april 16, 2021 2247.002 - northland assoc

April 16, 2021 2247.002.003

CONTRACT DOCUMENTS

ANDSPECIFICATIONS

FOR

CITIZEN ADVOCATES, INC.

CONTRACT NO. 1 – CRISIS CLINIC RENOVATIONS

TO ALL HOLDERS OF CONTRACT DOCUMENTS:

This Addendum is part of the Contract Documents in accordance with Section 00 01 00INFORMATION FOR BIDDERS, Article 00 01 00.08 – “Addenda and Interpretations” of the ContractDocuments and Specifications.

1. Reference: TABLE OF CONTENTS

a. Page 1, under “SECTION 00 01 60 – ADDITIONAL INSTRUCTIONS” DELETE “-.08ASBESTOS REPORT” and SUBSTITUTE THEREFOR “-.08 PRE-RENOVATIONASBESTOS & LEAD SURVEY REPORT”.

b. Page 8, under “DIVISION 26” DELETE second listing of “26 28 16 SAFETYSWITCHES”.

c. Page 8, under DIVISION 26, ADD the following:

“26 24 16 PANELBOARD 26 32 15 SPARK-IGNITED EMERGENCY GENERATOR”.

d. Page 10, under “INDEX TO DRAWINGS” DELETE the following:

“M111 MECHANICAL DEMOLITION PLAN”

e. Page 10, under “INDEX TO DRAWINGS” RENAME the following Sheet title:

“M113 HVAC PIPING FLOOR PLAN”.

RENAME “M113 HVAC PIPING FLOOR PLAN”.

f. Page 10, under “INDEX TO DRAWINGS” ADD the following Sheet title:

“E203 ELECTRICAL DETAILS”.

2. Reference: SECTION 00 00 20 – ADVERTISEMENT FOR BIDS

a. Page 1, end of first paragraph, ADD the following:

“If Bids are submitted via postal delivery, the mailed bids must be received by the day andtime indicated. Please abide by all CDC guidelines when accessing a Citizen Advocates, Inc.Facility if dropping off bids in person. Alternatively, due to the current Covid-19 mandates

and restrictions, an electronic bid submission is acceptable which must be received by the dayand time indicated. Please e-mail completed bids to Paul Langdon, Director of SupportServices at Citizen Advocates, Inc. at [email protected].”

3. Reference: SECTION 02 82 00 – REMOVAL AND DIPOSAL OF ASBESTOS

a. Page 5, Article 3.3, end of Subarticle A, ADD the following:

“The requirements of ICR-56 must be met for the project for bead blasting or abrasiveremoval of mastic. Should the Contractor choose to utilize applicable variance AV-A-3, thisrequirement is not necessary.”

4. Reference: SECTION 07 22 16.01 – TAPERED ROOF INSULATION

a. Page 4, Article 2.01, Subarticle C, DELETE in its entirety and SUBSTITUTE THEREFORthe following:

“Fire Safety Requirements: Tapered roof insulation shall have a maximum flame spreadrating of 75 and a minimum smoke developed rating of 150, exclusive of facing, when testedin accordance with ASTM E84. Insulation listed in the UL BMD Building MaterialsDirectory and bearing the UL label will be accepted in lieu of copies of certified test reports.Compliance with flame-spread and smoke-developed ratings will not be required if theinsulation has been tested as a part of a roof construction assembly of the type used for thisproject and the construction is UL listed as being fire-classified or listed as Class 1 roof deckconstruction in the FM P7825. Provide a thermal barrier of roof insulation in accordancewith the requirements of UL or the FM P7825. Insulation tested as a part of a roofconstruction assembly shall be provided with UL or FM labels attesting to the ratingsspecified herein.”

5. Reference: SECTION 08 11 13 – METAL DOORS AND FRAMES

a. Page 3, Article 2.01, Subarticle B, No. 2, ADD the following note: “a. Gauge – 18 gaugemin.”.

6. Reference: SECTION 08 14 16 – FLUSH WOOD DOORS

a. Page 2, Article 2.01, Subarticle B, DELETE in its entirety and SUBSTITUTE THEREFOR:

“Interior Doors for Transparent Finish: Comply with the following requirements:Grade: Premium (Grade A faces).Faces: Natural oak, plain sliced.Match between Veneer Leaves: Pleasing match.Match within Door Faces: Balance match.Stiles: Same species as face.Thickness: See door schedule.”

b. Page 3, Article 2.01, Subsection D, DELETE in its entirety.

7. Reference: SECTION 08 54 13 – FIBERGLASS WINDOWS

a. Page 3, Article 2.02, Subsection F, DELETE in its entirety and SUBSTITUTE THEREFOR“Outside-Inside Transmission Class (OITC): Rated for not less than 22 OITC when tested

for laboratory sound transmission loss in accordance with ASTM E90 and determined byASTM E1332.”

8. Reference: SECTION 08 71 00 – DOOR HARDWARE

a. Page 3, Article 2.05, Subsection E, DELETE in its entirety.

b. Page 8 and 9, Article 3.06, HW Sets 4, 5 & 6, first paragraph, last sentence, DELETE“remote control as per electrical specifications.” and SUBSTITUTE THEREFOR “remotecontrol to match Owner’s Master Keying System”.

9. Reference: SECTION 23 09 23 – DIRECT DIGITAL CONTROL SYSTEMS

a. Page 29, Article 3.03, ADD the following:

“C. Boiler (B-X) and Pump (BP-1, BP-2, P-1 and P-2) Units:1. The heating system controller provides stand-alone control or control from

an optional high level Building Automation System (BAS). The heatingsystem consists of hot water boiler(s) (B-1 and B-2) with its pipingconfiguration arranged as a primary/secondary loop supplying hot water tothe facility. The manifolded hot water distribution pumps (P-1 and P-2) areconfigured as lead/lag control. The factory boiler system controller shallprovide standalone control or BAS workstation control of the supply heatingwater temperature setpoint (adj.).

2. Heating System Enable/Disable: The heating system is disabled when theboilers are disabled and there is not an active hot water distribution pumprequest. When the system is disabled, the hot water pump shall becommanded off.

3. Hot Water Reset: The hot water supply setpoint shall be linearly reset from110.0 deg. F (adj.) to 160.0 deg. F (adj.) as the outside air temperature fallsfrom 60.0 deg. F (adj.) to 0.0 deg. F (adj.).

4. Boiler Control: The boiler lead/lag sequence shall be based on a weeklyschedule. From the system controller or a BAS workstation, an operator shallbe able to manually change the lead/lag sequence. If the hot waterdistribution system supply temperature falls more than 25.0 deg. F (adj.)below setpoint for a period longer than 15 minutes (adj.), or if an activeboiler signals a failure alarm, the system controller shall enable the lagboiler. In addition, the system controller shall signal an alarm. When aboiler failure exists, lead/lag automation shall be disabled and the currentlyrunning boiler shall become the lead boiler. Once the problem is corrected,the operator shall be able to clear the alarm failure from the system controlleror BAS workstation. This shall re-enable the lead/lag sequence. Once thelead boiler is enabled, the add sequence of additional boilers shall be disabledfor a period of 30 minutes (adj.). Additional boilers are added if the hotwater distribution system supply temperature falls 5.0 deg. F (adj.) below thehot water setpoint for a period of 10 minutes (adj.) or more. The last boilerenabled shall be disabled when the hot water temperature rises 5.0 deg. F(adj.) above the hot water setpoint for a period of 10 minutes (adj.) or more.Additional boilers shall be disabled following the same subtraction sequenceif the hot water temperature remains 5.0 deg. F (adj.) above the hot watersetpoint for a period of 10 minutes (adj.) or more.

5. Boiler Circulation Pump (BP-1 and BP-2) Start/Stop: The boiler shall start aboiler circulation pump through a contact closure of the pump’s motor starter

enable contacts.

6. Hot Water Distribution Pump (P-1 and P-2) Start/Stop: The system shallstart a hot water pump through a contact closure of the pump’s starter run-enable contacts. The system shall detect hot water pump run status. The hotwater pump lead/lag sequence shall be based on a weekly schedule. From theBAS controller or a BAS workstation, an operator shall be able to manuallychange the lead/lag sequence. If the lead start/stop relay is enabled and thepump is off for more than 30 seconds (adj.), the system shall annunciate a hotwater pump failure alarm to the BAS workstation and start the lag pump.When a pump failure exists, lead/lag automation shall be disabled and thecurrently running pump becomes the lead pump. Once the problem has beencorrected, the operator shall be able to clear the alarm failure from the BAScontroller or BAS workstation. This action shall re-enable the lead/lagsequence.

7. Freeze Protection: When the outdoor air temperature falls below 35.0 deg. F(adj.), the hot water distribution pump shall operate continuously to providehot water circulation to all associated hot water coils. If the hot water supplytemperature falls below 130.0 deg. F (adj.) during unoccupied periods, theboiler sequence shall be enabled to safeguard against low water temperatureand boiler condensation. In the event that a hydronic airside type equipmentinitiates a low limit alarm, the heating system shall enable, if disabled, andprovide heating medium circulation to the equipment.

8. Boiler Emergency Shutdown Switch: If the Boiler Emergency ShutdownSwitch has been activated, the boilers are to shut down immediately and analarm shall be signaled to the heating system controller or BAS workstation.”

10. Reference: SECTION 23 21 13 – HYDRONIC PIPING AND SPECIALTIES

Page 4, Article 2.01, DELETE Subparagraph A.1 in its entirety and SUBSTITUTE THEREFOR:

“1. Hot Water Heating and Condensate Drain Pipe (Supply and Return): ASTM B88Type L Copper tubing.”

11. Reference: SECTION 23 52 16 – CONDENSING BOILERS

a. Page 5, Article 2.02, Subparagraphs B & C, DELETE in their entirety and SUBSTITUTETHEREFOR:

“B. Boiler Combustion Air: Provide direct vent type combustion air directly fromoutside to boiler using Schedule 40 PVC, ASTM D1785, with cement solvent fittingsper ASTM 2564. Terminate with vertical concentric vent, per manufacturer’srecommendations.

C. Concentric Vent Termination: Vertical concentric vent termination shall be throughthe roof termination vent cap kit with cap, bird screen and mounting hardware for usewith Schedule 40 PVC pipe as provided by boiler manufacturer. Concentric vent kitsshall be joined with cement solvent fittings per ASTM 2564.”

12. Reference: SECTION 26 24 16 – PANELBOARDS

a. ADD this Section as attached to this Addendum No. 1.

13. Reference: SECTION 26 32 15 – SPARK-IGNITED EMERGENCY GENERATOR

ADD this Section as attached to this Addendum No. 1.

14. Reference: CONTRACT DRAWINGS – SHEET G111 – LEGENDS & NOTES

a. DELETE note: “NEW DOMESTIC WATER AND SPRINKLER MAIN CONNECTIONS”and SUBSTITUTE THEREFOR “NEW DOMESTIC WATER AND SPRINKLER MAINCONNECTIONS. CITY OF OGDENSBURG TO PROVIDE WATERLINE LATERAL TOPROPERTY LINE TO ALLOW NEW CONNECTIONS. FINAL LOCATION OFWATERLINE LATERALS TO BE DETERMINED BY THE CITY OF OGDENSBURG.”

b. ADD the following note pointing at the sanitary line:

“NEW 6” SANITARY LATERAL CONNECTING BUILDING TO SANITARY MAIN.FINAL LOCATION AND CONNECTION OF SANITARY LINE LATERAL TO BEDETERMINED BY THE CITY OF OGDENSBURG.”

15. Reference: CONTRACT DRAWINGS – SHEET A001 – LEGENDS & NOTES

Under “FIRE EXTINGUISHER CABINET DETAIL”

a. DELETE note: “PROVIDE A RECESSED FIRE CABINET B2712 MEDALLION SERIESFIRE CABINETS (FINISH AS SELECTED BY OWNER) AS AVAILABLE FROMLARSON, OR APPROVED EQUAL. PROVIDE FIRE RATED CABINETS IN FIRERATED WALLS.” And SUSTITUTE THEREFOR “PROVIDE A RECESSED FIRECABINET B2712 MEDALLION SERIES FIRE CABINETS (FINISH AS SELECTED BYOWNER) AS AVAILABLE FROM LARSON, OR APPROVED EQUAL. PROVIDE FIRERATED CABINETS IN FIRE RATED WALLS. POSITION CABINET SIGNAGE ASREQURIED BY AHJ.”

16. Reference: CONTRACT DRAWINGS – SHEET A100 - EXISTING/DEMOLITION FLOORPLAN & NOTES

a. ADD the following notes:

“1. CONTRACTOR SHALL PROVIDE TEN (10) CALENDAR DAYS NOTIFICATIONTO THE ASBESTOS CONTROL BUREAU PER PART 56 OF TITLE 12 OF THEOFFICIAL COMPILATION OF CODES, RULES AND REGULATIONS OF THESTATE OF NEW YORK ON THE DAY THE NOTICE TO PROCEED IS ISSUEDFOR THE PROJECT.

2. EXISTING SECURITY SAFE IN THE OFFICE IS TO BE REMOVED ANDDISPOSED OF BY THE ABATEMENT CONTRACTOR AS THE SAFEINSULATION IS PRESUMED TO CONTAIN ASBESTOS.

3. CONTRACTOR SHALL REMOVE EXISTING COOLER PRIOR TO ABATEMENTCONTRACTOR FLOOR TILE MASTIC ABATEMENT WORK.”

17. Reference: CONTRACT DRAWINGS – SHEET A200 FLOOR PLAN, PARTITION TYPES,DETAILS AND NOTES

a. Partition Type 1:

DELETE “NEW 5 ½” MTL STUDS @ 16” OC” and SUBSTITUTE THEREFOR “NEW 5½” MTL STUDS @ 16” OC W/ ½” EXTERIOR SHEATHING. EXTERIOR SHEATHINGTO BE DENSGLASS SHEATHING OR APPROVED EQUAL.”

18. Reference: CONTRACT DRAWINGS – SHEET A600 – ROOM FINISH SCHEDULES ANDNOTES

a. Room Finish Legend, Wall Finishes:

DELETE “GCWT - PROVIDE WAINSCOT GLAZED PORCELAIN WALL TILE ASAVAILABLE FROM MEROLA TILE OR APPROVED EQUAL, SIZE TO BE 12 3/8 X 123/8 1-BY-1 MOSAIC TILE, TILE COLOR TO BE SELECTED BY OWNER FROMMANUFACTURERS FULL RANGE OF COLORS. PROVIDE PORCELAIN BULLNOSETILE (WAINSCOTT TYP) AS AVAILABLE FROM MSI METRO GRIS, OR APPROVEDEQUAL, SIZE TO BE 3" X 24", COLOR TO BE SELECTED BY OWNER FROMMANUFACTURERS FULL RANGE OF COLOR OPTIONS.” and SUBSTITUTETHEREFOR “GCWT - PROVIDE WAINSCOT GLAZED PORCELAIN METRO GRISWALL TILE AS AVAILABLE FROM MSI OR APPROVED EQUAL, SIZE TO BE 24 X12 TILE, TILE COLOR TO BE SELECTED BY OWNER FROM MANUFACTURERSFULL RANGE OF COLORS. PROVIDE GLAZED PORCELAIN METRO GRISBULLNOSE TILE (WAINSCOTT TYP) AS AVAILABLE FROM MSI, OR APPROVEDEQUAL, SIZE TO BE 6" X 24", COLOR TO BE SELECTED BY OWNER FROMMANUFACTURERS FULL RANGE OF COLOR OPTIONS.”

b. Under ROOM SCHEDULE, ROOM 123 LAUNDRY ROOM (ROW), WALL FINISHNORTH, WALL FINISH EAST, WALL FINISH SOUTH & WALL FINISH WEST(COLUMNS), DELETE “PNT” and SUBSTITUTE THEREFOR “PNT & GCWT”.

19. Reference: CONTRACT DRAWINGS – SHEET A601 – DOOR AND WINDOWSCHEDULES, NOTES & DETAILS

Sheet “A601”, DELETE in its entirety and SUBSTITUTE THEREFOR “A601-REV1” asattached to this Addendum No. 1.

20. Reference: CONTRACT DRAWINGS – SHEET M111 – MECHANICAL FLOOR PLAN

a. Key Note No. 1, DELETE in its entirety, and SUBSTITUTE THEREFOR, the following:

“1. PROVIDE A FIRE DAMPER AT THE FIRE WALL PENETRATION. SEETYPICAL DUCT FIRE WALL PENETRATION DETAIL ON SHEET M-312.”

b. ADD the following:

“GENERAL NOTES:1. EXTEND 16-INCH DIAMETER DUCT UP TO GRAVITY VENTILATORS (GV-1

AND GV-2) ON ROOF AT THE MAIN RETURN DUCT UPSTREAM OF THEAIR HANDLING UNITS (AHU-1 AND AHU-2) (TYPICAL FOR 2).”

c. DELETE the notes with arrow at ACCU-1 and ACCU-2, “1/4” REF. PIPING”, in its entirety.

21. Reference: CONTRACT DRAWINGS – SHEET M112 – HVAC PIPING FLOOR PLAN

a. DELETE all of the notes with arrow to the VARIABLE AIR VOLUME (VAV) boxes, “3/8”HWS” and “3/8” HWR”, in their entirety; and SUBSTITUTE THEREFOR “1/2” HWS” and“1/2” HWR”.

b. DELETE the note on the NATURAL GAS LINE, “GAS LINE 1-1/2”” in its entirety, andSUBSTITUTE THEREFOR, “GAS LINE 2””.

c. DELETE the note with arrow, “3/4” GAS LINE TO B-1, B-2” in its entirety, andSUBSTITUTE THEREFOR, “1-1/2” GAS LINE TO B-1, B-2”.

d. DELETE the note with arrow, “1/2” GAS LINE TO WATER HEATER” in its entirety, andSUBSTITUTE THEREFOR, “1” GAS LINE TO WATER HEATER”.

22. Reference: CONTRACT DRAWINGS – SHEET M112 – HVAC PIPING FLOOR PLAN

a. DELETE Sheet M112 in its entirety and SUBSTITUTE THEREFOR with M112-REV1 asattached to this Addendum No. 1.

23. Reference: CONTRACT DRAWINGS – SHEET M311 – MECHANICAL SCHEDULES

a. REMARK NO. 1, DELETE note on the AIR HANDLING UNIT SCHEDULE, andSUBSTITUTE THEREFOR “1. PROVIDE TRANE FACTORY BACNET CONTROLLERFOR CONTROL OF THE AIR HANDLING UNIT AND AIR-COOLED CONDENSINGUNIT.”

b. Under VARIABLE AIR VOLUME (VAV) SCHEDULE, ADD the following:

“3. PROVIDE TRANE FACTORY DDC CONTROLLER WITH DISCHARGETEMPERATURE AND WIRELESS WCI INTERFACE.”

c. LOUVER SCHEDULE, DELETE in its entirety, and SUBSTITUTE THEREFOR, the following:

a. PUMP (BP/P) SCHEDULE, DELETE in its entirety and SUBSTITUTE THEREFORE thefollowing:

H WIL-1 WEST WALL 6" ALUMINUM DRAINABLE 1,920 24 48 4.13 465 AHU-1 RUSKIN ELF6375DXIL-2 EAST WALL 6" ALUMINUM DRAINABLE 1,680 24 42 3.59 468 AHU-2 RUSKIN ELF6375DX

NOTES1. UNIT SHALL BE OF CHANNEL FRAME CONSTRUCTION AND AMCA CERTIFIED. COORDINATE MOUNTING WITH WALL TYPE.2. PROVIDE UNIT WITH 1/2" ALUMINUM BIRD SCREEN.3. PROVIDE KYNAR COATING ON ENTIRE ASSEMBLY (COLOR BY OWNER).4. COORDINATE WALL OPENING SIZE WITH APPROVED LOUVER ASSEMBLY PRIOR TO CONSTRUCTION.5. PROVIDE TWO-POSITION MOTORIZED DAMPER AND 120V ACTUATOR (BELIMO AF120, OR APPROVED EQUAL).6. INTERLOCK OPERATION WITH ASSOCIATED EQUIPMENT.7. PROVIDE UNIT WITH ALL CONTROL EQUIPMENT, INCLUDING SENSORS, LOW VOLTAGE WIRING AND CONDUIT, AND EXTEND TO BUILDING HVAC CONTROLS SYSTEM.

NOMINAL SIZELOUVER SCHEDULE

TAG LOCATION DESCRIPTION CFM

FREEAREA(FT2)

FREE AREAVELOCITY

(FPM)ASSOC.EQUIP. BASIS OF DESIGN

b. ADD the “GRAVITY VENTILATOR (GV) SCHEDULE” as follows:

24. Reference: CONTRACT DRAWINGS – SHEET M312 – MECHANICAL DETAILS

a. ADD Figure M-SK-01 “GRAVITY VENTILATOR INTAKE DETAIL” as attached to thisAddendum No. 1.

25. Reference: CONTRACT DRAWINGS – SHEET P311 – PLUMBING DETAILS ANDSCHEDULES

a. ADD the “Hot Water Heater Schedule” attached as P-SK01.

26. Reference: CONTRACT DRAWINGS – SHEET E111 ELECTRIC SITE PLAN, SHEET E112ELECTRIC POWER PLAN, SHEET E115 TELEPHONE, DATA AND SECURITY PLAN,SHEET E201 ELECTRIC ONE-LINE DIAGRAMS, AND SCHEDULE, SHEET E202ELECTRIC DETAILS AND SCHEDULES, SHEET E203 ELECTRIC DETAILS

a. DELETE Sheets E111, E112, E115, E201, E202 & E203 in their entirety and SUBSTITUTETHEREFOR Sheets E111-REV1, E112-REV1, E115-REV1, E201-REV1, E202-REV1, andE203-REV1 as attached to this Addendum No. 1.

BARTON & LOGUIDICE, D.P.C.

Dean G. Mason, P.E.Vice President

ZDC/jmsAttachments

HP VOLTS PHASE HZBP-1 BOILER (B-1) 1/8 115 1 60 3250 30% PROP. GLYCOL 13 4.0 -- INLINE TACO 0014BP-2 BOILER (B-2) 1/8 115 1 60 3250 30% PROP. GLYCOL 13 4.0 -- INLINE TACO 0014P-1 HOT WATER LOOP 1/2 115 1 60 1725 30% PROP. GLYCOL 26.0 25.0 5.25 INLINE, CLOSE COUPLED BELL & GOSSETT, SERIES e90, Model 1AABP-2 HOT WATER LOOP 1/2 115 1 60 1725 30% PROP. GLYCOL 26.0 25.0 5.25 INLINE, CLOSE COUPLED BELL & GOSSETT, SERIES e90, Model 1AAB

REMARKS:1. FURNISH AND INSTALL COMBINATION STARTER/DISCONNECT, WITH HOA, NEMA 1 ENCLOSURE AND THERMAL OVERLOAD PER MFR RECOMMENDATION.2. RATED FOR 125 PSI MAXIMUM WORKING PRESSURE AND 225°F MAXIMUM OPERATING TEMPERATURE.3. FURNISH AND INSTALL UNIT AND ALL CONTROL EQUIPMENT, INCLUDING SENSORS, LOW VOLTAGE WIRING AND CONDUIT.

PUMP (BP/P) SCHEDULETAG EQUIPMENT/AREA

SERVEDMOTOR PUMP

RPMFLUID FLOW

(GPM)HEAD

(FT WC)IMP.

DIAM. (IN)TYPE DESIGN EQUIPMENT

GV-1 ROOF-SERVING AHU-1 ROOFTOP GRAVITY RELIEF VENTILATOR 1,920 16 COOK MODEL 16PR AHU-1GV-2 ROOF-SERVING AHU-2 ROOFTOP GRAVITY RELIEF VENTILATOR 1,680 16 COOK MODEL 16PR AHU-2

REMARKS:1. PROVIDE 1/2" ALUMINUM INSECT/BIRD SCREEN.2. PROVIDE MOTORIZED RELIEF DAMPER (LOW LEAKAGE TYPE) AND SLOPED ROOF CURB.

DIA. (IN)

GRAVITY VENTILATOR (GV) SCHEDULEITEM LOCATION DESCRIPTION CFM BASIS OF DESIGN ASSOCIATED

EQUIPMENT

EMAIL TRANSMISSIONPLEASE ACKNOWLEDGE BY RETURN EMAIL

CITIZEN ADVOCATES, INC.CONTRACT NO. 1 – CRISIS CLINIC RENOVATIONS

2247.002.003

Company Name:

Signature of Contract Holder:

Date:

RETURN WITH SIGNATURE ACKNOWLEDGEMENT TO:

[email protected]

4.21 PANELBOARDS2247.002.003 26 24 16-1

SECTION 26 24 16

PANELBOARDS

PART 1 - GENERAL

1.01 DESCRIPTION

A. Under this Section, the Contractor shall furnish all labor, materials, equipment andaccessories for Panelboards, as shown on the Plans, as specified and/or directed.

1.02 REFERENCES

A. The publications listed below and their latest revisions form a part of thisSpecification to the extent referenced. The publications are referred to in the textby the basic designation only and shall be the most current version.1. National Electrical Contractors Association (NECA) Publication:2. Standard of Installation3. National Electrical Manufacturers Association (NEMA) Publications:

a. AB1 - Molded Case Circuit Breakersb. PB 1 - Panelboardsc. PB 1.1 - Instructions for Safe Installation, Operation and

Maintenance of Panelboards Rated 600 Volts or Less4. National Fire Protection Association (NFPA) Publication:

a. 70 - National Electrical Code

1.03 SUBMITTALS

A. Submittal Packages: Submit the shop drawings, product data, and the qualitycontrol submittals specified below at the same time as a package.

B. Shop Drawings: Include the following for each panelboard.1. Cabinet and gutter size.2. Voltage and current rating.3. Panelboard short circuit rating. Indicate if rating is Fully Rated Equipment

Rating, or where acceptable, UL listed Integrated Equipment Short CircuitRating.

4. Circuit Breaker Enumeration (Frame, Poles, KAIC.): Indicate if circuitbreakers are suitable for the panelboards’ Fully Rated Equipment Rating,or where acceptable, are series connected devices that have been testverified and listed with UL (include documentation proving thecompatibility of the proposed circuit breaker combinations). Circuitbreakers do not have to be listed as series connected devices when all ofthe circuit breaker interrupting ratings are equal to, or greater than, theshort circuit rating of the panelboard.

5. Accessories.

PANELBOARDS 4.2126 24 16-2 2247.002.003

C. Product Data:1. Catalog sheets, specifications and installation instructions.2. Bill of materials.

D. Maintenance Data: Include spare parts listing; source and current prices ofreplacement parts and supplies; and recommended maintenance procedures andintervals.

E. Contract Closeout Submittals:1. Operation and Maintenance Data: Deliver 2 copies, covering the installed

products, to Owner.

PART 2 - PRODUCTS

2.01 PANELBOARDS

A. As produced by Cutler-Hammer/Eaton Corp, General Electric Co., , or Square DCo., having:1. Flush or surface type cabinets as indicated on the Contract Drawings.2. Increased gutter space for gutter taps, sub-feed wiring, through-feed

wiring, oversize lugs.3. UL label “SUITABLE FOR USE AS SERVICE EQUIPMENT” where

used as service equipment.a. Where indicated, equip panelboards used as service equipment with

secondary surge arresters; GE’s Tranquell Series, Joslyn’s Mfr.Co.’s Surge Tec Series, Intermatic Incorp.’s AG2401 or AG6503,Square D Co.’s SDSA 1175 or SDSA 3650, to suit system primary(transformer size, available current) and secondary characteristics.

4. Door and one piece trim. Door fastened to trim with butt or piano hinges.Trim fastened to cabinet with devices having provision for trim adjustment. Provide door-in-door trim.

5. Door lock. 2 keys with each lock. All locks shall be keyed alike.6. Solid copper bus bars. Ampere rating of bus bars not less than frame size

of main circuit breaker.7. Full capacity copper isolated neutral bus in panelboards where neutrals are

required and the panel is not utilized as service equipment.8. Copper equipment grounding bus in panelboards where equipment

grounding conductors are required.9. Sections designated “space” or “provision for future breaker” equipped to

accept future circuit breakers.10. Lock on devices for exit light, fire alarm, stair well circuits or as indicated

on Contract Drawings.11. Provisions for padlocking circuit breaker handle in OFF position where

indicated.12. Blank circuit directories in plastic pockets.

4.21 PANELBOARDS2247.002.003 26 24 16-3

13. Short circuit rating not less than indicated on panelboard schedule. Furnishpanelboards having Fully Rated Equipment Rating (the short circuit ratingof the panelboard is equal to the lowest interrupting rating of any deviceinstalled in the panelboard).

14. Molded Case Circuit Breakers.a. Molded Case Circuit Breakers: NEMA AB 1, thermal magnetic

trip circuit breakers, with common trip handle for all poles. Do notuse tandem circuit breakers. Type HACR for air conditioningequipment circuits, Class A ground fault interrupter circuit breakerswhere scheduled. The fault interrupter shall detect and trip oncurrent imbalance of 6 milliamperes or greater per requirements ofUL 943 for Class A GFCI devices.

b. Components: See panelboard schedule for specific componentsrequired for each circuit breaker. In addition to the specificcomponents, equip each circuit breaker with additional componentsas required to achieve a coordinated selective scheme between themain circuit breaker and the branch/feeder circuit breakers whenindicated on the panelboard schedule that a coordinated selectivescheme is required.

c. Single pole 15 amp and 20 amp circuit breakers marked SWDwhere used as switches.

d. Single pole and two pole 15, 20, and 30 amp circuit breakers ratedfor high intensity discharge lighting loads when applicable.

15. Size of circuit breakers and rating of main lugs shall be as indicated onContract Drawings.

16. Enclosure: NEMA 1.

2.02 NAMEPLATES

A. General: Precision engrave letters and numbers with uniform margins, charactersize minimum 3/16 inch high.1. Phenolic: Two color laminated engravers stock, 1/16 inch minimum

thickness, machine engraved to expose inner core color (white).2. Aluminum: Standard aluminum alloy plate stock, minimum .032 inches

thick, engraved areas enamel filled or background enameled with naturalaluminum engraved characters.

3. Materials for Outdoor Applications: As recommended by nameplatemanufacturer to suit environmental conditions.

4. Provide the following information on the panelboard door:a. Panel designationb. “Fed from”. Descriptive location and/or main feeder connection

indication.c. Voltsd. 1 or 3 Phase indication and wire indicatione. Bus Amperagef. Feeder phase/wire color designations.

PANELBOARDS 4.2126 24 16-4 2247.002.003

PART 3 - EXECUTION

3.01 INSTALLATION

A. Install panelboards in accordance with NEMA Publication No. PB1.1 “GeneralInstructions for Proper Installation, Operation and Maintenance of PanelboardsRated 600 Volts or Less”.

B. Flush Cabinets: Set flush cabinets so that edges will be flush with the finished wallline. Where space will not permit flush type cabinets to be set entirely in the wall,set cabinet as nearly flush as possible, and cover the protruding sides with the trimextending over the exposed sides of the cabinet and back to the finished wall line.

C. Directory: Indicate on typewritten directory the equipment controlled by eachcircuit breaker, and size of feeder servicing panelboard. For power panelboardsalso include ATE rating and feeder size for each breaker.

D. Identification:1. Install nameplates on front of each panelboard.

a. Identification of 120/208 Volt Circuit Conductors:1) 2 wire circuit - white*, black.2) 3 wire circuit - white*, black, red.3) 4 wire circuit - white*, black, red, blue.*White is used only as neutral. Where neutral is not required,black, red, or black, red, blue is used for phase to phase circuits.

b. Identification of 277/480 Volt Circuit Conductors:1) 2 wire circuit - natural gray**, brown.2) 3 wire circuit - natural gray**, brown, yellow.3) 4 wire circuit - natural gray**, brown, yellow, orange.**Natural gray is used only as neutral. Where neutral is notrequired, brown, yellow, or brown, yellow, orange is used for phaseto phase circuits.

E. Height: 6 feet to top of panelboard; install panelboards taller than 6 feet withbottom no more than 4 inches above floor.

F. Provide filler plates for unused spaces in panelboards.

G. Provide typed circuit directory for each branch circuit panelboard. Revisedirectory to reflect circuiting changes required to balance phase loads.

3.02 FIELD QUALITY CONTROL

A. System Acceptance Test:1. Preparation: Notify Owner/Engineer at least 3 working days prior to the

test so arrangements can be made prior to the test to have a FacilityRepresentative witness the test.

4.21 PANELBOARDS2247.002.003 26 24 16-5

2. Make the following tests:a. Test circuit breakers that have ground fault protection.b. Test programmable solid state trip devices in accordance with the

manufacturer’s recommendations.c. Supply all equipment necessary for system adjustment and testing.d. Measure steady state load currents at each panelboard feeder;

rearrange circuits in the panelboard to balance the phase loads towithin 20 percent of each other. Maintain proper phasing formulti-wire branch circuits.

END OF SECTION

4.21 SPARK-IGNITED EMERGENCY GENERATOR2247.002.003 26 32 15-1

SECTION 26 32 15

SPARK-IGNITED EMERGENCY GENERATOR

PART 1 - GENERAL

1.01 DESCRIPTION

A. Under this Section, the Contractor shall furnish all labor, materials, equipment andaccessories for Spark-Ignited Emergency Generator, as shown on the Plans, asspecified and/or directed.

B. System shall be complete including fuel transfer piping, batteries and charger,insulated exhaust piping and muffler silencer, control devices and other equipmentand accessories as specified herein and/or as shown.

C. The equipment for the Spark-Ignited Emergency Generator shall include:1. 100 KW – 208Y/120 volt – 3 phase – 4 wire spark-ignited generator unit2. fuel transfer piping and regulators3. batteries and charger4. insulated exhaust piping and muffler5. heat exchanger cooling system6. installation and initial start-up and training

D. The work shall also include all controls, accessories, appurtenances or other workrequired for a complete operating installation.

1.02 REFERENCES

A. The publications listed below and their latest revisions form a part of thisSpecification to the extent referenced. The publications are referred to in the textby the basic designation only and shall be the most current version.1. American Institute of Steel Construction (AISC) Publication:

a. Specification for the Design, Fabrication and Erection of StructuralSteel for Buildings

2. American National Standards Institute, Inc. (ANSI) Publications:a. B1.1 - Unified Inch Screw Threads (UN and UNR Thread Form)b. B2.1 - Pipe Threads (Except Dryseal)c. B15.1 - Safety Standard for Mechanical Power Transmission

Apparatusd. B16.1 - Cast Iron Pipe Flanges and Flanged Fittings (Class 25, 125,

250, and 800)e. B16.3 - Malleable Iron, Threaded Fittings (Class 150 and 300)f. B16.5 - Steel Pipe Flanges and Flanged Fittings (Including Ratings

for Class 150, 300, 400, 600, 900, 1500, and 2500)

SPARK-IGNITED EMERGENCY GENERATOR 4.2126 32 15-2 2247.002.003

g. B16.9 - Factory-Made Wrought Steel Buttwelding Fittingsh. B16.11 - Forged Steel Fittings, Socket-Welding and Threadedi. B16.39 - Malleable Iron, Threaded Pipe Unions (Class 150, 250

and 300)j. B18.2.1 - Square and Hex Bolts and Screws (Including Hex Cap

Screws and Lag Screws)k. B18.2.2 - Square and Hex Nutsl. B31.1 - Power Piping, B31.1.0a-1971, B31.1.0b-1971, B31.1.0c-

1972, B31.1.0d-1972m. B40.1 - Gauges-Pressure Indicating Dial Type-Elastic Elementn. C37.13 - Low-Voltage AC Power Circuit Breakers Used in

Enclosureso. C37.16 - Preferred Ratings, Related Requirements, and Application

Recommendations for Low-Voltage Power Circuit Breakers andAC Power Circuit Protectors

p. C37.17 - Trip Devices for AC and General Purpose DC Low-Voltage Power Circuit Breakers

q. C57.13 - Requirements for Instrument Transformersr. Z55.1 - Gray Finishes for Industrial Apparatus and Equipment

3. American Society of Mechanical Engineers (ASME) Publication:a. ASME Boiler and Pressure Vessel Code: Section VIII - Pressure

Vessels4. American Society for Testing and Materials (ASTM) Publications:

a. A53 - Pipe, Steel, Black and Hot-Dipped, Zinc-Coated Welded andSeamless

b. A126 - Gray Iron Castings for Valves, Flanges, and Pipe Fittingsc. A181 - Forgings, Carbon Steel, for General-Purpose Pipingd. A193 - Alloy-Steel and Stainless Steel Bolting Materials for High-

Temperature Servicee. A194 - Carbon and Alloy Steel Nuts for Bolts for High-Pressure

and High-Temperature Servicef. A234 - Piping Fittings of Wrought Carbon Steel and Alloy Steel for

Moderate and Elevated Temperaturesg. A307 - Carbon Steel Externally Threaded Standard Fastenersh. B8 - Concentric-Lay-Stranded Copper Conductors, Hard, Medium-

Hard or Softi. B33 - Tinned Soft or Annealed Copper Wire for Electrical

Purposesj. B230 - Aluminum 1350-H19 Wire for Electrical Purposesk. B231 - Concentric-Lay-Stranded Aluminum 1350 Conductorsl. B317 - Aluminum-Alloy Extruded Bar, Rod, Pipe, and Structural

Shapes for Electrical Purposes (Bus Conductor)m. B609 - Aluminum 1350 Round Wire, Annealed and Intermediate

Tempers, for Electrical Purposesn. D178 - Rubber Insulating Matting


o. D1785 - Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80, and 120

p. D2466 - Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings,Schedule 40

q. D2467 - Socket-Type Poly (Vinyl Chloride) (PVC) Plastic PipeFittings, Schedule 80

r. D2564 - Solvent Cements for Poly (Vinyl Chloride) (PVC) PlasticPipe and Fittings

5. American Water Works Association (AWWA) Publication:a. C601 - Standard for Disinfecting Water Mains

6. Diesel Engine Manufacturers Association (DEMA) Publication:a. Standard Practices for Stationary Diesel and Gas Engines

7. Institute of Electrical and Electronic Engineers (IEEE) Publications:a. 32 - Requirements, Terminology, and Test Procedure for Neutral

Grounding Devicesb. 115 - Test Procedures for Synchronous Machinesc. 126 - Internal Combustion Engine-Generator Units, Recommended

Specification for Speed Governing ofd. 421 - Standard Criteria and Definitions for Excitation Systems for

Synchronous Machines8. Insulated Cable Engineers Association (ICEA) Publications:

a. S-19-81 - Rubber Insulated Wire and Cable for the Transmissionand Distribution of Electrical Energy

b. S-61-402 - Thermoplastic-Insulated Wire and Cable for theTransmission and Distribution of Electrical Energy

c. S-66-524 - Cross-Linked-Thermosetting-Polyethylene-InterimInsulated Wire and Cable for the Standard No. 1 Transmission andDistribution of Electrical Energy

d. S-68-516 - Cables Rated 0-35,000 Volts and Having InterimOzone-Resistant Ethylene-Propylene Rubber Standard No. 1Insulation

9. Manufacturers Standardization Society of the Valve and Fittings Industry(MSS) Publication:a. SP-83 - Carbon Steel Pipe Unions, Socket-Welding and Threaded

10. National Electrical Manufacturers Association (NEMA) Publications:a. AB 1 - Molded Case Circuit Breakersb. ICS 1 - General Standards for Industrial Control and Systemsc. LA 1 - Surge Arrestersd. MG 1 - Motors and Generatorse. PV 5 - Constant-Potential-Type Electric Utility (Semiconductor

Static Converter) Battery Chargersf. SG 3 - Low-Voltage Power Circuit Breakersg. ST 20 - Dry-Type Transformers for General Applicationsh. TR 27 - Commercial, Institutional and Industrial Dry-Type

Transformers


11. National Fire Protection Association (NFPA) Standards:a. 37 - Standard for the Installation and Use of Stationary Combustion

Engines and Gas Turbinesb. 54 - Gas Piping for Fuel Gas Less than 607 psic. 70 - National Electric Coded. 110 - Emergency and Standby Power Systemse. 325 - Fire Hazard Properties of Flammable Liquids, Gasses and

Volatile Solidsf. 495 - Explosive Materials Code

12. Tubular Exchanger Manufacturer's Association (TEMA) Publication:a. Standards of Tubular Exchanger Manufacturer's Association

13. Underwriters Laboratories, Inc. (UL) Publication:a. UL 429 - Electrically Operated Valves

1.03 RELATED REQUIREMENTS:

A. Section 26 05 01, "Electrical General Requirements", applies to this Section withadditions and modifications specified herein.

1.04 SUBMITTALS:

A. Shop Drawings: Submit for the following:1. Engine Generator

B. Engine Generator Submittal: Submittal shall contain as a minimum:1. drawings of generator unit showing dimensions and weights2. tabulated data on:

a. Make of engine.b. Number of cylinders.c. Bore, liters (inches).d. Stroke, liters (inches).e. Piston displacement, liters (cubic inches).f. Piston speed, liters per minute (feet/min.), @ rated rpm.g. BMEP @ rated KW output.h. Make and type of generator.i. Generator electrical rating, KVA or KW @ 0.8 power factor.j. Number and type of bearings.k. Exciter type.l. Generator insulation class and temperature rise.m. Parts and service support.n. Engine manufacturer's certified engine BHP curve and certified

gen-set fuel consumption.o. Heat exchanger system.

3. installation drawings showing installation requirements4. spare parts list, manufacturer's operation and maintenance manuals for

engine generator and major accessories


5. training schedule for Owner's personnel instruction

C. Operation and Maintenance Manual: Furnish an operations and maintenancemanual for each component of the system in accordance with requirementsspecified in General Specifications. The manual shall include: wiring and controldiagrams with data to explain detailed operation and control of each item ofequipment; a control sequence describing start-up, operation and shutdown;description of the function of each component; the procedure for starting; theprocedure for operating; shutdown instructions; installation instructions;maintenance instructions; lubrication schedule; safety precaution; diagrams;performance data; and parts list. The parts list shall indicate the sources of supply,recommended spare parts, and the service organization which is reasonablyconvenient to the project site.

1.05 QUALITY ASSURANCE

A. In each standard referred to herein, consider the advisory provisions to bemandatory, as though the word "shall" has been substituted for "should" whereverit appears.

B. Operating Experience Requirements: Engines installed in the power plant shallmeet all of the operating experience requirements listed below.1. Only stationary electric generation service is considered as equivalent

experience. Engines driving pumps or compressors or in marine propulsionor railroad service are not acceptable.

2. Only experience on the same engine model is acceptable. Engine model isconsidered to be a given series or class of identical bore and stroke and ofthe same type of engine, such as in-line or vee. In-line and vee engineswith identical bore and stroke are considered as two separate models ofengines.

3. Only experience at the identical rotative speed as that which is offered isacceptable.

4. Only experience at the identical or higher brake mean effective pressure asthat which is offered is acceptable.

5. Only experience with natural gas and dual fuel engines is acceptable.

C. Engine/Gen-Set Unit: Unit shall be capable of continuous full power service atrated output for duration of standby service. Engine/generator shall be product ofone manufacturer, and the manufacturer and its authorized dealer shall have soleresponsibility for the performance of the spark-ignited engine/generator set and itsaccessories. Engine/generator shall be completely shop assembled, tested andadjusted prior to shipment.


1.06 SERVICES

A. The manufacturer shall furnish a qualified local field representative to inspectand/or adjust the equipment after installation, to supervise its initial operation andto train plant personnel in operation and maintenance of the equipment specified.Service organization shall be located within 24-hour travel time of the project.

B. After the emergency generator system is installed and proved operational, themanufacturer shall provide factory trained service technicians for a minimum of 8hours of operation and maintenance training of the Owner's plant personnel of thegenerator system as installed.

1.07 WARRANTY

A. After equipment is installed and operational, the Contractor shall furnish a two-year warranty against defects in material and workmanship. Warranty coverageshall include all parts, labor and travel expenses.

PART 2 - PRODUCTS

2.01 MATERIALS AND EQUIPMENT

A. Materials, equipment and devices shall, as a minimum, meet requirements of UL,where UL standards are established for those items, and requirements of NFPA 70.

2.02 SPARK-IGNITED ENGINE/GENERATOR SET

A. Rating: The AC engine/generator set, shall be rated by the manufacturer forstandby operation at 100 kW, 125 kVA, at 0.8 PF, 60 Hz, 1800 rpm for use with a208Y/120 volt, 3 phase, 4 wire system.1. The generator set manufacturer shall verify the engine as capable of driving

the generator with all accessories in place and operating, at the generatorset KW rating after de-rating for the range of temperatures expected inservice and the altitude of the installation. Site conditions are: 77 degreesF (25 degrees C) maximum ambient, and 300 feet ± altitude.

2. Voltage regulation shall be ±0.5 percent of rated voltage for any constantload between no load and rated load, and frequency regulation shall beisochronous from steady state no load to steady state rated load.

3. Random Voltage Variation: The cyclic variations in RMS voltage shall notexceed ±0.5 percent of rated for constant loads from no load to rated load,with constant ambient and operating temperature.

4. Random Frequency Variation: Speed variations for constant loads from noload to rated load shall not exceed ±0.25 percent of rated speed, withconstant ambient and operating temperature.


5. Total Harmonic Distortion: The sum of AC voltage waveform harmonics,from no load to full linear load, shall not exceed 5 percent of rated voltage(L-N, L-L, L-L-L) and no single harmonic shall exceed 3 percent of ratedvoltage.

6. Telephone Influence Factor: TIF shall be less than 50 per NEMA MG1-22.43.

7. The engine/generator set shall be capable of picking up 100% of nameplateKW and power factor, less applicable de-rating factors, in one step with theengine/generator set at operating temperature, in accordance with NFPAStandard 110, Paragraph 5-13.2.6.

8. Submit starting calculations for the generator based on the following:a. Maximum starting voltage dip – 20%b. Maximum peak voltage dip – 20%c. Maximum frequency dip – 10%d. Minimum load rated capacity – 25%

1) Motor starting KVA shall be as required by the followingrequired loads and the above referenced criteria:a) Step 1: Lighting – 7kWb) Step 2: Office Equip / Misc. – 31.5kWc) Step 3: ACCU-1 – 208V, 1 Phase, 31A

AHU-1 - 208V, 3 Phase, 9.5A, 1-1/2HPd) Step 4: ACCU-2 – 208V, 1 Phase, 31A

AHU-2 – 208V, 3 Phase, 5.75A, 1HP9. Generator shall be UL 2200 listed.

2.03 AC GENERATOR, REGULATOR AND EXCITER UNIT

A. The AC generator, exciter and voltage regulator shall be designed andmanufactured by the engine/generator set manufacturer as a complete generatorsystem. The generator shall meet all requirements of NEMA MG-1, Part 22, indesign, performance and factory test procedures. The generator and regulator willbe C.S.A. listed. The regulator shall be factory wired and tested with thegenerator. Cast iron end brackets and fabricated steel frames shall be used. Theunit shall be fully guarded per NEMA MG-1-1.25. Bearings shall be pre-lubricated, shielded, ball-type with provisions for adding and/or changing greasethrough extended supply and relief tubes. Minimum B-10 bearing life shall be40,000 hours for single bearing units.

B. The AC generator shall be synchronous, four pole, 12 lead reconnectable,revolving field, drip-proof construction, single pre-lubricated sealed bearing, aircooled by a direct drive centrifugal blower fan, and directly connected to theengine with flexible drive disc(s). The armature shall have skewed laminations ofinsulated electrical grade steel, two-thirds pitch windings. The rotor shall haveamortissuer (damper) windings, layer wound mechanically wedged windingconstruction. The rotor shall be dynamically balanced. The exciter shall bebrushless, three phase, with full wave silicon diodes mounted on the rotating shaft


and a surge suppressor connected in parallel with the field winding. Fielddischarge resistors shall not be acceptable. Systems using three-wire solid-statedevices (such as SCRs or transistors) mounted on the rotor shaft shall not beacceptable.

C. AC output leads shall be brought out to field connection bus bars accessiblethrough removable plates on either side of a sheet metal output box.

D. All insulation system components shall meet NEMA MG1 standard temperaturelimits for Class H insulation system. Actual temperature rise measured byresistance method at full load shall not exceed 105 degrees Centigrade to provideadditional allowance for internal hot spots. The main generator and exciterinsulation systems must be suitably impregnated for operation in severeenvironments for resistance to sand, salt, and sea spray.

E. A permanent magnet generator (PMG) shall provide excitation power to theautomatic voltage regulator for immunity from voltage distortion caused bynonlinear SCR controlled loads on the generator. The PMG shall sustain mainfield excitation power for optimum motor starting and to sustain short circuitcurrent for selective operation and coordination of system over-current devices.

F. The automatic voltage regulator shall be temperature compensated, solid-statedesign and include overvoltage and overexcitation protection functions. Thevoltage regulator shall be equipped with three phase RMS sensing. The regulatorshall control buildup of AC generator voltage to provide a linear rise and limitovershoot. Overvoltage protection shall sense the AC generator output voltageand in the event of regulator failure or loss of reference, shut down regulatoroutput on a sustained overvoltage of one (1) second duration. Overexcitationprotection shall sense regulator output and shut down regulator output ifoverloads exceed ten (10) seconds duration. Both overvoltage and overexcitationprotection shutdowns shall be latched, requiring the AC generator to be stoppedfor reset. The regulator shall include an under frequency roll-off torque-matchingcharacteristic, which shall reduce output voltage in proportion to frequency belowa threshold of 58-59 Hz. The torque-matching characteristic shall includedifferential rate of frequency change compensation to use maximum availableengine torque and provide optimal transient load response. Regulators which use afixed volts per hertz characteristic are not acceptable.

2.04 ENGINE/GENERATOR SET CONTROL

A. A unit mounted NEMA 3R enclosed control panel shall be installed on thegenerator set with vibration isolators. The control panel shall contain controls forthe operation of the engine and the generator.


B. The panel shall have a manual switch to start and stop the engine. When theswitch is in the run position, the engine shall start and run, when in stop positionthe engine shall stop.

C. The control panel shall include a cycle cranking function. The cranking cycle,nonadjustable, shall consist of an automatic crank period of approximately 15seconds duration followed by a rest period of approximately 15 seconds duration.Cranking shall cease upon engine starting and running. Two means of crankingtermination shall be provided, one as a backup to the other. Failure to start afterthree cranking cycles (75 seconds) shall shut down and lock out the engine, andvisually indicate an over-crank shutdown on the panel.

D. The control panel shall shut down and lock out the engine upon failing to startafter the specified time due to over-crank, over-speed, low lubricating oil pressureor high engine temperature.

E. The control panel shall provide a twelve light engine monitor annunciator; one redlight for each of the four shutdowns (except the remote manual stop), and oneyellow light each for the high engine temperature and low engine oil pressure pre-alarms, and one green run light. The control panel monitor shall include: aflashing red light to indicate the generator set is not in automatic start mode, ayellow light to indicate low coolant temperature, a yellow light to indicate low fuelpressure, and two red lights for auxiliary use (for a total of twelve). A panelmounted switch shall reset the engine monitor and test all the lamps. Theengine/generator set starting battery(ies) shall power the monitor. Operation ofshutdown circuits shall be independent of indication and pre-alarm circuits. Acommon alarm contact for external connection to an audible alarm shall beprovided.

F. The control panel shall provide a low coolant level shutdown, which shall beindicated as a high engine temperature fault.

G. The control panel shall include surge suppression for protection of solid statecomponents. A front control panel illumination lamp with On/Off switch shall beprovided. Control panel mounted indicating meters and devices shall include:engine oil pressure gauge, coolant temperature gauge, DC voltmeter, and runningtime meter (hours); voltage adjusting rheostat, locking screwdriver type, to adjustvoltage 5 percent from rated value; analog AC voltmeter, dual range, 90 degreescale, 2 percent accuracy; analog AC ammeter, dual range, 90 degree scale, 2percent accuracy; analog frequency meter, 45-65 Hz, 90 degree scale, 0.6 Hzaccuracy; seven position phase selector switch with Off position to allow meterdisplay of current and voltage in each generator phase.


2.05 ENGINE

A. The engine shall be designed specifically for generator set duty. The engine shallbe 4 cycle, natural gas fueled, spark-ignited, IMPCO carburetion, 8.6:1compression ratio, with forged steel crankshaft and connecting rods. The cylinderblock shall be cast iron with replaceable wet liners, and have four valves percylinder. Design shall be no less than 8 cylinders with a minimum displacement of460 cubic inches, turbocharged and after-cooled where required by the generatorset manufacturer. Two cycle engines are not acceptable. Engine shall have waterjacketed exhaust manifold.

B. An electric governor consisting of a magnetic pickup speed sensor, adjustableelectronic control, and an electric actuator mounted integrally with the fuel pump,shall provide automatic engine/generator set frequency regulation adjustable fromisochronous to 5 percent droop. Governors using external throttle linkages shallnot be acceptable.

C. The engine shall be cooled by a unit mounted coolant pump and thermostattemperature control. The cooling system shall be rated for full rated loadoperation in 122 degrees F (50 degrees C) ambient conditions. The coolingcapability of the generator set shall be demonstrated by prototype tests on arepresentative generator set model. These tests will be conducted by the generatorset manufacturer; calculated data from the heat exchanger manufacturer only is notsufficient. The engine shall be equipped with an engine driven, centrifugal-typewater circulating pump and thermostatic valve to maintain the engine atrecommended temperature level. The engine portion of the cooling system shall befilled with 50/50 ethylene glycol/water mixture by the equipment supplier.Rotating parts shall be guarded against accidental contact. Provide manuallyoperated relief valves at all high points in coolant piping system.

2.06 EXTERIOR HOUSING: FACTORY INSTALLED HOUSING, COMPLETELYENCLOSING UNIT, HAVING

A. Minimum 14 gauge sheet steel construction. All metal painted with rust inhibitingprimer and minimum 2 coats of finish paint.

B. Enclosure shall be suitable for outdoor use and be rated NEMA 3R.

C. Louvered openings in both sides plus screened, free openings at base, for heatremoval air flow.

D. Two removable doors on each side to allow access to the unit.

E. Rear housing panel with hinged door to allow access to the instrument panel.

F. Add sound attenuation to generator housing/generator to achieve a sound level of(72 dB(A) measure at 21 feet from unit in a free environment.


2.07 ENGINE ACCESSORY EQUIPMENT

A. The engine generator set shall include the additional engine accessories as follows:

B. A 12-volt DC electric starter capable of three complete cranking cycles withoutoverheating, before over-crank shutdown (75 seconds).

C. Engine driven positive displacement, mechanical, full pressure, lubrication oilpump. Full flow lubrication oil filters with replaceable spin-on canister elementsand dipstick oil level indicator, and oil drain valve with hose extension. Dryelement air cleaner with replaceable element.

D. The engine fuel system shall include secondary fuel gas regulation, air/gas valve,turbocharger and throttle body.

E. Engine mounted and driven 12-volt DC battery charging alternator, 65 ampereminimum, and solid-state voltage regulator.

F. Base: The engine/generator set shall be mounted on a heavy duty steel base tomaintain proper alignment between components. The engine/generator set shallincorporate a corrosion resistant battery tray with battery hold-down clamps withinthe base rails. Provisions for stub up of electrical, fuel supply, and fuelconnections shall be within the footprint of the generator set base rails.

2.08 GENERATOR SET AUXILIARY EQUIPMENT

A. Generator main circuit breaker, mounted and wired, UL listed, molded casethermal-magnetic type, rated at 400 amps trip, 3-pole, 240 volt.

B. Engine mounted, thermostatically controlled, coolant heater for the engine. Theheater shall be rated 1500 watt, 120 volt, single phase, 50/60 Hz.

C. Exhaust muffler shall be provided, size and type as recommended by the generatorset manufacturer. The muffler shall be critical silence grade. Flexible exhaustconnection shall be provided for connection between the engine exhaust manifoldand exhaust line. System shall be in compliance with applicable codes andstandards. An exhaust system condensation trap with manual drain valve to trapand drain off exhaust condensation and to prevent condensation from entering theengine shall be installed on the muffler.

D. Spring vibration isolators, quantity and type as recommended by the generator setmanufacturer for field installing the generator set unit on concrete foundation.Provide seismic rated spring vibration isolators for all seismic rated installations.For non-seismic installations, provide non-seismic rated spring vibration isolators.


E. Starting and Control Batteries: Starting batteries 12 volt DC, sized asrecommended by the generator set manufacturer, shall be supplied with batterycables, and in-frame battery box.

F. Battery Charger: A 10 amp voltage regulated battery charger rated for use on 120volt supply power shall be provided for the engine/generator set. Charger shall beequipped with cord and plug for 120 volt power receptacle, float, taper andequalize charge settings, on/off switch, DC voltmeter (2% accuracy), DC ammeter(2% accuracy), fuses to protect transformer and rectifier, 12 hour range fieldsetable charge timer to manually set equalize charge, temperature compensatedvoltage regulator, labeled terminal blocks for field connections and louveredNEMA 2 corrosion resistant painted steel cabinet with access covered. Operationmonitors shall provide visual output indication of:1. Loss of AC power - red light2. Low battery voltage - red light3. High battery voltage - red light4. Power On - green light (no relay contact)

2.09 SYSTEM AUXILIARIES

A. Emergency Shut Off (ESO): Provide a push-to-open turn and pull to resetemergency shut off switch to remotely stop de-energize emergency generator.Coordinate location of generator system ESO as shown on plans or as instructedfrom Owner’s designated representative.

B. Provide cabinet within generator enclosure, or installed in an interior buildinglocation approved by the Owner for cleaning spilled petroleum products. Providepetroleum absorbent 12” x 12” pads (minimum 50), pillows (minimum 10), and 6”snakes (minimum 4) as manufactured by PIG, or approved equal.

C. Battery Warmer: For exterior generators, provide wrap type battery warmer withintegral automatic heat regulation. Battery warmer shall be powered at 120V withstandard plug connection or per manufacturer’s instructions.

2.10 MANUFACTURE

A. Shall be the following, or approved equal:1. Kohler2. Cummins/Onan3. Caterpillar


PART 3 - EXECUTION

3.01 INSTALLATION: installation shall conform to the requirements of NFPA 70 andmanufacturer's recommendations.

A. Generator: Contractor shall install vibration isolators on the concretefoundation/pad and shall mount the generator on isolators per manufacturerinstallations.

B. Power Feeder: Install new feeder as shown on the Contract Drawings to thetransfer switch and connect to the transfer switch emergency terminals.

C. Support Equipment Branch Circuits: Install 120 volt power wiring and conduit asshown on drawings and connect to simplex 20 ampere receptacle at batterycharger, block heater and battery warmer branch circuits. Plug systems intoreceptacle and connect charger outputs to the battery system.

D. Fluids: Install all required lubrication, fluids, engine oil and coolant.

3.02 START-UP

A. Provide the services of competent technicians regularly employed by the supplieror manufacturer of the diesel emergency generator systems to ensure properoperation of the system during start-up. Services shall include calibration of fielddevices, adjustments to controlled systems and any other services required toprepare the system for field testing and normal operation.

B. Adjustments: Adjust controls and equipment to maintain the conditions indicated,to perform the functions indicated and to operate in the sequence specified.

3.03 TESTING

A. The Contractor shall submit three copies of the operation and maintenance manualand two copies of a test plan to the Owner not less than 14 days prior toacceptance testing. Test plan shall, as a minimum, indicate how the system is to betested, what variables will be monitored during the test and what criteria foracceptance should be used.

B. Field Testing: The manufacturer's representative shall test the diesel emergencygenerator system in service using the installed load to demonstrate conformancewith the Contract Requirements. Test controls through every cycle of operation,simulating actual operating conditions as much as possible. Provide the Owner aminimum of one week's advance notice prior to proposed start-up. Test unit underinstalled load for a minimum of three hours.


C. Manufacturer's representative shall provide written certification that the units havebeen properly installed and adjusted and are operating in accordance with thesespecifications.

D. For New ATS Installations: Test unit under load shall be as specified underSection 26 36 23 “Automatic Transfer Switches” for additional requirements.

3.04 INSTRUCTING OPERATING PERSONNEL

A. Upon completion of the work, and after successful acceptance testing, provideinstruction to the Owner in the proper operation and maintenance of each device,or indicated system. The period of instruction shall be for not less than one (1) 8-hour working day and shall be in addition to start-up service time. Prior to anyinstruction sessions, the Contractor shall submit a written proposed outline ofmaterial to be covered with a proposed time schedule. The outline and scheduleshall be subject to review and approval by the Owner who shall have the right tomodify said outline and schedule. Contractor shall furnish outline and schedule aminimum of 3 weeks prior to proposed starting date of any training.

END OF SECTION

2" ALUMINUM DOOR

DOOR COLOR TO BESELECTED BY OWNER

TYPE A

7' -

0"

5" 2' - 2" 5"

10"

5' -

9"5"

1 3/4" FLUSH FACESOLID WOOD DOOR

PRE-STAINED, STAINCOLOR TO BESELECTED BYOWNER

TYPE E

3' - 0"

6' -

8"

1 3/4" FLUSH FACESOLID WOOD DOORW/ 1/4" SAFETYGLAZING WIREDGLASS VISION LITE

PRE-STAINED, STAINCOLOR TO BESELECTED BYOWNER

TYPE F

6' -

8"

4" 4" 2' - 4"

3' -

8"2'

- 0"

1' -

0"

3' - 0"

3' - 0"3' - 0"

6' -

8"

1 3/4" FLUSH FACEHOLLOW METALINSULATED DOOR W/1/4" INSULATEDGLAZING


2' - 0"

2' -

8"

TYPE B TYPE C

6' -

8"

4" 4" 2' - 4"

3' -

8"2'

- 0"

1' -

0"

3' - 0"

1 3/4" FLUSH FACEHOLLOW METALINSULATED DOOR W/1/4" INSULATEDGLAZING


TYPE D

INSULATEDSECTIONALOVERHEADDOOR

SEE

SCHE

DULE

SEE SCHEDULE

6' -

8"2"

2" 3' - 0" 2"

WELDEDHOLLOWMETAL FRAME

PRIME & PAINTDOOR FRAME,COLOR TO BESELECTED BYOWNER ANDMATCH ALUM.WINDOWFRAME FINISH

TYPE 3

ALUMINUMFRAME

FACTORYFINISHEDFRAME, COLORTO BE SELECTEDBY OWNER

1 3/

4"7'

- 2"

2"7'

- 0"

2"3' - 0"

2"1 3/4" 3' - 0" 1 3/4"

ALUMINUMFRAME

FACTORYFINISHEDFRAME, COLORTO BE SELECTEDBY OWNER

TYPE 2TYPE 1

2"1' - 10"

1

2"

48" M

IN.,

60" M

AX. A

.F.F

.

RAISED CHARACTERS -TO MATCH SPECIFICROOM NAMES

RAISED SYMBOLS

LAYOUT, SIZE ANDCOLOR TO BE SELECTEDBY OWNER

48" MIN.

PROVIDE (1) RESTROOMADA COMPLIANT SIGN INLOCATION SHOWN ONPLANS

60" MAX.

6"

9"

BRAILLE

SEE FLOOR PLANS FORROOM NAMES ANDMUMBERS FOR ROOMSIGNAGE

ALUMINUM FRAME STOREFRONTS AT VESTIBULE

FACTORY FINISHED FRAME, COLOR TO BE SELECTED BY OWNER

2"

2"3' - 0"

2"

STOREFRONT 1

2"1' - 10"

1

3' - 0"

4' -

0"

1' -

0"2'

- 7"

101

2"1' - 10"

2"3' - 0"

2"1' - 10"

2"

7' -

0"2" 2"

7' -

0"2"

STOREFRONT 2

3' -

7 1/

2"A.

F.F.

2' -

6"

3' - 11 1/2"

102

FALSE MULLIONSLOCATED BETWEENINSULATING GLASSLITES

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2247.002.003

DOOR SCHEDULE

NUMBER WIDTH HEIGHT THICKNESSDOORTYPE

DOORMATERIAL

DOORFINISH

FIRERATING

FRAMETYPE

FRAMEMATERIAL

FRAMEFINISH

HEADDETAIL

JAMBDETAIL HARDWARE COMMENTS

101 3' - 0" 7' - 2" 2" A ALUM FACT - 1 ALUM FACT 2/A500 3/A500 4 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.102 3' - 0" 7' - 2" 1 3/4" A ALUM FACT - 2 ALUM FACT 7/A500 8/A500 3103 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2104 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2105 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 11/A500 12/A500 5 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS; PROVIDE SMOKE

AND DRAFT CONTROL DOOR ASSEMBLY PER UL 1784.106 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 5 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.107 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1108 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1109 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1110 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1111 3' - 0" 6' - 8" 1 3/4" B HM PNT - 3 HM PNT 5/A500 6/A500 6 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.112 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7113 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1114 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1115 3' - 0" 6' - 8" 1 3/4" C HM PNT - 3 HM PNT 5/A500 6/A500 6 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.116 12' - 0" 7' - 0" 3" D STL FACT - - - - - - -117 3' - 0" 6' - 8" 1 3/4" C HM PNT - 3 HM PNT 5/A500 6/A500 6 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.118 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 11/A500 12/A500 8 PROVIDE SMOKE AND DRAFT CONTROL DOOR ASSEMBLY PER UL

1784.119 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1120 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2121 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1122 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1123 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1124 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2125 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2126 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1127 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 11/A500 12/A500 5 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS; PROVIDE SMOKE

AND DRAFT CONTROL DOOR ASSEMBLY PER UL 1784.128 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 8129 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2130 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1131 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1132 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2133 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2134 3' - 0" 6' - 8" 1 3/4" B HM PNT - 3 HM PNT 5/A500 6/A500 6 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.135 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9136 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7137 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9138 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7139 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9140 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7141 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9142 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7143 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9144 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7145 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9146 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7147 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9148 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7149 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9150 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7151 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9152 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7153 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9154 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7155 3' - 0" 6' - 8" 1 3/4" B HM PNT - 3 HM PNT 5/A500 6/A500 6 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.156 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 8 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.157 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2158 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 9159 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 11/A500 12/A500 5 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS; PROVIDE SMOKE

AND DRAFT CONTROL DOOR ASSEMBLY PER UL 1784.160 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2161 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2162 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 2163 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9164 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7165 3' - 0" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 9166 2' - 8" 6' - 8" 1 3/4" E WOOD FACT - 3 HM PNT 9/A500 10/A500 7167 3' - 0" 6' - 8" 1 3/4" F WOOD FACT - 3 HM PNT 9/A500 10/A500 1168 3' - 0" 6' - 8" 1 3/4" B HM PNT - 3 HM 5/A500 6/A500 6 PROVIDE KEY FOB. SEE ELECTRICAL DRAWINGS.

WINDOW SCHEDULE

NUMBER COUNT TYPE WIDTH HEIGHT MATERIAL COMMENTS101 22 FIXED 3' - 0" 4' - 0" FIBERGLASS102 8 SLIDING 3' - 11 1/2" 3' - 7 1/2" HOLLOW METAL NON-POWERED 275 SINGLE PANEL SLIDER WINDOW

BY READY ACCESS OR APPROVED EQUAL

SCALE: 3/8" = 1'-0"DOOR TYPES

SCALE: 3/8" = 1'-0"FRAME TYPES

90 MINUTE

90 MINUTE

90 MINUTE

SCALE: 1/2" = 1'-0"DOOR SIGN DETAIL

SCALE: 3" = 1'-0"ADA SIGN DETAIL

1 APRIL 15, 2021

SCALE: 3/8" = 1'-0"WINDOW TYPES

ACCU-1

ACCU-2

CONCRETE EQUIPMENTPAD (TYP.)SEE TYPICALACCU CONCRETEEQUIPMENT PAD DETAILON SHEET M312

7/8" RS3/8" RL

TO AHU-1

7/8" RS

3/8" RL

TO AHU-2

B-1 B-2

BP-1

BP-2

AHU-2

AHU-1

P-1

P-2

VAV-1

VAV-3

VAV-2

VAV-6

VAV-5

VAV-4

VAV-11

VAV-9

VAV-8

VAV-10

VAV-7

T

T

T

T

T

T

T

T

T

T

T

3/8"HWS3/8"HWR

1-1/4"HWS1-1/4"HWR

3/8"HWS3/8"HWR

3/8"HWS3/8"HWR

7/8"HWS7/8"HWR

3/8"HWS3/8"HWR

7/8"HWS7/8"HWR

3/8"HWS3/8"HWR

1/2"HWS1/2"HWR

3/4"HWS3/4"HWR

3/8"HWS3/8"HWR

3/8"HWS3/8"HWR

3/4"HWS3/4"HWR

2"HWS2"HWR

1-1/4"HWS1-1/4"HWR

3/8"HWS3/8"HWR

3/8"HWS3/8"HWR

1/2"HWS1/2HWR

3/4"HWS3/4"HWR

1-1/4"HWS1-1/4"HWR

3/4"HWS3/4"HWR

1-1/4"HWS1-1/4"HWR

1-1/2"HWS1-1/2"HWR

HWS

HWR

HWSHWR

HWSHWR

EXISTING 1"GAS SERVICECOORDINATEWITH G-111

3/4" GASLINE TOB-1 , B-2

EXTEND REFRIGERATION PIPINGTO ASSOCIATED AHU (TYP)

SEE BOILERSCHEMATIC SHEETM312 FOR MOREDETAIL

GAS LINE3/4"

UH-1

SEE VAV COIL PIPING DETAILSHEET M312(TYP.)

SUPPORT PIPING FROMSTRUCTURE ABOVE (TYP.)

ROUTE NEW GAS LINE UPBLDG EXTERIOR AND TURNINTO CEILING PLENUM.

GAS LINE1-1/2"

GAS LINE1/2"

UH-2

GAS LINE1/2"

GAS LINE1/2"

1/2" GAS LINE TOWATER HEATER

EXISTING GAS SERVICE TO BEUPGRADED BY UTILITIES

NEW GENERATOR GAS SERVICEAND METER BY UTILITIES

GAS LINE1-1/4"

PROVIDE NEW STEEL GAS LINE ALONGBUILDING WALL SUPPORT FROMBUILDING STRUCTURE, PAINT NEWPIPING, COLOR SELECTED BY OWNER.

TRANSITION TOHDPE GASPIPING FORUNDERGROUNDPIPING

NEW GENERATORCOORDINATEWITH G111 (MIN.4'-0" FROMROOFS DRIP LINE)

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C:\Users\zdc\Desktop\3. 2247.002.003 Citizen Advocates Ogdensburg Crisis Clinic 04.13.21.rvt

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NO

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0 6' 12'4'3/16" = 1'-0"

1 APRIL 15, 2021

GASKET APPLIEDTO UNDERSIDE

INSECT/BIRD SCREENALL AROUND

12" PRE-FAB CURB

ALUMINUM CURB CAP

INTAKE OPENING

MOTORIZED DAMPER

SEE A202 FOR ROOFCONSTRUCTION

FLASH AND SEALWEATHER TIGHT INCONFORMANCE WITHNEW ROOFINGSYSTEM (TYP.)

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CITY OF OGDENSBURG

MECHANICAL DETAILS

CRISIS CLINIC RENOVATIONS

ST. LAWRENCE COUNTY, NEW YORK2247.002.003

NOT TO SCALEGRAVITY VENTILATOR DETAIL

HOT WATER HEATER (HWH) SCHEDULE

HWH-1

TAG AREA SERVED STORAGE(GAL) FUEL TEMP

RISE (°F)RECOVERY

(GPH)SUPPLY

TEMP (°F)ELECTRIC

(VOLT/PH/HZ) BASIS OF DESIGN NOTES

AO SMITH CYCLONE HEBTX-80DHW SYSTEM 50 120/1/6090 95 140NATURAL GAS 1,2,3

NOTES:1. PROVIDE COMPLETE WITH ASME SAFTEY RELIEF VALVE AND DRAIN VALVE.2. INSTALL HOT WATER HEATER IN ACCORDANCE WITH THE MANUFACTURERS INSTRUCTIONS AND RECOMMENDATIONS.3. FURNISH AND INSTALL UNIT AND ALL CONTROL EQUIPMENT, INCLUDING SENSORS, CONTROL WIRING AND CONDUIT.

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CITY OF OGDENSBURG

PLUMBING SCHEDULES

CRISIS CLINIC RENOVATIONS

ST. LAWRENCE COUNTY, NEW YORK2247.002.003

EXISTING WOOD FENCE

PROPERTY LINE

CLAR

K ST

REET

NEW COVERED ENTRANCE &VESTIBULE (MAIN ENTRANCE)

6-1/2' HIGH SOLID PRIVACYFENCE AND PLANTINGS INBUFFER AREA

EMPLOYEE PARKING AREA

145.53'S 59° 01' 09" W

S 59° 01' 09" W57.82' S 59° 01' 09" W

117.02'N

29° 54' 35" W

1HC 2HC 3456789

11 12 13 14 15 16 17 18 19 20

29 28 27 26 25 24 23 22

10

OVERHEAD DOOR

141.65' N 59° 01' 09" E

145.05'N 59° 01' 09" E

S 30° 12' 41" E177.02'

ENTRANCE/EXIT

293

293

290

NEW GENERATOR

293

DUMPSTER PAD ANDPRIVACY SCREEN FENCE

EMPLOYEE ENTRANCE

293

S4" VCP

BENCHMARKCHISELED X IN S.E. BOLTOF FIRE HYDRANT ELEV.= 293.36'

C C12" CMP

S

12" V

CP

BUILDING REMAINS(DEBRIS)

16" MAPLE

14" MAPLE

4" MAPLE

18" ASH

W

WWW

W

O.H. LINES

POLE (TYP.)

WATERLINE (TYP.)

EDGE OF PAVEMENT (TYP.)

POLE (TYP.)

G

EX/G

EX/GEX/G

291.66'

291.81'

291.05'

291.29' 291.61' 291.59'292.54'

292.56'291.14' 291.38'

292.85'

292.36' 292.68'

293

292292

EX/W

EX/W

EX/W

EX/W

EX/W

EX/W

EX/W

NEWUNDERGROUNDPOWER

4" SANITARYCLEANOUTAT GRADE

EXIST. 1" GAS SERVICE

EX/G

EX/G

EX/W

WW

NEW DOMESTIC WATERAND SPRINKLER MAINCONNECTIONS

NEW AC CONDENSOR UNITS

4' HIGH SOLID PRIVACYFENCE AND PLANTINGS INBUFFER AREA

2130

293

292

PROPERTY LINEU/G E

LANDSCAPE BUFFER SCREENPLANTINGS

L6

L6 L6

L6 292

EXISTING UTILITY POLEWITH OPEN MVSWITCH - COORDINATESWITCH REMOVAL WITHUTILITY

TO ENTRANCE SIGNLIGHT TIMER ADJACENT

TO PB-EQUIP

ENTRANCE SIGN

U/G E

U/G E

U/G E

U/G EU/G EU/G EU/G EU/G E

U/G EU/G EU/G E

GENERATOR SHALL BE 4' MIN.FROM THE ROOF'S DRIP LINE

1

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04.13.21_

[email protected]

SJK

SJK

E111-REV1

APRIL, 2021

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2247.002.003

SCALE: 1/16" = 1'-0"ELECTRICAL SITE PLAN

TRUE OR CALLEDNORTH

N

0 16' 32'16'1/16" = 1'-0"

TWB

1 APRIL 15, 2021

ATS

JB

JB

JB

JB

VESTIBULE101

WAITING ROOM102

OFFICE 4110

OFFICE 3109

OFFICE 2108

OFFICE 1107

MAINTENANCEBAY114

STAFF ROOM113

CORRIDOR111

STO. CLO.112

UNISEX TOILET116

IT OFFICE117

MEETING ROOM118

OFFICE 5119

WOMEN'STOILET

120

MEN'S TOILET121

MAINTENANCEOFFICE

115

WOMEN'STOILET W/SHOWER

128

GENDERNEUTRALTOILET W/SHOWER

127

MECHANICAL/SPRINKLERROOM

129

CORRIDOR130

ADULT ROOM 1132

CLO.133

CLO.135

CLO.137

CLO.139

CLO.141

CLO.143

CLO.145

CLO.147

CLO.149

CLO.151

ADULT ROOM 2134

ADULT ROOM 3136

ADULT ROOM 4138

ADULT ROOM 5140

ADULT ROOM 6142

ADULT ROOM 7144

ADULT ROOM 8146

ADULT ROOM 9148

ADULT ROOM 10150

ADULTCOMMON AREA

154

NURSE'SSTATION

152

CORRIDOR131

MEN'S TOILETW/ SHOWER

124

OFFICE 7125

OFFICE 6126

CORRIDOR106

RECEPTION105

MED. ROOM153

MEN'S TOILET103

WOMEN'STOILET

104

CHILDRENROOM 1

161

CHILDRENROOM 2

163

CLO.164

CLO.162

CHILDRENCOMMON AREA

160

BOYS TOILET157

GENDERNEUTRAL

TOILET155

GIRLS TOILET158

SHOWER ROOM159

OFFICE 8165

CKT 57MDP

CKT 50MDP CKT 58

MDP

CKT 49MDP

CKT 18MDP

CKT 25MDP

CKT 23MDP

CKT 48MDP

CKT 47MDP

E112-REV13

MDP

MDS UTILITY METER

CKT 21MDP

CKT 46MDP

PB-EQUIP

CKT 10,12PB-EQUIP

CKT 38MDP

CKT 42MDP

CKT 19MDP

CKT 24MDP

XFMR-LV

KITCHEN/DINING156

CKT 36MDP

CKT 15MDP

CKT 43MDP CKT 40

MDP

CKT 51MDP

CKT 44MDP

CKT 45MDP

CKT 26,28MDP

CKT 22MDP

CKT 13MDP

CKT 41MDP

CKT 52MDP

CKT 17MDP

AHU-1.GV-1 ON ROOFABOVE AHU-1.

AHU-2.GV-2 ON ROOFABOVE AHU-2.

GFCI

GFCI

GFCI

GFCIGFCI

CKT 29MDP

GFCI,AC

GFCIGFCI

GFCI GFCI

GFCI

GFCI,AC

GFCI

GFCI

ACCU-1

ACCU-2

DS-1

DS-2

E112-REV12

CKT 16MDP

ELECTRICUNIT HEATER

GFCI,AC

AC

CKT 5,7PB-EQUIP

GFCI

GFCI

GFCI

GFCI

GFCI

100KW/125KVAGENERATOR

EF-12

EF-11EF-10

EF-3

EF-4

EF-1

EF-2

EF-7

EF-9

EF-8

EF-6EF-5

VAV-2

VAV-3

VAV-6

VAV-7VAV-10

VAV-8

VAV-9

VAV-11

VAV-1VAV-4

VAV-5

1

1

1

1

1

GFCI

GFCIGFCI

GFCI

GFCI

GFCI

CKT 20MDP

GFCI

UH-1

CKT 11MDP

DRYER

WASHER

WALL MOUNT TRANSFORMER ONMANUFACTUER APPROVED STAND.BOTTOM OF STAND SHALL BE 7'-4"MIN. AFF. TRANSFORMER AND STANDSHALL NOT INTERFERE WITH DOOR.

DS-3

DS-5

DS-4 - INSTALL ABOVEDROP CEILING,ADJACENT TO AHU-1

UGE TO GENERATOR 2

B-1 B-2

BP-1 BP-2

DWCP-1

CKT 30PB-EQUIP CKT 32

PB-EQUIP

P-1

P-2

AUTOMATIC DOOROPERATOR (INSTALLEDBY GC)

AUTOMATICDOOR OPERATOR(INSTALLED BY GC)

CKT 35PB-EQUIP

1

HWH-1CKT 33

PB-EQUIP

CKT 34PB-EQUIP

CKT 36PB-EQUIP

VAV CONTROLLER

CKT 37PB-EQUIP

1

1

CKT 37MDP

CKT 30MDP

CKT 39MDP

CKT 34MDPCKT 35

MDP

CKT 18,20PB-EQUIP

GFCI,AC

GFCI,AC

GFCI

,AC

GFCI,AC

GFCI,AC

CKT 27MDP

RANGE W/ HOOD

MICROWAVE

REFRIGERATOR

DISH WASHER

GFCI

CKT 53MDP

HOOD JB

GFCI,AC GFCI,AC

CKT 31MDP

CKT 5,7PB-EQUIP

CKT 33MDP

CKT 32MDP

MICROWAVE RANGE W/ HOOD REFRIGERATOR

HOOD JB

REVISIONS

Date

Scale

Sheet Number

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AS SHOWN

4/15

/202

1 13

:06:

59

C:\Users\sjk\


04.13.21_

[email protected]

SJK

SJK

E112-REV1

APRIL, 2021

CITI

ZEN

ADV

OCA

TES,

INC.

CITY

OF

OGD

ENSB

URG

ELEC

TRIC

AL P

OW

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LAN

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VATI

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ORK

TWB

2247.002.003

SCALE: 3/16" = 1'-0"FIRST FLOOR POWER PLAN

0 6' 12'4'3/16" = 1'-0"

TRU

E O

R CA

LLED

NO

RTH

N

SCALE: 3/8" = 1'-0"E112-REV1ROOM 156 KITCHEN POWER PLAN3

0 3' 6'2'3/8" = 1'-0"

SCALE: 3/8" = 1'-0"E112-REV1ROOM 160 KITCHEN POWER PLAN2

GENERAL NOTES, FIRST FLOOR POWER PLAN1. ALL 120V RECEPTACLES SHALL BE TAMPER RESISTANT (TR).2. ALL CIRCUITING NOT SHOWN FOR CLARITY.3. HVAC AND MECHANICAL EQUIPMENT INSTALLED BY OTHERS. EC SHALL FURNISH AND INSTALL THE CONDUCTORS AND CONDUIT TO THE EQUIPMENT.4. ELECTRICAL SWITCH AND OUTLET BOXES SHOULD BE SEALED USING A MOLDABLE PUTTY PAD AND A SEALANT (SUCH AS FD-150+ CAULK OR FB 1000 NS SEALANT, AS AVAILABLE

FROM 3M, OR APPROVED EQUAL) AROUND THE PERIMETER OF THE BOX AT THE GYPSUM/BOX INTERFACE TO MINIMIZE THE TRANSMISSION OF SMOKE (AND SOUND).

KEYED NOTES, FIRST FLOOR LIGHTING PLANRECEPTACLE SHALL BE MOUNTED 4'-0" AFG, AND SHALL BE GFCI, TR, WR, AND WP IN USE.

UG/E SHALL CONSIST OF 400A FEEDER, ATS CONTROL AND GENERATOR SUPPORT EQUIPMENT BRANCH CIRCUITS.

1

TWB

2

1 APRIL 15, 2021

ATS

VESTIBULE101

WAITING ROOM102

OFFICE 4110

OFFICE 3109

OFFICE 2108

OFFICE 1107

MAINTENANCEBAY114

STAFF ROOM113

CORRIDOR111

STO. CLO.112

UNISEX TOILET116

IT OFFICE117

MEETING ROOM118

OFFICE 5119

WOMEN'STOILET

120

MEN'S TOILET121

MAINTENANCEOFFICE

115

WOMEN'STOILET W/SHOWER

128

GENDERNEUTRALTOILET W/SHOWER

127

MECHANICAL/SPRINKLERROOM

129

CORRIDOR130

ADULT ROOM 1132

CLO.133

CLO.135

CLO.137

CLO.139

CLO.141

CLO.143

CLO.145

CLO.147

CLO.149

CLO.151

ADULT ROOM 2134

ADULT ROOM 3136

ADULT ROOM 4138

ADULT ROOM 5140

ADULT ROOM 6142

ADULT ROOM 7144

ADULT ROOM 8146

ADULT ROOM 9148

ADULT ROOM 10150

ADULTCOMMON AREA

154

NURSE'SSTATION

152

CORRIDOR131

MEN'S TOILETW/ SHOWER

124

OFFICE 7125

OFFICE 6126

CORRIDOR106

RECEPTION105

MED. ROOM153

MEN'S TOILET103

WOMEN'STOILET

104

CHILDRENROOM 1

161

CHILDRENROOM 2

163

CLO.164

CLO.162

CHILDRENCOMMON AREA

160

BOYS TOILET157

GENDERNEUTRAL

TOILET155

GIRLS TOILET158

SHOWER ROOM159

OFFICE 8165

KFDL

KFDL

KFDL

KFDL

SECUREDOOR

SECUREDOOR

SECURE DOOR

SECUREDOOR

KFDL

KFDL

KF

DL

KFDL

KFDL

KFDL

KFDL

PB PB

PB PB

PB

ELECTRIC DOOR LOCK (TYP)

KEY FOB READER (TYP)

PANIC BUTTON (TYP)INSTALL ON THE UNDERSIDE OFTHE DESK (TYP).

KFDL

CAMERA (TYP)

COORDINATE CONCRETESLAB SAW CUT WITH G.C..SEE S100 FOR ADDITIONALSLAB DEMO DETAILS.

TELEPHONE TERMINAL BOARD

KFDL

KFDL

INSTALL DATA OUTLETON CEILING FOR WAP





1 1 1 1 1 1 1 1 1 1

1

1

11 1

1

INSTALLON FLOOR

PP

PP

PP

PP

PUSH PLATE (TYP.)

AUTOMATICDOOR OPERATOR

AUTOMATICDOOR OPERATOR

FACP

FOR BIDDING PURPOSES, PROVIDE (2)#18IN 3/4"C (TYP.). COORDINATE FINALINSTALLATION WITH MANUFACTURER'SINSTRUCTIONS (TYP.).

1

1 1

1

1 1

1

1

1

1

1

1

11

GENERAL NOTES, DATA/PHONE PORT INSTALLATION DETAILS1. THE EC SHALL PROVIDE DATA/PHONE BOXES IN THE WALLS, PROVIDE CONDUIT FROM THE DATA/PHONE

BOXES TO ABOVE THE DROP CEILING OR GYPSUM WALLBOARD.2. WIRING TO AND FROM DATA BOXES BY OTHERS.3. EC SHALL PROVIDE WIRING TO PHONE BOXES FROM THE TELEPHONE TERMINAL BOARD IN THE IT OFFICE

USING PLENUM RATED PHONE CABLES.

2X2 DROP CEILINGOR GYPSUMWALLBOARD

DATA/PHONE BOX WITHTERMINAL AND FACE PLATE

WALL

FINISHED FLOOR

1" CONDUIT

PROVIDE BUSHING.BUSHING SHALL BE ONTHE SIDE OF THE WALLNEAREST THE IT OFFICE.

PROVIDE A 90DEGREE ELBOW

PROVIDE PLENUMRATED PHONECABLE. DATACABLES BY OTHER.

GENERAL NOTES, COAXIAL PORT INSTALLATION DETAILS1. THE EC SHALL PROVIDE BOXES IN THE WALLS, PROVIDE CONDUIT FROM

THE BOX TO ABOVE THE DROP CEILING OR GYPSUM WALLBOARD.


BOX WITH COAXIAL TERMINALAND FACEPLATE. COORDINATEHEIGHT WITH OWNER.

WALL

FINISHED FLOOR

1" CONDUITPROVIDE BUSHING.BUSHING SHALL BE ONTHE SIDE OF THE WALLNEAREST THE IT OFFICE.


PROVIDE HOME RUN TOIT OFFICE WITH 75 OHMRG-6/U PLENUM RATEDCABLE.

GENERAL NOTES, CAMERA BOX INSTALLATION DETAILS1. THE EC SHALL PROVIDE BOXES IN THE WALLS, PROVIDE CONDUIT FROM

THE BOX TO ABOVE THE DROP CEILING OR GYPSUM WALLBOARD.2. CAMERAS, AND WIRING TO AND FROM BOXES BY OTHERS.


EC SHALL PROVIDE BOX FORFUTURE CAMERA. CAMERAINSTALLATION BY OTHERS.

WALL

FINISHED FLOOR

1" CONDUIT

PROVIDE BUSHING.BUSHING SHALL BE ONTHE SIDE OF THE WALLNEAREST THE IT OFFICE.


REVISIONS

Date

Scale

Sheet Number

Chec

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AS SHOWN

4/15

/202

1 15

:58:

24

C:\Users\sjk\


04.13.21_

[email protected]

SJK

SJK

E115-REV1

APRIL, 2021

CITI

ZEN

ADV

OCA

TES,

INC.

CITY

OF

OGD

ENSB

URG

TELE

PHO

NE,

DAT

A, A

ND

SECU

RITY

PLA

N

CRIS

IS C

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S ST. L

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TWB

2247.002.003

SCALE: 3/16" = 1'-0"TELEPHONE, DATA, AND SECURITY PLAN

TRU

E O

R CA

LLED

NO

RTH

N

0 6' 12'4'3/16" = 1'-0"

TWB

GENERAL NOTES, TELEPHONE, DATA, AND SECURITY PLAN1. ALL TELEPHONE, DATA, AND SECURITY DEVICE BOXES SHOULD BE SEALED USING A MOLDABLE PUTTY PAD AND

A SEALANT (SUCH AS FD-150+ CAULK OR FB 1000 NS SEALANT, AS AVAILABLE FROM 3M, OR APPROVED EQUAL)AROUND THE PERIMETER OF THE BOX AT THE GYPSUM/BOX INTERFACE TO MINIMIZE THE TRANSMISSION OFSMOKE (AND SOUND).

KEYED NOTES, TELEPHONE, DATA, AND SECURITY PLANPROVIDE COAXIAL PORT ON THE WALL FOR CONNECTION TO A TV. COORDINATE HEIGHT WITH OWNER. SEE"COAXIAL PORT INSTALLATION DETAILS" THIS SHEET.

1

NOT TO SCALEDATA/PHONE PORT INSTALLATION DETAILS

NOT TO SCALECOAXIAL PORT INSTALLATION DETAILS

1

1 APRIL 15, 2021

NOT TO SCALECAMERA BOX INSTALLATION DETAILS

1

M

EXTERIOR

3 PHASEUTILITYPOWER

INTERIOR

INTERIOR LIGHTFIXTURES

5

14

MDP208Y/120V, 400A,3P, 4W, NEMA 1

20A/1P

15A/3P

EXTERIOR LIGHTFIXTURES

15A/3P

INTERIOR EXTERIOR

1

14

20A/1P

INTERIORRECEPTACLES

EXTERIORRECEPTACLES

400A/3P

GND

LA SPDTYPE 1

MDS208Y/120V, 400A, 3P,

4W, NEMA 1, SE RATED400A/3P

10'-0" MIN

3/4"X10'GROUND ROD(TYP.)

#1/0 COPPERCONDUCTOR (TYP.)

6 AHU-1

2

50A/2P

50A/2P

4

2

ATS208Y/120V, 400A,3P, 4W, NEMA 1

8

300A/2P

PB-EQUIP240/120V, 300A, 2P,

3W, NEMA 1

20A/1P

20A/1P

20A/1P

225A/2P

9

XFMR-240V50KVA, NEMA 1,208V:240/120V

10

6 AHU-2

7 ACCU-1

DS-1240V, 30A, 3P,NF, NEMA 3R

7

7 ACCU-2

DS-2240V, 30A, 3P,NF, NEMA 3R

7

3

20A/1P

5

GENERATOR100KW/125KVA,208Y/120V 3P,4W, NEMA 3R

UH-1

20A/1P

10VESTIBULE ELECTRICUNIT HEATER

5

EXTERIOR LIGHTTIMER

10 CITIZEN ADVOCATESLIGHTED SIGN

1

DS-3240V, 30A, NF,

NEMA 1

5

DS-5240V, 30A, NF,

3P, NEMA 1

DS-4240V, 30A, NF,

3P, NEMA 1

6

6

50A/2P

12 RANGE (TYP.)

30A/2P

13 CLOTHESDRYER

20A/1P

5

AUTO. DOOROPERATOR

5

AUTO. DOOROPERATOR

1

1

DESIGNATION CONDUCTORS(SETS-QUANTITY #SIZE)

CONDUIT(SETS-DIAMETER) REMARKS

1 (4)#600, (1)#2G 5"

2 (4)#600, (1)#2G 5"

3 (4)#600, (1)#2G 5"

4

5 (2)#12, (1)#12G 3/4"

6

7 (2)#6, (1)#10G 3/4"

8 (2)#300, (1)#4G 2-1/2"

9 (3)#4/0, (1)#4G 2-1/2"

13 (3)#8, (1)#10G 3/4"

(3)#12, (1)#12G 3/4"

CIRCUIT SCHEDULE

(4)#600, (1)#2G 5"

1

REMARK, CIRCUIT SCHEDULE1. COORDINATE NEUTRAL/GROUND FOR SERVICE WITH UTILITY.

12 (3)#6, (1)#10G 1"

11 (10)#14, (2)#18STP 2"

10 (2)#10, (1)#10G 3/4"

14SEE "120V, 20A RECEPTACLE

CIRCUIT SCHEDULE" THIS SHEET

GENERAL NOTES, FIRE ALARM WIRING DIAGRAM1. PROVIDE A COMPLETE AND CODE COMPLIANT FIRE ALARM SYSTEM WITH DEVICE LOCATIONS AS

SHOWN AS WELL AS ADDITIONAL DEVICES AS REQUIRED.2. PROVIDE TWO DEDICATED TELEPHONE LINES TO MAIN TELEPHONE SERVICE AREA (IT ROOM).3. PROVIDE 3/4" CONDUIT FOR ALL CIRCUITING.4. ALL STROBES AND COMBINATION HORN/STROBE SHALL BE SET IN ACCORDANCE WITH ADA

REQUIREMENTS.5. ALL WIRING SHALL BE AS REQUIRED FOR COMPLETE AND OPERABLE SYSTEM AND SHALL BE PER

MANUFACTURERS RECOMMENDATIONS.6. THE FIRE ALARM SYSTEM SHALL UTILIZE CLASS A WIRING.

F

CO

S S

S S S SSMOKE DETECTORS

F F

F FMANUAL INITIATION DEVICES

FIRE ALARM CONTROL PANEL(FACP)

CARBON MONOXIDE DETECTORS

TELEPHONE SWITCH

3/4"C WITH TELEPHONE CABLES

... S S

S

HEAT DETECTORS

...H H H H

HHHHH

120V, 20A CKT TO PB-EQUIP WITH (2)#10, (1)#10G IN 3/4"C

... F ...

NOTIFICATION DEVICES

FFFFFFF

... F

FFFF

CO

...

TSTAMPER SWITCHES IN MAINTENANCE ROOM

...

TS

WFWATER FLOW SWITCHES IN MAINTENANCE ROOM

...

WF

PSPRESSURE SWITCHES IN MAINTENANCE ROOM

...

PS

CIRCUIT(PANEL MDP

U.O.I.)

CONDUCTORS(SETS-QUANTITY #SIZE)

CONDUIT(SETS-DIAMETER) REMARKS

47, 50, 58 (2)#8, (1)#10G 3/4"18, 19, 21, 27, 31,41, 42, 48, 49, 51 (2)#10, (1)#10G 3/4"

17, 20, 22, 23,44, 45, 52, 57 (2)#12, (1)#12G 3/4"

120V, 20A RECEPTACLE CIRCUIT SCHEDULE

1

REMARK, CIRCUIT SCHEDULE1. PROVIDE TAP FOR #8 TO #12 BRANCH CIRCUIT CONDUCTORS.

REVISIONS

Date

Scale

Sheet Number

Chec

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AS SHOWN

4/15

/202

1 14

:25:

28

C:\Users\sjk\


04.13.21_

[email protected]

SJK

SJK

E201-REV1

APRIL, 2021

CITI

ZEN

ADV

OCA

TES,

INC.

CITY

OF

OGD

ENSB

URG

ELEC

TRIC

AL O

NE-

LIN

E DI

AGRA

MS,

AN

D SC

HEU

DLES

CRIS

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VATI

ON

S ST. L

AWRE

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CO

UN

TY, N

EW Y

ORK

TWB

2247.002.003

1) Provide integral TVSS.Notes:

Total Amps: 288 A 184 A 243 ATotal Load: 33645 VA 22090 VA 28218 VA

59 Spare 20 A 1 0 VA 0 VA 1 20 A Spare 6057 132 Ad Rm, 134 Ad Rm, 136 Ad Rm Receptacles 20 A 1 1620 VA 1620 VA 1 20 A 144 Ad Rm 7, 146 Ad Rm 8, 148 Ad Rm 9 Recs. 5855 Spare 20 A 1 0 VA 0 VA 1 20 A Spare 5653 156 Kitchen Dishwasher Receptacle 20 A 1 180 VA 0 VA 1 20 A Spare 5451 130 Corr., 131 Corr. Receptacles 20 A 1 1440 VA 720 VA 1 20 A 155, 157, 158, 159 Bathroom Receptacles 5249 150 Adult Room, 154 Adult Com Area Receptacles 20 A 1 1260 VA 1620 VA 1 20 A 138 Ad Rm, 140 Ad Rm, 142 Ad Rm Receptacles 5047 161 Child Rm 1, 163 Child Rm 2 Receptacles 20 A 1 1440 VA 1440 VA 1 20 A 118 Meet Rm, 119 Office 5 Receptacles 4845 111 Corr., 106 Corr., 105 Recep. Printer Recept. 20 A 1 900 VA 1080 VA 1 20 A 152 Nurses Station, 153 Med Rm Receptacles 4643 117 IT Office Receptacle 2 20 A 1 360 VA 900 VA 1 20 A 105 Reception Receptacles 4441 Exterior Receptacles 20 A 1 900 VA 1260 VA 1 20 A 156 Dining Room, 165 Office 8 Receptacles 4239 156 Kitchen Counter Receptacle 2 & Range Hood 20 A 1 380 VA 360 VA 1 20 A 117 IT Office Receptacle 3 4037 156 Kitchen Fridge Receptacle 20 A 1 180 VA 180 VA 1 20 A 123 Washer Receptacle 3835 156 Kitchen Counter Receptacle 3 20 A 1 180 VA 360 VA 1 20 A 117 IT Office Receptacle 4 3633 160 Child Common Area Counter Receptacle 20 A 1 680 VA 180 VA 1 20 A 156 Kitchen Recepacle 4 3431 160 Child Common Area Microwave Receptacle 20 A 1 180 VA 180 VA 1 20 A 160 Child. Common Area Fridge Receptacle 3229 113 Staff Room Counter Receptacle 20 A 1 180 VA 180 VA 1 20 A 156 Kitchen Receptacle 1 3027 156 Kitchen Counter Receptacle 4 20 A 1 180 VA 0 VA -- -- -- 2825 107 Office 1, 108 Office 2 Receptacles 20 A 1 1440 VA 0 VA 2 20 A Overhead Door Power 2623 125 Office 7, 126 Office 6 Receptacles 20 A 1 1620 VA 180 VA 1 20 A Water Fountain Receptacle 2421 102 Waiting Room Receptacles 20 A 1 1260 VA 1260 VA 1 20 A 113 Staff Room, 115 Maint. Office Receptacles 2219 103 Bath, 104 Bath, 120 Bath, 121 Bath Receps. 20 A 1 900 VA 1260 VA 1 20 A 114 Maint. Bay Receptacles 2017 123 Laundry, 124 Bath., 127 Bath, 128 Bath Recs. 20 A 1 720 VA 1440 VA 1 20 A 109 Office 3, 110 Office 4 Receptacles 1815 117 IT Office Receptacle 1 20 A 1 360 VA 1500 VA 1 20 A 101 Vestibule Electric Unit Heater 1613 113 Staff Room Fridge Receptacle 20 A 1 180 VA 16455 VA -- -- -- 1411 UH-1 20 A 1 300 VA 15988 VA 2 300 A XFMR-240V 129 -- -- -- 3350 VA 3350 VA -- -- -- 107 ACCU-1 50 A 2 3350 VA 3350 VA 2 50 A ACCU-2 85 -- -- -- 1150 VA 700 VA -- -- -- 63 -- -- -- 1150 VA 700 VA -- -- -- 41 AHU-1 15 A 3 1150 VA 700 VA 3 15 A AHU-2 2

CKT Circuit Description Trip Poles A B C Poles Trip Circuit Description CKT

Enclosure: Type 1 MCB Rating: 400 AMounting: Surface Wires: 4 Mains Rating: 400 A

Supply From: Phases: 3 Mains Type: MCBLocation: MAINTENANCE BAY 114 Volts: 120/208 Wye A.I.C. Rating: 22 KAIC

Branch Panel: MDP

1) Provide integral TVSS.Notes:

Total Amps: 137 A 133 ATotal Load: 16455 VA 15988 VA

41 Spare 20 A 1 0 VA 4239 GV-1, GV-2 20 A 1 200 VA 0 VA 1 20 A Spare 4037 VAV Controller 20 A 1 0 VA 0 VA 1 20 A Spare 3835 Automatic Door Operators 20 A 1 600 VA 1200 VA 1 20 A P-2 3633 HWH-1, DWCP-1 20 A 1 500 VA 1200 VA 1 20 A P-1 3431 Generator Diesel Preheater 20 A 1 1500 VA 600 VA 1 20 A B-2, BP-2 3229 Exit Signs and Emergency Lights 20 A 1 56 VA 800 VA 1 20 A B-1, BP-1 3027 Generator Battery Warmer Receptacle 20 A 1 300 VA 500 VA 1 20 A Generator Battery Charger 2825 Generator Block Heater 20 A 1 1500 VA 550 VA 1 20 A Wall Mount Exterior Light Fixtures 2623 VAV-1, VAV-4, VAV-5 20 A 1 200 VA 200 VA 1 20 A FACP 2421 VAV-2, VAV-3, VAV-6, VAV-7 20 A 1 200 VA 200 VA 1 20 A VAV-8, VAV-9, VAV-10, VAV-11 2219 Entrance Sign 20 A 1 200 VA 2500 VA -- -- -- 2017 Bathrooms 116 124,127,128 Lights 20 A 1 498 VA 2500 VA 2 50 A Kitchen/Dining 156 Range 1815 Adult Rooms 6-10 Lights 20 A 1 620 VA 651 VA 1 20 A East Corridor and Adlt Com Area Lights 1613 Office 1,2,3,4,6 Lights 20 A 1 620 VA 651 VA 1 20 A Staff Rm, West Corr, Meeting Rm Lights 1411 Adult Rooms 1-5 Lights 20 A 1 620 VA 2500 VA -- -- -- 129 Maint Rm, Maint Bay, Maint Off, IT Off Lights 20 A 1 857 VA 2500 VA 2 30 A Clothes Dryer Outlet 107 -- -- -- 2500 VA 589 VA 1 20 A Nurse, Med Rm, Reception, Wait Room, Vest... 85 Children Common Area 160 Range 50 A 2 2500 VA 558 VA 1 20 A Child Rm 1&2, Child Common Lights 63 Bathrooms 155, 157, 158, 159 Lights 20 A 1 286 VA 341 VA 1 20 A Adult Kitchen/Dining, Office 8 Lights 41 Bathrooms 103, 104, 120, 121 Lights 20 A 1 227 VA 310 VA 1 20 A Office 6&7, Laundry Room Lights 2

CKT Circuit Description Trip Poles A B Poles Trip Circuit Description CKT

Enclosure: NEMA 1 MCB Rating: 225 AMounting: Surface Wires: 3 Mains Rating: 225 A

Supply From: Phases: 1 Mains Type: MCBLocation: MAINTENANCE BAY 114 Volts: 120/240 Single A.I.C. Rating: 22 KAIC

Branch Panel: PB-EQUIP

NOT TO SCALEPROPOSED ONE-LINE DIAGRAMKEYED NOTES, PROPOSED ONE-LINE DIAGRAM

PROVIDE AN INTERMATIC ET8015CMX OR APPROVED EQUAL TO CONTROL THE ENTRANCE SIGN.1

TWB

NOT TO SCALEFIRE ALARM WIRING DIAGRAM

ATS

XFMR-240V

1

1

1

1

1 APRIL 15, 2021

1

FLOOR

DROP CEILING

POE ETHERNET IN 3/4"CONDUIT BACK TOACCESS CONTROL PANEL

INTEGRATEDLOCKSET

KEY FOB READER ONEMERGENCY EXIT DOORS ONLY(NON-SECURE SIDE)

PUSH TO EXIT BUTTON(SECURE SIDE)

PUSH TO EXIT BAR ONEMERGENCY EXIT DOORS ONLY(SECURE SIDE)

DOORCONTROLLER

GENERAL NOTES1. DIAGRAM IS DIAGRAMMATIC ONLY AND IS INTENDED TO ILLUSTRATE THE SCOPE

OF WORK. REFER TO FLOOR PLANS FOR EXACT QUANTATIES AND ADDITIONALINFORMATION.

2. COORDINATE ALL WORK WITH OWNER'S REPRESNTATIVE PRIOR TO PERFORMINGWORK. PROVIDE ALL WORK REQUIRED FOR A COMPLETE AND OPERATIONALSYSTEM.

3. PROVIDE ALL WORK PER EQUIPMENT MANUFACTURER REQUIREMENTS.4. PROVIDE WIRING COMPLETE FROM EACH DEVICE BACK TO THE CONTROL PANEL.

WIRE TYPES SHALL BE AS FOLLOWS, UNLESS REQUIRED OTHERWISE BYMANUFACTURER:1. DOOR CONTACT: (1)#22 TSP2. DOOR STRIKE: (2)#18 TSP3. KEY FOB READER: (3)#22 TSP

CONDUIT,LOCATE ASREQUIRED.

PITCH

NEMA 4X PULLBOXSIZED PER NEC

DRAIN, COOPER TYPE CDOR APPROVED EQUAL

ABOVE GRADE DRAIN LOCATION

INTERIOR (TYP) EXTERIOR (TYP)

DUCT SEAL, PROVIDE DUCT SEALAT ALL CONDUIT ROUTEDTO/FROM INTERIOR LOCATIONS

EQUIPMENT OR ENCLOSURE

BREATHER/DRAIN,COOPER TYPE ACD ORAPPROVED EQUAL

CONDUIT, ALL CONDUITLOCATED IN WET LOCATIONS(OUTDOORS, BELOW GROUND,ETC.) SHALL ENTER/EXIT ATBOTTOM OF EQUIPMENT,DEVICES, AND PANELS.

CONDUIT AS REQUIRED

CONDUIT CONNECTIONS

CONDUIT CABLEBUSHING

CONDUIT

6" DRIP LOOP

EQUIPMENT OR DEVICE

CABLE CONNECTIONS

GENERAL NOTES, TYPICAL CONDUIT DRAIN AND BREATHER DETAILS1. ALL CONDUIT SYSTEMS EXPOSED TO TEMPERATURE DIFFERENTIALS, IN POTENTIAL CONDENSING ATMOSPHERES, EXTERIOR INSTALLED, OR INSTALLED UNDERGROUND SHALL

HAVE PROVISIONS FOR DRAINING WATER OUT OF CONDUIT SYSTEMS. PROVIDE DRAIN IN CONDIUT SYSTEMS AT LOW POINTS, LOW POINT SHALL NOT BE AT EQUIPMENT ORDEVICE. A BREATHER SHALL BE PROVIDED AT THE HIGH POINT OF THE SYSTEM.

2. PROVIDE ALL REQUIRED JUNCTION BOXES AT DRAIN POINTS.3. CONDUIT DRAINS SHALL BE LOCATED AT EXTERIOR LOCATIONS. PROVIDE PVC PIPE TO EXTEND DRAIN SYSTEMS TO EXTERIOR LOCATIONS WHERE REQUIRED.4. CONDUIT SYSTEMS PITCHED TOWARD HANDHOLES OR ELECTRICAL MANHOLES SHALL BE OCNSIDERED TO HAVE PROVISIONS FOR DRAINING WATER.5. EQUIPMENT SHOWN IS FOR UNCLASSIFIED LOCATIONS. PROVIDE EQUIPMENT RATED FOR THE CLASSIFICATION OF THE LOCATION.

DATA PROVIDER EQUIPMENTPROVIDE BACKBOARD ANDGROUNDING PER PROVIDERREQUIREMENTS

120V/20A

DATA ROUTERPROVIDE AS REQUIRED. SHALLINCLUDE INDUSTRYSTANDARD FIREWALL.

120V/20A

POE DATA SWITCH24 PORT

120V/20A

ACCESS CONTROLPANEL

120V/20A

DOOR CONTROLLERS

PHONE LINE

CAT 6 CABLEIN 1"C

CAT 6 CABLEIN 1"C

CAT 6 CABLEIN 1"C

GENERAL NOTES1. PROVIDE ALL COORDINATION WITH DATA PROVIDER, PHONE SERVICE PROVIDER, AND OWNER TO PROVIDE BROADBAND DATA

SERVICE AND PHONE SERVICE TO THE SYSTEM.2. DIAGRAM IS SCHEMATIC IN NATURE. PROVIDE ALL EQUIPMENT SHOWN AS REQUIRED FOR A COMPLETE AND OPERATIONAL

SYSTEM AND CONNECTIONS TO ADDITIONAL DATA PROVIDER EQUIPMENT AS REQUIRED.3. PROVIDE BACKBOARDS, SUPPORTS, AND SHELVES FOR EQUIPMENT.4. PROVIDE 3/4" CONDUIT TO EACH PANIC BUTTON. INSTALL (4)#16 CONDUCTORS IN EACH CONDUIT. PROVIDE COMPLETE PANIC

BUTTON ASSEMBLY.

PANIC BUTTONS

REFER TO PLANSFOR QUANTITY &SIZE OF CONDUITS

GALVANIZED CONDUIT CLAMPWITH CUSHION NT AND BOLT.SIZE AS REQUIRED.

GALVANIZED C-CHANNEL.INSTALL AT 3'-0" OC.

SPACERS ASREQUIRED

3/8" MIN.GALVANIZEDTHREADEDROD, TYP.

LOCKING SQUARE,WASHER, ANDLOCKNUT

DESIGNATION

L1 2X2 TROFFER

L2 2X2 RECESSED

LIGHT FIXTURE SCHEDULE

TYPE

COOPER

COOPER

MANUFACTURER

22CZ-LD5-32SE-S-UNV-L940-CD1

22CZ-LD5-24SE-S-UNV-L935-CD1-DF-22W-U

CATALOG NUMBER

3,200

2,400

LUMENS

4000K

3500K

LIGHTCOLOR

120

120

VOLTS

TROFFER

RECESSED

INSTALLATION

WHITE

WHITE

FINISH /COLOR REMARKS

GENERAL NOTES, LIGHT FIXTURE SCHEDULE1. MODEL IS GIVEN FOR QUALITY ONLY. SUBSTITUTE LIGHT FIXTURES SHALL BE OF EQUAL OR GREATER QUALITY.2. ALL FIXTURES TO BE PROVIDED WITH REQUIRED MOUNTING HARDWWARE FOR INSTALLATION TYPE SHOWN.

L3 4' LINEAR HE WILLIAMS 80R-4-L72/840-UNV 7,200 4000K 120 SUSPENDED WHITE

E1 EXIT SIGN COOPER APXH7R N/A RED 120 SURFACE WHITE

E2 EMERGENCY LIGHT COOPER SEL50SD N/A N/A 120 SURFACE WHITE

REMARK, LIGHT FIXTURE SCHEDULE1. PROVIDE FIXTURE WITH INTEGRATED PHOTOCELL.2. INCLUDE RECESSED MOUNT HARDWARE FOR GWB.3. PROVIDE WITH HOUSE SIDE SHIELD.4. LIGHT SHALL HAVE SPILL CONTROL.5. FIXTURE SHALL BE SELF DIAGNOSTIC.6. FIXTURE SHALL BE WET LOCATION LISTED.7. PROVIDE WITH BATTERY PACK.

2

L4 4' LINEAR HE WILLIAMS 80-4-L32/840-UNV 3,200 4000K 120 SUSPENDED WHITE

L5 VANITY LITHONIA LIGHTING FMVCCLS 36IN MVOLT 40K 90CRI KR 2,700 4000K 120 SUSPENDED CHROME

L6 AREA LIGHT COOPER GLEON-SA1B-740-U-SL4-BZ-HSS-BPC 5,685 4000K 120 15' POLE BRONZE

L7 WALL PACK COOPER ISS-SA1A-740-U-SL2-BZ-BPC 2,763 4000K 120 WALL BRONZE

1,3,4

1,4

N/A

N/A

LIGHTDISTRIBUTION

N/A

N/A

N/A

N/A

N/A

TYPE IV

TYPE II

L9 SHOWER LIGHT COOPER LT4069FS351EWHDM 600 4000K 120 RECESSED WHITE 6N/A

5,7

E3EXIT SIGN AND

EMERGENCY LIGHT COOPER LPXC50SD N/A RED 120 SURFACE WHITEN/A 5,7

L8 WALL PACK COOPER ISS-SA1A-740-U-SL4-BZ-BPC 2,680 4000K 120 WALL BRONZE 1,4TYPE IV

L10 WALL PACK COOPER ISS-SA1A-740-U-SL2-BZ-CBP-BPC 2,763 4000K 120 WALL BRONZE 1,4,7TYPE II

L11 WALL PACK COOPER ISS-SA1A-740-U-SL4-BZ-CBP-BPC 2,680 4000K 120 WALL BRONZE 1,4,7TYPE IV

7

BUILDING ORAREA AREA DESCRIPTION CONDUIT TYPE REMARKS

BUILDING INTERIOR EMT

CONDUIT SCHEDULE

EXTERIOR EXPOSED RGS

RISERS FROM BELOW GRADE RGS

IN SLAB/CONCRETE ENCASEMENT SCHEDULE 40 PVC

SAND-FILL DUCT BANK SCHEDULE 80 PVC

GENERAL(ALL AREAS)

GENERAL NOTE, CONDUIT SCHEDULE1. MC CABLE IS ALLOWABLE FOR BRANCH CIRCUITING WHERE CIRCUIT IS CONCEALED.

WHITE

BLACK

RED (LINE)

BLAC

K

NEUTRAL

WHITE (NEUTRAL)

ON/OFFSWITCH LOAD

RED

BLU

E

LINE

CEILINGSENSOR

POWER/RELAY PACK

20A,2P

MDP

OVERHEAD DOOROPERATORLOW VOLTAGE

TERMINALS

3-BU

TTO

NCO

NTR

OL S

TATI

ON

SAFE

TY B

EAM

PHO

TO B

EAM

EDG

E SW

ITCH

30A, 3P

5

5

GENERAL NOTES, OVERHEAD DOOR - DIAGRAM1. CIRCUITING, CIRCUIT BREAKER, DISCONNECT, AND LOW VOLTAGE WIRING SHOWN AS THE BASIS

OF DESIGN. COORDINATE REQUIREMENTS WITH GENERAL CONTRACT PRIOR TO INSTALLATION.2. ALL CIRCUITING SHALL BE IN CONDUIT.

SERVICE ENTRANCE EQUIPMENTNEUTRALCONDUCTOR PHASE

CONDUCTOR(TYP. OF 3)

PHAS

E BA

R

PHAS

E BA

R

PHAS

E BA

R

NEUTRAL BAR

GND BAR

GROUNDING ELECTRODECONDUCTOR SIZED PERNEC 250.66

3/4"x10' CUGROUND RODS

BUILDINGGROUND LOOP

BUILDINGSTEEL

WATERSERVICE

STRUCTURALFOOTING /FOUNDATION

REBARENCASED INCONCRETE

GENERAL NOTES, TYPICAL SERVICE ENTRANCE GROUNDING1. DIAGRAM SHOWS TYPICAL GROUNDING ELECTRODES. NOT ALL MAY BE PRESENT AT SITE.2. ALL GROUNDING ELECTRODES PRESENT AT SITE SHALL BE BONDED TOGETHER IN ACCORDANCE WITH NEC.3. COORDINATE WITH GENERAL CONTRACTOR TO ENSURE ALL GROUDING ELECTRODES PRESSENT ARE

AVAILABLE FOR CONNECTION.4. PROVIDE ALL GROUDING ELECTRODES AS INDICATED ON APPLICABLE PLANS AND DETAILS.5. BOND ALL EQUIPMENT TO GROUND SYSTEM AS REQUIRED BY MANUFACTURER.6. NOT ALL GROUNDING SHOWN. PROVIDE ADDITIONAL GROUDING AS REQUIRED PER SPECIFICATIONS AND

NEC.7. ALL GROUND CONDUCTORS SHALL BE COPPER AND SHALL BE SIZED IN ACCORDANCE WITH NEC UNLESS

OTHERWISE INDICATED. THE SMALLEST ACCEPTABLE GROUND SIZE SHALL BE #4 COPPER.

CEILING

GWBGWBMETAL STUD TO DECK

SEAL ALL PENETRATIONS OF SMOKEOR FIRE RATED PARTITIONS ABOVECEILING WITH 3 HOUR RATED CAULKPER MANUFACTURER'S INSTRUCTIONS

CONDUIT, COAXIAL CABLE,TELE-DATA CABLE, ETC.

GENERATL NOTE, FIRE/SMOKE PENETRATION SEAL DETAIL1. REFER TO SHEET A200 FOR FIRE/SMOKE PARTITION LOCATIONS,

TYPICAL OF PARTITION TYPES 3, 5, AND 7.

REVISIONS

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2247.002.003

NOT TO SCALEACCESS CONTROL DETAIL

NOT TO SCALECONDUIT DRAIN AND BREATHER

NOT TO SCALEACCESS CONTROL ONE-LINE DIAGRAM

NOT TO SCALECONDUIT SUPPORT DETAIL

TWB

NOT TO SCALE

TYPICAL CEILING-MOUNT OCCUPANCYSENSOR

NOT TO SCALEOVERHEAD DOOR WIRING

NOT TO SCALEGROUNDING - SERVICE ENTRANCE

NOT TO SCALEFIRE/SMOKE PENETRATION SEAL DETAIL

1

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6"

GENERAL NOTE, RISER POLE - DIAGRAM1. DETAIL SHOWN FOR BID PURPOSES. PROVIDE ALL WORK INDICATED AS COORDINATED WITH THE

UTILITY COMPANY.

POWER COMPANY RISER POLE

KEYED NOTES, RISER POLE - DIAGRAM

LONG SWEEP RADIUS CONDUIT ELBOWS.

RGS CONDUIT WITH PIPE STRAPS SPACED AT MAXIMUM OF 2'-6" O.C..

POWER COMPANY APPROVED GROUNDED, INSULATED BUSHING BONDED TO #4 GROUNDCONDUCTOR.

POWER COMPANY APPROVED GROUND CLAMP BONDED TO #4 COPPER GROUNDCONDUCTORS.

COILED SLACK 20'-0" OF #4 COPPER GROUND CONDUCTOR.

1

2

3

4

5

1

4

2

4

5

3

10'-0"DUCTBANK

FINALGRADE

PROVIDE PER APPLICABLEDIAGRAMS AND PLANS

2'-6

" MIN

.10

'-0"

CL

LC

LC C L

MATCH SURFACE BEING CROSSEDGRASS AREA: 2" TOP SOIL & SEEDINGROADWAY OR NON GRASS AREA: COMPACTED 95% PROCTORGRANULAR FILL

FINISHED GRADE

COMPACTED 95% PROCTORGRANULAR FILL

SPACE ADDITIONAL DUCTS (IFREQUIRED) AT 7-1/2" O.C.

3" MIN. (TYP.)

MIN. 4,000 PSI CONC.ENCASEMENT (TYP.)

3" MIN. (TYP.)

CONDUITS (TYP.)

3" MIN. (TYP.)UNDISTURBED SOIL


WARNING TAPE

1'-0" (TYP.)

2'-0

" (TY

P.)

7-1/2"

CL

LC

LC C L

MATCH SURFACE BEING CROSSEDGRASS AREA: 2" TOP SOIL & SEEDINGROADWAY OR NON GRASS AREA: COMPACTED 95% PROCTORGRANULAR FILL

FINISHED GRADE

COMPACTED 95% PROCTORGRANULAR FILL


3" MIN. (TYP.)

COMPACTED SAND FILL

3" MIN. (TYP.)

CONDUITS (TYP.)

3" MIN. (TYP.)UNDISTURBED SOIL


WARNING TAPE

1'-0" (TYP.)

2'-0

" (TY

P.)

7-1/2"

SECTION

PLAN

COMPACTED CRUSHEDSTONE SIZE 2

SEE NOTE 6

CONDUITSSTUBBED-UP (TYP.)

2-#4REBARS ALLAROUNDPERIMETERFINISHED GRADE

VERTICAL FILL AROUND PAD TOTRANSITION TO GRADE.

12"

6"2'-0

"

GENERATOR WIDTH + 12"

GEN

ERAT

OR

LEN

GTH

+ 12

"

GENERATOR PAD

NOTES, GENERATOR PAD - DETAIL1. CONCRETE 4,000 PSI @ 28 DAYS.2. WELDED WIRE FABRIC-ASTM A-185. (FLAT SHEETS)3. DEFORMED BARS ASTM A-615, GRADE 60.4. TOP SURFACE SHALL BE TROWEL FINISHED.5. 3/4" CHAMFER STRIP ALL EXPOSED EDGES, INCLUDING OPENING.6. REINFORCING SHALL BE: #4 BARS @ 12" EACH WAY, TOP AND BOTTOM.7. GENERATOR PAD SHALL BE CAST IN PLACE.

UNDISTURBED SOIL, REMOVETOPSOIL/ORGANICS

CORE DRILL OR FORM CONDUITS ASREQUIRED. COORDINATE STUB-UPLOCATIONS WITH GENERATORMANUFACTURER.

SQUARE WASHER

HEX NUT

FENDER WASHER

HEX NUT

5/8" THREADED ROD

BACK-TO-BACK STRUTCHANNEL

FENDER WASHER

HEX NUT

HILTI CONCRETEEXPANSIONANCHOR

HAT STYLE BRACKET

GENERAL NOTES, CEILING MOUNTED SUPPORT DETAIL1. GALVANIZED CONDUIT CLAMP TO SECURE CONDUIT TO STRUT.

11

5

5

5

1

1

2

2 3

3

2

2

GENERATOR

ATS

BATTERY CHARGER

BATTERY

FOR BLOCK HEATER

WP/GFCI

TO PB-EQUIP

TO PB-EQUIP

TO PB-EQUIP

KEYED NOTES, GENERATOR AND AUXILIARY EQUIPMENT - SINGLE LINEDIAGRAM:

PROVIDE CONDUCTORS/CABLES IN CONDUIT PER MANFACUTER'SREQUIREMENTS. CONNECTION AT GENERATOR SHALL BE FLEXIBLETYPE.

COORDINATE REQUIREMENTS PRIOR TO CIRCUITING ANDORDERING BREAKERS.

RECEPTACLE FOR BATTERY WARMER. COORDINATE REQUIREMENTSWITH PROVIDED EQUIPMENT PRIOR TO CIRCUITING OR INSTALLINGRECEPTACLE.

TELEPHONECABLE IN 1"C

BUILDINGINTERIOR

UTILITY SERVICEPOLE

TELEPHONE SERVICE PROVIDEREQUIPMENT (IT ROOM)PROVIDE BACKBOARD ANDGROUNDING PER PROVIDERREQUIREMENTS

TELEPHONE SWITCH8 PORT

GENERAL NOTES, TELEPHONE SERVICE DIAGRAM1. PROVIDE ALL COORDINATION WITH TELEPHONE SERVICE PROVIDER AND OWNER TO PROVIDE THREE

TELEPHONE SERVICE LINES TO THE SITE.2. DIAGRAM IS SCHEMATIC IN NATURE. PROVIDE ALL EQUIPMENT SHOWN AS REQUIRED FOR A COMPLETE AND

OPERATIONAL SYSTEM AND CONNECTIONS TO ADDITIONAL TELEPHONE SERVICE PROVIDER EQUIPMENT ASREQUIRED.

3. FOR POWER UTILIZE RECEPTACLE LOCATED ADJACENT TO EQUIPMENT.

BUILDINGINTERIOR

DATA PROVIDER EQUIPMENT (ITROOM)PROVIDE BACKBOARD AND GROUNDINGPER PROVIDER REQUIREMENTS

GENERAL NOTES, DATA SERVICE DIAGRAM1. PROVIDE ALL COORDINATION WITH DATA PROVIDER AND OWNER TO PROVIDE BROADBAND DATA AND CABLE

SERVICE TO THE SITE.2. DIAGRAM IS SCHEMATIC IN NATURE. PROVIDE ALL EQUIPMENT SHOWN AS REQUIRED FOR A COMPLETE AND

OPERATIONAL SYSTEM AND CONNECTIONS TO ADDITIONAL DATA PROVIDER EQUIPMENT AS REQUIRED.3. FOR POWER UTILIZE RECEPTACLE LOCATED ADJACENT TO EQUIPMENT.

UTILITY SERVICEPOLE

PROVIDE A MINIMUM OF 2 SPACERSPER 10' FOR ALL UNDERGROUNDDUCTBANKS WITH MORE THAN ONE(1) CONDUIT. PROVIDE CARLONSNAP-LOC OR APPROVED EQUAL.

7-1/2"

3"(TYP.)

CONDUIT

2'-0

"

ANCHOR BOLTS, SIZEAND SPACING PERPOLE MANUFACTURER

CENTER LT.POLE/CONDUIT ON ℄OF CONC. FND.

BOTT. OF FDN TO BEAR ONSUITABLE UNDISTURBED EARTH

1/4" WASH

POLE BASE

LIGHT POLE

1" CHAMFER (TYP.)

TOP OF FDN.

FINISHEDGRADE

7'-6

"

4'-6

" (M

IN)

2'-6"DIA.

(6)-#5 VERTICAL EQ. SPA.

#4 @ 10" O.C. (MAX.)

SEE NOTE 2 THIS DETAIL

3'-0

"

NOTES, LIGHT POLE FOUNDATION DETAIL1. CONCRETE F'C 28 DAY DESIGN STRENGTH SHALL BE 4,000 PSI W/6% AIR (+1%), REINFORCEMENT SHALL BE

DEFORMED COMPLYING WITH ASTM A615 (GR 60).2. CONCRETE COVER TO REINF. SHALL BE 1-1/2" CLR. WHERE CONCRETE IS EXPOSED TO EARTH OR WEATHER,

OR 3" CLR. WHERE CONCRETE IS CAST AGAINST EARTH.3. SIDES OF LT. POLE FDN. SHALL BE DIRECTLY CAST AGAINST UNDISTURBED EARTH BY MEANS OF AUGERING

EXCAVATION. IF IN-SITU EARTH MATERIAL DOES NOT ALLOW AUGREING EXCAVATION, MACHINEEXCAVATE AND BACKFILL SIDES OF FDN. USING COMPACTED GRANULAR FILL IN ACCORDANCEW/CONTRACT DOCUMENTS.

4. EXPOSED CONC. SURFACES SHALL HAVE A RUBBED "TYPE B" FINISH.5. PRE-CAST LIGHT POLE FOUNDATIONS IN LIEU OF CAST-IN-PLACE ARE ALLOWED. ANCHOR BOLTS MUST BE

COORDINATED WITH LIGHT POLES PRIOR TO SUBMITTALS.

REVISIONS

Date

Scale

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2247.002.003NOT TO SCALERISER POLE - DIAGRAM

NOT TO SCALESAND FILL DUCT BANK SECTION

NOT TO SCALECONCRETE DUCT BANK SECTION

NOT TO SCALEGENERATOR PAD DETAIL

NOT TO SCALESUSPENDED CONDUIT SUPPORT DETAIL

TWB

NOT TO SCALE

TYPICAL GENERATOR CONTROL ANDAUXILIARY EQUIPMENT SINGLE LINEDIAGRAM

NOT TO SCALETELEPHONE SERVICE DIAGRAM

NOT TO SCALEDATA SERVICE DIAGRAM

NOT TO SCALECONDUIT SPACER DETAIL

NOT TO SCALELIGHT POLE FOUNDATION DETAIL

1

1 APRIL 15, 2021