dai kin project checklist

7/24/2019 Dai Kin Project Checklist

1/29

1 Rev. 11-18-2011

Daikin Project ChecklistIt is Hoffman & Hoffmans policy to only allow contractors who have completed the three days of

Daikin VRV Basic and Advanced Trouble Shooting and Commissioning training to install Daikin

VRV systems.

Proper Daikin terms were included in quotation and a copy of quote has been placed in Greensboro order file

Date: __________________ Job Location: ____________________________________

Project Size: ______ Tons Salespersons Name: ______________________________

______ Outdoor Units Owners Name: __________________________________

______ Indoor Units Contractors Name: _______________________________

Contractors Address: _____________________________

Engineers Name: _____________________ Engineers Company: _____________________________

Who was hired to supervise the contractors commissioning process:

Name Telephone

Days of Assistance: ____________________

Contractors Advanced Trained Installer: ____________________________________________

Name(s) Telephone

Contractors Person Responsible for Start-up: ____________________________________________

Name Telephone

Previous Jobs Completed by Installer: ____________________________________________

Anticipated Installation Start Date: ___________________________________________

Name of person I reviewed Commissioning Documents with: _________________________________

The following documents were Personallyreviewed at submittal delivery with Contractor:

___________________________________________________________________________________

Name Date

Reviewed Daikin Engineering Documents (DED)

Reviewed Request for Supervised Commissioning Form (RCF)

Reviewed Pre-Commissioning Checklist (PCC)Reviewed Commissioning Request Procedure (CRP)

Submittal

Provide VRV express file

* At the completion of each phase transmit copy to Greensboro order file

PhaseI

-Pre-construction

PO #__________________________JOB NAME: __________________________


2/29

2 Rev. 11-18-2011

Project Walk by H&H Project Mgr.: _________________________________________________________

Name Date

Stage of Construction: __________________________________________________

Personally reviewed Installation Notes (ATTACHED)with Contractors Onsite:

_____ Reviewed Daikin Engineering Documents (DED)

_____ Reviewed Request for Supervised Commissioning Form (RCF)

_____ Reviewed Pre-Commissioning Checklist (PCC)

_____ Reviewed Commissioning Request Procedure (CRP)

_____ Submittal has been reviewed

______________________________________________________________________________________

Contractor Name Date


Walk of Site: ______________________________________________________________________

Name Date

Systems: __________________________________________________________________________

Review Install Notes with: ____________________________________________________________

Name

Pointed Out Areas of Concern:

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

Recommendations:

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

_____________________________________________________________________________________________

Recommendations given to: ____________________________________________________________

Name Date

Recommendations were: ____________________________________________________________

Made during walk of site / Telephoned / Emailed / Etc.


PhaseIIBeginning

OfConstruction

PhaseIIIMidConstruction


3/29

3 Rev. 11-18-2011

Completion of Pre-Commissioning Checklist (PCC) (Please send completed copy to order file in GSO)

Completion of Request for Supervised Commissioning Form (RFC)

Scheduled Supervised Commissioning

Commission Dates: ________ _______ ________ ________

Commissioned by: ____________________________________________________

Commissioning Notes:

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

__________________________________________________________________________________________________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

__________________________________________________________________________________________________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

_________________________________________________________________________________________

Completed by: ____________________________________________________________________________

Name Date


PhaseIVJobStart-Up


4/29

Notes for Refrigerant Piping Page 1 of 2 Rev. 11-11-11

Notes for VRV Refrigerant Piping

1.

All joints shall be brazed except at the indoor units which shall be flared

2.

All piping shall be installed in accordance with the mechanical design. Any deviation shall be

submitted for prior approval to the mechanical engineer prior to installation. Selected copper

tube must be of suitable wall thickness for higher operation pressures.

3.

Flaring: Flared tube ends should have a smooth, even round flare of sufficient length to fully

engage the mating surface of the flare nut, without protruding into the threads. Use only PVEor POE refrigeration oil when making flares. Dedicated flare block and tool is recommended.

Only use synthetic oil on the flare tool.

4.

All piping exterior to building, shall be a minimum of type L, ACR rated straight pipe for R-

410A or as specified. All piping on the building interior shall be L, ACR rated rolled soft

copper or line set for R-410A or as specified, piping (after annealing) shall have sufficient wall

thickness for a continuous operating pressure of 600 PSI per ASME B 31.5-2010.

5.

Dry Nitrogen: Dry nitrogen must be used during all brazing (pressure regulated to 3 PSI) to

prevent copper plate or oxidation formation.

6.

Pressure testing: Tighten down stop valves before any pressure testing to prevent nitrogen

from leaking back through condenser and contaminating refrigerant.Pressure testing shall be done in three (3) steps.

Step 1 Leak check 3 minutes at 150 PSI

Step 2 Leak check after 5 minutes at 325 PSI

Step 3 Leak check after 24 hours at 550 PSI (450 psi for systems with vertical Air Handlers)

Always check flare nuts for leaks using bubble solution. Be sure to use a recommended product.

Do not use a watered down fairy liquid solution.

7.

Leak testing and evacuation shall be done in accordance with the US EPA Green Chill Best

Practices Guideline Ensuring Leak-Tight Installation of Commercial Refrigerant Equipment.

8.

Evacuation procedures: Evacuation procedures shall be performed as follows:

A.

Evacuate the system to 4000 microns. Break the vacuum with dry nitrogen to a pressure of2-3 PSI and hold for 15 minutes.

B.

Evacuate system to 1500 microns and maintain for 20 minutes. Break the vacuum with dry

nitrogen to a pressure of 2-3 PSI and hold for 15 minutes.

C.

Evacuate system to below 500 microns and hold for 60 minutes.

D.

Evacuate system to below 300 microns and hold for 24 hours.

Vacuum pump check valve should be used to prevent mineral oil from being drawn into the

system. These procedures must be adhered to, documented and included in the contractors

price.

9.

Refrigerant charging: Weigh in additional refrigerant with digital scales. Calculate charge based

on total line length plus lb/ft of diameter. Check with each unit model for correct multiplier.

After the amount of refrigerant to be added is determined write it down on the label on the

back side of the front cover. After the vacuum/drying is complete, charge the additional

refrigerant in its liquid state through the liquid stop valve service port.

Make sure to use installation tools you exclusively use on R410A installations to withstand the

pressure and to prevent foreign material from mixing into the system.


5/29

Notes for Refrigerant Piping Page 2 of 2 Rev. 11-11-11

Notes for VRV Refrigerant Piping Continued

10.

All refrigerant piping and Refnets exterior to the building shall have aluminum jacket covering

the insulation in accordance with the following specifications.

Equivalent to Pabco-childers metals aluminum roll jacketing, .016 thick, complying with

3105/3003 standard alloys, stucco empossed finish with polysurlyn moisture retarder. Provide

" aluminum band clamp every 10 to 12.

11.

Insulation techniques: All pipe work must be insulated along its full run using code compliant

(25/50 rated), Armaflex model UT/Solaflex, " thick, high temperature and UV resistant

closed cell insulation.

Insulation of pipes should be done after performing work required by note 8 (air tight test and

vacuum drying). Insulate the liquid piping, the HP/LP gas piping, the gas piping, the equalizer

pipe (between the outside units for the outside multisystem) and these pipe connections.

Insulation shall withstand temperatures of 248 degrees F or more for the HP/LP gas piping, the

equalizer pipe and gas piping.

Cover flare nuts on the fan coils using the insulation provided or condensation will occur causing

leaks.

12.

Un-insulated joints will condense moisture around the fittings. Line components: Do not install

driers, oil traps, sight glasses or any other line component in the pipe work as this will affect the

performance and warranty.

13.

VRV systems shall be installed in accordance with ASHRAE 15.

14.

VRV systems shall be installed by a manufacturer certified and trained contracting company and

shall have documentation of VRV installation & commissioning training. Field Superintendentshall have VRV training and certification.

Certification, training and commissioning documentation to be furnished with the contractors

bid and/or notice to proceed.

VRV supplier shall include a special VRV tool kit allowance for the installing contractor consisting

of:

A.

Standard R-410A gauge kit with multiple tools

B.

Torque wrench set

C.

R-410A flare tool

D.

R-410A plastic flare size gauge

If installing contractor does not currently have these special tools.

15.

In applications where the Refnet kits are installed in an environment requiring fire-rated

material to be used, it is necessary for the installer to obtain from a third part supplier and to

utilize, for installation, fire-rated materials that meet all applicable building codes and other

requirements. The factory supplied insulation should be discarded in a manner meeting all

applicable law.


6/29

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Dimensions

o

'J,

Ul


11/29

NOTE: CONTRACTOR TO PROVIDE

5/16

THREADED

ROD HANGERS

WITH

DOUBLE SIDED RUBBER (1/2 THICK)

ISOLATORS AT EACH SUSPENSION BRACKET

4

EACH)

ON

BRANCH SELECTOR FOR SUSPENSION

OF

UNIT

1/4-

SERVICE FTG.

(TYP) EACH V L ~

(LP) SUCTION SREFRG. LlNE ____

(TO OUTDOOR UNIT) _____

CONTRACTOR TO INSTALL

LINE

SIZE

SHERWOOD MODEL WAS REFRIGERANT

SHUT-OFF VALVES WITH ACCESS FITTING.

ALL VALVES SHALL INCORPORATE

DUAL STEM SEAL DESIGN W/TEFLON

PACKING INTERNAL PRIMARY SEAL.

VALVE SHALL PERMIT OPERATION

WITHOUT

REMOVAL OF SEALS OR

TEFLON

GASKETS.

PROVIDE W/INTERNAL BALL TYPE RELIEF

PORT FOR DUAL DIRECTIONAL SHUT-OFF.

PROVIDE FULL FLOW PORTS ON ALL SIZES

1/4

THROUGH

7/8 .

(HP) LIQUID

REFRIG.

LINE

FROM OUTDOOR UNIT)

(NOTE:

SHUT-OFF

VALVES SHALL BE

ZERO-CLEARANCE TYPE. ALL BRONZE.

BRAZED CONNECTIONS

WITH

1/4 SCHRADER

TYPE SERVICE FIniNG IN VALVE. TYPICAL

FOR EACH LINE).

(HP) HOT GAS REFRIG. LINE

FROM

OUTDOOR

UNIT)

(LP)

SUCTION

REFRIG.

LINE

(FROM INDOOR UNIT)

/

(HP) LIQUID REFRIG. LINE

(TO INDOOR UNIT)

INSTALL BRANCH SELECTOR

A MINIMUM

OF

12 x

15-1/4

CLEAR FOR ELECTRICAL

~ ~ ~ ~ f TO ELECTRIC BOX

_ ~

DETAIL

TYPICAL BRANCH SELECTOR PIPING

NOT TO SCALE

ALL MECHANICAL EQUIPMENT SHALL BE IN COMPLIANCE WITH ASH RAE 90 1


12/29

MAIN LINE

SIDE

OUTSIDE UNIT

SIDE

BRANCH SIDE

MAX. 15

degrees

rot tion

up

HORIZONTAL

PLAIN -

NOTE: THIS SAME HORIZONTAL APPLICATION APPLIES TO HEADERS.

DETAIL - M XIMUM ROT TION OF

HORIZONTAL INSTALLED REFNET

(

REFER

TO MANUFACTURERS INSTRUCTIONS)


13/29

PRESSURE REDUCING

VALVE

HIGH

PRESSURE

H O S ~

TAPE

NITROGEN

~ PACKLESS

VALVE

\

REfRIGERANT PIPING

NOTES:

NITROGEN

USE DEDICATED

MANIFORD. GAUGES AND

HOSES TO GUARD AGAINST CROSS CONTAMINATION

SERVICE PORT CHANGE

DIAMETER

1/4 ENLARGED TO 5/16

DETAIL TYPICAL NITROGEN PURGING SET-UP

NOT

TO

SCALE


14/29

HANGERS

(TYP)

I

I I I

I I

MIN. 20

BEFORE ELBOW .. I

RECOMMENDED

EQUIPMENT

CLEARANCES:

3

ABOVE

12 ENTERING (3 PIPE)

IN SPACE

CONDITIONS

THAT

DO

NOT ALLOW 3 ABOVE

THE

DEVICE MAINTAIN A 1

AIR

SPACE

BELOW UPPER

DECK

AND INSTALL 1/2

FOAM

INSULATION ON

THE

TOP OF

THE

DEVICE.

BRANCH

SELECTOR

UNIT

HANGERS

(TYP)

I

I I

I

MIN.

20

BEFORE

ELBOW

DETAIL - RECOMMENDED PIPE CLEARANCES

FOR BRANCH SELECTOR UNITS

( REFER TO MANUFACTURERS INSTRUCTIONS )


15/29

PROVIDE

ALUMA STAND

CONDENSING

UNIT SUPPORT

AS MANUFACTURED BY:

PREaSION ALUMINUM PRODUTS,

DEERFIELD

BEACH, FL.

CONDENSING UNIT SUPPORT SHALL

MEET

STATEWIDE BUILDING FOR USE IN COSTAL

AND

NOT-COSTAL ZONES

PROVIDE STANDARD 1

S FROM BASE TO

BOTTOM

OF

RAIL

lB

r

_ 1

< .............

. .

::>

........ . .

----

DETAIL:

GENERAL

INSTALLAnON

NOTES:

1.

REFER TO

MANUFACTURERS

INSTALLAnON

DETAILS

FOR

PROPER INSTALLAnON.

2. MANUFACTURERS DETAILS ARE

FOUND

AT

WWW.ACSTANDS.COM. UNDER ENGINEERING

DOCUMENTS/ALUM STAND.

CONDENSING

UNIT ROOF/GRADE

SUPPORT

(DOUBLE MODULE

SYSTEM

SHOWN)

NOT

TO

SCALE


16/29

~

\

HANGERS

TYP)

1 - 1 -

I

I

I

I

I

I

A

I

v A

v

MIN.

20

BEFORE

EL OW

-:

O fP

0

D

~

ORK

PADS

H

DETAIL -

RECOMMENDED

PIPE CLEARANCES

FOR INDOOR UNITS

REFER

TO

MANUFACTURERS

INSTRUCTIONS)

)


17/29

LENGTH

L

INCHES OFFSET RETURN

----

( LEEVE= = \

L

I

I

I

GUIDE BRACKET

NOTE: CALCULATION

FOR

EXPANSION

AND

CONTRACTION SHOULD

BE

BASED

ON THE

AVERAGE COEFFICIENT

OF

EXPANSION

OF

COPPER

WHICH IS 0.0000094

INCH PER INCH

PER

DEGREE

F

BETWEEN

70

degrees F

AND

212 degrees

F.

(EXAMPLE: EXPANSION

OF

A 100

DEGREE

F RISE FOR EACH 100 FT.

OF

ANY SIZE IS 1.128 INCHES)

EXPANSION DIMENSION L FOR OFFSET RETURN

TO

BE BASED ON

THE

EXPECTED EXPANSION INCHES

PER

DIMENSION

OF

PIPE

DETAIL - EXPANSION LOOPS

PLAN VIEW


18/29

UNISTRUT SUPPORT

ALUMINUM JACKET

OVER INSULATION

REF. PIPE

UNISTRUT

PIPE CLAMP

DETAIL

REF

PIPE UNISTRUT SUPPORT

NOT TO SCALE


19/29

REFRIGERANT

PIPING

FROM OUTSIDE UNIT

OR

INTERIOR BRANCH

SELECTORS

MIN. 20

AFTER ELBOW

LONG

SWEEP

ELBOW OR LONG

BEND OF SOFT

COPPER

(TYP)

TYPICAL

VRV

REFNET

REFRIGERANT

BRANCH PIPING

DEVICE INSTALLED

IN A TRUE AND LEVEL POSITION

PARALLEL TO CEILING BELOW

OR

FLOOR STRUCTURE ABOVE

MIN.

40

BETWEEN

REFNET AND HEADER

MIN. 20

BEFORE ELBOW

TO TYPICAL INTERIOR

TERMINAL

UNIT

TO TYPICAL

INTERIOR

TERMINAL

UNIT

CAL VRV 4 OR 8

CONNECTOR HEADER DEVICE

DIAGRAM - PLAN VIEW

OF

REFNET & HEADER

INSTALLATION

FOR

BRANCH REFRIGERANT PIPING

( REFER

TO

MANUFACTURERS INSTRUCTIONS


20/29

REFRIGERANT PIPING

FROM OUTSIDE

UNIT

OR INTERIOR BS

BRANCH SELECTORS

j

MIN

20

AFTER ELBOW

LONG SWEEP

ELBOW OR LONG

BEND OF SOFT

COPPER (TYP)

TYPICAL

VRV

REFNET DEVICE

DIAGRAM

THE REFNET

KITS

ARE SUPPUED WITH INSULATION

INTENDED

TO FIT OVER THE MAIN BODY OF THE REFNET

JOINT AFTER INSTALLATION OF

THE

REFNET KIT IS

COMPLETE

IMPORTANT: SEE NOTE@) BELOW

MIN

40

BETWEEN

REFNETS

MIN

20

BEFORE ELBOW

TO TYPICAL INTERIOR

TERMINAL UNIT

TYPICAL VRV REFNET REFRIGERANT

BRANCH PIPING DEVICE INSTALLED

IN A TRUE AND LEVEL POSITION

PARALLEL TO CEIUNG BELOW

OR

/FLOOR STRUemR ABO>l

1 1 ~ ~ T O

TYPICAL

INTERIOR

TERMINAL UNIT

LONG SWEEP

ELBOW OR LONG

BEND OF

SDFT

COPPER (TYP)

TO TYPICAL INTERIOR

TERMINAL UNIT

PLAN VIEW OF TYPICAL REFNET

INSTALLATION FOR BRANCH REFRIGERANT PIPING

(

REFER

TO

MANUFACTURERS INSTRUCTIONS)


21/29

x

.;t

- - - - - -71

I

1

/

1 / 1

1

/

1

X

1/

1

/

,< J45 deg. M X

i

1 / 1

1 1

L

~

45 deg.

MAX

x

:q.

NOTE: IN CASES WHERE PIPING/TUBING NEEDS TO DROP BELOW OBJECTS,

(BEAMS, DUCTS, CONDUITS, PIPES ETC.) PIPING SHALL HAVE LARGE RADIUS

TURNS AS INDICATED ABOVE NO MORE THAN

45

DEGREES PER FITTING)

TO PREVENT TRAPPING

OF

REFRIGERANT.

DETAIL - PIPING OFFSET

BELOW

OBJECT

ELEVATION VIEW


22/29

Summary of the Commissioning Request Procedure

The following outlines the procedure for smooth processing of the installing contractors

commissioning request:

1. Contractor completes the Request for Supervised Commissioning form

2. Contractor submits the Request to Hoffman & Hoffman, Inc.

3. Supervising personnel will contact the installing contractor to schedule the

commissioning.

4. Contractor completes the Pre-Commissioning checklist and submits to the Hoffman &

Hoffman Coordinator a minimum of 48 hours prior to the scheduled commissioning.

5. The contractor, salesperson and supervising personnel meet at the jobsite on the

scheduled date to perform the Supervised Commissioning session.6. By completing and signing the Pre-Commissioning checklist, the contractor confirms and

represents that the job is ready for commissioning. If upon arrival on the scheduled day

for the commissioning it is found that any portion of the job is not ready for

commissioning, the contractor shall be subject to additional fees.

7. The installing contractor is responsible for arranging access to the equipment on the day

of the commissioning. This includes notifying the necessary parties at the site to insure

access to all components of the system. The contractor must provide any ladders, lifts,

keys, or other devices necessary to access the equipment.

This supervision of commissioning is to offer supervision of the contractor performing

the commissioning onsite. The installing contractor must have adequate personnel

onsite at the time of the assisted commissioning. The installing contractor is responsible

for providing all service tools, test equipment, refrigerant, and other supplies necessary

to conduct the commissioning.


23/29

Request - 1- Ver. ELEC

DAIKIN AC (Americas), Inc.

1645 Wallace Drive, Suite 110Carrollton, TX 75006 USA

TEL: 866-4DAIKINFAX: 972-245-1038www.daikinac.com

Request for Supervised Commissioning SRO#:___________

DATE REQUESTING Commissioning:___________________

Instructions for submitting Supervised Commissioning request:Submit this form to the Service Coordinator at least 14 days prior to a requested assisted commissioning([email protected] FAX 972-245-1038). Within 3 business days of receipt of the request, theDaikin Area Service Manager will contact you to schedule the Commissioning and provide a SRO # toreference any future correspondence to this work order. The form must be filled in its ENTIRETYwith asignature and a Purchase Order to be placed on the schedule. Please refer to the Daikin ACcommissioning policy for full details regarding any fees associated with this Commissioning.

Request will not be honored without required purchase order(s) from Distributor/Rep).

Purchase Order P.O.) for Commissioning:

__________________ Must Include to schedule)

Note: Must be OPEN P.O. o r a Not to Exceed Amount Purchase order.

C o n t r a c t o r I n f o r m a t i o n

Company Name:

City, State & Zip:

Phone/Fax #:

Contact:

Email Address:

Rep or Distributor Information (Must supply Purchase Order)

Company Name:City, State & Zip:

Contact:

Phone:

Email Address:

Site Information: Must have specific job location address

Job Name:

Address:City, State & Zip:

Contact:

Phone:

Equipment Information

Number of Systems to be Commissioned _______________Note: each syst em will requir e a separate form


24/29





Equipment Serial Number Information

OUTDOOR UNIT(s)

Outdoor Model #

Outdoor SerialNumbers

Quantityof Indoor

Units

Quantityof BSBoxes

System 1

System 2

System 3

System 4

System 5

System 6

System 7

System 8System 9

System 10

System 11

System 12

NOTE: if more than 12 Systems complete additional form

Indoor UnitModel Number(s) and serial numbers:

QTY Model # Serial No. QTY Model # Serial No.


25/29





Controller(s):

Specialized Control(s)(Must complete Controls CHECKLIST)Model Number

Itouch(DCS601C71) / WEB(DCS004A71)/ Bacnet (DMS502B71) / Lonworks(DMS504B71)

Quantity Model Number Description

Additional Accessor ies

Manufacturer Model Number Description

Status of Installation

Refrigerant Piping Completed Yes No If no, anticipated completion date

Electrical Wiring Completed Yes No If no, anticipatedcompletion dateDrain Piping Completed Yes No If no, anticipated completion date

Please refer to the Daikin AC commissioning policy for full details regarding any fees associated with this Commission. Acommissioning date will not be scheduled until all required information is completed and submitted to Daikin AC. Within 3 businessdays a Daikin representative will contact you with a date. Please note:

1. All equipment must be running and wiring issues identified prior to Daikin arriving onsite.2. You agree that you will be responsible for any tools and Freon needed on-site.3. Daikin request the system to be pressure tested to 550 PSIG for 24hrs.4. Daikin request a triple evacuated to below 500 microns and must hold 500 or below for 1 hr.

5. Daikin requires a 2 wire, stranded, non-shielded, 18 gauge. This will ensure that there are nocommunication issues when the system is started up.

The above must be achieved before DAIKIN arrives on-site to complete this commission. If thisis not completed when Daikin arrives you will be charged an extra fee.

CCoonnttrraaccttoorrSSiiggnnaattuurree:Date Submitted:

..

Internal Use Only SRO Number:________


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Checklist-1- Ver. ELEC




Pre-Commissioning Checklist required 48 hours before a scheduled

commission.In an effort to provide the highest level of service, the following checklist is provided to insure that all

necessary installation items are completed prior to a scheduled supervised commissioning of VRV andVRV-S systems. Please fill out the form completely and email to [email protected] FAX 972-245-1038. For a supervised system commissioning, submit this form at least48 hours prior to thescheduled commissioning. The below listed installation related items must be completed prior to ourarrival. Failure to complete the items listed below may result in additional charges per the Daikin ACCommissioning Policy. Please fill out 1 per system.

Commissioning SRO#:___________INSTALLING CONTRACTOR AND SITE INFORMATION:

Installing Contractor: Telephone:

E-Mail: Fax:

Job/Location Name:

Site Address:

City: State: Zip:

Number of Outdoor Units: Number of Indoor Units:

Install Completion Date: Requested Commissioning Date:

SITE CHECKLIST

1. REFRIGERANT PIPING Yes No(a) Has all system piping been completed in accordance with installation

guidelines?

(b) Has the system piping been pressure tested and leak checked?

If the system has been pressure tested, what pressure was applied?PSIG

(c) Was a standing pressure test performed?

What was the duration of the standing pressure test? HOURS

(d) Has the system piping been evacuated?

How many microns was the system evacuated to?MICRONS

How long was the evacuation held? HOURS

(e) Has the total liquid line length been calculated?

List the total line lengths for each pipe size used?1/4 O.D. 3/8 O.D. 1/2 O.D.

(f) Has the additional refrigerant charge been calculated?

If charge has been calculated what is the amount? LBS OZ

(g) Has all system piping been insulated, including RefNET and flare connections?


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SITE CHECKLIST (cont.)

2. ELECTRICAL CONNECTIONSYes No

(a) Have all line voltage connections been made to Indoor/Outdoor units?

(b) Have all control wiring connections been made?

(c) Have the remote controllers been installed?

(d) Are any Remote sensors being used?

If so, where are they installed?

(e) What type and gauge wirewas used for control wiring?(i.e. 18AWG stranded non-shielded)?

TYPE: GAUGE:

(f) What is the supplied line voltage?

L1 L2 L3

(g) If new construction, is building still being supplied with temporarypower?

3. INDOOR UNITS / BRANCH SELECTOR BOXES Yes No

(a) If using ducted fan coil units, has all duct work been connected?

(b) Have the condensate drain lines been installed and was thesupplied vibration brake hose used?

(c) Are any externally supplied condensate pumps being used?

If yes, has condensate pump safety circuit been wired into indoorunit control board?

(d) If using ducted fan coil units and factory installed return air filterhas been removed or if return air flow has been converted toreturn air to rear of unit, is any additional air filtration beingprovided?

(e)Have Branch Selector boxes been wired for Line voltage and hascontrol wiring been connected?

4. OUTDOOR UNITS Yes No

(a) Have compressor shipping brackets been removed fromcompressor base?

(b) Has outdoor unit been properly secured?

(c) Has the outdoor unit been installed with proper clearances?

(d) Has drainage of outdoor unit condensate been taken intoconsideration?

I hereby certify that all items on t his lis t have been checked, and that all info rmation is co rrect.

I further verify that the job is ready for commissi oning. I realize that if upon arrival to the commissioning the job is notready for start up, that I will be subject to additional fees as described in the Daikin Policies and Procedures Guide.


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Controls Checklist an Activation Keysi-Touch, BACnet Lonworks

Send Form to: [email protected] PPlleeaasseeffii ll ll iinnAALLLLiinnffoorrmmaatt iioonnto activate

Qualified Agent name:

i - T o u c h C o n t r o l l e r

MAC Address:white sticker on I-Touch

Basic Software IDcase sensitive 7 digits

Building LocationCity, State

Building Type:(OFC,RES, Medical, BANK, etc )

Number ofFloors

Floor Size(area sq. ft.):

24VAC Power toController:

Yes No

Number of Daikin Indoor Units Number of D3 Ports:

Number of Daikin Outdoor units

:

Number of Systems:

C r e s t r o n I n t e r f a c e w i t h i t o u c h ? Yes No

WEB OPTION Yes No

IP Address (must be static IP): WebSoftware ID:

case sensitiveSubnet Mask:

Default Gateway AddressHost Name:

Preferred DNS Address:

Alternate DNS Address: NOTE: MUST provide MAC address and Basic Software ID for WEB and PPD option

P P D O p t i o n Yes No NOTE: MUST provide MAC address and Basic Software ID for the WEB and PPD option

PPD Software ID:case sensitive

Brand of KW Meter:

Number of KW Meters: Model of KW Meter: B A C N E T

: Yes No

24VAC Power toController:

Yes NoDevice Instance Number:

Allowable range: 0-4194303)IP Address:

(must be st atic IP):FRONT END SYSTEM

MANUFACTURER:____________

MODEL:_____________________

Subnet Mask:

Default Gateway Address:

L O N W O R K S : Yes No

24 VAC Power to Lonworks:Yes No

FRONT END SYSTEMMANUFACTURER:________________

MODEL:________________

By completing these forms, you hereby certify that all items on this list have been checked, and that all information is c orrect. You further verify that the job isready for commissioning. You realize that if upon arrival to the commissioning the job is not ready for start up, that I will be subject to additional fees as describedin the Daikin Policies and Procedures Guide.


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DAIKINJlC

bsolute comfort

ommissioning

Policies and

Procedures

Confirmation of Pre Commissioning Data

I hereby certify that all

items on

this list have been checked and that all information is

correct.

I

further

verify that the

job

is ready for commissioning I realize

that

if upon arrival to

the commissioning the

job is

not

ready for

start

up

that

I

will

be

subject

to

additional

fees as

described

in

the

Daikin Policies and

Procedures

Guide.

Contractor

Signature:

Date: