG, MCW

INSULATION MATERIAL


INSULATION TYPE BELTED, SHIELDED

JACKET LEAD, ARMOR, BRAID

DUCT TRAY METALLIC, NONMETALIC

CABLE

MFR. AND TYPE

LOCATION

IDENTIFICATION

RATED kV

OPER kV

AMPS. (RATED)

OUTDOOR - INDOOR

AGE

TYPE: DRY, CPD-FILLED,

OIL-FILLED

NO. COND.

SIZE AWG, MCM

PORCELAIN SINGLE

MULTIPIECE

TERM. TYPE CAP NUT,

SOLDER SEALED

AERIAL CONN. RIGID, FLEXIBLE

JOINTS INSULATED,

WIPED, COMPRESSED

POTHEAD

INSULATION TESTS

CABLES AND POTHEADS

307PAGE


COMMENTS:

DEFICIENCIES:

H

THREE - PHASE WYE

H3

H

H

( or H )H

( or H )




2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

23

24

25

26

27

28

22

SINGLE PHASE

ENERGIZE UST

H1

H2 0

2

1

0

ENERGIZE

THREE - PHASE DELTA

1

H2

H3

(1)

UST

H2

H3

GROUND

HH

H1

21

B

C

PHASE

A

(1)


SUBSTATION

DATE

POSITION

10/13/2014

EXCITATION - CURRENT TEST

308

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F

H

H

3

2

1

ENERGIZE

H

H

UST

H0

0

0

B

C

PHASE

A

H B

THREE - PHASE WYE

H

H

H

ENERGIZE

2

1

3

UST PHASE

A

CH

H

0

0

0

X

X

X

0

0

0


NLTC POSITION (CHECK) : 2 ( B )1 ( A ) 3 ( C ) 4 ( D ) 5 ( E )

LINE NO.

TAP CHANGER FOUND / LEFT ON POSITION : TEST VOLTAGE : kV(2)

(3) ULTC

POSITIONMETER

READINGMULTI- PLIER

mVAMETER

READINGMULTI- PLIER

mVAMETER

READINGMULTI- PLIER

mVA


MILLIVOLTAMPERES

REMARKS

NOTES: 1. IF THE LOW-VOLTAGE WINDING IS WYE CONNECTED, THEN Xo IS CONNECTED AS IN SERVICE (USUALLY, THIS WOULD MEAN GROUNDING Xo).

2. ALL TESTS SHOULD BE PERORMED ROUTINELY AT THE SAME VOLTAGE.

3. INDICATE TAP POSITION: RAISED, LOWERED OR NEUTRAL.

1

EXCITATION - CURRENT TEST

309PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TESTS

CIRCUIT BREAKERS

310

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F

CIRCUIT BREAKER

BREAKER MFR.

BREAKER SERIAL NO.

DATE LAST INSP.

COPIES TO

TYPE

kV

BUSHING MFR.

WEATHER

AGE

A

BUSHING (TYPE - FORM - DWG. NO.)

OIL TEMP.

BUSH NO.

BUSHING SERIAL NO.

SIDE

PHASE

INS. IN PAR'LL

1

2

3

CIR

CU

IT B

RE

AK

ER

OP

EN

5

6

4

TANK 2

TANK 3

TANK 1

C.B

. C

LO

SE

D


MILLIVOLTAMPERES

METER READING

MULTI- PLIER

mVA mW

MULTI- PLIER

MILLIWATTS

METER READING

MEASURED COR. 20°C

% POWER FACTORINSULA-

TION RATING

COLLAR TESTS mW / mVA

LINE NO. OTHER TESTS

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

1

G = GOOD

D = DETERIORATED

I = INVESTIGATE

WG = GOOD

WD = DETERIORATED

WI = INVESTIGATEXI = INVESTIGATE

XD = DETERIORATED

XG = GOOD

BUSHINGS - INSULATORS - ETC.


WINDINGS

WB = BAD (REMOVE OR RECONDITION)

WOOD MEMBERS - OIL - ETC.

B = BAD (REMOVE OR RECONDITION) XB = BAD (REMOVE OR RECONDITION)

DATE LAST TEST LAST TEST SHEET NO. EQUIP. TEMP.

OF BUSFEET

INSULATION TESTS

CIRCUIT BREAKERS

311PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TEST

THREE-WINDING TRANSFORMER

312

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

POWER FACTOR TESTS

AMBIENT TEMPERATURE

DOBLE

% PLANT°F




METER READING

MULTI- PLIER

mVA

METER READING

MULTI- PLIER

mW MEASURED COR. 20°C

TEST kV

MILLIVOLTAMPERES MILLIWATTSINSULA-

TION RATING


% POWER FACTOR




WINDING ENERGIZED

WINDING GROUNDED

WINDING GUARDED

TEST CONNECTIONS

LOW

TERT.

LOW AND TERT.

HIGH AND TERT.

HC

LC

kVA DATE LAST TESTAGE

COPIES TO

GAS BLANKETED CONSERVATORSEALED

LAST SHEET NO.

FREE BREATHING

YEARkVCAT. NO.DWG. NO.CLASSTYPEMFR.

BUSHIN

GS

NEUTRAL

WYE

WYE

DELTA

DELTA

TYPE/CLASS

MFR. SERIAL NO. WEATHER TOP OIL TEMP.TRANSFORMER

ALL

HIGH AND LOW T

TERT.

HIGH

CHECK TEST SHOULD EQUAL CH = CL = CT

LOW5

6

HIGH

4

TERT.

LOW

LOW3

2 HIGH

HIGH1

TEST

OVER-ALL TESTS

7

TERT.

(

C

HLC (TEST 1 MINUS TEST 2)

LTC (TEST 3 MINUS TEST 4)

HTC (TEST 5 MINUS TEST 6)

CALCULATED RESULTS

METER READING

MULTI- PLIER

mVA

METER READING

MULTI- PLIER

mW

TEST kV



2

3

4

6

7

5

9

10

8

12

13

11

14

1

N

HIG

H S

IDE

LO

W S

IDE

BUSHING SERIAL NO.

P H A S E

BUSH NO.

LINE NO.

N


INSULA- TION

RATING

COLLAR TESTS (mW/mVA)% POWER FACTOR


TE

RT

IAR

Y

N

)

N = NEUTRAL

BUSHING TESTS

LOW SIDE kV

HIGH SIDE kV

OIL ASKAREL AIR GAS

OF OILGALLONS

INSULATION TEST

THREE-WINDING TRANSFORMER

313PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-2 OVERCURRENT

314

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

LONG TIME RANGE INSTANTANEOUS RANGE

MANUFACTURER

INSTRUCTION BOOKLET :5

NAMEPLATE DATA

SEAL-IN RANGE

CT RATIODEVICES OPERATED

ABB / Westinghouse MODEL CO-2

COVER GASKET OK

NO FOREIGN MATERIAL

BEARING CONDITION OK

GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK

NO MOISTURE PRESENT CONNECTION TIGHTENED

CONTACTS CLEANED

AS LEFT (amps)

3.50

ROUTINE MAINTENANCEVISUAL INSPECTION

4.90TIME OVERCURRENT PICKUP

Minimum (amps)

NO RUST PRESENT CT SHORTING BAR REMOVED

Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK

GLASS CONDITION OK CASE CLEANED

TAPS TIGHTENED


MAX TIME TO OPERATE 40

8RESET TIME

MONITOR Normally Open

SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS

Multiple Current (amps) Maximum (seconds)

TIMING TESTS

Minimum (seconds) As Found (seconds) As Left (seconds)

2.0 10.00 20.24 22.43

3.0 15.00 12.11 13.44

5.0 25.00 8.12 9.03

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

IAC-53A OVERCURRENT

315

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F





MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE


General Electric MODEL IAC-53A

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.54 2.86

3.0 15.00 1.00 1.16

5.0 25.00 0.47 0.57

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-54A OVERCURRENT

316

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.50 2.81

3.0 15.00 1.02 1.17

5.0 25.00 0.46 0.56

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-6 OVERCURRENT

317

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 0.91 1.06

3.0 15.00 0.61 0.72

5.0 25.00 0.49 0.59

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-60 OVERCURRENT

318

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE


General Electric MODEL IAC-60

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 1.42 1.62

3.0 15.00 0.96 1.11

5.0 25.00 0.68 0.80

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-8 OVERCURRENT

319

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 3.79 4.24

3.0 15.00 1.54 1.75

5.0 25.00 0.71 0.84

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

SEL 351

DIRECTIONAL OVERCURRENT RELAY

320

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




TID =

Identifier Labels

Z0MAG =

Z1ANG =

Z0SANG =Z0SMAG =

CTR =

CTRN =

VNOM =

LL =

RID =

PTRS =

69

100

Time Overcurrent Elements

Pickup (51xP) Curve (51xC) Time Dial (51xTD)

EM Reset (51xRS)

B Phase(B)

Unit

C Phase(C)

Neutral(N)

Res. Gnd.(G)

U1

U1

U1

U1

Neg. Seq.(Q) U1

A Phase(A) U1

U1

Instantaneous Overcurrent Elements

Enable(E50x)

5

5

5

5

PkUp(50x2P)

5

5

5

5

5

PkUp(50x3P)

5

5

5

5

5

PkUp(50x4P)

5

5

5

5

PkUp(50x5P)

5

5

5

5

PkUp(50x6P)

Neutral(N)

Res. Gnd.(G)

Neg. Seq.(Q)

Phase(P)

Ph-Ph(PP)

Unit

Neutral(N)

Res. Gnd.(G)

Neg. Seq.(Q)

Definite Time Overcurrent Elements

Phase(P)

Time Delay (67x1D) Time Delay (67x2D) Time Delay (67x3D) Time Delay (67x4D)

Line Settings

5

5

5

5

5

PkUp(50x1P)

5

Enable(E51x)

Ph-Ph(P)

240 PTR =

Current And Potential Transformer Ratios

Z1MAG =

Other Enable

Z0ANG =

Unit

ZLR =

NLAR =PLAR =

Load-Encroachment Elements

ZLF =

NLAF =PLAF =

Directional Elements

DIR4 =

DIR1 =

DIR3 =

ORDER =

DIR2 =

50P32P =

Z2F = Z2R =

50QFP = 50QRP =

a2 = k2 =

50GFP = 50GRP =

a0 = Z0F =

Z0R = 50NFP =

50NRP = a0N =

79OI1 =

79OI4 =79OI3 =

79RSD =

79CLSD =

79RSLD =

79OI2 =

Reclosing Relay

UBDURD =

Additional DCUB Trip Scheme Settings

GARD1D =

UBEND =

50LP =3POD =

CFD =

Other Settings

TDURD =

Power Elements

PhPkUp (PWRxP) 3PhPkUp (3PWRxP) Type (PWRxT) Time Delay (PWRxD)

4

5

6

Pickup (81DxP)#

1

2

32WFP =

Wattmetric Element Settings

59RES =

32WD =32WRP =

Synchronism Check Elements

25VLO =

25ANG1 =25SF =

25ANG2 =

TCLOSD =

SYNCP =

25VHI =

CLOEND =

SOTFD =

52AEND =

Switch-Onto-Fault

NDEMP =

QDEMP =

PDEMP =

Demand Metering Settings

DMTC =

GDEMP =

79RI =

79RIS =

79DTL =

79DLS =

79SKP =

Reclosing Relay Equations

79STL =

79BRS =

79SEQ =

79CLS =

Time Delay (81DxD)

Frequency Elements

4

1

2

3

TR =

TRCOMM =

TRSOTF =

DTT =

ULTR =

Trip Logic Equations

E81

ESV

EDEM

ELOP

ELOAD

E32

E79 E25

ESOTF

EFLOC ESSI

EPWR ECOMM

EVOLT

5

5

5

5

5

5

5

1

1

1

1

1

1

1

N

Automate Output Contact Setting

N

N

N

UNIT

Phase Over V (59P1)

VS Over V (59S)

PosSeq Over V (59V1)

Ph-Ph Over V (59P)

Ph-Ph Under V (27P)

VS Under V (27S)

Phase Under V (27P1)

Ph UV Block (27B81)

Voltage Elements

PkUp (xxxxP)

5

PkUp (xxx2P)

3

#

ZeroSeq Over V (59N)

NegSeq Over V (59Q)

OFF

OFF

OFF

OFF

OFF

OFF

PHROT = DCLOP =

Station DC Battery MonitorPower System Config & Date Format

NFREQ =

DATE_F =

DCHIP =60 Hz

SEL 351



321PAGE

VINT =

VSWELL =

VSAG =

67P2SD =BTXD =

67N2SD =

67Q2SD =

67G2SD =

Z3XD =

DCB Trip Scheme Settings

Z3XPU =

EBLKD =

POTT Trip Scheme Settings

Z3RBD =

EWFC

EDURD =ETDPU =

PT1 =

LOG1 =

PT2 =

LOG2 =

BT =

Communications-Assisted Trip Scheme Input Equations

52A =

CL =

ULCL =

Close Logic EquationsVoltage Sag / Swell / Interrupt

67P2TC =

67P3TC =

67P4TC =

67N1TC =

Torque Control Equations for Inst./Def. Time Overcur

67N2TC =

67N3TC =

67N4TC =

67G1TC =

67G2TC =

67G3TC =

67G4TC =

67Q1TC =

67Q2TC =

67Q3TC =

67Q4TC =

51ATC =

51BTC =

51CTC =

51PTC =

51NTC =

Torque Control Equations for Time Overcurrent

51GTC =

51QTC =

SS4 =

SS5 =

Setting Group Selection Equations

SS6 =

SS1 =

SS2 =

SS3 =

67P1TC =

OUT104 =

OUT105 =

Output Contact Equations

OUT106 =

OUT107 =

OUT203 =

OUT204 =

OUT205 =

OUT206 =

OUT207 =

OUT201 =

OUT210 =

OUT211 =

OUT212 =

OUT208 =

OUT209 =

OUT202 =

OUT101 =

OUT102 =

OUT103 =

#

1

2

3

4

Set Latch Bit (SETx) Reset Latch Bit (RSTx)

5

6

7

8

9

10

11

12

13

14

15

16

Channel A (TMBxA) Channel B (TMBxB)

Latch Bits Set / Reset Equations

#

1

2

3

4

5

6

7

8

Display Points

Mirrored Bits Transmit Equations

Equation (DPx) On Label (DPx_1) Off Label (DPx_0)#

1

2

4

3

6

8

7

5

10

12

11

14

16

15

13

9

LDLIST =

Load Profile Settings

LDAR =

7

8

9

10

11

12

13

14

15

16

Pickup (SVxPU)#

1

2

3

Dropout (SVxDO)

SELogic Control Equation Variable Timers

4

5

6

SEL 351


322PAGE


SV3 =

SV4 =

SV5 =

SELogic Control Equation Variable Timer Input

SV6 =

SV7 =

SV9 =

SV10 =

SV12 =

SV13 =

SV14 =

SV8 =

SV15 =

IN208D =

SV1 =

E32IV =

COSP2 =

KASP1 =

Event Parameters

ER =

PRE =

FAULT =

BSYNCH =

CLMON =

BKMON =

LER =

Breaker Monitor Settings

COSP1 =

COSP3 =

KASP2 =

EBMON =IN202D =

IN106D =

IN102D =

IN104D =

IN207D =

IN203D =

IN201D =

IN103D =

IN105D =

IN101D =

TGR =

Settings Group Change Delay

KASP3 =

Optoisolated Input Timers

VSCONN =SCROLD =

Front-Panel Display Operation Voltage Input Configuration

Other Equations

IN204D =

PTCONN =FP_TO =

SER1 =

SER2 =

SER3 =

Sequential Events Recorder Triggers

FPNGD =

IN205D = IN206D =

SV2 =

Local Bit (NLBx) Clear Local Bit (CLBx) Set Local Bit (SLBx) Pulse Local Bit (PLBx)#

2

3

4

6

7

8

5

10

11

12

14

15

13

9

Reclosing Relay Labels

79LL =

PREFIX =

SETTLE =ADDR =

Communication Settings

RTSCTS =

Other Port Settings

Local Bit Labels

79SL =

Protocol Settings

SPEED =

T_OUT =16

AUTO =

BITS =

STOP =

PROTO =

PARITY =

1

FASTOP =

SV11 =

323PAGE

SEL 351


Voltage Phase (degrees lagging)

Current Amplitude (primary amps)

% Error % Error

Voltage Amplitude (primary volts)

B-N C-NA-N

Current Phase (degrees lagging)

METER TEST% Error Measured Measured ExpectedExpected Measured Expected

MultipleUnit Expected

CurrentMaximumCurrent

MinimumCurrent

MinimumAngle

MaximumAngle

CWAngle

CCWAngle

MinimumSeconds

MaximumSeconds

ActualSeconds

Test Current

Timing

PickupCurrent

Pickup (amps)

ActualAngle

Maximum Torque Angle (degrees)

51A

1.390

0.267 0.348

7.50

5.00 4.75 5.25

1.5 1.210

0.44115.00

30.006.0

3.0 0.540

51B

1.390

0.267 0.348

7.50

5.00 4.75 5.25

1.5 1.210

0.44115.00

30.006.0

3.0 0.540

51C

1.390

0.267 0.348

7.50

5.00 4.75 5.25

1.5 1.210

0.44115.00

30.006.0

3.0 0.540

51B, 51C, 51P51A,

Minimum Maximum A-B C-AB-CUnit

Expected

Phase To Phase Pickup (amps)

4.75 5.2550PP1 5.00

4.75 5.2550PP2 5.00

4.75 5.2550PP3 5.00

4.75 5.2550PP4 5.00

Minimum Maximum A-N C-CB-NUnit

Expected

Phase To Ground Voltage Pickup (volts)

4.75 5.25Under Voltage 27P1 5.00

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-2 UNDER VOLTAGE

324

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE

ABB / Westinghouse MODEL CV-2 PT RATIO

DEVICES OPERATEDINSTRUCTION BOOKLET

MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

ROUTINE MAINTENANCEVISUAL INSPECTIONRELAY SETTINGS

110

2

0.2


Seal In (DC amps)

Pickup Voltage (volts)

120Nominal Voltage (volts)

Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED

Expected Minimum Maximum As LeftMinimum

Seconds

Maximum

SecondsVoltage Voltage

As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Under Voltage

55.00 2.939 3.301

99.00

110.00 104.50 115.50 66.00

-0.025

3.343

0.5

0.6

0.9 0.025

3.748

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-11 OVERCURRENT

325

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 3.47 3.89

3.0 15.00 1.27 1.46

5.0 25.00 0.45 0.55

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-1 UNDER VOLTAGE

326

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE



MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED


110

2

0.2


Seal In (DC amps)



Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED


Seconds

Maximum


As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Under Voltage

55.00 22.430 24.844

99.00

110.00 104.50 115.50 66.00

67.773

26.463

0.5

0.6

0.9 74.960

29.301

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-5 OVER VOLTAGE

327

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE



MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED


130

2

0.2


Seal In (DC amps)



Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED


Seconds

Maximum


As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Over Voltage

221.00 1.056 1.220

143.00

130.00 123.50 136.50 195.00

-0.025

1.534

1.7

1.5

1.1 0.025

1.748

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-80 OVERCURRENT

328

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.50 2.81

3.0 15.00 1.02 1.17

5.0 25.00 0.46 0.56

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-7 UNDER/OVER VOLTAGE

329

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE



MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED


110

2

0.2


Seal In (DC amps)

Time Dial

130

2

0.2Seal In (DC amps)




Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED


Seconds

Maximum


As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Under Voltage

55.00 2.127 2.404

99.00

110.00 104.50 115.50 66.00

7.643

2.443

0.5

0.6

0.9 8.500

2.753

Over Voltage

221.00 -0.025 0.025

143.00

130.00 123.50 136.50 195.00

-0.025

-0.025

1.7

1.5

1.1 0.025

0.025

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CEY51A RELAY

330

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




MANUFACTURER General Electric

RELAY SETTINGS

CEYTYPE MODEL

CT RATIO PT RATIO VOLTAGE CLASS

SEC. OHMIC REACH 6 BMR PERCENT TAP

MAX TORQUE ANG. SEAL IN

Min. Max

60

REACH TESTS

5.20 0.00 0.00

CHARACTERISTIC TESTS

6.00 0.00 0.0060

5.20 0.00 0.0090

ALLOWED ERROR

Max. Angle

(degrees)MTA

(degrees)

Pass / Fail

CCW Ang. (degrees)

MTA (degrees)

Pass / Fail

CW Ang. (degrees)

Min. Angle

(degrees)

MTA ALLOWED ERROR

(degrees)

5.82

Calc.

6.30

Ohms Pass / Fail Amps Ohms Pass / FailVolts Amps OhmsVolts

Impedance In OhmsAngle A - B B - C C - A

Pass / Fail

6.0060 10.00 10.00

%3.00

degrees2.00

degrees

ohms %503 ohms

amps

CW Ang. (degrees)

Pass / Fail

CCW Ang. (degrees)

B - C C - A

CW Angle (degrees)

CCW Ang. (degrees)

MTA (degrees)

A - BTest Amps

Test Ohms

58.00 62.00 4.80 1.04

AmpsVolts

10.00

(degrees)

Impedance In Ohms

Calc. Min. Max

Angle B - C C - A

Volts Amps Ohms Pass / Fail Volts Amps Ohms Pass / Fail Volts Amps Ohms Pass / Fail

A - B

10.00

10.00

10.00

10.00

10.00

10.00

10.00

10.00

10.00

MAX TORQUE ANGLE TEST

30

Red Squares

Green Circles

Blue Triangles

Phase A-B:

Phase B-C:

Phase C-A:

CEY51A RELAY

331PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

IAC-51A OVERCURRENT

332

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F





MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 1.36 1.56

3.0 15.00 0.94 1.09

5.0 25.00 0.66 0.78

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

IAC-52 OVERCURRENT

333

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F





MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 1.42 1.62

3.0 15.00 0.96 1.11

5.0 25.00 0.68 0.80

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-66B OVERCURRENT

334

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE


General Electric MODEL IAC-66B

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 15.78 17.50

3.0 15.00 9.82 10.91

5.0 25.00 6.38 7.10

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-53B OVERCURRENT

335

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.54 2.86

3.0 15.00 1.00 1.16

5.0 25.00 0.47 0.57

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-5 OVERCURRENT

336

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 11.17 12.40

3.0 15.00 6.84 7.61

5.0 25.00 5.20 5.79

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-54B OVERCURRENT

337

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.50 2.81

3.0 15.00 1.02 1.17

5.0 25.00 0.46 0.56

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-7 OVERCURRENT

338

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 1.33 1.52

3.0 15.00 0.85 0.99

5.0 25.00 0.59 0.71

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

CO-9 OVERCURRENT

339

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.64 2.97

3.0 15.00 1.01 1.17

5.0 25.00 0.43 0.53

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IJS-51A SYNCHRONIZATION

340

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

INSTANTANEOUS RANGE

MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE


General Electric MODEL IJS-51A

LONG TIME RANGE

COVER GASKET OK

NO FOREIGN MATERIAL

GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTEDNO MOISTURE PRESENT



ANGLE

TIME DIAL

20

2

0.2


SEAL IN

UNIT

Lagging Angle

Leading Angle 24

336 344

16

Min. Angle (degrees)

Max. Angle (degrees)

340

Expected. Angle (degrees)

20

Actual Angle (degrees)

ANGLE TESTS

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-4 OVER VOLTAGE

341

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE



MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED


130

2

0.2


Seal In (DC amps)



Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED


Seconds

Maximum


As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Over Voltage

221.00 5.797 6.460

143.00

130.00 123.50 136.50 195.00

-0.025

8.469

1.7

1.5

1.1 0.025

9.413

COMMENTS:

DEFICIENCIES:




/

/

A B C N

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

C NA B

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CT SHORTING BAR REMOVED

AS LEFT

A/ A/ ADCADC AA A

A

C

AS FOUND

AMPS AMPS SEC.

AS LEFT

AMPS SEC. AMPS SEC.AMPS

N

B

AA AADC ADCA/ A/A/NEUTRAL RELAYS

DISC CLEARANCE OK

BEARING ENDPLAY OK

NO MOISTURE PRESENT


CONNECTION TIGHTENED

CONTACTS CLEANED


/


MODEL / STYLE NO.

/

/

AMPS


SUBSTATION

DATE

POSITION

10/13/2014

OVERCURRENT RELAY

342

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

MANUFACTURER

INSTRUCTION BOOKLET TCC. NO.

SEAL-IN RANGE

(PHASE RELAYS / NEUTRAL RELAY)


VISUAL INSPECTION ROUTINE MAINTENANCE

RELAY SETTINGS

PHASE RELAYS

AS LEFT

ADC

ADC

INSTANTANEOUS

PICKUP TESTS

AS LEFT

INSTANTANEOUS UNIT

AS FOUND

A

A

A

A

A

A

A

A

AS LEFT

ADC

ADC

ADC

ADC

ADC

ADC

ADC

ADC

PHASE

A

A

A

A

TIMING TESTS

SEC. SEC.

TIMING UNIT

AS LEFT

A

A

A

SEAL - IN UNIT

AS FOUND

/

TYPE

:5

SEAL - INTAP / TIME DIAL

AS LEFT

NAMEPLATE DATA

A

AS LEFT

AS FOUNDSPECIFIED

A/

AS FOUNDSPECIFIED AS FOUNDSPECIFIED

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUNDAS LEFT

SEC.PHASE

A

B

C

N

OVERCURRENT RELAY

343PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-77 OVERCURRENT

344

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.55 2.87

3.0 15.00 1.02 1.18

5.0 25.00 0.39 0.48

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-8 OVER VOLTAGE

345

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE



MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED


110

2

0.2


Seal In (DC amps)



Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED


Seconds

Maximum


As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Over Voltage

187.00

121.00

110.00 104.50 115.50 165.00

1.7

1.5

1.1

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

IAC-90 OVERCURRENT

346

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 2.67 3.00

3.0 15.00 1.07 1.23

5.0 25.00 0.39 0.48

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

CV-6 UNDER/OVER VOLTAGE

347

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




SEAL-IN RANGE



MANUFACTURER

NAMEPLATE DATA

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED


110

2

0.2


Seal In (DC amps)

Time Dial

130

2

0.2Seal In (DC amps)




Time Dial

DISC CLEARANCE OK

GLASS CONDITION OK

SPIRAL SPRING OK


TAPS TIGHTENED

CASE CLEANED


Seconds

Maximum


As Found

Seconds Seconds

As Found

Voltage

Timing

Voltage

As Left

Pickup

Test

Voltage

Unit

Voltage Multiple

Under Voltage

55.00 11.615 12.891

99.00

110.00 104.50 115.50 66.00

47.629

13.767

0.5

0.6

0.9 52.696

15.269

Over Voltage

221.00 -0.025 0.025

143.00

130.00 123.50 136.50 195.00

-0.025

-0.025

1.7

1.5

1.1 0.025

0.025

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

GENERIC OVERCURRENT RELAY

348

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

0


MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE


MODEL CURVE

COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00

3.0 15.00

5.0 25.00

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

IAC-51B OVERCURRENT

349

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F





MANUFACTURER


NAMEPLATE DATA

SEAL-IN RANGE



COVER GASKET OK

NO FOREIGN MATERIAL


GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

BEARING ENDPLAY OK


CONTACTS CLEANED

AS LEFT (amps)

3.50



Minimum (amps)


Maximum (amps)

9.50 10.50

5TAP


UNIT

PICKUP TESTS

AS FOUND (amps)

DISC CLEARANCE OK

SPIRAL SPRING OK


TAPS TIGHTENED



8RESET TIME


SEAL IN

10INSTANTANEOUS

TIME DIAL 2

RELAY SETTINGS


TIMING TESTS


2.0 10.00 1.36 1.56

3.0 15.00 0.94 1.09

5.0 25.00 0.66 0.78

COMMENTS:

DEFICIENCIES:

NODASHPOT FLUID REPLACED

DASHPOT FLUID COLOR

DEVICE NUMBER

AMPACITY

MODEL / STYLE NO.

TCC NO.

DASHPOT FLUID SERIES

TIME DELAY ADJUSTMENT

SYSTEM VOLTAGE

TYPE

OTHER

INSTRUCTION BOOKLET

DASHPOT SERIES

CURRENT PICKUP RANGE

CATALOG NO.

MANUFACTURER




General Electric

AMPS SECSAMPS SECS AMPS SECS

TIME DELAY AT TIMES RATED LOAD

DASHPOT FLUID INSTALLED

AS LEFT

TRIP CURRENT PICKUP IN AMPERES

WITHOUT DASHPOT FLUID

AS LEFT

POLE

AA A

1 AA A

AA A

3

2


SUBSTATION

DATE

POSITION

10/13/2014

MAGNETIC OVERLOAD RELAY

350

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

YES

SPECIFIED AS FOUND

SPECIFIED AS FOUND

MAGNETIC OVERLOAD RELAY

351PAGE


COMMENTS:

DEFICIENCIES:

DEVICE NUMBER:120

SEAL-IN RANGE

CONTROL VOLTAGE

MODEL / STYLE NO.

VT RATIOCURVEINSTRUCTION BOOKLET

OVERFREQUENCY RANGE

NOMINAL FREQUENCY

MANUFACTURER General Electric

YES NO N/A

COVER GASKET OK

FOREIGN MATERIAL

SPIRAL SPRING OK


RUST PRESENT

YES NO N/A

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED

CONNECTIONS TIGHTENED

CONTACTS CLEANED

INSULATION RES. MEGOHMS

GLASS CONDITION OK

MOISTURE

BEARING ENDPLAY OK

DISC CLEARANCE OK

PICKUP

TIME DELAY

TARGET SEAL-IN

AS LEFT

OVERFREQUENCY

UNDERFREQUENCY

AS FOUND

ADC

ADC

AS LEFT

ADC

ADC

OVERFREQUENCY 60 HERTZ TO

OVERFREQUENCY 60 HERTZ TO

UNDERFREQUENCY 60 HERTZ TO

UNDERFREQUENCY 60 HERTZ TO

HERTZ

HERTZ

HERTZ

HERTZ

CY

CY

CY

CY

CY

CY

CY

CY

CY

CY

CY

CY





SUBSTATION

DATE

POSITION

10/13/2014

FREQUENCY RELAY TEST

352

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

AS LEFT

NAMEPLATE DATA

TYPE

ROUTINE MAINTENANCE

OVERFREQUENCY (Hz)

AS LEFT

UNDERFREQUENCY (Hz)

FREQUENCY UNIT (Hz)

AS LEFT

SEAL-IN UNIT (Hz)

AS FOUND

TIMING TESTS

VISUAL INSPECTION

RELAY SETTINGS

PICKUP TESTS

VOLTAGE

UNDERFREQUENCY RANGE

SPECIFIED AS FOUND SPECIFIED AS FOUND

SPECIFIED AS FOUND

FREQUENCY RELAY TEST

353PAGE


COMMENTS:

DEFICIENCIES:




YES NO N/A

COVER GASKET OK

FOREIGN MATERIAL

SPIRAL SPRING OK


YES NO N/A

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED


GLASS OK

MOISTURE

BEARING ENDPLAY OK

RUST PRESENT

AS LEFT

AS LEFT

CT RATIO MATCHING TAPS

SLOPE TEST (W1-W2)

INSTANTANEOUS UNIT TEST


SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER DIFFERENTIAL RELAY

TYPE BDD

354

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

WINDING 1 PICKUP TEST

NAMEPLATE DATA

MANUFACTURER

CURRENT RATING

TYPE

PICKUP

MODEL NO.


PERCENT SLOPE

AS LEFT

DC VOLTAGE TAP

WINDING 1

AS LEFT

WINDING 2

RELAY SETTINGS

RELAY TESTS

CURRENT TRANSFORMER RATIO MATCHING TAPS

WINDING 2 PICKUP TEST

HARMONIC RESTRAINT TEST

To

To

To

To

To

ToAUX UNIT PICKUP TEST

PASS/FAIL% ERROR

NA

RESULTMAXIMUMMINIMUM

A

A

%

%

A

%

VERIFY POLAR UNIT DROPOUT

INSTANTANEOUSPERCENT HARMONIC

DC CONTROL VOLTAGES INSTRUCTION BOOKLET




TYPE BDD

355PAGE


COMMENTS:

DEFICIENCIES:

A THROUGH LEFT & RIGHT,

INSTANTANEOUS RANGE

MINIMUM PICKUP

MODEL / STYLE NO.

:5CT RATIO

TCC NO.

SEAL-IN RANGE

% SLOPE

TYPE

DEVICES OPERATED

INSTRUCTION BOOKLET

LONG TIME RANGE

RATED CURRENT

MANUFACTURER




A B C

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

A B C

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED


GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

AS LEFT


ADCADC ADCA/A/ A/

AS LEFTPHASE

ADC

ADC

ADC

ADC

ADC

ADC

A A

A

A

A

A

A A

A/

A/

A/

A

A

A

A/

A/

A/

B

PHASE RELAYS


SUBSTATION

DATE

POSITION

10/13/2014

PERCENTAGE DIFFERENTIAL RELAY

PICKUP TESTS

356

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

C

AMPS SEC. AMPS SEC. AMPS SEC. AMPS SEC. AMPS

AS LEFT AS LEFT

A THROUGH RIGHT & OPERATE A THROUGH LEFT COIL

NAMEPLATE DATA


RELAY SETTINGS TAP/TIME DIAL

AS LEFT

SEAL-IN

TIMING UNIT

AS LEFT

A

A

A

MINIMUM DIFFERENTIAL PICKUP

AS LEFT

A

A

A

% DIFFERENTIAL (FORWARD / REV)

AS LEFT

A

A

A

SEAL-IN

AS FOUND

PICKUP TESTS

LEFT

TIMING TESTS

PHASE

A

B

C

RIG

HT

A

B

C

A THROUGH OPERATE COIL


A

A

A

SPECIFIED AS FOUND

A

A

A

SPECIFIED AS FOUND

A/ A

A/ A

A/

SPECIFIED AS FOUND

AS LEFT

SEC.AMPS SEC.

AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUNDSPECIFIED

SEC.AMPS

PERCENTAGE DIFFERENTIAL RELAY

PICKUP TESTS

357PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR PROTECTION CONTROLLER (IQ-2000)

358

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

2

3

7

9

14

15

16

17

18

19

20

21

22

25

27

SETPOINT FUNCTION

WINDING TEMP.

MOTOR BRG. TEMP.

LOAD BRG. TEMP.

LOAD ACCELERAT.

UNDERLOAD START

PRE-START TIMER

PRE-RUN TIMER

PRE-STOP TIMER

INCOMPLETE SEQ.

ANTI-BACKSPIN

ANTI-RECYCLE, MIN.

TIME UNDERVOLT.

POST-START TIMER

POST-STOP TIMER

FULL LOAD CURRENT

V.T. RATIO

SETPOINT VALUE RANGE

TRIP & ALARM: 0 TO 199 DEG. C (1C STEP)



TIME: 0-99 SEC. ( IN 1 SEC. STEP)







TIME: 0-60 MIN. ( IN 1 MIN. STEP)




AMP: 1-1000 ( IN 1 AMP STEP)

RATIO: 0,2,4,5,20,30,35,40,55,60,70 (WHERE: 4 = 4:1, ETC.)

TRIP ALARM TIME COMMENTS

1

4 GROUND FAULT

TRIP: 4-12 PRIMARY CIRCUIT (1 AMP STEP) ALARM: 0-12A PRIMARY CIRCUIT (1 AMP STEP) TIME: 0-5 SEC. (1 SEC. STEP)

5INSTANTANEOUS OVERCURRENT

TRIP: 300-1500% OF FULL LOAD AMPERES (IN 100% STEP) USE NUMBERS 3-15 ONLY

6LOCKED ROTOR CURRENT

TRIP: 300-1200% (IN 10% STEP) USE NUMBERS 30-120 ONLY. THE DECIMAL POINT HERE SHOWN AS: 3.0, 12.0 TIME: 0-60 SEC. ( IN 1 SEC. STEP)

8 JAMTRIP: 70-1200% OF FULL-LOAD AMPS ( IN 1% STEP) USE NUMBERS 70-1200

10 UNDERLOAD RUNTRIP: 0-90% OF FULL-LOAD AMPS ( IN 1% STEP) TIME: 0-10 SEC. ( IN 1 SEC. STEP)

11 ULTIMATE TRIPAMP: 85-125% OF FULL-LOAD AMPS ( IN 1% STEP) USE NUMBERS 85-125

12 OVERVOLTAGETRIP: 0-9999 VAC ( IN 1 VOLT STEP) TIME: 0-99 SEC. ( IN 1 SEC. STEP)

13 UNDERVOLTAGETRIP: 0-9999 VAC ( IN 1 VOLT STEP) TIME: 0-99 SEC. ( IN 1 SEC. STEP)

23 START COUNTS/HRS.COUNTS: 1-10 COUNTS ( IN 1 COUNT STEP) TIME: 0-24 HR. ( IN 1 HR. STEP)

24OPEN/UNBALANCE PHASE

ALARM: 5-30% OF FULL-LOAD AMPERES ( IN 1% STEP) TIME: 0-25 SEC. ( IN 1 SEC. STEP)

26 C.T. RATIORATIO: 2,4,5,8,10,15,20,30,40,50,60,80, 100,120,160,200 (WHERE: 2 = 2:1, ETC.)

28 STARTER CLASSPREFIX IN ALARM WINDOW: 11, 13, 14 SUFFIX IN TIME WINDOW: 202, 212, 502, 512, ETC.

MOTOR PROTECTION CONTROLLER (IQ-2000)

359PAGE


COMMENTS:

DEFICIENCIES:

:5

:120

TCC NO.

CT RATIO

VT RATIO

MODEL / STYLE NO.

DEVICE NUMBER

SEAL-IN RANGE

MINIMUM PICKUP

TYPE

DEVICES OPERATED

INSTRUCTION BOOKLET

LONG TIME RANGE

RATED VOLTAGE

MANUFACTURER




A B C

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

A B C

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED


GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

PHASE RELAYS

AS LEFT

CT SHORTING BAR REM.

A/A/ A/

A

B

C

AS LEFT

PHASE

AMPS SEC. AMPS AMPS SEC. AMPS AMPS SEC. AMPS SEC.PHASE

AS LEFT

A

B

C


SUBSTATION

DATE

POSITION

10/13/2014

OVERCURRENT RELAY

WITH

VOLTAGE RESTRAINT

360

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA


RELAY SETTINGS

ADCADC ADC

TAP/TIME DIAL

AS LEFT

SEAL-IN

PICKUP TESTS

ZERO RESTRAINT

AS LEFT

RATED RESTRAINT UNITY P.F.

AS LEFT

RATED RESTRAINT

AS LEFT

SEAL-IN

AS FOUND

ADC

ADC

ADC

ADC

ADC

ADC

TIMING TESTS @ RATED RESTRAINT & UNITY POWER FACTOR

AS LEFT

SEC.

AS LEFT

SEC.


SPECIFIED AS FOUND SPECIFIED AS FOUND SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

OVERCURRENT RELAY

WITH

VOLTAGE RESTRAINT

361PAGE


COMMENTS:

DEFICIENCIES:

:5 :120VT RATIO

DIRECTIONAL UNIT PICKUP

MODEL / STYLE NO.


INSTRUCTION BOOKLET

SEAL-IN RANGE

MANUFACTURER




RATED VOLTS

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED



SPECIFIED AS LEFTSPECIFIEDSPECIFIEDAS FOUND

SPECIFIEDAS FOUND

° ° mA mA

AS LEFT

ADC ADC

SEC

SEC

SEC

SEC

SEC

SEC

SEC

SEC

SEC

AS FOUND SPECIFIED AS LEFT

SPECIFIED

TIME @ TD

TIME @ TD

TIME @ TD


SUBSTATION

DATE

POSITION

10/13/2014

POLYPHASE POWER DIRECTIONAL RELAY

TYPE GGP

362

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA


RELAY SETTINGS

TIME DIAL

AS LEFT AS FOUND

VOLTAGE UNIT

AS LEFT

SEAL-IN

AS FOUND

PICKUP TESTS

CLOSING ZONE @ RATED E & 1A

AS LEFT

°

AS FOUND

MINIMUM PICKUP @ MAX Q

AS LEFT

mA

SEAL-IN

AS FOUND

TIMING TESTS

TYPE

AMPS

CURVE

POLYPHASE POWER DIRECTIONAL RELAY

TYPE GGP

363PAGE


COMMENTS:

DEFICIENCIES:

DEVICE NUMBER

INSTANTANEOUS RANGE

MAXIMUM TORQUE SETTING

MODEL / STYLE NO.

:5

TCC. NO.

SEAL-IN RANGE

DEVICES OPERATED

INSTRUCTION BOOKLET

LONG TIME RANGE

RATED VOLTAGE

MANUFACTURER




A B C N C NA B

/TYPE

/

/

CT RATIO

COVER GASKET / GLASS OK

NO FOREIGN MATERIAL / MOISTURE

SPIRAL SPRING / BEARING ENDPLAY

BEARING / DISC CLEARANCE OK

NO RUST PRESENT

GLASS / CASE CLEANED

RELAY / CONNECTIONS TIGHTENED

TAPS TIGHTENED / CONTACTS CLEANED

TRIP CIRCUIT / INSULATION RESISTANCE


ROUTINE MAINTENANCE

PHASE RELAYS

NEUTRAL RELAY

AS LEFT AS LEFT

INSTANTANEOUS

DIRECTIONAL UNIT LINK

A/

A/

A/

A/

A/

A/

ADC

ADC

ADC

ADC

ADC

ADC

ADC

ADC

ADC

ADC

ADC

ADC

C

N

A

B

C

N

AS FOUND

MAXIMUM Q

PHASEVOLTAGE @ P. U.

MAXIMUM Q

A

A

A

A

A

A

A

A

ADC

ADC

ADC

ADC

V

V

V

V

A

B

C

N

AMPS SEC.AMPS SEC. AMPS AMPS SEC. AMPS AMPS SEC. AMPS SEC.

A

B

PHASEAS LEFT

/


SUBSTATION

DATE

POSITION

10/13/2014

REVERSE CURRENT RELAY

364

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

/

NAMEPLATE DATA

VISUAL INSPECTION

RELAY SETTINGS

A

A

A

A

A

A

A

A

A

A

A

A

PICKUP TESTS

TIMING TESTS

TIMING UNIT

AS LEFT

A

A

A

A

A

A

A

A

AS FOUND

TOC SEAL-IN UNIT

AS LEFT

ADC

ADC

ADC

ADC

INSTANTANEOUS SEAL-IN UNITINSTANTANEOUS UNIT

NO OPERATION VERIFIED 0 VAC; RATED AMPS APPLIED

(TERMINALS 7-8 SHORTED)

CLOSING ZONE

AS LEFT

SEC.

AS LEFT

SEC.

TAP / TIME DIAL

AS LEFT

PHASE RELAYS

NEUTRAL RELAY

TOC SEAL-IN

INSTANTANEOUS SEAL-IN

(PHASE RELAYS : NEUTRAL RELAY / GROUND RELAY)

/

AS SPECIFIED AS FOUND SPECIFIED AS FOUND SPECIFIED AS FOUND

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

REVERSE CURRENT RELAY

365PAGE


COMMENTS:

DEFICIENCIES:

:120

CURVE

DEVICE NO.

PICKUP RANGE

MODEL / STYLE NO.

:5DEVICES OPERATED

INSTRUCTION BOOKLET

MANUFACTURER




COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED



RATED VOLTS

PHASE WATTS

AS SPECIFIED AS LEFT

SEAL-IN UNIT

AS FOUND

PICKUP TESTS

ICW52

ACTUAL MINIMUM PICKUP - AMPS

CLOSING ZONE @ RATED E & 5A - DEG


CURRENT TO CLOSE RIGHT CONTACT


ACTUAL CURENT

SECONDS AMPS SECONDS AMPS SECONDS AMPS SECONDS AMPS SECONDS

TIMING POINTS AT RATED VOLTAGE & MAXIMUM TORQUE ANGLE

AS FOUND AS SPECIFIED AS SPECIFIED AS LEFT

AMPS

ICW52A

) * .80 = A, OR SPECIFIED DROPOUT


SUBSTATION

DATE

POSITION

10/13/2014

REVERSE POWER RELAY

366

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

= = AI MIN. =

@ RATED VOLTAGE & MAXIMUM TORQUE ANGLE

CALCULATED MINIMUM PICKUP CURRENT

I MIN. (

NAMEPLATE DATA

CT RATIO

AMPS

TYPE

VT RATIO


RELAY SETTINGS

AS LEFT

SECONDS

AS FOUND

AMPS

(1.732) (RATED VOLTS) (1)

WATT TAP SETTING

)(1.732) ( (1)

SEAL-IN RANGE

REVERSE POWER RELAY

367PAGE


COMMENTS:

DEFICIENCIES:




YES NO N/A

COVER GASKET OK

FOREIGN MATERIAL

SPIRAL SPRING OK


YES NO N/A

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED


GLASS OK

MOISTURE

BEARING ENDPLAY OK

RUST PRESENT

AS LEFT

AS LEFT

CT RATIO MATCHING TAPS

SLOPE TEST

INSTANTANEOUS

1.35 - 1.65 A

9.0 - 10.3 A

7.0 - 8.3 A

36 - 44 A

AS FOUND


SUBSTATION

DATE

POSITION

10/13/2014


TYPE BDD

368

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MINIMUM PICKUP OPERATING VALUE

NAMEPLATE DATA

MANUFACTURER

CURRENT RATING

SLOPE

INSTANTANEOUS

%

A

TYPE

PICKUP

MODEL NO.

DC CONTROL VOLTAGES

INSTRUCTION BOOKLET


PERCENT SLOPE

AS LEFT

DC VOLTAGE TAP

WINDING 1

AS LEFT

WINDING 2

RELAY SETTINGS

RELAY TESTS

HARMONIC RESTRAINT OPERATING VALUE

SPECIFIED

5A TAP; 25% SLOPE

AS FOUND

4.6A TAP; 15% SLOPE

SPECIFIED

APPROX. 1.47

NOT SPECIFIED

4.0 - 5.0 A

VERIFY POLAR UNIT DROPOUT

CURRENT TRANSFORMER RATIO MATCHING TAPS




TYPE BDD

369PAGE


COMMENTS:

DEFICIENCIES:




/ MODEL / STYLE NO.


SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONISM CHECK RELAY

370

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

MANUFACTURER TYPE

AC VOLTS DC VOLTS INSTRUCTION BOOKLET

COVER GASKET OK

NO FOREIGN MATERIAL

NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

GLASS CLEANED

RELAY CLEANED

TRIP CIRCUIT TESTED

CASE CLEANED



/

AS LEFTAS SPECIFIEDAS FOUND

SYNCH CHECK DL-LB

SYNCH CHECK LL-DB

SYNCH CHECK DL-DB

SYNCH CHECK LL-LB

TIMER TL-2 2.0-20

TIMER TL-2 0.2-2.0

TIMER TL-2 0.02-0.2

EXTERNAL SUPERVISION (UV)

SUPERVISION INPUT

UNDERVOLTAGE - LINE

PHASE ANGLE

TIMING

SEAL-IN

UNDERVOLTAGE - BUS

CLOSING ANGLE

RELAY SETTINGS

TESTS

SEC

Adc

SEC

Adc

V

V

SEC

Adc

V

V

V

V

°

°

°

SYNCHRONISM CHECK RELAY

371PAGE


COMMENTS:

DEFICIENCIES:

:120VT RATIO

ASEAL-IN RANGE

MODEL / STYLE NO.

CURVE

DROPOUT RANGE

TYPE

PICKUP RANGE

DEVICE NO.

INSTRUCTION BOOKLET

VOLTAGE

MANUFACTURER

A B

COVER GASKET OK

NO FOREIGN MATERIAL

A B C

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED



GLASS CONDITION OK

NO MOISTURE PRESENT


NO RUST PRESENT

AS LEFT

A

B

C

AS FOUND AS LEFTPHASE

A

A

A

A

A

A

A

A

A

AS LEFT

SEC

SEC

SEC

SEC

SEC

SEC


SUBSTATION

DATE

POSITION

10/13/2014

DIFFERENTIAL VOLTAGE RELAY

TYPE KAB

372

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




PHASE A PICKUP TIME @

PHASE B PICKUP TIME @

PHASE C PICKUP TIME @

V

V

V

NAMEPLATE DATA

CEYGeneral Electric

ROUTINE MAINTENANCE

RELAY SETTINGS

PICKUP TESTS

TIMING TESTS

INSTANTANEOUS OVERCURRENT

AS LEFT

SEAL-IN

INSTANTANEOUS OVERCURRENT

AS LEFT

A

A

A

VOLTAGE UNIT

AS LEFT

A

A

A

SEAL-IN UNIT

AS FOUND

ADC

ADC

ADC

ADC

ADC

ADC

CVISUAL INSPECTION

SPECIFIED AS FOUND AS FOUNDSPECIFIED

SPECIFIED AS FOUND

SEC

SEC

SEC

SPECIFIED AS FOUND


TYPE KAB

373PAGE


COMMENTS:

DEFICIENCIES:




General Electric

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED




SUBSTATION

DATE

POSITION

10/13/2014

GROUND DIRECTIONAL OVERCURRENT RELAY

374

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

MANUFACTURER

DEVICES OPERATED

TYPE

AMPS

CT RATIO :5 :120


AC VOLTS

MODEL / STYLE NO.

INSTANTANEOUS TAP

AS LEFT

AA

SECSEC

SECSEC

0

0

SEC SEC

A AA

A AA

A AA

INSTRUCTION BOOKLET

CURRENT POLARIZEDPOTENTIAL POLARIZEDDIRECTIONAL UNIT PICKUP:

TIME OVERCURRENT CURVE TYPE

VT RATIO

INSTANTANEOUS OVERCURRENT RANGE

A

A

A

NEUTRAL TIMING TESTS

NEUTRAL PICKUP

SEAL IN:

CURRENT POLARIZATION

POTENTIAL POLARIZATION @ 5 Vac

INSTANTANEOUS UNIT

AdcINSTANTANEOUSAdcTIME ELEMENT

PICKUP & TIMING TESTS

DIRECTIONAL UNIT CHECK

NAMEPLATE DATA

RELAY SETTINGS

OVERCURRENT TAP

MINIMUM TORQUE ANGLE MAXIMUM TORQUE ANGLE° °

TIME DIAL

TORQUE LINKTORQUE LINK 45° LAGOUT20° LAGIN

° °

2X =

5X =

EFFECTIVE TORQUE ANGLE

A

SEC

SEC

SEC

°

SPECIFIED AS FOUND

GROUND DIRECTIONAL OVERCURRENT RELAY

375PAGE


COMMENTS:

DEFICIENCIES:




NO FOREIGN MATERIAL

GLASS CLEANED

TRIP CIRCUIT TESTED

NO MOISTURE PRESENT




SUBSTATION

DATE

POSITION

10/13/2014

DIGITRIP OVERCURRENT RELAY

376

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


=

A

ON

LONG TIME PU

=

=

x

A

A

A = A

ON

POLE 2 (sec)

AS FOUND

TIME BAND (sec)

MINIMUM

LTPU

STPU

SHORT TIME PU

MAXIMUM

OFF

OFF

OFFON

ON OFFDISCRIMINATOR

DISCRIMINATOR

DELAY

DELAY

DELAY

DELAY

INST. PU

INST. PU

x

SHORT TIME PU

General Electric TYPE

PHASE CT RATIO :5

MODEL / STYLE NO.

GROUND CT RATIO :5

DRAWOUT: BOLT-IN:

=

A

=

ALONG TIME PU

=

=

x

A

A

A =

SHORT TIME PU

OFFON

ON OFFDISCRIMINATOR

DISCRIMINATOR

INST. PU

INST. PU

x

SHORT TIME PU

=

=

ON

A

ON

OFF

OFF

DELAY

DELAY

DELAY

DELAYAGROUND SETTINGS AS FOUND

GROUND SETTINGS AS LEFT

AF

2

3

4

5

6

7

8

9

1

10

INSTRUCTION BOOKLET

LONG TIME

CURRENT MULTIPLE

POLE 3 (sec)

AS FOUND

AS FOUND

AS LEFT

AS LEFT

STPU

INSTANTANEOUS

LONG TIME

SHORT TIME

LTPU

POLE 1 (sec)

TEST AMPERES

NAMEPLATE DATA

PHASE SETTINGS AS LEFT

PHASE SETTINGS AS FOUND =

FUNCTION

GROUND TEST RESULTS

DIP SWITCH SETTINGS

PHASE TCC TYPE

GROUND TCC TYPE


MANUFACTURER

SERIAL NO.

DEVICES OPERATED

A

A

INSTANTANEOUS

LTPUGROUND FAULT

IPU

AL

LONG TIME PU

LONG TIME PU

A

SHORT TIME

A

GROUND FAULTLTPU

ON OFF

ON OFF

ON OFF

ON OFF

PHASE TEST RESULTS

AS LEFT

AS FOUND (sec)

AS LEFT (sec)

IPU

DIGITRIP OVERCURRENT RELAY

377PAGE


COMMENTS:

DEFICIENCIES:

DEVICE NO.

:120VT RATIO

SEAL-IN RANGE

MODEL / STYLE NO.

CURVE

DROPOUT RANGE

TYPE

PICKUP RANGE

INSTRUCTION BOOKLET

VOLTAGE

MANUFACTURER




YES NO N/A

COVER GASKET OK

FOREIGN MATERIAL

SPIRAL SPRING OK


RUST PRESENT

YES NO N/A

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED


GLASS CONDITION OK

MOISTURE

BEARING ENDPLAY OK

DISC CLEARANCE OK

AS SPECIFIED AS FOUND AS LEFT

VOLTAGE PICKUP

TIME DELAY

V V

AS FOUND AS LEFT

V V

AS SPECIFIED

AS FOUND AS LEFTAS SPECIFIED

PICKUP

TARGET SEAL-IN ADC ADC

3 PH. DROP-OUT TIME TO V CYCY CY

CYCY CYPICKUP TIME 0.0 V TO RATED

VOLTAGE DROPOUT V

TARGET SEAL-IN ADC

V

ADC

DROPOUT V V

1 PH. DROP-OUT TIME TO V CYCY CY


SUBSTATION

DATE

POSITION

10/13/2014

VOLTAGE RELAY

378

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

VISUAL INSPECTIONROUTINE MAINTENANCE

PICKUP TESTS

RELAY SETTINGS

TIMING TESTS

V

V

ADC

V

V

ADC

VOLTAGE RELAY

379PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

METERING MODULE TEST

380

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


MULTI-FUNCTION METER READING

MEASURED SYSTEM VOLTAGE

(volts)

VOLTAGE TURNS RATIO

=/

=

=

=

=

=/

/

/

/

/

MEASURED SYSTEM CURRENT

(amps)

=/

=

=/

/

A-N

B-N

C-N

A-B

A-C

B-C

B

A

CURRENT TURNS RATIO

PERCENT ERRORPHASE

INPUT VOLTAGE (volts)

General Electric

OTHER

INSTRUCTION MANUAL

MODEL NO.

NAMEPLATE DATA

CLASS

CONTROL VOLTAGE TYPE

STYLE/SERIES NO.

PERCENT ERROR

MULTI-FUNCTION METER READING

PHASE

INPUT CURRENT (amps)

C

3 PH. kW DEMAND

kWHRS: AS LEFT

3 PH. kVA DEMAND

METERING MODULE TEST

381PAGE


COMMENTS:

DEFICIENCIES:

:120VT RATIO

DEVICE NO.

MODEL / STYLE NO.

:5CT RATIO

TCC NO.

TYPE

DEVICES OPERATED

INSTRUCTION BOOKLET

MANUFACTURER




COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED



INDUCTION

ALARM

TAP TIME DIAL TAP AS LEFTUNIT

AS FOUND

VV

AS FOUND AS LEFT

AS LEFT

V

AS LEFT

INDUCTION

ALARM

AMPS SEC.AMPS SEC. AMPS AMPS SEC. AMPS SEC.AMPS SEC. AMPS SEC.


SUBSTATION

DATE

POSITION

10/13/2014

NEGATIVE SEQUENCE

OVERCURRENT RELAY TEST

382

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA


RELAY SETTINGS

PICKUP TESTS

ADC

INDUCTION COIL P.U. CURRENT

AS LEFT

ADC

AS FOUND

ALARM COIL P.U. CURRENT

AS LEFT

ALARM COIL VOLTAGE

AS LEFT

TIME DIAL

SEAL-IN

ADC ADC ADC

ALARM UNIT SEAL-IN

AS LEFT

ADC

INDUCTION UNIT SEAL-IN

AS FOUND

AS LEFT

SEC. AMPS

AS LEFT

SEC. AMPS

A A

TIMING TEST

TAP TIME DIAL

SPECIFIED AS FOUND

SPECIFIED AS FOUND

SPECIFIED AS FOUND


SEC.

SPECIFIED AS FOUND

NEGATIVE SEQUENCE

OVERCURRENT RELAY TEST

383PAGE


COMMENTS:

DEFICIENCIES:




COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED




SUBSTATION

DATE

POSITION

10/13/2014

PHASE DIRECTIONAL OVERCURRENT RELAY

384

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DEVICES OPERATED

TYPE

AMPS

CT RATIO VT RATIO:5 :120


AC VOLTS

TIME DIALOVERCURRENT TAP

MODEL / STYLE NO.

INSTANTANEOUS OVERCURRENT RANGE

INSTANTANEOUS TAP

INSTRUCTION BOOKLET

CURRENT POLARIZEDPOTENTIAL POLARIZEDDIRECTIONAL UNIT PICKUP:

TIME OVERCURRENT CURVE TYPE

MANUFACTURER

SPECIFIED AS LEFT

AA

A A

AA

A

A

A

X = A SEC SEC SEC

X = A SEC SEC SEC

X = A

X = A

SEC

SEC

SEC

SEC

SEC

SEC

X = A

X = A

SEC

SEC

SEC

SEC

SEC

SEC

AS FOUND

A

A

A

SEAL-INS

Adc Adc

AdcAdc

Adc Adc

INSTANTANEOUSTIME

REVERSE CURRENT POLARITY

CLOSED BOTTOM CONTACTS

NO

NOYES

YES

YES

INSTANTANEOUS UNIT

AS LEFTAS FOUND

A

A

A

CONTACTS OPEN

NO

NO

NOYES

YES

YES

PHASE C UNIT

PHASE B UNIT

PHASE A UNIT

PHASE C TIMING

PHASE B TIMING

PHASE A TIMING

PHASE C PICKUP

PHASE B PICKUP

PHASE A PICKUP

DIRECTIONAL UNIT CHECK

NAMEPLATE DATA

RELAY SETTINGS

PICKUP & TIMING TESTS

NO

PHASE DIRECTIONAL OVERCURRENT RELAY

385PAGE


COMMENTS:

DEFICIENCIES:

PROTECTION RELAY

PAGE 386CUSTOMER

JOB #HUMIDITYTEST DATE %

RELAYS GENERALPLANT

Example Customer Company

10/13/2014 °F FORMS - ALLAMBIENT TEMPERATURE

POSITIONSUBSTATION

SOFTWARE VER.:

EQUIPMENT PROTECTED: SERIAL NO.:

TYPE:

TEST RESULTS




MODEL:MANUFACTURER:

<enter function description> <enter text><enter text> <enter text> <enter text>

<enter test description> <enter result><enter result> <enter result><enter result>

COMMENTS:

DEFICIENCIES:

:120VT RATIO

DEVICE NUMBER

DIRECTIONAL UNIT PICKUP

MODEL/STYLE NO.


INSTRUCTION BOOKLET

MANUFACTURER




RATED VOLTS

CURVE

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED



SEAL-IN UNITWATT TAP SETTING

=(1.732)

=

ANGLE 1 (ANGLE @ PICKUP)

ANGLE 2 (ANGLE @ PICKUP)

MAXIMUM ANGLE OF TORQUE (MAX. Q)


PICKUP @ MAXIMUM Q

AMPS SECONDS AMPS SECONDS AMPS SECONDS AMPS SECONDS AMPS SECONDS

TIMING POINTS AT RATED VOLTAGE & MAXIMUM TORQUE ANGLE


ADC

AS FOUND

ADC

AS LEFT

CALCULATED MINIMUM PICKUP @ RATED VOLTAGE & MAX. Q

SINGLE PHASE TEST


SUBSTATION

DATE

POSITION

10/13/2014

POWER DIRECTIONAL

CAP RELAY TEST

387

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

)(

NAMEPLATE DATA

TYPE

AMPS

:5


RELAY SETTINGS

AI MIN. =(1.732) (RATED VOLTS)

PICKUP TESTS

°° °

A A A

AS LEFT

SECONDS

AS FOUND

AMPS

PHASE ANGLE TESTS

POWER DIRECTIONAL

CAP RELAY TEST

388PAGE


COMMENTS:

DEFICIENCIES:




COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED




UNIT 1

UNIT 2

AS SPECIFIED

UNIT 1

UNIT 2

AS LEFTAS FOUND

SEC

SEC SEC

SEC


SUBSTATION

DATE

POSITION

10/13/2014

STATIC TIMING RELAY

389

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TIME RANGE #2TIME RANGE #1

INSTRUCTION BOOKLET

ADC

ADC

ADC

ADC

ADC

ADC

NAMEPLATE DATA

MANUFACTURER MODEL/STYLE NO.

SEAL-IN RANGE

DEVICES OPERATED


RELAY SETTINGS

TIME DIAL

AS LEFT

SEAL-IN

AS FOUND

TEST RESULTS

TIME UNIT

AS LEFT

SEC

SEC

SEAL-IN UNIT

AS FOUND

ADC

ADC

ADC

ADC

DC VOLTS AC VOLTS PARTS BULLETIN

TYPE

OPERATING DEVICE

STATIC TIMING RELAY

390PAGE


COMMENTS:

DEFICIENCIES:

INSTRUCTION BOOKLET

MINIMUM PICKUP

MODEL/STYLE NO.

:5CT RATIO

TCC NO.

% SLOPE

TYPE

DEVICES OPERATED

SEAL-IN RANGE

RATED CURRENT

MANUFACTURER




General Electric CEY

A B C

COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

A B C

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED


GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK


AS LEFT

A

B

C

AS FOUND AS LEFTPHASE

A

A

A

A

A

A

TIMING POINTS @ ZERO RESTRAINT

B

C

AMPS SEC. AMPS AMPS SEC. AMPS AMPS SEC. AMPS SEC.PHASE

AS LEFT

PHASE A - TOP PHASE B - MIDDLE PHASE C - BOTTOM MINIMUM MAXIMUMRESTRAINT CURRENT

OPERATING CURRENT OPERATING CURRENT LIMITS *

A


SUBSTATION

DATE

POSITION

10/13/2014

BALANCED CURRENT RELAY

391

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA


RELAY SETTINGS

PICKUP TESTS

SLOPE TESTS

ADC ADCA/A/ A/

TAP / TIME DIAL

AS LEFT

%%

% SLOPE

AS LEFT

%

SEAL-IN UNIT

ADC

TIMING UNIT

AS LEFT

A

A

A

MINIMUM PICKUP

AS LEFT

A

A

A

SEAL-IN UNIT

AS FOUND

ADC

ADC

ADC

ADC

ADC

ADC

AS LEFT

SEC.

AS LEFT

SEC.

* REFER TO THE SLOPE CURVE TO VERIFY OPERATING CURRENT LIMITS

A

A

A

A

A

A

A

A

A

SPECIFIED AS FOUND AS FOUNDSPECIFIED SPECIFIED AS FOUND

A

A

A

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

AMPS SEC.

SPECIFIED AS FOUND

BALANCED CURRENT RELAY

392PAGE


COMMENTS:

DEFICIENCIES:

DEVICES OPERATED

SEAL-IN RANGE

PICKUP RANGE

MODEL/STYLE NO.

OPERATING DEVICE

TIME RANGE #2

AMPS

TYPE

INSTRUCTION BOOKLET

TIME RANGE #1

RATED VOLTS

MANUFACTURER




COVER GASKET OK

NO FOREIGN MATERIAL

SPIRAL SPRING OK


NO RUST PRESENT

GLASS CONDITION OK

NO MOISTURE PRESENT

BEARING ENDPLAY OK

DISC CLEARANCE OK

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED


CONTACTS CLEANED




UNIT 1

UNIT 2

AS SPECIFIED

UNIT 1

UNIT 2

AS LEFTAS FOUND

SEC

SEC SEC

SEC


SUBSTATION

DATE

POSITION

10/13/2014

TIMING RELAY

393

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

ADC

ADC

ADC

ADC

ADC

ADC

NAMEPLATE DATA


RELAY SETTINGS

TIME DIAL

AS LEFT

SEAL-IN

AS FOUND

TEST RESULTS

TIME UNIT

AS LEFT

SEC

SEC

SEAL-IN UNIT

AS FOUND

ADC

ADC

ADC

ADC

TIMING RELAY

394PAGE


COMMENTS:

DEFICIENCIES:

AMPSAMPS

V

V

V

V

:5CT RATIO :120VT RATIO

CURVE

DEVICE NO.

87L CURRENT RANGE LOW

87L VOLTAGE RANGE LOW

87L CALIBRATION CLOCKWISE LOW

HZFREQUENCY

MODEL / STYLE NO.TYPE

DEVICES OPERATED

INSTRUCTION BOOKLET

SEAL-IN RANGE

87L CURRENT RANGE HIGH

87L VOLTAGE RANGE HIGH

87L CALIBRATION CLOCKWISE HIGH

VOLTAGE CONTINUOUS

MANUFACTURER

VAC

CEY

A B C

COVER GASKET OK

NO FOREIGN MATERIAL

A B C

GLASS CLEANED

RELAY CLEANED

TAPS TIGHTENED

TRIP CIRCUIT TESTED

CASE CLEANED



GLASS CONDITION OK

NO MOISTURE PRESENT


NO RUST PRESENT

AS LEFT AS LEFT AS LEFT

87L 87H SEAL-IN

A

B

C

AS FOUND AS LEFT AS FOUND AS LEFT

A

B

C

AS FOUND AS LEFT

PHASE

PHASE

87L 87H

SEAL-INTHYRITE STACK - 120VDC APPLIED

AS LEFT

mA

mA

mA

mA

mA

mA

mAmA mA ADC

ADC

ADC

ADC

ADC

ADC

V

V

V

V

V

V

A A

A A

A A


SUBSTATION

DATE

POSITION

10/13/2014


TYPE PVD

395

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

ROUTINE MAINTENANCE

RELAY SETTINGS

PICKUP TESTS

VV V AA A ADCADC ADC

VISUAL INSPECTION

General Electric

SPECIFIED AS FOUND SPECIFIED AS FOUND SPECIFIED AS FOUND

SPECIFIED AS FOUND


TYPE PVD

396PAGE


COMMENTS:

DEFICIENCIES:

Current Current Current Current Current Current Seconds Sec Error Sec

15

5 25

Theo Min Max As Found As Left Value Theo As Found As Found As Left

7 35

5 25

7 35

3 15

5

7

3

5

7

3

5

7

3

7

3

5

3

5


SUBSTATION

DATE

POSITION

10/13/2014

SEL 351


397

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

RELAYS

AMBIENT TEMPERATURE

SEL

% PLANT°F




Theo

Current

Min

Current

Max

Current As Found As Left As Found

A - N

As Left

C - N

As Found As Left

B - N

50P1

50P2

50P3

50P4

50P5

50P6

Unit

Pickup (amps)

Error

As Left

Multiple

3

5

TimingPickup (amps)

Unit

51P Phase C-N

51A

51B

51C

51G

51Q

7

3

551N

51P Phase B-N

51P Phase A-N

3 15

7 35

255 4.75 5.25

5 4.75 5.25

5 4.75 5.25

7

COMMENTS:

DEFICIENCIES:

SEL 351


Volts

Min

Volts Volts

27P1P 3PH

59P1P 3PH

59N1P OV

59N2P OV

Unit

59QP OV

59V1P OV

27B81P

27SP

59S1P

59S2P

5

As Found Current

Max

Current As Found

Current


50PP2

50PP3

50PP4

50G1

50G2

50G3

50G4

50G5

50G6

50Q1

50Q2

50Q3

50Q4

50Q5

50Q6

50QR

50QF

50N1

50N2

50N3

50N4

50N5

398PAGE

Theo

Unit Current

Current Pickups (amps)

50N6

50PP1

Min

3.75

25VLO

25VHI

6.25

Volts Volts As Found As Left As Found As Left As Found

Volts Volts As Found As Left As Found As Left As Found

As Left

Under - Over Voltage Phase Pickups (volts)

C Phase VoltsB Phase VoltsA Phase VoltsMax Min

27P1P UV

27P2P UV

59P1P OV

59P2P OV

Unit

Theo

Volts

5

As Left

27PP UV

59PP OV

Phase C-A VoltsPhase B-C VoltsPhase A-B VoltsMax Min

Unit

Theo

Volts

Under - Over Voltage Phase To Phase Pickups

3.75

Sync Angle (degrees)

Unit

Min

HzHz As LeftAs Found

Drop Out HzPickup Hz

Slip Frequency

LEADING:

LAGGING:

LEADING:

LAGGING:25ANG2

UNIT

25ANG1

Max

As Found

Angle

As Left

Min Max As Found

Max Theo

As Left

Volts

Voltage Pickups

As Left

25

6.25

As Left

Current Current As Found As Left As Found As Left As Found As Left

50PP1

50PP2

Phase C-A CurrentPhase B-C CurrentPhase A-B CurrentMax Min

Unit

Theo

Current

Phase To Phase Instantaneous Pickups (amps)

50PP4

50PP3

COMMENTS:

DEFICIENCIES:

0

3

Voltage As Found As Left As Found As Left As Found

Z2R

Unit

Z2F

Impedance (ohms)

Reach

As Left

ErrorCurrent (amps)

Multiple

Value

Min

Seconds As Found

67P1

67P2

67P3

67P4

67G1

67G2

67G3

67G4

Seconds

Max

67Q1

67Q2

67Q3

67Q4

67N1

67N2

67N3

67N4

As Left

Seconds

Timer

Unit

SEL 351


399PAGE

Angle


Theo

Hz

Min

Hz

Max

Hz As Found

Applied

Min Max As Found

81D1

81D2

81D3

81D4

81D5

81D6

Unit

As Left

Hz

Frequency Pickup

Hz. As Left

SecondsSeconds

Frequency Time

TID =

Identifier Labels

Z0MAG =

Z1ANG =

Z0SANG =Z0SMAG =

CTR =

CTRN =

VNOM =

LL =

RID =

PTRS =

SEL 351


400PAGE

Time Overcurrent Elements

Pickup (51xP) Curve (51xC) Time Dial (51xTD)

EM Reset (51xRS)

B Phase(B)

Unit

C Phase(C)

Neutral(N)

Res. Gnd.(G)

Neg. Seq.(Q)

A Phase(A)

5

Instantaneous Overcurrent Elements

Enable(E50x)

PkUp(50x2P) PkUp(50x3P) PkUp(50x4P)

PkUp(50x5P)

PkUp(50x6P)

Neutral(N)

Res. Gnd.(G)

Neg. Seq.(Q)

Phase(P)

Ph-Ph(PP)

Unit

Neutral(N)

Res. Gnd.(G)

Neg. Seq.(Q)

Definite Time Overcurrent Elements

Phase(P)

Time Delay (67x1D) Time Delay (67x2D) Time Delay (67x3D) Time Delay (67x4D)

Line Settings

PkUp(50x1P)

Enable(E51x)

Ph-Ph(P)

PTR =

Current And Potential Transformer Ratios

Z1MAG =

Other Enable

Z0ANG =

Unit

ZLR =

NLAR =PLAR =

Load-Encroachment Elements

ZLF =

NLAF =PLAF =

Directional Elements

DIR4 =

DIR1 =

DIR3 =

ORDER =

DIR2 =

50P32P =

Z2F = Z2R =

50QFP = 50QRP =

a2 = k2 =

50GFP = 50GRP =

a0 = Z0F =

Z0R = 50NFP =

50NRP = a0N =

79OI1 =

79OI4 =79OI3 =

79RSD =

79CLSD =

79RSLD =

79OI2 =

Reclosing Relay

UBDURD =

Additional DCUB Trip Scheme Settings

GARD1D =

UBEND =

50LP =3POD =

CFD =

Other Settings

TDURD =

5

6

7

8

9

10

11

12

13

14

15

16

Pickup (SVxPU)#

Power Elements

PhPkUp (PWRxP) 3PhPkUp (3PWRxP) Type (PWRxT) Time Delay (PWRxD)


Voltage Sag / Swell / Interrupt

VINT =

1

3

4

5

6

Pickup (81DxP)#

1

2

2

3

32WFP =

Wattmetric Element Settings

59RES =

32WD =32WRP =

Synchronism Check Elements

25VLO =

25ANG1 =25SF =

25ANG2 =

TCLOSD =

SYNCP =

25VHI =

VSWELL =

VSAG =

67P2SD =BTXD =

67N2SD =

67Q2SD =

67G2SD =

Z3XD =

DCB Trip Scheme Settings

Z3XPU =

CLOEND =

SOTFD =

EBLKD =

POTT Trip Scheme Settings

Z3RBD =

EWFC

EDURD =

52AEND =

ETDPU =

Switch-Onto-Fault

NDEMP =

QDEMP =

PDEMP =

Demand Metering Settings

DMTC =

GDEMP =

79RI =

79RIS =

79DTL =

79DLS =

79SKP =

Reclosing Relay Equations

79STL =

79BRS =

79SEQ =

79CLS =

Dropout (SVxDO)

SELogic Control Equation Variable Timers

Dropout (81DxD)

Frequency Elements

4

4

1

#

2

3

PkUp (xxx2P)UNIT

Phase Over V (59P1)

NegSeq Over V (59Q)

ZeroSeq Over V (59N)

VS Over V (59S)

PosSeq Over V (59V1)

Ph-Ph Over V (59P)

Ph-Ph Under V (27P)

VS Under V (27S)

Phase Under V (27P1)

Ph UV Block (27B81)

Voltage Elements

PkUp (xxxxP)

TR =

TRCOMM =

TRSOTF =

DTT =

ULTR =

Trip Logic Equations

PT1 =

LOG1 =

PT2 =

LOG2 =

BT =

Communications-Assisted Trip Scheme Input Equations

52A =

CL =

ULCL =

Close Logic Equations

E81

ESV

EDEM

ELOP

ELOAD

E32

E79 E25

ESOTF

EFLOC ESSI

EPWR ECOMM

EVOLT

5

SEL 351


401PAGE

#

1

2

3

4

Set Latch Bit (SETx) Reset Latch Bit (RSTx)

5

6

7

8

9

10

11

12

13

14

15

16

67P1TC =

67P2TC =

67P3TC =

67P4TC =

67N1TC =

Torque Control Equations for Inst./Def. Time Overcur

67N2TC =

67N3TC =

67N4TC =

67G1TC =

67G2TC =

67G3TC =

67G4TC =

67Q1TC =

67Q2TC =

67Q3TC =

67Q4TC =

51ATC =

51BTC =

51CTC =

51PTC =

51NTC =

Torque Control Equations for Time Overcurrent

51GTC =

51QTC =

SV2 =

SV3 =

SV4 =

SV5 =

SELogic Control Equation Variable Timer Input

SV6 =

SV7 =

SV9 =

SV10 =

SV11 =

SV12 =

SV13 =

SV14 =

SV8 =

SV15 =

OUT103 =

OUT104 =

OUT105 =

Output Contact Equations

OUT106 =

OUT107 =

OUT203 =

OUT204 =

OUT205 =

OUT206 =

OUT207 =

OUT201 =

OUT210 =

OUT211 =

OUT212 =

OUT208 =

OUT209 =

SS4 =

SS5 =

Setting Group Selection Equations

SS6 =

SS1 =

SS2 =

Channel A (TMBxA) Channel B (TMBxB)

IN208D =


Latch Bits Set / Reset Equations

SS3 =

OUT202 =

OUT101 =

OUT102 =

SV1 =

E32IV =

DCHIP =

COSP2 =

KASP1 =

Event Parameters

ER =

PRE =

FAULT =

BSYNCH =

CLMON =

PHROT =

BKMON =

Equation (DPx) On Label (DPx_1) Off Label (DPx_0)

DCLOP =

Station DC Battery Monitor

LER =

#

1

2

3

4

5

6

7

8

#

1

2

4

3

6

8

7

5

10

12

11

14

16

15

13

9

Display Points

LDLIST =

Load Profile Settings

Power System Config & Date Format

NFREQ =

DATE_F =

Breaker Monitor Settings

COSP1 =

COSP3 =

KASP2 =

EBMON =IN202D =

IN106D =

IN102D =

IN104D =

IN207D =

IN203D =

IN201D =

IN103D =

IN105D =

IN101D =

Mirrored Bits Transmit Equations

LDAR =

TGR =

Settings Group Change Delay

KASP3 =

Optoisolated Input Timers

VSCONN =SCROLD =

Front-Panel Display Operation Voltage Input Configuration

Other Equations

IN204D =

PTCONN =FP_TO =

SER1 =

SER2 =

SER3 =

Sequential Events Recorder Triggers

FPNGD =

IN205D = IN206D =

SEL 351


402PAGE


1

Local Bit (NLBx) Clear Local Bit (CLBx) Set Local Bit (SLBx) Pulse Local Bit (PLBx)#

2

3

4

6

7

8

5

10

11

12

14

15

13

9

Reclosing Relay Labels

79LL =

PREFIX =

SETTLE =ADDR =

Communication Settings

FASTOP =RTSCTS =

Other Port Settings

Local Bit Labels

79SL =

Protocol Settings

SPEED =

T_OUT =16

AUTO =

BITS =

STOP =

PROTO =

PARITY =

Current


SUBSTATION

DATE

POSITION

10/13/2014

ROTATING MACHINERY INSULATION TEST

STEP VOLTAGE TEST

403

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




1.00

2.00

3.00

4.00

°C

minutes

STEP VOLT.

TEST

WINDING 2

5.00

1.0

2.0

3.0

4.0

5.0KVDC

1.00

2.00

3.00

4.00

5.00

1.0

2.0

3.0

4.0

5.0

1.00

2.00

3.00

4.00

5.00

1.0

2.0

3.0

4.0

5.0

KVDC

TEMPERATURE

KVDC

STEP VOLT.

TEST

WINDING 1

TO FRAME

Current

Current

IR

IR

IR

KVDCEnter TCF Manually: TEMP. CORR. FACTOR (TCF) TO 20°C MAX. TEST VOLTAGE

TEST TIME

WIN

DIN

G 3

TO

FR

AM

E

CURRENT (microamps)

IR (megohms)

STEP VOLT. (kVDC)

IR 20ºC (megohms)

TIME(minutes)

WIN

DIN

G 2

TO

FR

AM

E

CURRENT (microamps)

IR (megohms)

STEP VOLT. (kVDC)

IR 20ºC (megohms)

TIME(minutes)

WIN

DIN

G 1

TO

FR

AM

E

CURRENT (microamps)

IR (megohms)

STEP VOLT. (kVDC)

IR 20ºC (megohms)

TIME(minutes)

STEP VOLT.

TEST

WINDING 3

TO FRAME

8

EXCITER S/N

EXCITER DESIGN

EXCITER VOLTS

EXCITER AMPS

EXCITER kW

EXCITER DRWG

EXCITER rpm

EXCITER TYPE

RES S/N

GLOBAL VPI

EXCITER MFR

SEMI-CON COAT

ºC

CONFIGURATION

SERIAL NO.

SPECIAL ID

CIRCUIT

MFR

MFR YEAR

REASON

WEATHER

TANK TEMP

YR RWND

STATOR kV

FREQ Hz

TYPE

VOLTS

AMPS

MACHINE

TYPE

INS TYPE

COOLING

INS NAME

kVA 1

kVA 2

PWR FACTOR

CREW SIZE

STA AMP 1

STA AMP 2

POLES

hp/kw

SPEED/rpm

H2 PRESS

H2 PRESS

YR SERVICE

VOLT GRADING APPLIED

COMMENTS:

DEFICIENCIES:

MOTOR TEMPERATURECONNECTED EQUIPMENT





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR POLARIZATION INDEX (PI) TEST

404

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C

LOCKED ROTOR CURRENT

PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

°C

kVDC

* POLARIZATION INDEX = 10 MINUTE READING / 1 MINUTE READING


0.25

0.50

0.75

1.00

1.25

1.50

1.75

2.00

2.50

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

P.I. NO.*

MINUTES 20°C READING(megohms)


READING (megohms)

READING (megohms)

READING (megohms)

TEMP. CORR.FACTOR

TEMP. CORR.FACTOR

TEMP. CORR.FACTOR

WINDING 1 TO FRAME - MEGOHMS WINDING 2 TO FRAME - MEGOHMS WINDING 3 TO FRAME - MEGOHMS

TEMPERATURE CORRECTION FACTOR TO 20°C, TCFEnter TCF Manually:


TEST VOLTAGE

MOTOR POLARIZATION INDEX (PI) TEST

405PAGE

POLARIZATION CURVE

Winding 1: Red Square

Winding 2: Blue Circle

Winding 3: Green Triangle


COMMENTS:

DEFICIENCIES:

°CMOTOR TEMPERATURECONNECTED EQUIPMENT





SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONOUS MOTOR POLARIZATION INDEX (PI) TEST - ARMATURE

406

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

°C

TYPE VOLTAGE

OTHER

POWER FACTORTEMPERATURE RISE

SERIAL NO.

AMPSCURRENT RATING

VDC

FIELD INFORMATION

kVDCTEST VOLTAGE: TEMPERATURE CORRECTION FACTOR T0 20°C, TCFEnter TCF Manually:


0.25

0.50

0.75

1.00

20°C

ARMATURE WINDING TO GROUND

MINUTES TEMP. CORR.FACTOR

READING (megohms)

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

P. I.

SYNCHRONOUS MOTOR POLARIZATION INDEX (PI) TEST - ARMATURE

407PAGE

POLARIZATION CURVE

Armature: Red Square


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

408

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

STATOR COIL

TIP UP TEST

°F

8

EXCITER S/N

EXCITER DESIGN

EXCITER VOLTS

EXCITER AMPS

EXCITER kW

EXCITER DRWG

EXCITER rpm

EXCITER TYPE

RES S/N

GLOBAL VPI

EXCITER MFR

SEMI-CON COAT

ºC

CONFIGURATION

SERIAL NO.

SPECIAL ID

CIRCUIT

MFR

MFR YEAR

REASON

WEATHER

TANK TEMP

YR RWND

STATOR kV

FREQ Hz

TYPE

VOLTS

AMPS

MACHINE

TYPE

INS TYPE

COOLING

INS NAME

kVA 1

kVA 2

PWR FACTOR

CREW SIZE

STA AMP 1

STA AMP 2

POLES

hp/kw

SPEED/rpm

H2 PRESS

H2 PRESS

YR SERVICE


60TEST FREQUENCY:

kV %

TEST kV

% TIP UP

WATTSmAMEAS.

DIRECTP.F. %Capacitance C (pF)TEST TYPE

STEPNUMBERCOIL ID

1 UST-B 2251

UST-B 4502

UST-B 6753

UST-B 81004

STATOR COIL

TIP UP TEST

409PAGE


PO

WE

R F

AC

TO

R %

1-Blue Circle

STATOR COIL

TIP UP TEST

410PAGE



mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R Off 1.0001

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONOUS MOTOR POLARIZATION INDEX (PI) TEST

411

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

°C

TYPE VOLTAGE

OTHER


SERIAL NO.

AMPSCURRENT RATING

VDC

FIELD INFORMATION

kVDC

TEST VOLTAGE: STATOR kVDC

ROTOR

20 °C

READING (megohms)

TEMP. CORR.FACTOR

MINUTES TEMP. CORR.FACTOR

STATOR TO FRAME - ROTOR GUARDED ROTOR TO FRAME - STATOR GUARDED

READING (megohms)

0.25

0.50

0.75

1.00



2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

P. I.

TEMPERATURE CORRECTION FACTOR TOEnter TCF Manually:


SYNCHRONOUS MOTOR POLARIZATION INDEX (PI) TEST

412PAGE

POLARIZATION CURVE

Stator: Red Square

Rotor: Blue Circle


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

413

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINES

TIP UP TEST

°F

EXCITER S/N

EXCITER DESIGN

EXCITER VOLTS

EXCITER AMPS

EXCITER kW

EXCITER DRWG

EXCITER rpm

EXCITER TYPE

RES S/N

GLOBAL VPI

EXCITER MFR

SEMI-CON COAT

ºC

CONFIGURATION

SERIAL NO.

SPECIAL ID

CIRCUIT

MFR

MFR YEAR

REASON

WEATHER

TANK TEMP

YR RWND

STATOR kV

FREQ Hz

TYPE

VOLTS

AMPS

MACHINE

TYPE

INS TYPE

COOLING

INS NAME

kVA 1

kVA 2

PWR FACTOR

CREW SIZE

STA AMP 1

STA AMP 2

POLES

hp/kw

SPEED/rpm

H2 PRESS

H2 PRESS

YR SERVICE


60TEST FREQUENCY:

kV %

CIRCUIT DESCRIPTIONTEST ID

TEST kV

% TIP UP

WATTSmAMEAS.

DIRECTP.F. %Capacitance C (pF)

GROUNDED TIP UP TEST

PHASE

2A 251 T1 GND T2, T3

4502 T1 GND T2, T3

6753 T1 GND T2, T3

81004 T1 GND T2, T3

2B 255 T2 GND T3, T1

4506 T2 GND T3, T1

6757 T2 GND T3, T1

81008 T2 GND T3, T1

2C 259 T3 GND T1, T2

45010 T3 GND T1, T2

67511 T3 GND T1, T2

810012 T3 GND T1, T2

ROTATING MACHINES

TIP UP TEST

414PAGE


PO

WE

R F

AC

TO

R %

Phase C - Green TrianglePhase A - Blue Circle

GND - Purple Square

Phase B - Red Triangle

kV %

CIRCUIT DESCRIPTIONTEST ID

TEST kV

% TIP UP

WATTSmAMEAS.

DIRECTP.F. %Capacitance C (pF)

UNGROUNDED TIP UP TEST

PHASE

2A 251 T1 MES T2 GND T3

4502 T1 MES T2 GND T3



2B 255 T2 MES T3 GND T1




2C 259 T3 MES T1 GND T2



810012 T3 MES T1 GND T2

ROTATING MACHINES

TIP UP TEST

415PAGE


PO

WE

R F

AC

TO

R %

Phase C - Green TrianglePhase A - Blue Circle Phase B - Red Triangle

ROTATING MACHINES

TIP UP TEST

416PAGE



mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R Off 1.0001

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

ROTATING MACHINERYPOLARIZATION INDEX (PI) TEST

417

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F





kVDC

MOTOR TEMPERATURE TEMPERATURE CORRECTION FACTOR TO 20°C, TCF

EXCELLENT

< 1

1.0 - 1.25

1.4 - 1.6

> 1.6

< 1

1.0 - 2

2 - 4

> 4

DAR60/30 SEC

POLARIZATION INDEX (PI)

INSULATION CONDITION

CONNECTED EQUIPMENT TEST VOLTAGE

POOR

QUESTIONABLE

0.50



READING(megohms)


READING(megohms)

P. I.

A B C


0.25

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

READING (megohms)

D. A. R.

0.75

Enter TCF Manually:

GOOD

°C


EXCITER S/N

EXCITER DESIGN

EXCITER VOLTS

EXCITER AMPS

EXCITER kW

EXCITER DRWG

EXCITER rpm

EXCITER TYPE

RES S/N

GLOBAL VPI

EXCITER MFR

SEMI-CON COAT

ºC

CONFIGURATION

SERIAL NO.

SPECIAL ID

CIRCUIT

MFR

MFR YEAR

REASON

WEATHER

TANK TEMP

YR RWND

STATOR kV

FREQ Hz

TYPE

VOLTS

AMPS

MACHINE

TYPE

INS TYPE

COOLING

INS NAME

kVA 1

kVA 2

PWR FACTOR

CREW SIZE

STA AMP 1

STA AMP 2

POLES

hp/kw

SPEED/rpm

H2 PRESS

H2 PRESS

YR SERVICE


ROTATING MACHINERYPOLARIZATION INDEX (PI) TEST

418PAGE


POLARIZATION CURVE

A B C

DATE

SUBSTATION

10/13/2014

ROTATING MACHINERY

TEMPERATURE °F HUMIDITY % EQPT. LOCATION

POSITION

Example Plant

AUTOMATED

: Blue Circle : Green Triangle: Red Square

COMMENTS:

DEFICIENCIES:

AC, 180HZAC, 60HZTEST VOLTAGE UTILIZED:MOTOR TEMPERATURE

CONNECTED EQUIPMENT


SUBSTATION

DATE

POSITION

10/13/2014

MOTOR HIGH POTENTIAL TEST

419

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

0.25

0.50

0.75

1.00

1.25

1.50

1.75

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

11.00

12.00

13.00

14.00

15.00

16.00

17.00

18.00

19.00

20.00

Winding 1 Winding 3Winding 2

°C DC


TIME MINUTES

TEST VOLTAGE

(volts)

WINDING 1

WINDING 2

WINDING 3

MOTOR HIGH POTENTIAL TEST

420PAGE


COMMENTS:

DEFICIENCIES:

1 + DF






SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONOUS MOTOR

DISSIPATION FACTOR TEST

421

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

25% GST=STATOR-GND; RTR GND


25% UST=STATOR-ROTOR

100% UST=STATOR-ROTOR

NORM. REV. NORM. REV.

25% UST=ROTOR-STATOR

100% UST=ROTOR-STATOR

25% GST=RTR-GND; STATOR GND

TEST

kV

SW.

POS.

CALC.

%

P.F.


20°C

%

MEAS.

%

MULTI-

PLIER

CALC.

AVG.

DIAL READING

CAPACITANCE

PICO

FARADS

MULTI-

PLIER

CALC.

AVG.

DIAL READING

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT



°C

TYPE VOLTAGE

OTHER


SERIAL NO.

AMPSCURRENT RATING

VDC

FIELD INFORMATION

TYPE OF TEST

2

√




PF =

STATOR WINDING TEST

ROTOR WINDING TEST


DF

SYNCHRONOUS MOTOR

DISSIPATION FACTOR TEST

422PAGE


COMMENTS:

DEFICIENCIES:

MOTOR TEMPERATURE °C

DELTACONNECTED CONFIGURATION:


SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONOUS MOTOR

WINDING RESISTANCE

423

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

COPPER

MEASURED RESISTANCE

OHMS

RESISTANCE CORRECTED TO

85 °C, OHMS

TOTAL WINDING RESISTANCE

R

RM

S

KT

M

T

T

T

WYE WINDING MULTIPLIER = 3X

COPPER

MEASURED RESISTANCECALCULATED RESITANCE

CORRECTED TO 85°C

OHMS OHMS

WYE

NAMEPLATE VALUE MEASURED RESISTANCECALCULATED RESISTANCE

CORRECTED TO 85°C

OHMS OHMS OHMS

M + T

+ T

T

T S

K

K

M = RTR

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

°C

TYPE VOLTAGE

OTHER


SERIAL NO.

AMPSCURRENT RATING

VDC

FIELD INFORMATION




DELTA WINDING MULTIPLIER = 3/2X

= TEMPERATURE RESISTANCE CONSTANT (°C)

= TEMPERATURE FOR DESIRED RESISTANCE (85°C)

= TOTAL WINDING RESISTANCE AT TEST TEMPERATURE

STATOR WINDING

ROTOR WINDING

FIELD RESISTOR

WINDING MATERIAL:

WINDING MATERIAL:

= TOTAL WINDING RESISTANCE AT 85°C

= AMBIENT TEMPERATURE

COPPER = 234.5°CPHASE A -

PHASE B -

PHASE C -

SYNCHRONOUS MOTOR

WINDING RESISTANCE

424PAGE


COMMENTS:

DEFICIENCIES:

APPLIED TEST VOLTAGE





SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONOUS MOTOR

ROTOR WINDING VOLTAGE DROP TEST

425

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

VOLTAGE READINGCOIL NO.

°C

TYPE VOLTAGE

OTHER


SERIAL NO.

AMPSCURRENT RATING

VDC

FIELD INFORMATION

VOLTAGE READING (volts) COIL NO.

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

VOLTAGE READING COIL NO.

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

VAC

SYNCHRONOUS MOTOR

ROTOR WINDING VOLTAGE DROP TEST

426PAGE


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

MOTOR DISSIPATION FACTOR TEST

427

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

CAPACITANCE % DISSIPATION FACTOR

WINDING TIP UP TESTS

PF =

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

1. GST - WINDING 1 - GROUND @ 25% TEST VOLTAGE

2. GST - WINDING 1 - GROUND @100% TEST VOLTAGE





DIAL READING

REV.NORM.

DIAL READING

NORM. REV.

CAP. pF

MULTI- PLIER

CALC. AVG.

SW. POS.

TEST kVTYPE OF TESTTEST CALC.

AVG.MULTI- PLIER

MEAS. %

20° %

CALC. %

P.F. 20°C


1

2

3

4

5

6

1 + DF2

DF

√

MOTOR DISSIPATION FACTOR TEST

428PAGE


COMMENTS:

DEFICIENCIES:

MOTOR TEMPERATURE

CONNECTED CONFIGURATION

M + T

+ T

T

T S

K

KM = RTR





SUBSTATION

DATE

POSITION

10/13/2014

MOTOR STATOR

WINDING RESISTANCE TEST

429

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

R

RM

S

KT

M

T

T

T


WYE

PHASE A - T1 - T2

PHASE B - T3 - T4

PHASE C - T5 - T6

MEASURED RESISTANCE

OHMS

RESISTANCE CORRECTED TO

85 °C, OHMS

TOTAL RESISTANCE

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT


= TEMPERATURE RESISTANCE CONSTANT (°C)


= TOTAL WINDING RESISTANCE AT TEST TEMPERATURE°C

DELTA = TOTAL WINDING RESISTANCE AT 85°C


COPPER = 234.5°C

MOTOR STATOR

WINDING RESISTANCE TEST

430PAGE


COMMENTS:

DEFICIENCIES:

ACDCkV

°C

TEST VOLTAGE

MOTOR TEMPERATURECONNECTED EQUIPMENT





SUBSTATION

DATE

POSITION

10/13/2014

SYNCHRONOUS MOTOR

HIGH POTENTIAL TEST

431

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

ROTATING MACHINERY

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

INSULATION CLASS

POWER FACTOR

FULL LOAD CURRENT

VOLTAGE

TYPE

LISTING

TEMPERATURE RISE

SHAFT DIAMETER

DATE MANUFACTURED

SERVICE FACTOR

AMPS

AMPSHZ

UL CSA OTHER

°C


PHASE

FRAME

MANUFACTURER

OTHER INFORMATION

SERIAL NO.

HORSEPOWER

FREQUENCY

RPM

NEMA DESIGN

THERMALLY PROTECTED

WEIGHT

°C

TYPE VOLTAGE

OTHER


SERIAL NO.

AMPSCURRENT RATING

VDC

FIELD INFORMATION

TEST VOLTAGE (kV) µΑ

0.25

0.50

0.75

1.00

1.25

1.50

1.75

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

TIME MINUTES

STATOR HIGH POTENTIAL TEST

SYNCHRONOUS MOTOR

HIGH POTENTIAL TEST

432PAGE


COMMENTS:

DEFICIENCIES:

VT's

PHASE AMPACITY

CATALOG NO.





SUBSTATION

DATE

POSITION

10/13/2014

MEDIUM VOLTAGE

SWITCHBOARD INSULATION TEST

433

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INSULATING MEMBERS

CUBICLES

GROUND CONNECTIONS

AUXILIARY DEVICES

INSPECTED CONDITION CLEANED/LUBEDDESCRIPTION

OVERALL CLEANLINESS

RDG.

20°C

RDG.

20°C

RDG.

20°C

INSULATION RESISTANCE TEST RESULTS -


NAMEPLATE DATA

INSTALLED DEVICES

MEGOHMS


MANUFACTURER

WITHSTAND RATING

DRAWING NO.

SERIAL NO. TYPE

VOLTAGE CLASS

CONDUCTOR

NUMBER OF BAYS

AUXILIARY RELAY

CPT's

LOADBREAK DISCONNECTS

OTHER PROTECTIVE RELAYS

CT's

AIR BREAKERS

OVERCURRENT RELAYS

kWHR METERS

VACUUM BREAKERS

VOLTAGE RELAYS

PANEL METERS

OTHER

A kA CU AL

TEMPERATURE CORRECTION FACTOR TO 20°C, TCF =kVDC °CEQUIPMENT TEMPERATURE

RDG.

20°C

RDG.

BUS SECTION TESTED

20°C

A-GND B-GND C-GND N-GND A - B A - C B - C

PHASE

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

SWITCHBOARD BUS

CONNECTION TEST

434

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DRAWING NO.

TYPE

NAMEPLATE DATA

MANUFACTURER

APHASE AMPACITY

SERIAL NO.

kAWITHSTAND RATING

VOLTAGE CLASS

CONDUCTOR

NCBAFROM TO

BUS SECTION TESTED

GNBAFROM TO

BUS SECTION TESTED RESISTANCE IN MICRO-OHMS

C

CU AL

RESISTANCE IN MICRO-OHMS

G

CATALOG NO.

SWITCHBOARD BUS

CONNECTION TEST

435PAGE


COMMENTS:

DEFICIENCIES:


PROTECTIVE RELAYS

EQUIPMENT TEMPERATURETEST VOLTAGE

CPT's

BOLT-IN MCCB

CT's

DRAWOUT MCCB

VT's

FUSED DISCONNECTS

BOLT-IN LVACB

OTHER

kWHR METERS

BOLTED PRESSURE SWITCHES

DRAWOUT LVACB

AL

VOLTAGE CLASS

TYPE

kAWITHSTAND RATING

DRAWING NO.

SERIAL NO.

PHASE AMPACITY

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

LOW VOLTAGE


436

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INSULATING MEMBERS

CUBICLES

GROUND CONNECTION

AUXILIARY DEVICES


OVERALL CLEANLINESS

RDG.

20°C

RDG.

20°C

20°C

20°C

20°C

20°C

20°C

20°C

20°C

A-GND B-GND C-GND N-GND A - B A - C B - C A - N B - N C - N


RDG.

RDG.

RDG.

RDG.

RDG.

RDG.

RDG.

BUS SECTION TESTED

NAMEPLATE DATA

A

INSTALLED DEVICES

CU

PANEL METERS

kVDC °C

CONDUCTOR

LOW VOLTAGE


437PAGE


COMMENTS:

DEFICIENCIES:



AUXILIARY RELAYS

NUMBER OF BAYS

CT'sVT's



kWHR METERS

OVERCURRENT RELAYS

AIR BREAKERS

OTHER

PANEL METERS

VOLTAGE RELAYS

VACUUM BREAKERS

ALCU

VOLTAGE CLASS

TYPE

kAWITHSTAND RATING

DRAWING NO.

SERIAL NO.

APHASE AMPACITY

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

MEDIUM VOLTAGE

SWITCHBOARD HIGH POTENTIAL TEST

438

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INSULATING MEMBERS

CUBICLES

GROUND CONNECTIONS

AUXILIARY DEVICES


OVERALL CLEANLINESS

HIGHPOTENTIAL TESTS

N-GND

LEAKAGE - MICROAMPS

C-GNDB-GNDA-GNDBUS HIGH POTENTIAL TESTS CONDUCTED PHASE TO GROUND, WITH OTHER CONDUCTORS GROUNDED. LEAKAGE RECORDED AFTER TEST VOLTAGE APPLIED FOR ONE MINUTE.

TEST VOLTAGE MULTIPLIER

K1 = RANGE MULTIPLIER

BUS SECTION TESTED

NAMEPLATE DATA

INSTALLED DEVICES

CPT's

°C

K1

RDG.

TOTAL LEAKAGE

RDG.

TOTAL LEAKAGE

RDG.

TOTAL LEAKAGE

RDG.

TOTAL LEAKAGE

RDG.

TOTAL LEAKAGE

CONDUCTOR

kVDC

TOTAL LEAKAGE = ( K1 ) ( ACTUAL READING )

MEDIUM VOLTAGE

SWITCHBOARD HIGH POTENTIAL TEST

439PAGE


COMMENTS:

DEFICIENCIES:

VT's

PHASE AMPACITY

CATALOG NO.





SUBSTATION

DATE

POSITION

10/13/2014

MEDIUM VOLTAGE


440

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INSULATING MEMBERS

CUBICLES

GROUND CONNECTIONS

AUXILIARY DEVICES


OVERALL CLEANLINESS

RDG.

20°C

RDG.

20°C

RDG.

20°C

RDG.

20°C

RDG.

20°C

A-GND B-GND C-GND N-GND A - B A - C B - C

INSULATION RESISTANCE TEST RESULTS -

RANGE MULT. K2

PHASE


BUS SECTION TESTED

TEMPERATURE CORRECTION FACTOR TO 20°C, TCF =

K2 = (K1) (TCF)

NAMEPLATE DATA

INSTALLED DEVICES

kVDC

°C

MEGOHMS

TEST VOLTAGE MULTIPLIER, K1INSULATION TEST VOLTAGE


MANUFACTURER

WITHSTAND RATING

DRAWING NO.

SERIAL NO. TYPE

VOLTAGE CLASS

CONDUCTOR

NUMBER OF BAYS

AUXILIARY RELAY

CPT's



CT's

AIR BREAKERS

OVERCURRENT RELAYS

kWHR METERS

VACUUM BREAKERS

VOLTAGE RELAYS

PANEL METERS

OTHER

A kA CU AL

MEDIUM VOLTAGE


441PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

SWITCHGEAR INSPECTION

442

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

SERIAL NO.

VOLTAGE CLASS

CATALOG NO.

MANUFACTURER

NAMEPLATE DATA

AMPERES

VOLTS

CURRENT RATING

ADDITIONAL INFORMATION

TYPE

CONDITION

CONDITION

REMARK NUMBER

REMARK NUMBER

INSPECTIONS

EXTERIOR OF EQUIPMENT

ALL INTERIOR OF CUBICLES

BUS SUPPORT INSULATORS AND SPACING

SYSTEM MAINTENANCE AND CHECKS

TORQUE-TEST BOLTED BUS (READILY ACCESSIBLE CONNECTIONS ONLY)

LUBRICATE DRAW-OUT ASSEMBLY PARTS

VACUUM AND CLEAN INTERIOR OF CUBICLES

OPERATE CONTROLS AND CHECK CORRECTNESS OF FUNCTIONS

CHECK AUTOMATIC TRANSFER RELAY OPERATION (IF USED)

ALL INTERIOR BUS CABLE SYSTEMS

DOORS PANELS BRACKETS

DOOR HANDLES LOCKING BARS / MECHANISMS

INSTRUMENTS RELAY COVERS

BREAKER CELL CONTACTS

CONTROL TRANSFORMERS METERING TRANSFORMERS INSTRUMENTS

GROUNDING

RAILS GUIDES ROLLERS SHUTTER MECHANISMS

WIRING TERMINAL CONNECTIONS

SPACE HEATERSGRID ASSEMBLIES

CELL INTERLOCKS AUXILIARY CONTACT ASSEMBLIES

FILTERS IN PLACE VENTS ARE CLEAR

ANNUNCIATOR ALARM / TARGET OPERATION

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

G P C I

= ITEMS FOUND IN SATISFACTORY CONDITIONG

P = ITEMS FOUND IN POOR CONDITION AND REQUIRING FUTURE CORRECTIVE ACTION

= ITEMS REPAIRED OR CORRECTED AND LEFT IN SATISFACTORY CONDITIONC

= ITEMS REQUIRING IMMEDIATE CORRECTIVE ACTIONSI




SWITCHGEAR INSPECTION

443PAGE



DESCRIBE WHAT WAS TESTED

REFERENCE STANDARD: NETA ACCEPTABLE

PHASE - TO - PHASE - AND - GROUND

PHASE A TO PHASE B, PHASE C AND GROUND

PHASE B TO PHASE C, PHASE A AND GROUND

PHASE C TO PHASE A, PHASE B AND GROUND

MEASURED

RESULT

(MEGOHMS)

RECOMMENDED

MINIMUM

(MEGOHMS)

RESULT

ACCEPTABLE

(YES / N0)

TEST VOLTAGE: VOLTS DC

MINUTE(S)DURATION:

OVERPOTENTIAL

REFERENCE STANDARD: NETA ACCEPTABLE

DESCRIBE WHAT WAS TESTED

PHASE - TO - PHASE - AND - GROUND

PHASE A TO PHASE B, PHASE C AND GROUND

PHASE B TO PHASE C, PHASE A AND GROUND

PHASE C TO PHASE A, PHASE B AND GROUND

MEASURED

RESULT

(MEGOHMS)

RESULT

(PASS / FAIL)

RESULT

ACCEPTABLE

(YES / N0)

TEST VOLTAGE: VOLTS DC

MINUTE(S)DURATION:

CONNECTION RESISTANCE

ACCEPTABLE

(YES / NO)

ACCEPTABLE

(YES / N0)

MEASURED RESULT MEASURED RESULT

( OHMS) OHMS)(

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

PHASE

A

B

C

A

B

C

A

B

C

A

B

C

NETA CONNECTION RESISTANCE REQUIREMENT: COMPARE RESULTS TO RESULTS OF SIMILAR CONNECTIONS.

ARE RESULTS SATISFACTORY YES NO ( IF NO, SEE COMMENTS FOR AN EXPLANATION )

CONNECTION FROM

CONNECTION TO CONNECTION TO

CONNECTION FROM

CONNECTION TO

CONNECTION FROM

CONNECTION TO

CONNECTION FROM

COMMENTS:

DEFICIENCIES:

PANEL DESIGNATION:

PANEL DESIGNATION:

CONNECTED EQUIPMENT

kVDCTEST VOLTAGE

NO. FEEDER BREAKERS

AMPACITY

SERIAL NO.

TYPE OF LOADS

OTHER

MLOMAIN

TYPE

CATALOG NO.


FED FROM

NO. FEEDER DISCONNECTS

PANEL WITHSTAND RATING

VOLTAGE

MANUFACTURER

CONNECTED EQUIPMENT

kVDCTEST VOLTAGE

NO. FEEDER BREAKERS

AMPACITY

SERIAL NO.

TYPE OF LOADS

OTHER

MLOMAIN

TYPE

CATALOG NO.


FED FROM

NO. FEEDER DISCONNECTS

PANEL WITHSTAND RATING

VOLTAGE

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

POWER PANEL INSULATION TEST

444

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

SWITCHBOARDS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

PANEL LOCATION:

B - GRD

A - GRD

C - GRD

N - GRD

- MEGOHMS

RDG. RDG. 20°C

A - B

A - C

B - C

RDG. 20°C

B - N

C - N

TEST RESULTS

°C

PANEL LOCATION:

B - GRD

A - GRD

C - GRD

N - GRD

- MEGOHMS

RDG. 20°C RDG. 20°C

A - B

A - C

B - C

RDG. 20°C

A - N

B - N

C - N

TEST RESULTS

20°C

A - N



°C

POWER PANEL INSULATION TEST

445PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

ASCO TRANSFER SWITCH CALIBRATION REPORT

NEW GROUP 7 CONTROL PANEL

446

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

AS FOUND SPECIFIED AS LEFT

PHASE A

PHASE B

PHASE C

PHASE B

PHASE C

PHASE A

VOLTS % %VOLTS %VOLTS

SEC SECSEC

MIN MIN MIN

MIN MIN MIN

SEC SEC SEC

PICKUP

DROPOUT

321 4321 4 321 4

321 4 321 4 321 4

32 41

2 3 41

6 7 85 6 7 85 6 7 85

6 7 856 7 856 7 85

6 7 85

8

7

6

MANUFACTURER

NAMEPLATE DATA

WIRING NO.

SYSTEM VOLTAGE AMPACITY

SERIAL NO. TYPE

CONTROLS TYPE: ELECTROMECHANICAL SOLID STATE MICROPROCESSOR

INSTALLED OPTIONS

CATALOG NO.

TIME DELAYS

OVERRIDE MOMENTARY OUTAGES

ADJUSTMENT RANGE 0 TO 6 SEC. OFF OFF ON OFF

FACTORY SET @ 1 SEC. 5 6 7 8

TIMING TEST RESULTS

RETRANSFER TO NORMAL

ADJUSTMENT RANGE 0 TO 30 MIN. OFF OFF ON OFF

FACTORY SET @ 30 MIN. 1 2 3 4

TIMING TEST RESULTS

NO LOAD ENGINE COOL DOWN

ADJUSTMENT RANGE 0 TO 60 MIN. OFF OFF ON OFF

FACTORY SET @ 5 MIN. 5 6 7 8

TIMING TEST RESULTS

TRANSFER TO EMERGENCY

ADJUSTMENT RANGE 0 TO 5 MIN. OFF OFF OFF OFF

FACTORY SET @ 0 SEC. 1 2 3 4

TIMING TEST RESULTS

SENSOR SETTINGS

ADJUSTMENT RANGE 85 TO 100%

DIP SWITCH OFF ON OFF ON

ADJUSTMENT RANGE 85 TO 100%

DIP SWITCH OFF ON OFF ON

EMERGENCY FREQUENCY OFF

FACTORY SET @ 60 HERTZ 8

PHASE SELECTION OFF

OFF = 3 PHASE ON = 1 PHASE 7

IN-PHASE MONITOR OFF

ON = ACTIVE, OFF = OFF 6

NORMAL SOURCE DROP-OUT VOLTAGE

ADUSTMENT RANGE 75 TO 98%

FACTORY SET @ 94%

EMERGENCY FREQUENCY PICKUP

ADJ. RANGE 90-100% FACTORY SET @ 95%

SETTINGS 1 2 3 4

EMERGENCY SOURCE VOLTAGE PICKUP

FACTORY SET @ 90%

SETTINGS 5 6 7 8

NORMAL SOURCE PICKUP VOLTAGE

FACTORY SET @ 90%

ASCO TRANSFER SWITCH CALIBRATION REPORT

NEW GROUP 7 CONTROL PANEL

447PAGE


COMMENTS:

DEFICIENCIES:


R T = R MK

K

ST

T

+ T

+ TM





SUBSTATION

DATE

POSITION

10/13/2014

AUTOMATIC TRANSFER SWITCH TEST

TS UNIT

448

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

OVERALL CLEANLINESS

INSULATING MEMBERS


STRUCTURAL MEMBERS

CUBICLE

RACKING DEVICES

CONTACT FINGERS

MAIN CONTACTS

ARCING CONTACTS

ARC CHUTES

OPERATING MECHANISM

CONTACT SEQUENCE

GROUND CONNECTION

AUXILIARY DEVICES


LOAD CONDUCTOR NO./ PHASE: CU ALSIZE: KCM:

R

RM

S

K

= TOTAL POLE RESISTANCE AT 85°C

T

= TOTAL POLE RESISTANCE AT TEST TEMPERATURE

= TEMP. RESISTANCE CONSTANT (°C)

COPPER = 234.5°C

M

= TEMPERATURE FOR DESIRED RESISTANCE (20°C)T

T

T

AS LEFT 20°C

NORMAL

A

B

C

N

AS FOUND AS FOUND 20°C AS LEFT 20°C

A

B

C

N

EMERGENCY

POLE 20°C POLE

°C TEMPERATURE CORRECTION FACTOR 20°C, TCF

MANUFACTURER

NAMEPLATE DATA

WIRING NO.


SERIAL NO. TYPE


INSTALLED OPTIONS

CATALOG NO.

DESCRIPTION

POLE RESISTANCE


MICRO-OHMS LINE TO LOAD MICRO-OHMS LINE TO LOAD


TS UNIT

449PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


OLD GROUP 8 OR GROUP 9 CONTROL PANEL

450

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

TEST KIT SWITCH NO.

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

TEST KIT SWITCH NO.

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

A1 BOARD

SWITCH S18 TESTS

A2 BOARD

SWITCH S18 TESTS

28.5 - 31.5

10.4 - 11.9

115 - 1256

7

8

6

7

8

S14 ON

S15 OFF

S16 OFF

S14 ON

S15 OFF

S16 OFF

S14 ON

S15 OFF

S16 OFF

ACC NO. 1

ACC NO. 2B

ACC NO. 2E

ACC NO. 3


ADJUSTMENT RANGE 0.5 TO 6 SEC.

FACTORY SET @ 1 SEC.


ADJUST RANGE UP: 0-60 SEC DOWN 0-8 MIN


NO-LOAD ENGINE COOL DOWN

ADJUST RANGE UP: 0-8 SEC DOWN 0.5-30 MIN

FACTORY SET @ 5 MINS

RE-TRANSFER TO NORMAL

ADJUST RANGE UP: 0 SEC DOWN: 0.5-30 MIN


SPECIFIED AS LEFTAS FOUND

PHASE B

PHASE C

PHASE A

PHASE B

PHASE C

NORMAL SOURCE PICKUP VOLTAGE ADJUSTMENT RANGE 85 TO 100% FACTORY SET @ 90%

READING READING READING%

PICKUP

DROPOUT

PICKUP

DROPOUT

NORMAL SOURCE DROPOUT VOLTAGE ADJUSTMENT RANGE 75 TO 98% FACTORY SET @ 85%

EMERGENCY SOURCE VOLTAGE ADJUSTMENT RANGE 85 TO 100% FACTORY SET @ 90%

EMERGENCY SOURCE FREQUENCY ADJUSTMENT RANGE 90 TO 100% FACTORY SET @ 95%

%

15% FIXED

12% FIXED

%

PHASE A

MANUFACTURER

NAMEPLATE DATA

WIRING NO.


SERIAL NO. TYPE


INSTALLED OPTIONS

CATALOG NO.

SP

EC

IFIE

D

VA

LU

ES

VA

LU

ES

AS

FO

UN

D

CKT BOARD TEST VLTG

111 - 121

28 - 31

9.3 - 10.3

10.4 - 11.9

CKT BOARD TEST VLTG

TIME DELAY CALIBRATION

SENSOR SETTINGS (120V BASE)

2

3

4

5

2

3

4

5

VA

LU

ES

SP

EC

IFIE

D 2

3

4

5

2

3

4

5


OLD GROUP 8 OR GROUP 9 CONTROL PANEL

451PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


452

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


ARCING CHUTES

CONTACT SEQUENCE

AUXILIARY DEVICES

OPERATING MECHANISM

GROUND CONNECTION

DESCRIPTION

OVERALL CLEANLINESS


MAIN CONTACTS


INSULATING MEMBERS

STRUCTURAL MEMBERS

ARCING CONTACTS

AS LEFT

PHASE A

PHASE B

PHASE C

PHASE A

PHASE B

PHASE C

VOLTS & HZ % VOLTZ & HZ % VOLTS & HZ %

FACTORY SET @

FACTORY SET @

DROPOUT

PICKUP

FACTORY SET @

PICKUP

20°C AS LEFT 20°C

NORMAL

AS FOUND POLE AS FOUND 20°C AS LEFT 20°C

EMERGENCY

TIME DELAYS

POLE

SENSOR SETTINGS NOMINAL VOLTAGE:

DROPOUT

TESTED FROM LINE TO LOAD TERMINALS

TCF TO 20°C N

C

B

A A

B

C

N

CLEAN/LUBE

LOAD CONDUCTOR NO. SIZE ALCU

MANUFACTURER

NAMEPLATE DATA

WIRING NO.


SERIAL NO. TYPE


INSTALLED OPTIONS

CATALOG NO.

POLE RESISTANCE

°C

%

%

%

%

EQPT. TEMP

SEC

SEC

MIN

MIN

SPECIFIED AS FOUND

NORMAL SOURCE PICKUP VOLTAGE ADJUSTMENT RANGE:

NORMAL SOURCE DROPOUT VOLTAGE ADJUSTMENT RANGE:

EMERGENCY SOURCE VOLTAGE ADJUSTMENT RANGE:

EMERGENCY SOURCE FREQUENCY ADJUSTMENT RANGE:

FACTORY SET @

FACTORY SET @

OVERRIDE MOMENTARY OUTAGES ADJUSTMENT RANGE:

FACTORY SET @

TRANSFER TO EMERGENCY ADJUSTMENT RANGE:

FACTORY SET @

NO LOAD ENGINE COOL DOWN ADJUSTMENT RANGE:

FACTORY SET @

RE-TRANSFER TO NORMAL ADJUSTMENT RANGE:


453PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

AUTOMATIC TRANSFER SWITCH

CONTROLS TEST

454

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

AS FOUND SPECIFIED AS LEFTTIME DELAYS


ADJUSTMENT RANGE:

FACTORY SET @

ADJUSTMENT RANGE:

FACTORY SET @


ADJUSTMENT RANGE:

FACTORY SET @


SEC

SEC

MIN

ADJUSTMENT RANGE:

FACTORY SET @


SPECIFIED AS LEFTAS FOUND

MIN

PHASE A

PHASE B

PHASE C

PHASE A

PHASE B

PHASE C

VOLTS & HZ % VOLTZ & HZ % VOLTS & HZ %

FACTORY SET @

NORMAL SOURCE PICKUP VOLTAGE ADJUSTMENT RANGE:

FACTORY SET @

EMERGENCY SOURCE VOLTAGE ADJUSTMENT RANGE:

DROPOUT

PICKUPEMERGENCY SOURCE FREQUENCY ADJUSTMENT RANGE:

FACTORY SET @

PICKUP

DROPOUT

NOMINAL VOLTAGE:

MANUFACTURER

NAMEPLATE DATA

WIRING NO.


SERIAL NO. TYPE


INSTALLED OPTIONS

CATALOG NO.

FACTORY SET @

SENSOR SETTINGS

NORMAL SOURCE DROPOUT VOLTAGE ADJUSTMENT RANGE:

VOLTS

VOLTS

VOLTS

HERTZ


CONTROLS TEST

455PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


NEW GROUP 8 OR 9 CONTROL PANEL

456

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

111 - 121

28 - 31

10 - 11.6

10.6 - 12.2

2

3

4

5

NORMAL

CKT BOARD TEST VLTG

AS

LE

FT

NORMAL

CKT BOARD TEST VLTG

CKT BOARD TEST VLTG

10.6 - 12.2

33

5

PHASE A

PHASE B

PHASE C

PHASE A

PHASE B

PHASE C


ADJUSTMENT RANGE 0.5 TO 6 SEC.



ADJUST RANGE UP: 0-60 SEC DOWN 0-8 MIN



ADJUST RANGE UP: 0-8 SEC DOWN 0.5-30 MIN



ADJUST RANGE UP: 0 SEC DOWN: 0.5-30 MIN


AS LEFTAS FOUNDPOTENTIO- METER/

ACTUATORACTUATOR UP/DOWN TIMING

ACTUATOR UP/DOWN TIMING

ACC NO. 1

ACC NO. 2B

ACC NO. 2E

ACC NO. 3

NORMAL SOURCE PICKUP VOLTAGE ADJUSTMENT RANGE 85 TO 100% FACTORY SET @ 90%

READING READING READING%

ACTUATOR UP/DOWN

PICKUP

DROPOUT

PICKUP

DROPOUT

NORMAL SOURCE DROPOUT VOLTAGE ADJUSTMENT RANGE 75 TO 98% FACTORY SET @ 85%

EMERGENCY SOURCE VOLTAGE ADJUSTMENT RANGE 85 TO 100% FACTORY SET @ 90%

EMERGENCY SOURCE FREQUENCY ADJUSTMENT RANGE 90 TO 100% FACTORY SET @ 95%

P2 / 2

P4 / NA

P3 / 3

P1 / 1

%

15% FIXED

12% FIXED

SPECIFIED

%

TIMING

SP

EC

IFIE

D

EMERGENCY

SP

EC

IFIE

D

TEST KIT SWITCH NO.

2

TEST KIT SWITCH NO.

AS

LE

FT

3

SWITCH S18 TEST - NORMAL

4

TEST KIT SWITCH NO.

5

CKT BOARD TEST VLTG

5

EMERGENCY

25.8 - 28.8

TEST KIT SWITCH NO.

MANUFACTURER

NAMEPLATE DATA

WIRING NO.


SERIAL NO. TYPE


INSTALLED OPTIONS

CATALOG NO.

CONTROL PANEL

TEST

SWITCH S18 TESTS - EMERGENCY

TIME DELAY CALIBRATION

SENSOR SETTINGS (120V BASE)


NEW GROUP 8 OR 9 CONTROL PANEL

457PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


OLD GROUP 8 / GROUP 9 CONTROL PANEL

458

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFER SWITCHES

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

82.6 - 91.4 VAC

82.6 - 91.4 VAC

82.6 - 91.4 VAC

21.8 - 24.1 VAC

21.8 - 24.1 VAC

21.8 - 24.1 VAC

21.8 - 24.1 VAC

21.8 - 24.1 VAC

21.8 - 24.1 VAC

28.5 - 31.5 VDC

82.6 - 91.4 VAC

21.8 - 24.1 VAC

21.8 - 24.1 VAC

AS FOUND (VAC)

A1 BOARD A2 BOARD

SWITCH S18 TESTS SWITCH S18 TESTS

TEST KIT

SWITCH NO.

CKT BOARD TEST VLTG

6

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

CKT BOARD TEST VLTG

CKT BOARD TEST VLTG

115 - 125

7 28.5 - 31.5

8 10.4 - 11.9

6

7

8 10.4 - 11.9

9.3 - 10.3

28 - 31

111 - 121

TEST KIT SWITCH NO.

CKT BOARD TEST VLTG

TEST KIT SWITCH NO.

TEST KIT SWITCH NO.

115.9 - 128.1 VDC

26.1 - 28.9 VDC

AS LEFT (VAC)

10 - 15

12 - 15

13 - 15

14 - 15

1 - 15

2 - 15

3 - 15

4 - 15

5 - 15

6 - 15

7 - 15

8 - 15

9 - 15

10 - 15

11 - 15

TEST POINT REFERENCE

S14 ON

S15 OFF

S16 OFF

S15 ON

S16 OFF

S14 OFF S14 OFF

S15 OFF

S16 ON

MANUFACTURER

NAMEPLATE DATA

WIRING NO.


SERIAL NO. TYPE


INSTALLED OPTIONS

CATALOG NO.

MOTHER BOARD CHECK OUT

NORMAL (CP14 DISCONNECTED)

EMERGENCY (CP30 DISCONNECTED)

VA

LU

ES

SP

EC

IFIE

D

AS

FO

UN

D

SP

EC

IFIE

D

VA

LU

ES

VA

LU

ES

2

3

4

5

2

3

4

5

2

3

4

5

2

3

4

5


OLD GROUP 8 / GROUP 9 CONTROL PANEL

459PAGE


COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

460

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMER WINDING RESISTANCE QUICK TEST

°F

Asset ID:

First Winding

Second Winding

First Winding Reading

MANUAL WINDING RESISTANCE

Current (amp)

Cu

Please select the First (and Second) Winding to test

Test #

Ohms OhmsSecond Winding Units:First Winding Units: Winding Material:

Second Winding ReadingDescription

Reading Stability %

First Second

None None1






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

461

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

MAGNETIC BALANCE

°F

3

Nominal

Coolant

Weather

Tank Type%

OIL

lb

Class

SEALED

%

kV

Oil Volume

Oil Temp

GAL

°C

BIL

Impedance

Year

Phases

Reason

Weight

Primary

Voltage (kV) Tap Setting

Secondary

/ 3

3/

Nameplate Data

Cu

Serial Number

Manufacturer

Winding Material

kVA

Off Load

On Load

ChangerRated I#

Taps

5

1

Allowed Error

YNyn0

(ANSI)7Diagram #

Transformer Turns Ratio

#Phase(Deg)

TestV

VoltageH/L

Phase(Deg)

Phase(Deg)

H3 - H0 / X3 - X0H2 - H0 / X2 - X0H1 - H0 / X1 - X0

TTRTapH/L

%error

I excmA

I excmA

ActualTTR

ActualTTR

I excmA

%error

ActualTTR

%error

NominalNominal1

H1 H02

H2 H03

H3 H04

H1-H0

Magnetic Balance Test

H2-H0 H3-H0

Measured Percentage (%)Applied Voltage to High Voltage Side B/W

0.0000H1-H0 0.0000 0.0000

0.0000H2-H0 0.0000 0.0000

0.0000H3-H0 0.0000 0.0000

COMMENTS:

DEFICIENCIES:

3Diagram # (ANSI)

Dd0

ASSET ID: 10/13/2014 Detect Transformer Type

TEST DATE:

Test 1 of 1

H3 - H2 / X3 - X2

PhaseDeviation(degrees)

Excitation Current

(mA)Windings

H1 - H3 / X1 - X3

Test Voltage

(V)





H2 - H1 / X2 - X1

ActualTTR






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

463

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

VOLTAGE REGULATOR

TURNS RATIO TEST

°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES

VOLTAGE (kV) NOMINAL

DETC

DETC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR 1

Cu

SEALED

1ALLOWED ERROR

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

43Diagram # (ANSI)

VREG


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

S

L

SL

COMMENTS:

High Side Low Side H1 - H2 / X2 - X1H1 - H2 / X2 - X1

Actual Ratio

Calculated Ratio# VoltageTap # Tap # Voltage

TestVolt

Phase(Degrees)

Excitation Current (mA)

Percent Error

1

2

3

4

5

COMMENTS:

DEFICIENCIES:






TEST DATE:

1Diagram # (ANSI)

Dd0

High Side Low Side H - H / X - XH - H / X - X

Actual Ratio

Calculated Ratio# VoltageTap # Tap # Voltage

TestVolt

Phase(Degrees)

Excitation Current (mA)

Percent Error

1

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

465

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

THREE-WINDING TRANSFORMERS


°F

/

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

/ 3

TAP

SETTING

PHASES

VOLTAGE (kV)

/

NOMINAL

DETC

LTC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

1

PRIMARY:

SECOND:

TERTIARY:

NAMEPLATE DATA

7Diagram # (ANSI)

YNyn0yn0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

H0

X1

X2

X3

X0

Y1

Y2

Y3

Y0

60 COMMENTS:TEST FREQUENCY:

TRANSFORMER OVERALL TEST SET UP TRANSFORMER OVERALL TEST RESULTS

9

8

7

6

5

4

3

2

1 T

T

T

T

T

T

15

14

13

C HG + CHL

CHG

CHL

CHL

CLG + CLT

CLG

CLT

CLT

CTG + CHT

CTG

CHT

CHT

CHG'

CLG'

CTG'

GSTg-B

GSTg-RB

UST-R

GSTg-R

GSTg-RB

UST-B

GSTg-B

GSTg-RB

UST-R

H

H

L

L

L

L

L

T

T

T

H

H

H

H

H

H

G

G

G

Test 1 Minus Test 2

G

G

G

Test 5 Minus Test 6

Test 9 Minus Test 10

CHG Minus H Bushings

CLG Minus L Bushings

CTG Minus T Bushings

L

12

11

H

IRGnd

Capacitance C (pF)

Measured WattsmA

DIRECTPOWER FACTOR %Freq Sweep

TEST kV

Corr FactorHV%VDF

Test Mode

Test No.

INSULATION TESTED

Test Lead Connections

Red Blue @ 20°C

10

CH + CL + CT

CH + CL + CT

GSTg-RB

H

-

Test 2 + 6 + 1012

11

-

THREE-WINDING TRANSFORMERS


466PAGE


EQUIVALENT CIRCUIT

NOTE: SHORT EACH WINDING

ON ITSELF

INSULATION RATING KEYG=GOOD

D=DETERIORATED I=INVESTIGATE

B=BAD

Transformer - Bushing C1 Tests

H3

H0

X1

X2

X3

X0

Y1

Y2

Y3

Y0

H1

WATTSMeasuredDsg. Corr Factor mA

Test Mode

Freq Sweep

Capacitance C (pF)

POWER FACTOR %

%VDFDIRECT

@ 20°C

TEST kVCap. (pF)

Test No.

17

18

19

21

22

23

20

25

26

27

24

LOW

kV

HIkV

TkV

28

16

H2

PF IR

OIL TEST

Bushing Nameplate

SERIAL # CAT. #

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R


H230

H331

H032

29 H1

34

35

36

X1

X2

X3

X0

33

38

39

40

Y1

Y2

Y3

Y0

37

LOWkV

LOWkV

Dsg. Corr Factor mA

Freq Sweep

Capacitance C (pF)

POWER FACTOR %

%VDFDIRECT

@ 20°C

TEST kVCap. (pF)PFCAT. # WATTSMeasured

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

HIkV

SERIAL #

Bushing NameplateTest No.

GSTg-R

IRTest Mode

COMMENTS:

DEFICIENCIES:

CAPACITANCE: 0.00 pF

MILLIAMPS

ASSET ID:

TEST VOLTAGE

% POWERFACTOR

DIRECT

MODE:

DESCRIPTION:

WATTS

UST:MEAS RED, GND BLUE






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

468

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMER

IEC 61378-1

°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

0.05ALLOWED ERROR

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

Winding Type


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

COMMENTS:

TAPH/L

VoltageH/L

TestV TTR

Actual

TTR

Phase Angle (deg)%error#

1

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

469

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMER WINDING RESISTANCE TEST

°F

1

5

YEAR

MFR lb

DETC

SER NO

DETC

kV

TYPE

WEATHER

WEIGHT

SEALED

TAP SETTING

3

1

NOMINAL# TAPSRATED IVOLTAGE (kV) kVA CHANGER

PRIMARY:

CLASS

3

BIL

REASON

IMPEDANCE

GAL

SECOND:

WINDING MATERIAL

Cu

Cu

SHOW RESULTS

PHASES

WINDING TEMP

%

OIL

CORRECT TO

COOLANT

OIL TEMP

OIL VOLUME

°C

°C

85 °C

1Max Wdg Diff (%):

3Diagram # (ANSI)

Dd0

Measured Resistance

#Reading

Stability %Winding

Difference %H3 - H2H2 - H1H1 - H3TAPNameplate

VoltageCurrent (amp)

HIGH VOLTAGE WINDING RESISTANCE

OhmsUnits:

Show Graph

11 0

22 0

Nominal3 0

44 0

55 0

Measured Resistance

#Reading

Stability %Winding

Difference %X3 - X2X2 - X1X1 - X3TAPNameplate

VoltageCurrent (amp)

LOW VOLTAGE WINDING RESISTANCE

OhmsUnits:

Show Graph

Nominal1 0

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

470

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

THREE PHASE TTR TEST

WITH TAP CHANGER

°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES

HAS TERTIARY

Detect Transformer Type


DETC

DETC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

1ALLOWED ERROR

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

3Diagram # (ANSI)

Dd0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

COMMENTS:

TAPH/L

ActualTTR#

I excmA

Phase(Deg)

%error

TestV

VoltageH/L TTR

I excmA

%error

ActualTTR

Phase(Deg)

%error

I excmA

Phase(Deg)

ActualTTR

H3 - H2 / X3 - X2H2 - H1 / X2 - X1H1 - H3 / X1 - X3

HIGH SIDE TAPS TO LOW SIDE NOMINAL TURNS RATIO TESTS

1

2

3

4

5

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014


471

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

DIELECTRIC STRENGTH

ACIDITY

INTERFACIAL TENSION

WATER CONTENT

FLUID QUALITY

* CARBON MONOXIDE

* ACETYLENE

* ETHYLENE

* ETHANE

* METHANE

* HYDROGEN

(CH4)

(C2H6)

(C2H4)

(CO)

(CO2)

(N2)

(O2)

(C2H2)

(H2)



TOTAL GAS

OXYGEN

* COMBUSTIBLE GAS

NITROGEN

CARBON DIOXIDE

(MG KOH/G)

(kV)

(D/CM)

(PPM)

SPECIFIC GRAVITY

OIL TEMP (C)

ASTM COLOR NO.

VISUAL EXAM


°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

VREG


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

S

L

SL


(O2)

* METHANE

* ETHYLENE

(H2)

(C2H6)

(C2H4)

(C2H2)

CARBON DIOXIDE

NITROGEN



* COMBUSTIBLE GAS

COMBUSTIBLE GAS

(C0)


TOTAL

OXYGEN

(N2)

(C02)

* CARBON MONOXIDE

* ACETYLENE

* ETHANE

(CH4)

* HYDROGEN

SUBSTATION


FORMS - ALL

472USER

TRANSFORMERS POSITION

SERIAL NO.

AUTOMATED JOB #

PAGE


(PPM)

(D/CM)



(KV)

(MG KOH/G)

INTERFACIAL TENSION

ACIDITY

WATER CONTENT

SPECIFIC GRAVITY

DIELECTRIC STRENGTH



SUBSTATION


FORMS - ALL

473USER


SERIAL NO.

AUTOMATED JOB #

PAGE

SUBSTATION


FORMS - ALL

474USER


SERIAL NO.

AUTOMATED JOB #

PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

LEAKAGE REACTANCE AND

CAPACITANCE TEST

475

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




Delete All Data Delete All (Leakage) Delete All (Capacitance)Test Show (Leak) Show (Cap)

LEAKAGE REACTANCE TEST % ImpedanceBase VoltageBase KVA T.O.C.% Reactance

Delta % Reactance

Delta % Impedance

Reactance (%)

Inductance(mH)

Impedance (%)

Reactance (ohms)

Resistance (ohms)

Impedance (ohms)

Power Factor (%)

Power (watts)

Current (amps)

Voltage (volts)Type

#

1

CAPACITANCE TEST % ImpedanceBase VoltageBase KVA T.O.C.% Reactance

Delta % Reactance

Delta % Impedance

Reactance (%)

Capacitance(uF)

Impedance (%)

Reactance (ohms)

Resistance (ohms)

Impedance (ohms)

Power Factor (%)

Power (watts)

Current (amps)

Voltage (volts)Type

#

1

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

476

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION TESTS

AUTO TRANSFORMERS WITH TERTIARY

°F

PRIMARY:

TERTIARY:

kVA # TAPS

1

CHANGER

On Load

1

RATED I

/

VOLTAGE (kV)

5

COOLANT OIL

SEALED

°C

WINDING MATERIAL

lb

GALOIL VOLUME

Cu

kV %

NOMINAL

OIL TEMP

YEAR

WEATHERPHASES

BIL

WEIGHT

IMPEDANCE

3

3

MFR

SER NO

REASON

On Load

TYPE

CLASS

CONFIGURATION

/ 3SECOND:

Off Load

TAP SETTING


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

Y1

Y2

Y3



CH + CHT1

@ 20°C

IR

CH H+L G2

H+L T G3

4

CT + CHT GST-GND T5

GSTg-RB T H+L G6

CHT (UST) UST-R T H+L G7

CHT' 8

CH'9

Gnd

H+L G

Capacitance C (pF)

Measured

10

WattsmA


GST-GND

CT

GSTg-RB

CHT'

Freq Sweep

TEST kV

Corr Factor

UST-R

HV

T G

Test 1 Minus Test 2

Test 5 Minus Test 6


%VDF

CT'

Test Mode

Test No.

CHT (UST)

INSULATION TESTED



H+L

T

Red Blue

INSULATION TESTS


477PAGE



H3

N/A

X1

X2

X3

Y1

Y2

Y3

H1

WATTSMeasuredDsg. Corr Factor mA

Test Mode

Freq Sweep

Capacitance C (pF)

POWER FACTOR %

%VDFDIRECT

@ 20°C

TEST kVCap. (pF)

Test No.

17

18

19

21

22

23

20

25

26

27

24

LOW

kV

HIkV

TkV

28

16

H2

PF IR

OIL TEST

Bushing Nameplate

SERIAL # CAT. #

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R


H230

H331

N/A32

29 H1

34

35

36

X1

X2

X3

Y1

33

38

39

40

Y2

Y3

37

LOWkV

LOWkV

Dsg. Corr Factor mA

Freq Sweep

Capacitance C (pF)

POWER FACTOR %

%VDFDIRECT

@ 20°C

TEST kVCap. (pF)PFCAT. # WATTSMeasured

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

HIkV

SERIAL #

Bushing NameplateTest No.

GSTg-R

IRTest Mode

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

42

43

44

41

46

47

48

45

GST-GND

GST-GND

49

50

51

52 GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

54

55

56

53

GST-GND

GST-GND

57

58

59

60 GST-GND

GST-GNDH1

H2

X1

H3

X3

X2

Y2

Y3

Y1

Test ModeDesignation Test No. Serial #Dsg

Freq SweepTest kV

DIRECT

mA Watts IR

GST-GND

HOT COLLAR TESTS

INSULATION TESTS


478PAGE


Serial # MfrLocation IRTest kV Type

Rated kV

Unit Catalog

Overall Catalog mA Watts

DIRECT

SURGE ARRESTERS

Test ModeOrderFreq

Sweep

GST-GND 61

TEST kVLTC

TEST kV mA IRmA

L(H) / C (pF) mA

L(H) / C (pF) mA

WATTSWATTSWATTS

EQUIV. 10 kV EQUIV. 10 kV

mA

Enter connectionPHASE A: Enter connection Enter connectionPHASE B: PHASE C:

TEST kV

L(H) / C (pF) mA

EQUIV. 10 kV

EXCITING CURRENT TESTS

DETC

CONNECTIONS:

PHASE B

% Error

Turns Ratio

Cap. (pF) kV DETC

% Error

Turns Ratio

Cap. (pF)kV

Turns RatiokV LTC

47

L Voltage

Calc.ratio

H Voltage

kV

PHASE A PHASE C

Cap. (pF)

% Error

REF [TTR] CAP (pF)

TURNS RATIO TEST

48 49 49

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

479

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


°F

1

5

YEAR

MFR lb

DETC

SER NO

DETC

kV

TYPE

WEATHER

WEIGHT

SEALED

TAP SETTING

3

1

NOMINAL# TAPSRATED IVOLTAGE (kV) kVA CHANGER

PRIMARY:

CLASS

3

BIL

REASON

IMPEDANCE

GAL

SECOND:

WINDING MATERIAL

Cu

Cu

SHOW RESULTS

PHASES

WINDING TEMP

%

OIL

CORRECT TO

COOLANT

OIL TEMP

OIL VOLUME

°C

20 °C

85 °C

1Max Wdg Diff (%):

3Diagram # (ANSI)

Dd0

Winding Temperature 85 °C20 Correct to °C

TEST RESULTS

TEST# BBMCURRENT(A)DATEDESCRIPTION TIME R1 R2

R1 Units: CuR1 Winding Material: R2 Units: CuR1 Winding Material:

1

WINDING RESISTANCE GRAPH

mOhms

Units:

R1 - Red Square

R2 - Blue Circle mOhms

Units:

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

480

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMER

TURNS RATIO TEST

°F

SECONDARY

VOLTAGE ( kV )

KVA

RATED I

# TAPS

NOMINAL

CHANGER

PRIMARY

5

Off Load

3

1

3

Detect Transformer Type %0.05ALLOWED ERROR:

3Diagram # (ANSI)

Dd0

TAPH/L

ActualTTR#

I excmA

Phase(Deg)

%error

TestV

VoltageH/L TTR

I excmA

%error

ActualTTR

Phase(Deg)

%error

I excmA

Phase(Deg)

ActualTTR

H3 - H2 / X3 - X2H2 - H1 / X2 - X1H1 - H3 / X1 - X3

HIGH SIDE TAPS TO LOW SIDE NOMINAL TURNS RATIO TESTS

1

2

3

4

5

COMMENTS:

DEFICIENCIES:

3Diagram # (ANSI)

Dd0


TEST DATE:





TAPH/L

ActualTTR#

I excmA

Phase(Deg)

%error

TestV

VoltageH/L TTR

I excmA

%error

ActualTTR

Phase(Deg)

%error

I excmA

Phase(Deg)

ActualTTR

H3 - H2 / X3 - X2H2 - H1 / X2 - X1H1 - H3 / X1 - X3

1

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER POLARIZATION INDEX (PI) TEST

482

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F




°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

VREG


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

S

L

SL


KVDCHIGH TO LOW+GND KVDC KVDCLOW TO HIGH+GND

CORE/COIL TEMPERATURE Enter TCF Manually: DRYTEMP. CORR. FACTOR TO 20°C, TCF LIQUID

TEST VOLTAGE: HIGH+LOW TO GND

°C


0.50

1.25

1.50

1.75



READING(megohms)


READING(megohms)

P. I.

High to Low (Low Grounded) Low to High (High Grounded) High + Low to Ground

TRANSFORMER

0.25

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

READING (megohms)

D. A. R.

0.751 10

GOOD


1.0 to 1.1

1.1 to 1.25

> 2.0

1.25 TO 2.0

POLARIZATION INDEX (PI)

< 1.0

GOOD 1.4 to 1.6


> 1.6

DANGEROUS

QUESTIONABLE

DAR60/30 SEC

FAIR

POOR

1.0 - 1.25QUESTIONABLE

These values must be considered tentative and relative - subject to experience, over time

EXCELLENT

PI ranges from IEEE C57.152-2013

Polarization Index should not be used to assess insulation in new power transformers (IEEE C57.152-2013)

DAR ranges from A Stitch In Time (Megger, 2006)

NOTES: NOTES:

The polarization index for insulation liquid is always close to 1. Therefore, the polarization index for transformers with low conductivity liquids (e.g. new mineral oil) may be low in spite of good insulation condition. (IEEE C57.152-2013)

TRANSFORMER POLARIZATION INDEX (PI) TEST

483PAGE


POLARIZATION CURVE

POLARIZATION CURVE

10/13/2014

SUBSTATION

TEMPERATURE

TRANSFORMERS

HUMIDITY % EQPT. LOCATION

POSITION

Example Plant

AUTOMATED

°F

: Green Triangle

POLARIZATION CURVE High to Low (Low Grounded)

High + Low to Ground

DATE

: Red Square

: Blue CircleLow to High (High Grounded)

COMMENTS:

DEFICIENCIES:






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

484

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

INSULATION TESTS

AUTO TRANSFORMER WITHOUT TERTIARY

°F

PRIMARY:

kVA # TAPS CHANGER

1

RATED I

/

VOLTAGE (kV)

5

COOLANT OIL

SEALED

°C

WINDING MATERIAL

lb

GALOIL VOLUME

Cu

kV %

NOMINAL

OIL TEMP

YEAR

WEATHERPHASES

BIL

WEIGHT

IMPEDANCE

3

3

MFR

SER NO

REASON

On Load

TYPE

CLASS

CONFIGURATION

/ 3SECOND:

Off Load

TAP SETTING


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3



CH1 H+L

@ 20ºC

IRRED BLUE GND

CAPACITANCE

C (pF)

MEASURED WATTSmA


GST-GND

TEST NO

FREQ SWEEP

TEST

kV

CORR FACTOR

INSULATION TESTED

TEST MODE

HV

T G

TEST LEAD CONNECTIONS

%VDF

Corr Factor

H313

N/A14

16

17

18

X1

X2

X3

15

19

@ 20°C WATTSMeasuredDsg.

H1

mA

Freq Sweep

Capacitance C (pF)

POWER FACTOR %%VDF

DIRECTTest No.

12

11

H2

Test Mode

IRTEST

kVPF Cap. (pF)

Bushing Nameplate

OIL TEST

CAT. #SERIAL #

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R


INSULATION TESTS


485PAGE



25

26

27

H2

H3

N/A

X1

X2

X3

21

22

23

24

20 H1

@ 20°C WATTSMeasuredDsg. mA

Freq Sweep

Capacitance C (pF)

POWER FACTOR %%VDF

DIRECTTest No.

Test Mode IR

TEST kVPF Cap. (pF)

Bushing Nameplate

Corr Factor

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

SERIAL # CAT. #

Transformer - Surge Arresters Tests

Serial # MfrLocation IRTest kV Type

Rated kV

Unit Catalog

Freq Sweep

Overall Catalog mA Watts

DIRECTOrder Test Mode

GST-GND28

GST-GND29

GST-GND30

GST-GND31

GST-GND32

GST-GND33

GST-GND34

GST-GND35

GST-GND36

41

Transformer - Hot Collar Tests

42

43

44

45

46

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

GST-GND

37

IR

X1

X2

X3

H1

H2

Test Mode

GST-GND

H3

Designation Test No. Serial #Dsg

Freq Sweep

38

Test kVDIRECT

mA Watts

39

40

TEST kVLTC

TEST kV mA IRmA

L(H) / C (pF) mA

L(H) / C (pF) mA

WATTSWATTSWATTS

EQUIV. 10 kV EQUIV. 10 kV

mA

Enter connectionPHASE A: Enter connection Enter connectionPHASE B: PHASE C:

TEST kV

L(H) / C (pF) mA

EQUIV. 10 kV

EXCITING CURRENT TESTS

DETC

CONNECTIONS:

PHASE B

% Error

Turns Ratio

Cap. (pF) kV DETC

% Error

Turns Ratio

Cap. (pF)kV

Turns RatiokV LTC

47

L Voltage

Calc.ratio

H Voltage

kV

PHASE A PHASE C

Cap. (pF)

% Error

REF [TTR] CAP (pF)

TURNS RATIO TEST

48 49 49

19

20

21

22

23

24

25

26

27

INSULATION TESTS


486PAGE


COMMENTS:

DEFICIENCIES:

Ha - Hb / Xa - Yb

H2 - H1 / X2 - X1

H3 - H2 / X3 - X2

LOW:

ASSET ID:

HIGH:

EXCITATION CURRENT

(mA)

TAP:

AutoCALCULATED RATIO:

% ERROR

TEST VOLTAGE (V):

WindingsActualRatio

PhaseDeviation

(deg)

Comment:

3Diagram # (ANSI)

Press i for help, tab or shift-tab to change tests

VOLTAGE (V):

Test 1 of 1

10/13/2014






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

488

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMER HEAT RUN TEST

°F

1

5

lb

kV

WEATHER

WEIGHT

3

1

PRIMARY:

3

BIL

REASON

IMPEDANCE

GAL

SECOND:

%

OIL

OIL VOLUME

COOLANT

SEALED

YEAR

MFR

SER NO

TYPE

CLASS

PHASES

WINDING MATERIAL

Cu

Cu

DETC

DETC

SHOW RESULTS# TAPS NOMINAL TAP TO BE TESTEDCHANGERRATED IkVAVOLTAGE (kV)

3Diagram # (ANSI)

Dd0

Ambient Resistance Data for Tap

HIGH VOLTAGE WINDING RESISTANCE

Ambient Temperature

C

H1 - H3 H2 - H1 H3 - H2

40Maximum Number of Points on Graph:OhmsUnits:

Ohms

H2 - H1 H3 - H2H1 - H3Winding Res:

Measured Resistance Data for Tap

H3 - H2H2 - H1H1 - H3CurrentTimeReading

Stability %Calculated Winding

Temperature (C)

TRANSFORMER HEAT RUN TEST

489PAGE


Ambient Resistance Data for Tap

LOW VOLTAGE WINDING RESISTANCE

Ambient Temperature

C

X1 - X3 X2 - X1 X3 - X2

40Maximum Number of Points on Graph:OhmsUnits:

Ohms

X2 - X1 X3 - X2X1 - X3Winding Res:

Measured Resistance Data for Tap

X3 - X2X2 - X1X1 - X3CurrentTimeReading

Stability %Calculated Winding

Temperature (C)

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

WINDING RESISTANCE REPORT

490

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

TRANSFORMER INFORMATION

STATION

MANUFACTURER

COMPANY

DESIGNATION

SERIAL NO.

INSTRUMENT S/N

TIME

TEMPERATURE




Tap Current Interval

CHANNEL B

Resistance

CHANNEL A

ResistanceTap WindingWinding Total Time

COMMENTS:

DEFICIENCIES:

ASSET ID:

MULTIPLE POWER FACTOR

QUICK TESTS






mA

POWER FACTOR %

MEAS.

TESTMODE

Test Freq

TEST kV IR%VDF

WATTS

DIRECT

@ 20°C CORR.


TEST

NO

INSULATION TESTED

UST-R On1





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

492

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMER

TURNS RATIO TEST

°F

Location:

Circuit:

Operator:

Comment:

Max Deviation %:

Model:

Type:

Serial #:

Device:

Company: Step: Rating:

Asset ID:

MFR:

Test Voltage:

H3 - H2 / X1 - X3H3 - H2 / X1 - X3High Side H1 - H3 / X2 - X1H1 - H3 / X2 - X1 H2 - H1 / X3 - X2H2 - H1 / X3 - X2

#%

error%

errorI excmA

%error

I excmA

Phase(degrees)

I excmA

ActualRatio

Phase(degrees) P/F P/F

Phase(degrees)P/FTap #

ActualRatio

ActualRatioVoltage

Low Side

Voltage Tap #CalcRatio

TestVolt

1

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

POWER TRANSFORMER TESTS

493

FORMS - ALLJOB #

PAGE

Example Customer Company CIRCUIT ID

ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT°F

UpdatePaging

Nominal

Coolant

Weather

Tank Typelb

Class

%

kV

Oil Volume

TEMP

GAL

°C

BIL

Impedance

Year

Phases

Reason

Weight

Primary

Tap Setting

Secondary

Nameplate Data

Serial Number

Manufacturer

Winding Material

ChangerRated I#

Taps

VREG

(ANSI)

Edit LowsideEdit Highside

43Diagram #

60 Comments:Test Frequency






SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMERS

AMBIENT TEMPERATURE

AUTOMATED

% PLANT

494

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

USER

INSULATION TESTS


°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

3Diagram # (ANSI)

Dd0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3



CHG + CHL1

@ 20°C

IR

CHG H G2

H L G3

4

CLG + CHL GST-GND L5

GSTg-RB L H G6

CHL UST-R L H G7

CHL' 8

CHG'9

Gnd

H G

Capacitance C (pF)

Measured

10

WattsmA


GST-GND

CLG

GSTg-RB

CHL'

Freq Sweep

TEST kV

Corr Factor

UST-R

HV

L G

Test 1 Minus Test 2

Test 5 Minus Test 6


%VDF

CLG'

Test Mode

Test No.

CHL

INSULATION TESTED



H

L

Red Blue

NEUTRAL BUSHING

G

D

I

B

H

L

G

N

=

=

=

=

=

=

=

=

INSULATION RATING KEY

GOOD

DETERIORATED

HIGH VOLTAGE WINDING

INVESTIGATE

LOW VOLTAGE WINDING

NOTE: SHORT EACH WINDING ON ITSELF

BAD

EQUIVALENT CIRCUITGROUND

INSULATION TESTS


495PAGE


Corr Factor

H313

X114

16

17

18

X2

X3

15

19

@ 20°C WATTSMeasuredDsg.

H1

mA

Freq Sweep

Capacitance C (pF)

POWER FACTOR %%VDF

DIRECTTest No.

12

11

H2

Test Mode

IRTEST

kVPF Cap. (pF)

Bushing Nameplate

OIL TEST

CAT. #SERIAL #

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R

UST-R



25

26

27

H2

H3

X1

X2

X3

21

22

23

24

20 H1

@ 20°C WATTSMeasuredDsg. mA

Freq Sweep

Capacitance C (pF)

POWER FACTOR %%VDF

DIRECTTest No.

Test Mode IR

TEST kVPF Cap. (pF)

Bushing Nameplate

Corr Factor

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

GSTg-R

SERIAL # CAT. #

COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER EXCITATION CURRENT TEST

496

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TESTTAP CHANGER

POSITIONTEST kV

SEE NOTE 2

MILLIAMPERES


REMARKS

ENERGIZE RETURN (RED)

H1 H2 (OR HO)

H2 (OR HO) H1

THREE-PHASE WYE (1)

ENERGIZE RETURN PHASE

H1 HO A

H2 HO B

H3 HO C

GRD

THREE-PHASE DELTA (1) THREE-PHASE AUTO

ENERGIZE RETURN PHASE

H1 HOXO A

H2 HOXO B

H3 HOXO C

H3 H1 H2 A

H1 H2 H3 B

H2 H3 H1 C

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

SINGLE PHASE

TEST LEAD CONNECTION

PHASEENERGIZE RETURN

1. IF THE LOW VOLTAGE WINDING IS WYE CONNECTED, THEN XO IS CONNECTED AS IN SERVICE (USUALLY, THIS WOULD MEAN GROUNDING XO). 2. ALL TESTS SHOULD BE PERFORMED ROUTINELY AT THE SAME VOLTAGES. 3. INDICATE STEP POSITION FOR LOAD TAP CHANGERS: RAISED, LOWERED OR NEUTRAL. SEE FORM 5640C. 4. ON SINGLE PHASE TRANSFORMERS THE WINDING IS NORMALLY ENERGIZED ALTERNATELY FROM OPPOSITE ENDS. THIS SHOULD BE DONE ON THREE PHASE TRANS- FORMERS IF THE EXCITATION CURRENT IS ABNORMAL.

TEST NOTES:

TRANSFORMER EXCITATION CURRENT TEST

497PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER INFORMATION & HISTORY

498

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F


°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

/ 3

TAP

SETTING

PHASES

VOLTAGE (kV)

/

NOMINAL

DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

Yyn0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3

X0


Nameplate PhotoTransformer Photo

Location: Date Installed: Date Removed: NOTES

ASSET HISTORY

AWG/KCM NO. OF GROUND CONDUCTORS GROUND CONDUCTOR CONDITION

FANS

CONNECTIONS

LEAKS

RADIATORS

SUPPORT INSULATORS

GROUND CONDUCTOR SIZE

ADDITIONAL EQUIPMENT

FAN PUMP CONTROLS

NO-LOAD TAP CHANGER

PAINT

BUSHINGS

RESET TEMPERATURE GAUGES

LCR COUNTERPRESSURE VACUUM

OTHER GAUGES

COOLANT LEVEL





SUBSTATION

DATE

POSITION

10/13/2014


499

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

X1 - X2

X1 - X3

X2 - X3

X0 - G

X0 - X1

X0 - X2

NO LOAD SECONDARY VOLTAGE

V

V

V

V

V

V

PRI. VECTOR:

H

A

SEC. VECTOR:

VECTOR DIAGRAM

VX0 - X3

GAUGES:

VISUAL INSPECTION:

POST TEST VOLTAGES

°C °C

#

MAXIMUM COOLANT TEMPERATURECOOLANT TEMPERATURE

°C MAXIMUM WINDING TEMPERATURE °CWINDING TEMPERATURE


500PAGE


COMMENTS:

DEFICIENCIES:

* ETHYLENE

* ETHANE

* METHANE

* HYDROGEN

0

0





SUBSTATION

DATE

POSITION

10/13/2014


501

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

0

0

* COMBUSTIBLE GAS

(CH4)

(C2H6)

(C2H4)

(CO2)

(N2)

(O2)

10/13/2014

WATER CONTENT

POWER FACTOR


PCB CONTENT

ASTM COLOR NO.

ACIDITY

INTERFACIAL TENSION

DIELECTRIC STRENGTH

PARTICLES

(%)

(PPM)

(MG KOH/G)

(D/CM)

(PPM)

10/13/201410/13/2014

(C2H2)

(H2)


10/13/2014

TOTAL GAS

OXYGEN

NITROGEN

(kV)

(CO)

FLUID QUALITY

SPECIFIC GRAVITY


CARBON DIOXIDE

* CARBON MONOXIDE

* ACETYLENE

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

Dd0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3



SUBSTATION



FORMS - ALL

502USER


SERIAL NO.

GENERAL JOB #

PAGE

(O2)

* METHANE

* ETHYLENE

(H2)

(C2H6)

(C2H4)

(C2H2)

CARBON DIOXIDE

NITROGEN



* COMBUSTIBLE GAS

COMBUSTIBLE GAS

(C0)


TOTAL

OXYGEN

(N2)

(C02)

* CARBON MONOXIDE

* ACETYLENE

* ETHANE

(CH4)

* HYDROGEN

10/13/201410/13/2014

10/13/201410/13/2014

SUBSTATION


FLUID QUALITY

FORMS - ALL

503USER


SERIAL NO.

GENERAL JOB #

PAGE


(PPM)

(PPM)

(D/CM)



(KV)

(MG KOH/G)

POWER FACTOR

INTERFACIAL TENSION

ACIDITY

PCB CONTENT

(%)

WATER CONTENT

SPECIFIC GRAVITY

DIELECTRIC STRENGTH


10/13/2014 10/13/2014

10/13/201410/13/2014

SUBSTATION


FLUID QUALITY

FORMS - ALL

504USER


SERIAL NO.

GENERAL JOB #

PAGE

Default Administrator WEIDMANN - ACTITESTED BY:



COMMENTS:

DEFICIENCIES:

X2X3X1

X1X2

H3H1H2

H1H2H3 X3

DELTA-WYEABC

TAP NUMBER

MEASURED RATIO

H / XH

7

2

3

4

5

6

8

CALCULATED RATIO

1




X/ X


SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER TURNS RATIO TEST

505

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

1 0 2 3 0 3

/

/

/

/

/

/

/

/

2

TRANSFORMER TURNS RATIO TESTS

H3

H1

X H1

H2

X0

/ X

WINDING VOLTAGES

(volts)

CORRECTION FACTOR FOR UNACCESSIBLE NEUTRAL

1.15471.15471.1547

H1-H3 X1-X2H2-H3 X2-X3

H2H3H1H3H1H2

PHASE TESTED BLACK RED BLACK RED JUMPERREADING

MULTIPLIERTEST SHEETDESIGNATION

H3-H2 X3-X1

PRI. VECTOR:

H

A

SEC. VECTOR:

VECTOR DIAGRAM

TRANSFORMER TURNS RATIO TEST

506PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


507

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

Dd0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3


T

T S

K

KM = RTR

OHMS

OHMS OHMS

H - H

- H

PRIMARY WINDING: SECONDARY WINDING:

CALCULATED TOTAL RESISTANCE CORRECTED TO 85°C

OHMS

SECONDARY WINDING MATERIALPRIMARY WINDING MATERIAL

- X

H

OHMS

% Variance% Variance

MEASURED RESISTANCE MEASURED RESISTANCE

OHMS

H

X

OHMS

- H X - X

°C

X

WINDING TEMPERATURE:

- X

R

R M

S

KT

COPPER + 234.5°C

ALUMINUM = 226.0°C (IEEE C57.12.91)

M

T

T

T = TOTAL WINDING RESISTANCE AT 85°C



= WINDING TEMPERATURE


DELTA WINDING MULTIPLIER = 1.5X


OHMS

T

COPPER

T

M + T

COPPER

PRIMARY R

SECONDARY R

+ T

COMMENTS:

DEFICIENCIES:

°CWINDING TEMPERATUREWINDING MATERIALSECONDARY CONFIGURATION

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER

SECONDARY WINDING RESISTANCE TESTS

508

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

16L

15L

14L

13L

12L

11L

10L

9L

8L

7L

6L

5L

4L

3L

2L

1L

N

1R

2R

3R

4R

5R

6R

7R

8R

9R

10R

11R

12R

13R

14R

15R

16R

TAP

POSITION

CALCULATED RESISTANCE

CORRECTED TO 85°C

NAMEPLATE DATA

SERIAL NO.

RESISTANCE IN MILLIOHMS

- XX - XX - XX

COPPERWYE

TRANSFORMER

SECONDARY WINDING RESISTANCE TESTS

509PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER LOAD TAP CHANGER

TURNS RATIO TEST

3 Phase Test Method

510

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

NAMEPLATE DATA

15L

14L

13L

12L

11L

10L

9L

8L

7L

6L

5L

4L

3L

2L

1L

N

1R

2R

3R

4R

5R

6R

7R

8R

9R

10R

11R

12R

13R

14R

15R

16R

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

16L

HH X/X X/XHH X/XHH

SECONDARY TAP VOLTAGE

(volts)

TAP NO.

PRIMARY VOLTAGE

(volts)

CALCULATED RATIO

MEASURED RATIO

MANUFACTURER SERIAL NUMBER

TRANSFORMER LOAD TAP CHANGER

TURNS RATIO TEST

3 Phase Test Method

511PAGE


COMMENTS:

DEFICIENCIES:

SERIAL NO.


MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER SINGLE PHASE

PRIMARY WINDING RESISTANCE TESTS

512

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

2

3

4

5

6

7

8

9

10

TAP

POSITION

NAMEPLATE DATA

H - H

COPPERWYE

RESISTANCE IN OHMSCALCULATED RESISTANCE

CORRECTED TO 85°C

1

TRANSFORMER SINGLE PHASE


513PAGE


COMMENTS:

DEFICIENCIES:

INDOOR OUTDOOR

ENVIRONMENTAL DATA

WEATHER CONDITIONS %AMBIENT TEMPERATURE

CONTROLS

CONTROL VOLTAGE

GOOD POOR EXPLAIN:

GOOD FAIR POOR

GOOD FAIR POOR

GOOD FAIR

GOOD FAIR POOR

FAIR

POOR

VOLTS

EXPLAIN:

EXPLAIN:

EXPLAIN:

EXPLAIN:

LIQUID GAS AIR NONE DETECTED DESCRIBE:

PAINT

GROUNDS

DESCRIBE OPERATING ENVIRONMENT

LEAKS

FANS

CONNECTIONS

VISUAL INSPECTION

YES

HUMIDITY

NAMEPLATE DATA

SERIAL NO.

%

YR MFR

kVA

IMPEDANCE TYPECAPACITY

WYE

TAP VOLTAGES

DELTA

DELTA

/

MANUFACTURER

WYE


SUBSTATION

DATE

POSITION

10/13/2014

TWO-WINDING TRANSFORMER

514

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

/ OA FA FOA FOW OW FOW

CLASS

PRIMARY

SECONDARY

VOLTS

SINGLE PHASE

SINGLE PHASE

ALUMINUM COPPER

ALUMINUM COPPER

WINDING MATERIALCONNECTIONS

/

/ 0

TAP POSITION

/ VOLTS PERCENT )(

LIQUID-FILLED GAS-FILLED AIR FIELD SAMPLE YES NO

SILICONE OIL AIR RTEMP GASWESCOLPCB

GALLONSPSI

TEMPERATURE RISE

TEMPERATURE GAUGE

WINDING TEMPERATURE

°C

°C

°C

°C

FAN SET TO °C

LOCATED ON POLE PAD

MAXIMUM TEMPERATURE INDICATOR RESET TO

TAP POSITION LEFT

INSULATING MEDIUM

MEDIUM TYPE

MEDIUM LEVEL

MAXIMUM TEMPERATURE INDICATOR

PRESSURE CAPACITY

°C


GALLONS CATALOG NUMBER

TWO-WINDING TRANSFORMER

515PAGE




CALCULATED PASS/FAIL

H2-H3

CALCULATED PASS/FAIL CALCULATED

WINDING TESTED

H1-H2

H2-H3

H3-H1

X0-X1

X0-X2

X0-X3

WINDING RESISTANCE TESTS

INSULATION RESISTANCE TEST

TESTED

PRIMARY TO SECONDARY AND GROUND

SECONDARY TO PRIMARY AND GROUND

VOLTAGE

(VOLTS DC) 0.5 MINUTE 1.0 MINUTE 10 MINUTES

MINIMUM

(MEGOHMS)

(MEGOHMS)

YES NO

YES NO

DIELECTRIC ABSORPTION: (RATIO OF 1 MINUTE TO 0.5 MINUTE RESULT)

POLARIZATION INDEX: (RATIO OF 10 MINUTE RESULT TO 1 MINUTE RESULT)

PRIMARY

WINDING

SECONDARY

WINDING

ACCEPTABLE

YES NO

YES NO

PASS/FAIL

TO

% DEVIATION

H3-H1

MEASURED

TO

% DEVIATIONMEASURED

TO

% DEVIATIONMEASUREDCALCULATED

RATIO

TAP NAMEPLATE

VOLTAGE

AC OVERPOTENTIAL TEST

WINDINGS

TESTED

PRIMARY TO GROUND WITH SECONDARY GROUNDED

SECONDARY TO GROUND WITH PRIMARY GROUNDED

LEAKAGE

CURRENT

(AMPERES AC) ACCEPTABLE

YES NO

YES NO

PASS FAIL

PASS FAIL

TEST

VOLTAGE

(VOLTS AC)

TEST

DURATION

(MINUTES)

WINDINGS TEST RESISTANCE RECOMMENDED

ARE WINDING POLARITIES AS PER NAMEPLATE? YES NO

YES NO

ACCEPTABLE

H1-H2

TRANSFORMER TURNS RATIO TESTS

RESULTS

(PASS / FAIL)

IF NO, DESCRIBE:

TEMPERATURE CORRECTION FACTOR: AIR MEDIUM TEMPERATURE WAS MULTIPLY RESULT BY CORRECTION FACTOR

ASTERICK (*) DENOTES RESULTS NOT WITHIN TOLERANCE

TAP POSITION

TURNS RATIO RESULTS: ARE THEY WITHIN +/- 0.5% OF ADJACENT PHASES AND/OR CALCULATED RATIO.

PRIMARY SECONDARY

COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

REGULATOR MAINTENANCE REPORT

516

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

CAT # MANUFACTURER SERIAL NO.YR. MFR.

TYPE PRIMARY kV SECONDARY kV GALLONS OF OIL

WEIGHT CLASS AMPS CT RATIO

LAST TEST DATE NEXT TEST DATE AFTERCOUNTER READING BEFORE

TCUL TURNS RATIO TEST

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

1

LOWER

TAP TAP TAP RATIORATIORATIO

N N N

OIL TEMPERATURE ºF ºCMEGGER TEST VOLTAGE

3 MIN 5 MIN 10 MIN1 MIN

PRIMARY TO GROUND

PRIMARY TO SECONDARY

SECONDARY TO GROUND

MINUTES

NEUTRAL

RAISE


Volts

REGULATOR MAINTENANCE REPORT

517PAGE


COMMENTS:

DEFICIENCIES:

√2

1 + DFPF =





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER DISSIPATION FACTOR TEST

518

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TRANSFORMER TEMPERATURE TEMPERATURE CORRECTION FACTOR TO 20°C, TCF

PRI. VECTOR:

H

A

SEC. VECTOR:

VECTOR DIAGRAM

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

DRY

S

E

C

(5)GST-L GUARDED

TEST

P

CALC. % P.F. 20°C

20° %

MULTI- PLIER

MEAS. %

CALC. AVG.

REV.NORM.

DIAL READING


CAP. pF

MULTI- PLIER

CALC. AVG.

REV.NORM.

DIAL READING

CAPACITANCE

SW. POS.

TEST kVTYPE OF TEST

(4)GST-L GROUNDED

(3)UST

(3)UST

(5)GST-H GUARDED

(4)GST-H GROUNDED

R

I

°C LIQUID

CONVERSION

DF

TRANSFORMER DISSIPATION FACTOR TEST

519PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER HIGH POTENTIAL TEST

520

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

PRIMARY TO GROUND

SECONDARY TO GROUND TEST VOLTAGE FREQUENCY

CORE / COIL TEMPERATURE

ALL PRIMARY WINDINGS AND ALL SECONDARY WINDINGS MUST BE EXTERNALLY JUMPERED PRIOR TO

PERFORMING HIGH POTENTIAL TEST.

MINUTES

PRIMARY TO GROUND

SECONDARY GUARDED

MICRO/MILLIAMPERES

SECONDARY TO GROUND

PRIMARY GUARDED

MICRO/MILLIAMPERES

mA

mA

mA

mA

mA

mA

mA

0.25

0.50

0.75

1.00

mA

mA = MILLIAMPERES

TEST VOLTAGE:

µA

AC

AC

kV

kV

DC

DC

°C

HZ

= MICROAMPERES

TRANSFORMER HIGH POTENTIAL TEST

521PAGE


COMMENTS:

DEFICIENCIES:

SERIAL NUMBERMANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER LOAD TAP CHANGERTURNS RATIO TEST

(1 Phase Test Method)

522

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

15L

14L

13L

12L

11L

10L

9L

8L

7L

6L

5L

4L

3L

2L

1L

N

1R

2R

3R

4R

5R

6R

7R

8R

9R

10R

11R

12R

13R

14R

15R

16R

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

16L

NAMEPLATE DATA

X/XHH X/XHH X/XHH

TAP NO.

SECONDARY TAP VOLTAGE

(volts)

PRIMARY VOLTAGE

(volts)

CALCULATED RATIO

MEASURED RATIO

TRANSFORMER LOAD TAP CHANGERTURNS RATIO TEST

(1 Phase Test Method)

523PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER POLARITY TEST

524

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA

H1

TIED TO X1

INPUT VOLTAGE1

H -H2

H1 3 2

-H3

H-H

2-X

1H -X

11-X

1H

1-X

2H

1-X

3H

2-X

2H

2-X

3H

3H

3-X

2H

3-X

3H

TEST RESULTS INDICATE

H

POLARITY

APRI. VECTOR:

SEC. VECTOR: D

VECTOR DIAGRAM

SUBTRACTIVE

TRANSFORMER POLARITY TEST

525PAGE


COMMENTS:

DEFICIENCIES:

SERIAL NO.


MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER


526

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

1

2

3

4

5

6

7

8

9

10

TAP

POSITION

RESISTANCE IN OHMSCALCULATED RESISTANCE

CORRECTED TO 85°C

NAMEPLATE DATA

H - H - HH - HH

COPPERWYE

TRANSFORMER


527PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014


528

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

Dd0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3


H1 - H2 H3 - H1 H1 - H2

WINDING TESTED

% Variance

TEST

#

TAP

POSITION

PRIMARY WINDING mA

milli-Ohms

TEST CURRENT

1

X1 - X2 X1 - X2 X1 - X2

WINDING TESTED

% Variance

TEST

#

TAP

POSITION

SECONDARY WINDING mA

milli-Ohms

TEST CURRENT

1

Y1 - Y2 Y1 - Y2 Y1 - Y2

WINDING TESTED

% Variance

TEST

#

TAP

POSITION

TERTIARY WINDING

milli-OhmsRes. Unit:

TEST CURRENT mA

1

COMMENTS:

DEFICIENCIES:

PRIMARY WINDING MATERIAL

WINDING TEMPERATURE

SECONDARY WINDING MATERIAL

M + T

+ T

T

T S

K

KM = RTR




MEASURED RESISTANCE

PRIMARY R

OHMS

OHMS

H

H - H

X

X

- X

- X

X - X

R

R M

S

KT

COPPER + 234.5°C

ALUMINUM = 226.0°C (STD. C57.12.91)

M

SECONDARY R

T

T

OHMS

OHMS

OHMS

MEASURED RESISTANCE

OHMS

CALCULATED RESISTANCE CORRECTED TO 85°C

H

°C

OHMS

OHMS

DELTA

DELTA

WYE

//

/

/

/

°C

/

SUBTRACTIVE

CAPACITY

WINDING MATERIAL

GALLONS

NAMEPLATE DATA



PHASE IMPEDANCE %

TOTAL WEIGHT

K FACTOR NA

RATED CURRENT

RATED CURRENT

AMPERES

AMPERES/

TAP VOLTAGES



COOLANT

WINDING POLARITY

PRIMARY VOLTAGE

SECONDARY VOLTAGE

TAP CONNECTIONS

0 WYE

KVA


SUBSTATION

DATE

POSITION

10/13/2014


529

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

PRI. VECTOR:

H

A

SEC. VECTOR:

VECTOR DIAGRAM

- H

- H

PRIMARY WINDING:

SECONDARY WINDING:

T

T

T = TOTAL WINDING RESISTANCE AT 85°C



= WINDING TEMPERATURE





530PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER MAINTENANCE TEST

531

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F




VISUAL AND MECHANICAL INSPECTION

INSPECT PHYSICAL AND MECHANICAL CONDITION

VERIFY FANS OPERATE

INSPECT ANCHORAGE, ALIGNMENT AND GROUNDING

INSPECTION REPORT

FAIL

FAIL

FAIL

PASS

PASS

PASS

INSPECTION REMARKS

ELECTRICAL TESTS (OPTIONAL FOR L.V. TRANSFORMERS OR BELOW 500 kVA)

MINUTESPRIMARY TO

GROUNDSECONDARY TO

GROUNDPRIMARY TO SECONDARY

INSULATION RESISTANCE IN MEGOHMS

Test kV

0.50

1.00

10.00

P. I.

P.I. = 10 min/1 min

MAINTENANCE

PHASE A PHASE B PHASE CCALC

TRANSFORMER TURN RATIO TEST

TAP

AL

ACCEPTANCE

WINDING RESISTANCE TEST IN OHMS

/

NAMEPLATE DATA

SERIAL NO.

%

VOLTS

YR MFR

KVA

IMPEDANCE //

WINDING MATERIAL °C

CLASSTYPECAPACITY

B.I.L. RATINGTEMPERATURE RISE

PRIMARY KV

TAP POSITION Free Breathing

TAP SETTING

TAP VOLTAGES

/

MANUFACTURER

INSULATING MEDIUM

TANK TYPE

SECONDARY KV

DRY TYPE CONSERVATOR

WYE/

DELTA

GALLONS

WORKING TAP AF

H1-H2

H2-H3

H3-H1

X0-X2

X0-X3

X0-X1

TRANSFORMER MAINTENANCE TEST

532PAGE


COMMENTS:

DEFICIENCIES:

EQUIV% POWER FACTOR

C

C

C

+C





SUBSTATION

DATE

POSITION

10/13/2014

INSULATION TESTS


533

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

TRANSFORMER MFR SERIAL NO.

FREE BREATHING

WEATHER

DATE LAST TEST

TEMP

LAST SHEET NO.

CONSERVATOR

WYE DELTA

DELTA

NEUTRAL

BUSHIN

GS

CAT. NO. YEAR


COPIES TO

TEST NO

TEST MODE

ENG

INSULATION TESTED

1 HG CHL

GST GND

CAPACITANCE

C (PF)o

H

GND GAR UST

TEST CONNECTIONS (WINDINGS)

L

TEST

kV

CORR FACTOR mA WATTS20 °CMEASURED

INSUL- ATION RATING

GST H L 2 HGCHG

UST H L 3

4

HL

HL TEST 1 MINUS TEST 2

+GST GND L H CLG CHL5

GST L H LG

6

UST L H CHL7

TEST 5 MINUS TEST 6 CHL8

CHG9 ' C MINUS HIGH BUSH.HG

C MINUS HIGH BUSH. C 'HG10

LG

BUSHING TESTSTEST NO.

11

Ph.BUSHING

NO. SERIAL #

UST

UST 12

UST 13

UST 14

HI kV

LOW kV

16

17

18

UST

UST

UST

UST

15

19 OIL TEST

GOOD

DETERIORATED

INVESTIGATE

BAD

HIGH VOLTAGE WINDING

LOW VOLTAGE WINDING

GROUND

NEUTRAL BUSHING

G

D

I

B

H

L

G

N

=

=

=

=

=

=

=

=

INSULATION RATING KEY

EQUIVALENT CIRCUIT

NOTE: SHORT EACH WINDING ON ITSELF

WYEHIGH SIDE: kV

LOW SIDE: kV

kVATYPE/CLASSMFR YEAR

OIL ASKAREL AIR GAS SILICONE SEALED GAS BLANKETED

500

12

MFR. kV DWG. NO.TYPE / CLASS

OF OILGALLONS

INSULATION TESTS


534PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

TRANSFORMER LIQUID COOLANT ANALYSIS

535

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

TRANSFORMERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

°C

WINDING MATERIAL

lb

GALOIL VOLUME

%

OIL TEMP

WEATHER

WEIGHT

IMPEDANCE

REASON

TANK TYPE

3

TAP

SETTING

PHASES


DETC

LTC

3

CHANGER

kV

COOLANT

BIL

CLASS

OIL

YEAR

SER NO

MFR

Cu

SEALED

kVA RATED I#

TAPS

5

1

PRIMARY:

SECOND:

NAMEPLATE DATA

Dd0


BUSHING NAMEPLATE

DSG SERIAL NUM MFR.

H1

H2

H3

X1

X2

X3


WATER CONTENT

SPECIFIC GRAVITY

kV

PPM

%

PPM

D-1524

D-877

D-971

D-974

D-1500

D-4059

D-924

D-1533B

D-287

* METHANE

* ETHANE

* ETHYLENE

* ACETYLENE

* CARBON MONOXIDE

CARBON DIOXIDE

NITROGEN

OXYGEN

TOTAL GAS


* COMBUSTIBLE GAS

(H2)

(CH4)

(C2H6)

(C2H4)

(C2H2)

(CO)

(CO2)

(N2)

(O2)

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

PPM

%

PAINT CONDITION

GASKETS

BUSHINGS

LIQUID LEVEL

°C

°C

#

S OTHER

TOP

BOTTOM

VENT

ACCESS PORT

SAMPLE VALVE

EXCELLENT

GOOD

INVESTIGATE

POOR

FAILED UNIT

NO SERVICE REQUIRED

MONTHS:

SERVICE REQUIRED

SERVICE IMMEDIATELY

REFER TO COMMENTS

0

0

TEST RESULTS

DIELECTRIC STRENGTH

INTERFACIAL TENSION


MG KOH/G

ASTM

D/CM


PLUMBING TABLE




CONDITION SERVICE

RETEST IN

ASTM D-3612C

PARTICLES

ACIDITY

ASTM COLOR NO.


* HYDROGEN

PCB CONTENT

P


POWER FACTOR


COMMENTS:

DEFICIENCIES:

VA

:1

:5

VOLTAMPERE RATING

RATIO

MANUFACTURER

1 PH3 PH 4W3 PH 3W

STANDARD CALIBRATION DATE

OPERATING VOLTAGE

kWHR STANDARD S/N

WIRING CORRECT PER MFR. DIAGRAM NO.

PULSES

kW

MULTIPLY BY

REV./

MINUTES =

TEST RESULTS:

DEMANDkWHR

SPECIFIED

AMPS @

DEFECTIVECORRECTEDOK

MULTIPLY BY

DEFECTIVECORRECTED

DEMAND

OK

kWHR

POLARITY

ACCURACY CLASS

TYPE

BURDEN

ACCURACY CLASS

TYPE

CATALOG NO.

kVVOLTAGE CLASS

SERIAL NO.

CATALOG NO.

kVVOLTAGE CLASS

SERIAL NO.

STYLE

RATIO

MANUFACTURER

DIRECT RDG. FOR Kh

REGISTER RATIO

TYPE

MIN.DEMAND INTERVAL

VOLTAGE

SERIAL NO.

CLASS

FULL SCALE kW

MANUFACTURER

PHASE

TYPE

CAT. NO./STYLE NO.

TA

OTHER

STATORS

Kh

SERIAL NO.

VOLTAGE

PKh

INSTRUCTION BOOKLET

WIRE

CLASS

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

WATTHOUR METER TEST

537

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER

WATTHOUR METERS, TRANSDUCERS

AMBIENT TEMPERATURE

GENERAL

% PLANT°F

kWHR METER DATA

kWHR REGISTER DATA

CURRENT TRANSFORMER DATA

ELEMENT BALANCE:

FULL

50% FP, FULL LOAD

LOADSTANDARD CONSTANT

CORRECTION OF INST. TRANS.

REVOLUTIONS ACTUAL % REGISTRATION

ELEMENT BALANCE:

50% FP, FULL LOAD

STAND. CORR. METERLOAD

STANDARD CONSTANT


ACTUAL % REGISTRATION

VOLTS & 100% P.F. FOR

REV./

STANDARD STAND. CORR.

LIGHT

METER

LIGHT

REVOLUTIONS

FULL

STANDARD

VOLTAGE TRANSFORMER DATA

AS FOUND READINGS

DEMAND INDICATOR TEST

PULSE INITIATOR TEST

AS LEFT READINGS

AS FOUND TESTS CREEP TEST: REV / 3MIN

AS LEFT TESTS CREEP TEST: REV / 3MIN

PULSES

WATTHOUR METER TEST

538PAGE


COMMENTS:

DEFICIENCIES:

OUTPUT

ELEMENTS

TYPE

ACCURACY

WIREPHASE

SERIAL NO.

FREQUENCYCURRENT

OTHER

CALIBRATION ADJUSTMENT

VOLTAGE

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

VAR TRANSDUCER TEST

539

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

AS SPECIFIED AS LEFTPHASE ANGLEINPUT

0

0.57735

1.0000

-0.57735

0

0

-1.0000

NAMEPLATE DATA

TEST RESULTS

VAR INPUT AS FOUND

MILLIAMP OUTPUT

ANGLE

0 DEG

30 DEG

MULTIPLIER

-45 DEG

-30 DEG

45 DEG

ANGLE MULTIPLIER ANGLE MULTIPLIER

-90 DEG

90 DEG

PHASE ANGLE MULTIPLIER (TANGENT)

VAR TRANSDUCER TEST

540PAGE


COMMENTS:

DEFICIENCIES:


SUBSTATION

DATE

POSITION

10/13/2014

MULTIFUNCTION METERING MODULE

541

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F




NAMEPLATE DATA

MODEL

MANUFACTURER

CONTROL VOLTAGE

STYLE / SERIES NO. INSTRUCTION MANUAL NO.

CLASS TYPE

A - N

B - N

C - N

A - B

A - C

B - C

PHASE A

PHASE B

PHASE C

SERIAL NO.


VOLTAGE TRANSFORMER:


PRIMARY VOLTAGE

PRIMARY CURRENT

V SECONDARY VOLTAGE

SECONDARY CURRENT

V VTR =

CTR =

VOLTAGE READINGS

CURRENT READINGS

A A

MEASURED PT SECONDARY VOLTAGE

(volts)VTR

PERCENT ERROR

MULTIFUNCTION METER READING

MEASURED SYSTEM VOLTAGE

(volts)

MEASURED CT SECONDARY CURRENT

(amps)CTR

MEASURED SYSTEM CURRENT

(amps)

MULTIFUNCTION METER READING

PERCENT ERROR

MULTIFUNCTION METERING MODULE

542PAGE


COMMENTS:

DEFICIENCIES:





SUBSTATION

DATE

POSITION

10/13/2014

KILOWATT-HOUR METER SERVICE RECORD

543

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

DATE

REMOVED

SERIAL

NUMBER

SUBSTATION/

POSITION

READING

ON DATE

REMOVED

DEMAND

ON DATE

REMOVED

DATE

REINSTALLED

READING

ON DATE

REINSTALLED

KILOWATT-HOUR METER SERVICE RECORD

544PAGE


COMMENTS:

DEFICIENCIES:

VA

:1

:5

VOLTAMPERE RATING

RATIO

MANUFACTURER

3 PH 4W3 PH 3W

STANDARD CALIBRATION DATE

OPERATING VOLTAGE

kWHR STANDARD S/N

WIRING CORRECT PER MFR. DIAGRAM NO.

PULSES

kW

MULTIPLY BY

REV./

MINUTES =

TEST RESULTS:

DEMANDkWHR

SPECIFIED

AMPS @

DEFECTIVECORRECTEDOK

MULTIPLY BY

DEFECTIVECORRECTED

DEMAND

OK

kWHR

POLARITY

ACCURACY CLASS

TYPE

BURDEN

ACCURACY CLASS

TYPE

CATALOG NO.

kVVOLTAGE CLASS

SERIAL NO.

CATALOG NO.

kVVOLTAGE CLASS

SERIAL NO.

STYLE

RATIO

MANUFACTURER

DIRECT RDG. FOR Kh

REGISTER RATIO

TYPE

MIN.DEMAND INTERVAL

VOLTAGE

SERIAL NO.

CLASS

FULL SCALE kW

MANUFACTURER

TYPE

CAT. NO./STYLE NO.

TA

OTHER

STATORS

Kh

SERIAL NO.

VOLTAGE

PKh

INSTRUCTION BOOKLET

WIRE

CLASS





SUBSTATION

DATE

POSITION

10/13/2014

WATTHOUR METER TEST

545

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

kWHR METER DATA

kWHR REGISTER DATA

CURRENT TRANSFORMER DATA

ELEMENT BALANCE:

FULL

50% FP, FULL LOAD



REVOLUTIONS ACTUAL % REGISTRATION

ELEMENT BALANCE:

50% FP, FULL LOAD



ACTUAL % REGISTRATION

VOLTS & 100% P.F. FOR

REV./

MEASURED

LIGHT

LIGHT

REVOLUTIONS

FULL

MEASURED

VOLTAGE TRANSFORMER DATA

AS FOUND READINGS

DEMAND INDICATOR TEST

PULSE INITIATOR TEST

AS LEFT READINGS

AS FOUND TESTS CREEP TEST: REV / 3MIN

AS LEFT TESTS CREEP TEST: REV / 3MIN

PULSES

METERSTAND. CORR.CALCULATED

CALCULATED METERSTAND. CORR.

PHASE

MANUFACTURER

1 PH

WATTHOUR METER TEST

546PAGE


COMMENTS:

DEFICIENCIES:

OUTPUT

ELEMENTS

TYPE

WIRE

ACCURACY

PHASE

SERIAL NO.

FREQUENCYCURRENT

OTHER

CALIBRATION ADJUSTMENT

VOLTAGE

CATALOG NO.

MANUFACTURER





SUBSTATION

DATE

POSITION

10/13/2014

TRANSDUCER TEST

547

FORMS - ALLJOB #

PAGE


ADDRESS

ADDRESS

CUSTOMER

OWNER


AMBIENT TEMPERATURE

GENERAL

% PLANT°F

INPUT AS SPECIFIED AS LEFT

NAMEPLATE DATA

TEST RESULTS

PHASE ANGLE

DEGREES

MILLIAMP OUTPUT

AS FOUND

TRANSDUCER TEST

548PAGE


COMMENTS:

DEFICIENCIES:

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