Offices for Health Department 277 Victoria Street...sheet. Addendum No. 2 for RFQ No. 4305-16-5026- Page 2 of 33. 5150 . Fairview Street. Burlington, ON L7L 6B7 ... Rem Rev RaTemp

5150 Fairview Street

Burlington, ON L7L 6B7

T: (905) 331-6555 F: (905) 331-6562 www.airongroup.ca

Offices for Health Department277 Victoria StreetToronto, Ontario

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PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB

DescriptionSubmittals

Added One Unit Heater in Penthouse

Approved By

DC Voltage McQuay Heat Pumps Wiring Details Pg20

Make-up Air Unit intake temp sensor changed to Outdoor sensorVdc McQuay Heat Pumps with Two Temp Sensors Wiring DetailsVdc Voltage McQuay Heat Pumps Wiring Details

UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:

Job No.Project Manager

Designer

8168

Uka Berisha

System:Building:

BASOffices

1 OF 32

Offices for Health Department

277 Victoria Street

Submittal Data: July 02, 2013

Covering: Building Automation System

Engineer: TMP Consulting Engineers

285 Yorkland Blvd

Willowdale, ON, M2J 1S5

Tel: 416-499-8000

Fax: 416-499-7446

Contractor: City of Toronto

Cover sheet

Addendum No. 2 for RFQ No. 4305-16-5026- Page 2 of 33





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PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

2 OF 32

Index

Index

Cover Page

2Index

3General point description

4Controls legend

5Wiring installation instructions

6System architectural layout

7System architectural layout

9Heat pump loop

10Domestic Hot Water

11Exhaust Fans (Penthouse)

13Make-up Air Unit

14Exhaust Fans (First Floor)

15Heat Pumps (Typical for Carrier heat pumps)

16Heat Pumps (Typical for McQuay heat pumps)

17Heat Pumps and floor CO2 Sensor (Typical of Two for Carrier heat pumps)

18Heat Pumps with Two Temp Sensors (Typical of Zero for Carrier heat pumps)

19Heat Pumps with Two Temp Sensors (Typical of Zero for McQuay heat pumps)

21Heat Pump Schedule First Floor

22Heat Pump Schedule Second Floor

23Heat Pump Schedule Third Floor

24Heat Pump Schedule Fourth Floor

25Heat Pump Schedule Fifth Floor

26Heat Pump Schedule Sixth Floor

27Heat Pump Schedule Seventh Floor

28Heat Pump Schedule Eighth Floor

29Heat Pump Schedule Ninth Floor

30Heat Pump Schedule Tenth and Eleventh Floor

31Sequence of operation

32Sequence of operation

8Controllers MAC Addresses

12Unit Heater (Penthouse)

20Heat Pump with DC control board


DOCS/Q1013 ST AGNES 2004 CDN PricingTool April.xls





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PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

3 OF 32

General point description

General point description

AnaAutoAuxAvg

AbbreviationAdjAHUAirAlmA

BsmtBlrBtuBldgBypCalc

AnalogAutomaticAuxiliaryAverage

DescriptionAdjustedAir handing unitAirAlarmAmps

BasementBoilerBTUBuildingBypassCalculation

CapCptyCO2COCfmChgovrChwChwpChwRetChwSupClgVlvChlrCircCloCoilCmdCompCond

Chilled water pumpChilled water returnChilled water supplyChilled water valveChillerCirculatingClosedCoilCommandCompressorCondenser

CapacitorCapacityCarbon dioxideCarbon monoxideCFMChange overChilled water

CwCwpConCtrlClgClgCoilClgTwrDmprDecrDehumDlyDetDiffDiffPresDig

DamperDecreaseDehumidifierDelayDetectorDifferentialDifferential pressureDigital

Condenser waterCondenser water pumpContactorControlCoolingCooling coilCooling tower

DXDis

Direct expansionDisable

Disch DischargeDaDaTemp

Discharge airDischarge air temp

EmergEnEntEnth

DispDnDuctEconElec

EvapExhEaEaFanExptnkFan

EmergencyEnableEnteringEnthalpy

DisplayDownDuctEconomizerElectric

EvaporatorExhaustExhaust airExhaust air fanExpansion tankFan

FCUFeedFeedbkFiltFirStatFlFloFwdFrzFrzStatGnrlGenGpmHeadPresHeatHXHRHtwhl

ForwardFreezeFreezestatGeneralGeneratorGPMHead pressureHeatHeat exchangerHeat recoveryHeat wheel

Fan coil unitFeedFeedbackFilterFirestatFloorFlow

HtrHtgHtgCoilHiHiTempHwHthwRetHthwSupHotDkHotDucHwHwpHwRetHwSupHtgVlv

Hot deckHot ductHot waterHot water pumpHot water returnHot water supplyHot water valve

HeaterHeatingHeating coilHighHigh temp hot waterHigh temp hot water returnHigh temp hot water supply

Abbreviation DescriptionHrs HoursHumidHstatRh

HumidifierHumidistatHumidity

IncrInp

IncreaseInput

LeadLvgLvlLight

ItIsolKVARKwLag

LtgLimLoadLocLoLoLim

LeadLeavingLevelLight

Integration timeIsolationKilo VARsKilo wattsLag

LightingLimitLoadLocalLowLow limit

MkupManMaxMaxPosMinMinPosMaMaDmprMaTempModeMtrMultiOccOffOnOpnOptOut

Mixed air damperMixed air tempModeMotorMultipleOccupiedOffOnOpenOptimumOut

Make UpManualMaximumMaximum positionMinimumMinimum positionMixed air

OutsdOaOaTempOvrdPnlPentPctPltPosPwrPf

PlantPositionPowerPower factor

OutsideOutside airOutside air tempOverridePanelPenthousePercent

Abbreviation DescriptionPrehtPresPriProt

PreheatPressurePrimaryProtection

PumpQualQty

PumpQualityQuantity

RampRng

RampRange

Abbreviation Description

RstRetRaRaFan

RecrcRhtRhRelayRem

RevRaTempRoofRmRotRun

ResetReturnReturn airReturn air fan

RecirculatingReheatRelative humidityRelayRemote

ReverseReturn air tempRoofRoomRotateRun

RunTimeSftySchedSecSelSeqSpSigSmkSolarSpeedStgStbyStartS/SStaticStsStm

SignalSmokeSolarSpeedStageStandbyStartStart-StopStatic pressureStatusSteam

Run timeSafetyScheduleSecondarySelectSequenceSetpoint

StpSumSumpSupSaFanSaTempSaSwi Switch

StopSummerSumpSupplySupply air fanSupply air tempSupply air

SysTkTempTermTstatTrTm

SystemTankTemperatureTerminalThermostatTransformerTime

TdTotTrans

Time delayTotalTransition

UHUV

Unit heaterUnit ventilation

Abbreviation Description

VARVelVentVib

UnoccUpVlvVAVVFD

VVolWuWtrWWb

VARsVelocityVentVibration

UnoccupiedUpValveVariable air volumeVariable frequency drive

VoltsVolumeWarm-upWaterWattsWetbulb

WinZn

WinterZone
















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PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

4 OF 32

Controls legend

Controls legend

Temperature sensors

Duct probe Duct averaging Outdoor

Well insertion Pipe strap-onRemote bulb

Space

Humidity sensors

Duct Space Outdoor

Enthalpy sensors

Duct Space Outdoor

Flow sensors

Probe/Pitot tube

F F

Air averaging

F

Pipe strap-on

Pressure sensors

Pipe Tap ABSDuct averaging DP Space static

CO

Air quality sensors

Carbon monoxide

CO2

Carbon dioxide Chlorine

XCL XNH3

Ammonia

V

Orifice plate

V

Strap-on

V

Turbine probe

Velocity sensors

VSD

Starter Variable frequency drive

Motor components

CR

Dry contact N.O. Current relay

Pneumatic 2-Conductors18 AWG

3-Conductors18 AWG

4-Conductors18 AWG

5-Conductors18 AWG

6-Conductors18 AWG

Twisted pair18 AWG

Shielded pair18 AWG

Twisted triplet18 AWG

Shielded triplet18 AWG

Connection lines

Low voltage wire18 AWG

Line voltage wire14 AWG

Valves

3-WAY Valve, port “A”

normally closed (Mixing)

3-WAY Valve, port “B”

normally closed (Mixing)

2-WAY Valve, normally closed

2-WAY Valve, normally open

3-WAY Valve, port “A”

normally closed(Diverting)

3-WAY Valve, port “B”

normally closed(Diverting)

AB AB

AB AB

ABAB

ABAB

Pneumatic Pneumatic with positioner

Electric

Actuators

Electric

Opposed blades true sleeve

Parallel blades true sleeve

Opposed blades false sleeve

Parallel blades false sleeve

Dampers Coils

3Steam or hot water

heating coilElectric heating coil

Cooling coil D/X coil

I/O points

DI DO AI AOTotalizer

Input

Connection to field device:

Controller ID Point

Name

CO

X_X

XX

X_X

XX

XX

Controller Terminal

Humidifier

Fan Pump

Duct

Miscellaneous

Filter

Heating Boiler

Heating boiler

Heat exchanger

Boilers and chillers

Chiller

Chiller

Network Wiring

Note 3. BACnet MS/TP 1 Pair shielded cable, 24 AWG annealed tinned copper, (Diameter:2.74mm, Imp:108Ω , Capacitance:12.5pF/ft, Capacitance(cond-shield):23.8pF/ft, DC Resist:23.4Ω/1000ft.Part number: 07CBL-BACNETSupplier: Distech Controls.Note 4. controllers are daisy chained in a continuous loop.

3

4

BACnet BACnet

Network Wiring

Note 1. Wire type: LonWorks TP/TF-10 cable, 22 AWG annealed bare copper (Diameter:2.92mm, Imp:90Ω, Capacitance:16.8pF/ft, DC Resist:14.8Ω/1000ft. (use only twisted pair wiring).Part number: 07CBL-LONWORKS.Supplier: Distech Controls.Note 2. controllers are daisy chained in a continuous loop.

1

2

Lon Lon

Relay Coil and Contacts

Normally open contact

Normally closed contact

Relay Coil

General Notes

1. Only devices listed on Bill of Material are supplied by Airon, all other material is existing or supplied by others.2. Field verify terminations to all existing devices.3. All devices must be installed according to installation instructions included with device, unless specifically directed otherwise by an authorized Airon representative.4. Do NOT apply power to control panels until preliminary checkout has been completed by an authorized Airon representative.5. Each Airon control panel requires a dedicated 120Vac, 15A power source.6. All wiring must comply with national, state and local electrical codes.7. Run line and low voltage wiring in separate conduits.






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Rev. 5 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

5 OF 32

Wiring installation instructions

Wiring installation instructions

1. Refer to device installation manuals for specific wiring requirements. The wiring material requirements are dictated by the application. Utilize the specified wiring for the indicated application.2. Field wiring must be in accordance with national electrical code, state and local building codes, and electrical division of specifications.3. Tag all control wiring/cable at each end of the cable or wire per tags shown in attached drawings.4. Avoid over tightening cable ties and other forms of cable wraps. This can damage the wires inside the cables.5. In open plenums, avoid running wire near lighting ballasts, especially those using 277 vac.6. Do not run field device and communications wiring in same conduit with wiring carrying voltage greater than 30 volts.7. Control panels are not to be used as junction boxes or raceways. Wiring that does not terminate in a control panel is not to be run within the panel.8. All terminations shall be made per manufacturer's instruction. All field wiring runs shall be free of splices. Only splices permitted are within junction boxes. 9. Digital input limits: 1000 feet (300 meters).10. 0-10 Vdc analog input limits: 300 feet (100meters).11. 4-20 mA analog input limits: 1000 feet (300 meters).12. Variable resistance analog input limits: 300 feet (100 meters).13. Analog output limits: 1000 feet (300 meters)14. Digital output limits: 1000 feet (300 meters)15. No controller power source may be used to power analog input devices. A separate power supply must be used for any analog input device requiring a power source.16. Internet cat5: 4 pair 8 conductors 23awg, plenum-rated jacket.17. When using shielded cable, connect only one shield end to ground at the controller. Connecting both ends to ground can cause a ground loop.18. LonWorks communication wiring: Wire type: LonWorks TP/TF-10 cable, 22 AWG annealed bare copper (Diameter: 2.92mm, Imp:90Ω, Capacitance: 16.8pF/ft, DC Resist: 14.8Ω/1000ft. (Use only twisted pair wiring). LonWorks limits: 4500 feet (1400 meters), 60 devices maximum (without repeater). LonWorks topology must be daisy chained. One repeater (only one per LonWorks buss) can be used for an additional 4500 feet (1,400 meters). Do not run LonWorks cable alongside or in the same conduit as 24 Vac power. This includes the conductors running from triac-type outputs. Keep LonWorks polarity consistent throughout the site. Make sure that the 24 Vac power supplies are consistent in how they are grounded. Avoid sharing 24 Vac between LonWorks controllers. Use only one type of communication wire do not mix wire. In the event of an existing job that used 18 AWG wire, continue using the same wire after prior approval from Airon BAS engineer.19. BACnet communication wiring: Wire type: BACnet MS/TP 1 Pair shielded cable, 24 AWG annealed tinned copper (Diameter: 2.74mm, Imp: 108Ω, Capacitance: 12.5pF/ft, Capacitance (cond-shield): 23.8pF/ft, DC Resist: 23.4Ω /1000ft. (Use only twisted pair wiring). BACnet limits: 4000 feet (1220 meters), 50 devices maximum (without repeater). BACnet topology must be daisy chained (no T-connections). Polarity: Polarity sensitive. One repeater (only one per BACnet buss) can be used for an additional 4000 feet (1220 meters). Do not run BACnet cable alongside or in the same conduit as 24 Vac power. This includes the conductors running from triac-type outputs. Make sure that the 24 Vac power supplies are consistent in how they are grounded. Use only one type of communication wire do not mix wire. In the event of an existing job that used 22 AWG wire, continue using the same wire after prior approval from Airon BAS engineer.

COM

DI

FieldPanel

Status or Alarm Contact

Dry Contact Status or AlarmTypical Detailed Wiring

Controller

COM

AI

FieldPanel

Temperature Sensor

Two Wire Temperature SensorTypical Detailed Wiring

T

Controller

COM

AI

FieldPanel

4-20 mA Sensor

2 Wire 4-20 mA SensorTypical Detailed Wiring

+-

+-24Vdc

500 OHM

One jumper per panel

Controller

COM

AI

FieldPanel

2-10 Vdc Sensor

4 Wire 2-10 Vdc SensorTypical Detailed Wiring

-+ T ~

T ~24Vac

Controller COM

DO

FieldPanel

Controlled Device

Powering Controller Dry ContactsTypical Detailed Wiring

T~24Vac

Controller

COM

DO

FieldPanel

Controlled Device

Powering Relay Dry ContactsTypical Detailed Wiring

T~24Vac

Controller

COM

AO

FieldPanel

Actuator

4 Wire Valve or Damper ActuatorTypical Detailed Wiring

-+ T ~

T ~24Vac

Controller

COM

AI

FieldPanel

2-10 Vdc Sensor

3 Wire 2-10 Vdc SensorTypical Detailed Wiring

T

Y


~

T ~24Vac

Controller

COM

AO

FieldPanel

Actuator

3 Wire Valve or Damper ActuatorTypical Detailed Wiring

-

+


~

T ~24Vac

Controller






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PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

6 OF 32

System architectural layout

Locate in BAS panel on side of unit and obtain power from the unit.2Locate in BAS panel as specified in mechanical drawings, 120Vac provided by others.1

Locate in communication room or as requested by customer.4

JACE

PS: 24VAC POWER SUPPLY

LAN Area

Internet

Router

PROVIDED BY OTHERS

BA

Cne

t IP

(Cat

5)

PS: 24VAC

BA

Cne

t MS

/TP

First floor

CO4 1HP-1 1HP-2 1HP-3 1HP-4 1HP-5 1HP-6 1HP-7 1HP-8 1HP-9

2HP-1 2HP-2 2HP-3 2HP-4 2HP-5 2HP-6 2HP-7 2HP-8 2HP-9 2HP-10 2HP-11 2HP-12 2HP-13

Termination

Second floor

Switch

BA

Cne

t MS

/TP

to

BA

Cne

r IP

Rou

ter

BA

Cne

t MS

/TP

Third floor



Termination

Fourth floor

BA

Cne

t MS

/TP

to

BA

Cne

r IP

Rou

ter


PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC

PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC



BA

Cne

t IP

(Cat

5)

BA

Cne

t IP

(Cat

5) to

Fift

h Fl

oor I

P R

oute

r

BA

Cne

t IP

(Cat

5)

BA

Cne

t IP

(Cat

5) to

Sev

enth

Flo

or IP

Rou

ter

BA

Cne

t IP

(Cat

5) to

Nin

th F

loor

IP R

oute

r

Locate in Eleventh floor Electrical Closet3

4

1 2 2 2 2 2 2 2 2 2

2 2222222222 22

2 2 2 2 2 2 2 2 2 2 2 2 2

2222222222222

Jace

TAG MODEL No QTY DESCRIPTION SUPPLIER

Jace CDIDI-BOS6AX0 1 EC-BOS-6 Distech

Jace EC-NPB-PWR 1 24VAC DIN Rail Power Supply Distech

Jace EC-NPM-256 1 EC-NPM-256 Memory Distech

Jace EC-UI-SP-AX 1 Web Interface Add On Distech

Jace EC-DR-BACnetAX 1 BACnet IP Client Over Ethernet Driver Distech

Jace PDICC-BASRTXBXX 5 BACnet MS/TP to BACner IP Router Distech

Install Class 1 and Class 2 wiring in separate raceways.Install communication wiring in separate raceways and enclosures from other Class 2 wiring.






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Rev. 7 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

7 OF 32


BA

Cne

t MS

/TP

BA

Cne

t MS

/TP

Ninth floor



RHP-2 RHP-3 CO1 CO2 CO3

Tenth floor

Penthouse

BA

Cne

t MS

/TP

to

BA

Cne

r IP

Rou

ter

BA

Cne

t MS

/TP

Seventh floor



Termination

Eighth floor

BA

Cne

t MS

/TP

to

BA

Cne

r IP

Rou

ter

BA

Cne

t MS

/TP

Fifth floor



Termination

Sixth floor

BA

Cne

t MS

/TP

to

BA

Cne

r IP

Rou

ter

11HP-9 11HP-10

Eleventh floor







PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC PS: 24VAC

PS: 24VAC PS: 24VAC


BA

Cne

t IP

(Cat

5) to

Jac

e fro

m

Fifth

Flo

or IP

Rou

ter

BA

Cne

t IP

(Cat

5) to

Jac

e fro

m S

even

th F

loor

IP R

oute

r

BA

Cne

t IP

(Cat

5) to

Jac

e fro

m N

inth

Flo

or IP

Rou

ter

Locate in BAS panel on side of unit and obtain power from the unit.2

Locate in BAS panel as specified in mechanical drawings, 120Vac provided by others.1

Locate in Eleventh floor Electrical Closet3

2 2 2 2 2 2 2 2 2 2 2 2 2

2222222222222

2 2 2 2 2 2 2 2 2 2 2 2 2

2222222222222

2 2 2 2 2 2 2 2 2 2 2 2 2

2 2 2222222233333

2 2 1 1 1

CO5

PS: 24VAC

1

Termination






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Rev. 8 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

8 OF 32

Controllers MAC Addresses

Controllers MAC Addresses

Ninth floor 9HP-1 2 (0100000)









Ninth floor 9HP-10 11 (1101000)

Ninth floor 9HP-11 12 (0011000)

Ninth floor 9HP-12 13 (1011000)

Ninth floor 9HP-13 14 (0111000)

Tenth floor 10HP-1 15 (1111000)

Tenth floor 10HP-2 16 (0000100)

Tenth floor 10HP-3 17 (1000100)

Tenth floor 10HP-4 18 (0100100)

Tenth floor 10HP-5 19 (1100100)

Eleventh floor 11HP-1 20 (0010100)










Penthouse RHP-2 30 (0111100)

Penthouse RHP-3 31 (1111100)

Penthouse CO1 32 (0000010)




Network 50

MAC AddressFloorHeat pump or

Control ler #

Seventh floor 7HP-1 2 (0100000)













Eighth floor 8HP-1 15 (1111000)













Network 40


Control ler #

Fi fth floor 5HP-1 2 (0100000)








Fi fth floor 5HP-9 10 (0101000)

Fi fth floor 5HP-10 11 (1101000)

Fi fth floor 5HP-11 12 (0011000)

Fi fth floor 5HP-12 13 (1011000)

Fi fth floor 5HP-13 14 (0111000)

Sixth floor 6HP-1 15 (1111000)









Sixth floor 6HP-10 24 (0001100)

Sixth floor 6HP-11 25 (1001100)

Sixth floor 6HP-12 26 (0101100)

Sixth floor 6HP-13 27 (1101100)

Network 30


Control ler #

Third floor 3HP-1 2 (0100000)









Third floor 3HP-10 11 (1101000)

Third floor 3HP-11 12 (0011000)

Third floor 3HP-12 13 (1011000)

Third floor 3HP-13 14 (0111000)

Fourth floor 4HP-1 15 (1111000)













Network 20

FloorHeat pump or

Control ler #MAC Address

Firs t floor CO4 2 (0100000)

Fi rs t floor 1HP-1 3 (1100000)

Fi rs t floor 1HP-2 4 (0010000)

Fi rs t floor 1HP-3 5 (1010000)

Fi rs t floor 1HP-4 6 (0110000)

Fi rs t floor 1HP-5 7 (1110000)

Fi rs t floor 1HP-6 8 (0001000)

Fi rs t floor 1HP-7 9 (1001000)

Fi rs t floor 1HP-8 10 (0101000)

Fi rs t floor 1HP-9 11 (1101000)

Second floor 2HP-1 12 (0011000)













Network 10

FloorHeat pump or

Control ler #MAC Address






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 9 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

9 OF 32

Heat pump loop

Heat pump loop

TS

TS

CO

2_U

I14_

Sup

plyL

oopT

emp

CO

2_U

I15_

Ret

urnL

oopT

emp

To and from building heat pumps

Boiler B2

P-11

TS

TS

R

CO

2_U

O3_

B2.

Ena

ble

CO

2_U

I6_B

2.S

tatu

s

CO

2_U

I5_B

2.S

upTe

mp

CO

2_U

I7_B

2.R

etTe

mp

CR

R CR

CO

2_U

O4_

P11

.Con

trol

CO

2_U

I8_P

11.S

tatu

s

Boiler B1

P-10

TS

TS

R

CO

2_U

O1_

B1.

Ena

ble

CO

2_U

I2_B

1.S

tatu

s

CO

2_U

I1_B

1.S

upTe

mp

CO

2_U

I3_B

1.R

etTe

mp

CR

R CR

CO

2_U

O2_

P10

.Con

trol

CO

2_U

I4_P

10.S

tatu

s

Location: Penthouse Mechanical Room

CO

2_U

O8_

Clg

Tow

erD

ampe

rEna

ble

P-7 P-8

CRR CR

CO

2_U

O9_

P7.

Ena

ble

CO

2_U

I12_

P7.

Sta

tus

CRR CR

CO

2_U

O10

_P8.

Ena

ble

CO

2_U

I13_

P8.

Sta

tus

Cooling Tower

CRR CR

CO

2_U

O5_

Spr

ayP

umpE

nabl

e

CO

2_U

I10_

Spr

ayP

umpS

tatu

s

CRR CR

CO

2_U

O7_

Clg

Tow

erFa

nHig

hSpe

edE

nabl

e

CO

2_U

I11_

Clg

Tow

erFa

nSta

tus

R

CO

2_U

O6_

Clg

Tow

erFa

nLow

Spe

edE

nabl

e

TS

CO

2_U

I9_C

lgTo

wer

Sup

plyT

emp

OT/HS

CO

3_U

I15_

Out

side

AirT

emp

CO

3_U

I16_

Out

side

AirH

umid

ity

24V

ac

Transformer 24Vac

Hea

t pum

p lo

opC

O2

B1.SupTemp

B1.RetTemp

B1.Status

B2.SupTemp

P10.Status

B2.RetTemp

B2.Status

ClgTowerSupplyTemp

P11.Status

ClgTowerFanStatus

SprayPumpStatus

P8.Status

P7.Status

ReturnLoopTemp

SupplyLoopTemp

B1.Enable

B2.Enable

P10.Control

P11.Control

ClgTowerFanLowSpeedEnable

SprayPumpEnable

ClgTowerFanHighSpeedEnable

P7.Enable

ClgTowerDamperEnable

P8.Enable

ECB-600

78

91

01

11

21

324VAC/DC

24V COM

12

34

56

78

91

01

11

21

31

23

45

6

UO1

UO2

COM

COM

UO3

UO4

COM

COM

UO5

UO6

COM

COM

UO7

UO8

COM

COM

UO9

UO10

COM

COM

UO11

UO12

COM

COM

76

54

32

1

UI1

COM

13

12

11

10

98

54

32

11

51

41

11

09

87

6

UI2

COM

UI4

UI3

UI5

UI6

UI7

COM

COM

UI9

COM

UI8

UI10

COM

UI12

UI11

UI13

UI14

UI15

COM

COM

15VDC

NET+

UI16

13

12

14

SUBNET+

SUBNET-

NET- BACnet Bus In

BACnet Bus Out

S Bus In

Existing 2

120Vac Provided by Others.1

2

2 2

2

2

2

22

2

Heat pump loop


TS PDIGR-TE200CE24B2E 7 10K NTC, 4" Immersion, ABS Enclosure Distech

TS T1-1/2 P4 7 Thermowell 4" 1/2" Internal, Stainless Steel Distech

OTHS PDIGR-RH310A03xy 1 3%RH Humidity & 10K NTC, Outside Temp Distech

CR H-600 6 Current sensor Veris

R RMIA21012DC 9 12VDC relay c/w base Carlo Gavazi

DM MS8120A1205 2 Damper Actuator, Spring return with Auxiliary Switch Honeywell

TR TR100VA001 2 100VA 120V 60hz-24 V Class 2 Transformer RIB

CO ECB-600 1 ECB-600 Controller Distech

24Vac24V COM






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 10 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

10 OF 32

Domestic Hot Water

Domestic Hot Water

Boiler DHW B3

P-3

HWT-1 HWT-2

Hot water supply

Cold water make-up

R

CO

3_U

O1_

DH

W.B

3.E

nabl

e

CO

3_U

I2_D

HW

.B3.

Sta

tus

CO

3_U

I5_D

HW

.HW

T1.T

ankT

emp

CO

3_U

I6_D

HW

.HW

T2.T

ankT

emp

CR

R CR

CO

3_U

O2_

P12

.Rec

ircP

umpC

ontro

l

CO

3_U

I4_P

12.R

ecirc

Pum

pSta

tus


TSTS

P-12HW recirculation

CO

3_U

I3_D

HW

.Sup

Wat

erTe

mpT

oBui

ldin

g

TS

CO

3_U

I1_D

HW

.B3.

Sup

Wat

erTe

mp

TS

Transformer 24Vac

Dom

estic

Hot

Wat

er, E

xhau

st F

ans

CO

3

DHW.B3.SupWaterTemp

DHW.SupWaterTempToBuilding

DHW.B3.Status

DHW.HWT1.TankTemp

P12.RecircPumpStatus

EF1.Status

DHW.HWT2.TankTemp

EF2.Status

EF1.DischargeAirTemp

EF3.Status


EF4.Status


OutsideAirTemp


OutsideAirHumidity

DHW.B3.Enable

EF1.Enable

P12.RecircPumpControl

EF2.Enable

EF4.Enable

EF3.Enable

ECB-600

78

91

01

11

21

324VAC/DC

24V COM

12

34

56

78

91

01

11

21

31

23

45

6

UO1

UO2

COM

COM

UO3

UO4

COM

COM

UO5

UO6

COM

COM

UO7

UO8

COM

COM

UO9

UO10

COM

COM

UO11

UO12

COM

COM

76

54

32

1

UI1

COM

13

12

11

10

98

54

32

11

51

41

11

09

87

6

UI2

COM

UI4

UI3

UI5

UI6

UI7

COM

COM

UI9

COM

UI8

UI10

COM

UI12

UI11

UI13

UI14

UI15

COM

COM

15VDC

NET+

UI16

13

12

14

SUBNET+

SUBNET-

NET- BACnet Bus In

BACnet Bus Out

S Bus In

Existing 2


2

2

2

2 2

Domestic Hot Water


TS PDIGR-TE200CE24B2E 4 10K NTC, 4" Immersion, ABS Enclosure Distech

TS T1-1/2 P4 4 Thermowell 4" 1/2" Internal, Stainless Steel Distech





24Vac24V COM






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 11 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

11 OF 32

Exhaust Fans (Penthouse)


EF

MD

CR CR R

CO

3_U

O3_

EF1

.Ena

ble

CO

3_U

I7_E

F1.S

tatu

s

Exhaust Fan EF-1

EF

CR CRR

CO

3_U

O4_

EF2

.Ena

ble

CO

3_U

I9_E

F2.S

tatu

s

Exhaust Fan EF-2

TSC

O3_

UI8

_EF1

.Dis

char

geA

irTem

p

TS

CO

3_U

I10_

EF2

.Dis

char

geA

irTem

p

EF

CR CRR

CO

3_U

O5_

EF3

.Ena

ble

CO

3_U

I11_

EF3

.Sta

tus

Exhaust Fan EF-3

TS

CO

3_U

I12_

EF3

.Dis

char

geA

irTem

p

EF

CR CRR

CO

3_U

O6_

EF4

.Ena

ble

CO

3_U

I13_

EF4

.Sta

tus

Exhaust Fan EF-4

TS

CO

3_U

I14_

EF4

.Dis

char

geA

irTem

p


Existing 2


22

2 2 2






TS TE-702-B-3-D 4 Temp Sensor - Duct 12" Mamac

EF

Con

trol f

rom

con

trole

r

Control Signal

Auxiliary Switch

Fan Contactors

Detailed wiring

To Power Up Dry Contacts

24Vac

+ -






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 12 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

12 OF 32

CR

R CR

RTS

CO

5_U

I2_U

H.R

oom

Tem

pSen

CO

5_D

O1_

UH

.Ena

ble/

Dis

able

CO

5_U

I1_U

H.S

tatu

s

Unit Heater

Location, Penthouse

Rev.5

Unit Heater (Penthouse)





RTS PDITE-SENSORX0 1 Space temperature sensor Distech

R RMIA21024AC 1 24VAC relay c/w base Carlo Gavazi

CO CDIB-203X-00 1 ECB-203 Controller Distech


12

13

14

15

16

17

1824VAC/DC

24V COM

67

89

10

11

12

34

5

DO1

DO2

C2

C1

DO3

DO4

C4

C3

DO5

UO6

COM

C5

UO7

UO8

COM

COM

76

54

32

1

UI1

COM

12

11

10

98

UI2

COM

UI4

UI3

UI5

UI6

15VDC

COM

NET+

NET-

Uni

t Hea

ter

CO

5

Transformer 24Vac

UH.Status

UH.RoomTempSen

UH.Enable/Disable

BACnet Bus In

BACnet Bus Out

24Vac24V COM






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 13 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

13 OF 32

Make-up Air Unit

Make-up Air Unit

OA

TS

CO

1_U

I1_S

upA

irTem

p

SASF

FA

CO

1_U

I5_F

ilter

Sta

tus

Auxiliary Switch

CO

1_U

I4_D

ampe

rSta

tus

CO

1_U

O6_

Dam

perO

pen/

Clo

se

N.C

CO

1_D

O1_

SF.

Ena

ble

CO

1_U

I6_S

F.S

tatu

s

CRR

RR

RR

CO

1_D

O3_

Htg

Sta

ge2.

Ena

ble

CO

1_D

O2_

Htg

Sta

ge1.

Ena

ble

CO

1_D

O4_

Clg

Sta

ge1.

Ena

ble

CO

1_D

O5_

Clg

Sta

ge2.

Ena

ble

Location: Roof

TS

CO

1_U

I2_A

irTem

pAfte

rCoo

lingC

oil

12

13

14

15

16

17

1824VAC/DC

24V COM

67

89

10

11

12

34

5

DO1

DO2

C2

C1

DO3

DO4

C4

C3

DO5

UO6

COM

C5

UO7

UO8

COM

COM

76

54

32

1

UI1

COM

12

11

10

98

UI2

COM

UI4

UI3

UI5

UI6

15VDC

COM

NET+

NET-

Mak

e-up

Air

Uni

tC

O1

Transformer 24Vac

SupAirTemp

OutsideAirTemp

AirTempAfterCoolingCoil

FilterStatus

DamperStatus

SF.Status

SF.Enable

HtgStage2.Enable

HtgStage1.Enable

ClgStage1.Enable

DamperOpen/Close

ClgStage2.Enable

BACnet Bus In

BACnet Bus Out

Use existing wires

Existing 2


2

2

222

Make-up Air Unit




R RMIA21024AC 4 24VAC relay c/w base Carlo Gavazi



FA AFS-222 1 Adjustable Air Flow Switch Cleveland Controls



OAT PDIGR-TE200F24 1 Outdoor Temperature Sensor Distech

24Vac24V COM

OAT

CO

1_U

I3_O

utsi

deA

irTem

p






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 14 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

14 OF 32

Exhaust Fans (First Floor)


EF

CR CRR

CO

4_D

O1_

EF1

.Ena

ble

CO

4_U

I1_E

F1.S

tatu

s

Exhaust Fan EF-1

TS

CO

4_U

I2_E

F1.D

isch

arge

AirT

emp

EF

CR CRR

CO

4_D

O2_

EF2

.Ena

ble

CO

4_U

I3_E

F2.S

tatu

s

Exhaust Fan EF-2

TS

CO

4_U

I4_E

F2.D

isch

arge

AirT

emp

EF

CR CRR

CO

4_D

O3_

LabE

xhau

stFa

n.E

nabl

e

CO

4_U

I5_L

abE

xhau

stFa

n.S

tatu

s

Lab Exhaust Fan

TS

CO

4_U

I6_L

abE

xhau

stFa

n.D

isch

arge

AirT

emp

Location: First Floor Location: Second Floor

12

13

14

15

16

17

1824VAC/DC

24V COM

67

89

10

11

12

34

5

DO1

DO2

C2

C1

DO3

DO4

C4

C3

DO5

UO6

COM

C5

UO7

UO8

COM

COM

76

54

32

1

UI1

COM

12

11

10

98

UI2

COM

UI4

UI3

UI5

UI6

15VDC

COM

NET+

NET-

Exh

aust

Fan

s (F

irst F

loor

)C

O4

Transformer 24Vac

EF1.Status

EF2.Status


LabExhaustFan.Status


LabExhaustFan.DischargeAirTemp

EF1.Enable

LabExhaustFan.Enable

EF2.Enable

BACnet Bus In

BACnet Bus Out

Existing 2


2 2 2






TS TE200BW24E2 2 Temp Sensor - Duct 12" Greystone



24Vac24V COM






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 15 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

15 OF 32

Heat Pumps (Typical for Carrier heat pumps)


RA SA

TS

Heat Pump

Y W O G R

SF

C AL1

AL2

A

Hea

t Pum

p A

larm

UI1

LED

UO

6

CO

M

UO

5

DO

4

C3-

4

Fan

Ena

ble

DO

3

Rev

ersi

ng V

alve

(Coo

ling)

DO

2

C1-

2

Com

pres

sor E

nabl

e D

O1

Roo

m T

emp

& O

cc O

verr

ide

UI4

Roo

m S

etpo

int U

I3

CO

M

Dis

char

ge A

ir Te

mp

UI2

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Heat Pump Controller

JW1 must be Cut to create dry alarm contact

Use existing wires

ECB-103

34

56

12

56

12

31

21

21

23

4

NET+

15VDC

NET-

UI4

COM

UI2

UI3

UI1

COM

UO5

UO6

DO4

DO3

DO2

C3-4

C1-2

24VAC/DC

24V COM

DO1

SUBNET

PORT

WIRELESS

PORT

BACnet Bus In

BACnet Bus Out

RoomTemp/OccOverride

DischargeAirTemp

RoomSetpoint

HeatPumpAlarm

LED

ReversingValve(Cooling)

FanEnable

CompressorEnable

24Vac

Heat PumpCO

Existing 2


2 2



TS PDIGR-TE200BE24D2 59 Temp Sensor - Duct 8" Distech

TS TE200BW24E2 5 Temp Sensor - Duct 12" Greystone

RTS PDITE-SENSORSOX0 64 Space temperature sensor Distech

RTS Box cover 64 Box cover, blank Kele


24V

CO

M

24V

ac






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 16 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

16 OF 32

Heat Pumps (Typical for McQuay heat pumps)


RA SA

TS

Heat Pump AC control board

SF

TS

O W2

G W1

Y1 F E L U

Hea

t Pum

p A

larm

(0=F

ault,

1=N

orm

al) U

I1

LED

UO

6

CO

M

UO

5

DO

4

C3-

4

Fan

Ena

ble

DO

3

Coo

ling

Ean

ble

DO

2

C1-

2

Hea

ting

Ena

ble

DO

1

Roo

m T

emp

& O

cc O

verr

ide

UI4

Roo

m S

etpo

int U

I3

CO

M

Dis

char

ge A

ir Te

mp

UI2

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Use existing wires

A P V R C

30Vdc

Wired by Airon

Rel

ay in

stal

led

by A

iron

ECB-103

34

56

12

56

12

31

21

21

23

4

NET+

15VDC

NET-

UI4

COM

UI2

UI3

UI1

COM

UO5

UO6

DO4

DO3

DO2

C3-4

C1-2

24VAC/DC

24V COM

DO1

SUBNET

PORT

WIRELESS

PORT

BACnet Bus In

BACnet Bus Out


DischargeAirTemp

RoomSetpoint

HeatPumpAlarm

LED

CoolingEnable

FanEnable

HeatingEnable

24Vac

Heat PumpCO

Existing 2


2 2






RTS Box cover 64 Box cover Kele


24V

CO

M

24V

ac

RA SA

TS

Heat Pump DC control board

SF

TS

Y2

W2

G W1

Y1 R E L U

Hea

t Pum

p A

larm

(0=F

ault,

1=N

orm

al) U

I1

LED

UO

6

CO

M

UO

5

DO

4

C3-

4

Fan

Ena

ble

DO

3

Coo

ling

Ean

ble

DO

2

C1-

2

Hea

ting

Ena

ble

DO

1

Roo

m T

emp

& O

cc O

verr

ide

UI4

Roo

m S

etpo

int U

I3

CO

M

Dis

char

ge A

ir Te

mp

UI2

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Use existing wires

S A C 6 3

30Vdc

Wired by Airon

Rel

ay in

stal

led

by A

iron

2 2

24V

CO

M

24V

ac

24Vac 24Vac 24Vac

Rel

ay in

stal

led

by A

iron






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 17 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

17 OF 32

CO

M

Roo

m S

etpo

int U

I3

Dis

char

ge A

ir Te

mp

UI2

CO

M

Hea

t Pum

p A

larm

UI1

Fan

Ena

ble

DO

3

C2

Rev

ersi

ng V

alve

(Coo

ling)

DO

2

C1

Com

pres

sor E

nabl

e D

O1

UI6

CO

M

Floo

rCO

2.S

enso

r UI5

Roo

m T

emp

& O

cc O

verr

ide

UI4C5

DO

5

C4

DO

4

C3

UO

8

CO

M

UO

7

CO

M

LED

UO

6

Heat Pumps and floor CO2 Sensor (Typical of Two for Carrier heat pumps)


RA SA

TS

Heat Pump

Y W O G R

SF

C AL1

AL2

A

TEM

PC

OM

MO

N

SE

TPO

INT

LED



Use existing wires

12

13

14

15

16

17

1824VAC/DC

24V COM

67

89

10

11

12

34

5

DO1

DO2

C2

C1

DO3

DO4

C4

C3

DO5

UO6

COM

C5

UO7

UO8

COM

COM

76

54

32

1

UI1

COM

12

11

10

98

UI2

COM

UI4

UI3

UI5

UI6

15VDC

COM

NET+

NET-

Hea

t Pum

pC

O

24Vac

Heat Pump Alarm

Room Setpoint

Discharge Air Temp

FloorCO2.Sensor

Room Temp & Occ Override

Compressor Enable

Fan Enable

Reversing Valve (Cooling)

LED

BACnet Bus In

BACnet Bus Out

CO2 sensors on the 4th and 9th floor to be

picked up by the BMS for monitoring purpose

Existing 2


2 2





RTS Box cover 2 Box cover Kele


24V

CO

M

24V

ac






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 18 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

18 OF 32

CO

M

Roo

m S

etpo

int U

I3

Dis

char

ge A

ir Te

mp

UI2

CO

M

Hea

t Pum

p A

larm

UI1

Fan

Ena

ble

DO

3

C2

Rev

ersi

ng V

alve

(Coo

ling)

DO

2

C1

Com

pres

sor E

nabl

e D

O1

Roo

m T

emp

& O

cc O

verr

ide

UI6

CO

M

Roo

m S

etpo

int U

I5

Roo

m T

emp

& O

cc O

verr

ide

UI4C5

DO

5

C4

DO

4

C3

UO

8

CO

M

LED

UO

7

CO

M

LED

UO

6

Heat Pumps with Two Temperature Sensors (Typical of Zero for Carrier heat pumps)

Heat Pumps with Two Temperature Sensors (Typical of Zero for Carrier heat pumps)

RA SA

TS

Heat Pump

Y W O G R

SF

C AL1

AL2

A

TEM

PC

OM

MO

N

SE

TPO

INT

LED



Use existing wires

12

13

14

15

16

17

1824VAC/DC

24V COM

67

89

10

11

12

34

5

DO1

DO2

C2

C1

DO3

DO4

C4

C3

DO5

UO6

COM

C5

UO7

UO8

COM

COM

76

54

32

1

UI1

COM

12

11

10

98

UI2

COM

UI4

UI3

UI5

UI6

15VDC

COM

NET+

NET-

Hea

t Pum

pC

O

24Vac

Heat Pump Alarm

Room Setpoint

Discharge Air Temp

Room Setpoint



Compressor Enable

Fan Enable

Reversing Valve (Cooling)

LED

LED

BACnet Bus In

BACnet Bus Out

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Existing 2


2 2

24V

CO

M

24V

ac






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 19 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

19 OF 32

CO

M

Roo

m S

etpo

int U

I3

Dis

char

ge A

ir Te

mp

UI2

CO

M

Hea

t Pum

p A

larm

(0=F

ault,

1=N

orm

al) U

I1

Fan

Ena

ble

DO

3

C2

Coo

ling

Ena

ble

DO

2

C1

Hea

ting

Ena

ble

DO

1

Roo

m T

emp

& O

cc O

verr

ide

UI6

CO

M

Roo

m S

etpo

int U

I5

Roo

m T

emp

& O

cc O

verr

ide

UI4C5

DO

5

C4

DO

4

C3

UO

8

CO

M

LED

UO

7

CO

M

LED

UO

6

Heat Pumps with Two Temperature Sensors (Typical of Zero for McQuay heat pumps)

Heat Pumps with Two Temperature Sensors (Typical of Zero for McQuay heat pumps)

RA SA

TS

Heat Pump AC control board

SF

TS

O W2

G W1

Y1 F E L U

TEM

PC

OM

MO

N

SE

TPO

INT

LED

A P V R C

30Vdc

Wired by Airon

Relay installed by Airon

12

13

14

15

16

17

1824VAC/DC

24V COM

67

89

10

11

12

34

5

DO1

DO2

C2

C1

DO3

DO4

C4

C3

DO5

UO6

COM

C5

UO7

UO8

COM

COM

76

54

32

1

UI1

COM

12

11

10

98

UI2

COM

UI4

UI3

UI5

UI6

15VDC

COM

NET+

NET-

Hea

t Pum

pC

O

24Vac

Heat Pump Alarm

Room Setpoint

Discharge Air Temp

Room Setpoint



HeatingEnable

FanEnable

CoolingEnable

LED

LED

BACnet Bus In

BACnet Bus Out

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Existing 2


2 2

24V

CO

M

24V

ac

RA SA

TS


SF

TS

Y2

W2

G W1

Y1 R E L U

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Use existing wires

S A C 6 3

30Vdc

Wired by Airon

Rel

ay in

stal

led

by A

iron

2 2

24Vac 24Vac 24Vac

Wired by Airon

Rel

ay in

stal

led

by A

iron

CO

M

Roo

m S

etpo

int U

I3

Dis

char

ge A

ir Te

mp

UI2

CO

M

Hea

t Pum

p A

larm

(0=F

ault,

1=N

orm

al) U

I1

Fan

Ena

ble

DO

3

C2

Coo

ling

Ena

ble

DO

2

C1

Hea

ting

Ena

ble

DO

1

Roo

m T

emp

& O

cc O

verr

ide

UI6

CO

M

Roo

m S

etpo

int U

I5

Roo

m T

emp

& O

cc O

verr

ide

UI4C5

DO

5

C4

DO

4

C3

UO

8

CO

M

LED

UO

7

CO

M

LED

UO

6

24V

CO

M

24V

ac

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Use existing wires

Rev.3






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 20 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

20 OF 32

Heat Pump with DC control board

Heat Pump with DC control board (Typical for McQuay DC heat pumps)

RA SA

TS


SF

TS

A C W Y G 6 3 RH

eat P

ump

Ala

rm (0

=Fau

lt, 1

=Nor

mal

) UI1

LED

UO

6

CO

M

UO

5

DO

4

C3-

4

Fan

Ena

ble

DO

3

Coo

ling

Ean

ble

DO

2

C1-

2

Hea

ting

Ena

ble

DO

1

Roo

m T

emp

& O

cc O

verr

ide

UI4

Roo

m S

etpo

int U

I3

CO

M

Dis

char

ge A

ir Te

mp

UI2

TEM

PC

OM

MO

N

SE

TPO

INT

LED

Use existing wires

30Vdc

2 2

24V

CO

M

24V

ac

24Vac 24Vac 24Vac

TRA

NS

FOR

ME

R

24 V

120V

24Vac24V COM

ECB-103

34

56

12

56

12

31

21

21

23

4

NET+

15VDC

NET-

UI4

COM

UI2

UI3

UI1

COM

UO5

UO6

DO4

DO3

DO2

C3-4

C1-2

24VAC/DC

24V COM

DO1

SUBNET

PORT

WIRELESS

PORT

BACnet Bus In

BACnet Bus Out


DischargeAirTemp

RoomSetpoint

HeatPumpAlarm

LED

CoolingEnable

FanEnable

HeatingEnable

24Vac

Heat PumpCO

24Vac24V COM








P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 21 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

21 OF 32

Heat Pump Schedule First Floor

Heat Pump Schedule First Floor

TBD

Firs t floor 1HP-3 ECB-103 Reception Reception, Offices Entrance Lobby

TBD TBD

Firs t floor 1HP-2 ECB-103 Restaurant Restaurant Restaurant

Firs t floor 1HP-1 ECB-103 TBD TBD

TBD

TBD

Firs t floor 1HP-7 ECB-103 TBD TBD TBD


TBD

Firs t floor 1HP-5 ECB-103 TBD TBD TBD TBD

Firs t floor 1HP-4 ECB-103 Meeting Room Meeting Room, Offices Meeting Room

TBD

Firs t floor 1HP-9 ECB-103 Restaurant Restaurant Restaurant TBD

TBD


Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Floor Heat pump # Control ler model # Heat pump location Room serving Temperature sensor Relocated Temperature sensor Added Heat pump Manufacturer Control ler locationTemperature sensor location






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 22 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

22 OF 32

Heat Pump Schedule Second Floor

Heat Pump Schedule Second Floor

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

TBDSecond floor 2HP-13 ECB-103 Panofanig X-Ray Survey area, Reception area, Dental

offices

Survey area

TBD

Second floor 2HP-12 ECB-103 Offices Offices Offices TBD

TBD

Second floor 2HP-11 ECB-103 Offices Elevator Lobby Elevator Lobby

TBD

Second floor 2HP-10 ECB-103 Offices Offices Offices

Second floor 2HP-9 ECB-103 Open offices Offices , Offices Offices

TBD

Second floor 2HP-8 ECB-103 Chi ldrens play area Chi ldrens play area, Waiting area,

Open offices , Offices

Chi ldrens play area TBD

TBD

Second floor 2HP-7 ECB-103 Operatory/Treatment Operatory/Treatment Operatory/Treatment

Second floor 2HP-6 ECB-103 Exis t. Law Offices Exis t. Law Offices Exis t. Law Offices

Heat pump Manufacturer

Second floor 2HP-5 ECB-103 Offices Offices Offices

TBD

Second floor 2HP-4 ECB-103 Operatory/Treatment Operatory/Treatment Operatory/Treatment TBD

TBD



Control ler location

TBD

Second floor 2HP-3 ECB-103 Operatory/Treatment Operatory/Treatment,

Resource/Laboratory

Operatory/Treatment

TBD

Floor Heat pump # Control ler model # Heat pump location Room serving Temperature sensor location Temperature sensor Relocated Temperature sensor Added






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 23 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

23 OF 32

Heat Pump Schedule Third Floor

Heat Pump Schedule Third Floor

Floor Heat pump # Control ler model # Heat pump location Room serving Temperature sensor location Temperature sensor Relocated Temperature sensor Added Heat pump Manufacturer Control ler location

Third floor 3HP-1 ECB-103 Inos lcotor Inos lcotor, TBD, TBD Inos lcotor

TBD

Third floor 3HP-3 ECB-103 TBD TBD TBD TBD

Third floor 3HP-2 ECB-103 TBD TBD TBD

TBD

Third floor 3HP-6 ECB-103 Interview Profes ional health services , Coffee,

Interview, Coats , NHN

Profes ional health services

TBD

Third floor 3HP-5 ECB-103 Supervisor Supervisor, MDT Supervisor, Nurs ing

Supervisor, Education Consultant,

Nutri tion consultant

Education Consultant

Third floor 3HP-4 ECB-103 TBD TBD TBD

TBD

Third floor 3HP-9 ECB-103 TBD Supervisor, TBD Supervisor

Third floor 3HP-8 ECB-103 Storage Storage, TBD, TBD TBD

TBD

Third floor 3HP-7 ECB-103 Nurs ing Supervisor Nurs ing Supervisor Nurs ing Supervisor TBD

TBD

Third floor 3HP-11 ECB-103 Area clerk / Receptions Area clerk / Receptions Area clerk / Receptions TBD

TBD

Third floor 3HP-10 ECB-103 Environmental health and Inspection

services

Environmental health and

Inspection services , Health

inspector, Health inspector

Health inspector

TBD

Third floor 3HP-13 ECB-103 Nurs ing Supervisor Nurs ing Supervisor Nurs ing Supervisor

Third floor 3HP-12 ECB-103 Environmental health and Inspection

services


Inspection services , Corridor, TBD


Inspection services

TBD

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump






P:\_

AIR

ON

HV

AC

AN

D C

ON

TRO

L LT

D\P

RO

JEC

TS\8

168

- 277

VIC

TOR

IA\S

UB

MIT

TALS

\DE

SIG

N D

WG

S\8

168

- 277

VIC

TOR

IA S

TRE

ET.

RE

V6.

VS

D

Rev. 24 of x

PROJECT

1234

Date

56

07/02/1308/28/1309/12/1310/08/1310/29/1311/12/13

Modified By

UB

UBUB

UBUB

UB



Approved By



UB

UB

UB

UB

UB

UB

Approved ByDZ, MH

Page No.

Drawing Title:


Designer

8168

Uka Berisha

System:Building:

BASOffices

24 OF 32

Heat Pump Schedule Fourth Floor

Heat Pump Schedule Fourth Floor

Temperature sensor Relocated Temperature sensor Added Heat pump Manufacturer Control ler location

TBD

Fourth floor 4HP-4 ECB-103

Floor Heat pump # Control ler model # Heat pump location Room serving Temperature sensor location

Fourth floor 4HP-3 ECB-103 TBD Supervisor, TBD, TBD Supervisor

TBD

Fourth floor 4HP-2 ECB-103 TBD TBD TBD TBD

Fourth floor 4HP-1 ECB-203 Preventive cl inlcal Preventive cl inlcal Preventive cl inlcal

TBD

Fourth floor 4HP-6 ECB-103 Interview Area phys icam, Interview,

Preventive cl inlcal Supervisor,

Preventive cl inlcal

Area phys icam TBD

TBD

Fourth floor 4HP-5 ECB-103 Cordinator Health education consultant,

Cordinatir, TBD

Health education consultant

TBD TBD TBD

TBD

Fourth floor 4HP-9 ECB-103 Hotl ine operator Hotl ine operator Hotl ine operator

TBD

Fourth floor 4HP-8 ECB-103 Kitchen Kitchen, Hotl ine supervisor, Aids

s torage

Kitchen

Fourth floor 4HP-7 ECB-103 Staff Room Staff Room Staff Room

TBD

Fourth floor 4HP-12 ECB-103 TBD Elevator Lobby, Corridor, TBD, TBD TBD

Fourth floor 4HP-11 ECB-103 TBD Manager, TBD Manager

TBD

Fourth floor 4HP-10 ECB-103 Administration supervisor Administration supervisor, Corridor,

TBD, TBD

Administration supervisor TBD

TBD

TBD

Fourth floor 4HP-13 ECB-103 Kitchen Kitchen Kitchen

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump






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Uka Berisha

System:Building:

BASOffices

25 OF 32

Heat Pump Schedule Fifth Floor

Heat Pump Schedule Fifth Floor


Fi fth floor 5HP-1 ECB-103 Service manager Service manager, Service manager,

Dental manager

Service manager TBD

TBD

Fifth floor 5HP-4 ECB-103 Bus iness manager Bus iness manager, Administration

supervisor

Bus iness manager

TBD

Fifth floor 5HP-3 ECB-103 TBD Administration supervisor, TBD TBD

Fifth floor 5HP-2 ECB-103 TBD Service manager, TBD Service manager

TBD

Fifth floor 5HP-7 ECB-103 Office services Office services , A/V storage Office services

Fi fth floor 5HP-6 ECB-103 Health info Health info, Storage Health info

TBD

Fifth floor 5HP-5 ECB-103 Meeting RM Meeting RM, Meeting RH Meeting RH TBD

TBD

Fifth floor 5HP-9 ECB-103 Meeting room RM Meeting room RM Meeting room RM TBD

TBD

Fifth floor 5HP-8 ECB-103 Pamphlet/Booki let s torage Pamphlet/Booki let s torage Pamphlet/Booki let s torage

TBD

Fifth floor 5HP-12 ECB-103 Meeting room RM Meeting room RM, Corridor Meeting room RM

TBD

Fifth floor 5HP-11 ECB-103 Meeting room RH Meeting room RM, Meeting room RH Meeting room RH

Fifth floor 5HP-10 ECB-103 Meeting room RM Meeting room RM Meeting room RM

TBD

Fifth floor 5HP-13 ECB-103 Meeting room RM Meeting room RM Meeting room RM TBD

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump






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Heat Pump Schedule Sixth Floor

Heat Pump Schedule Sixth Floor

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

TBDSixth floor 6HP-13 ECB-103 Pamphlet/Booki let s torage Pamphlet/Booki let s torage, TBD Pamphlet/Booki let s torage

TBD

Sixth floor 6HP-12 ECB-103 Corridor Cons, TBD Cons TBD

TBD

Sixth floor 6HP-11 ECB-103 Central resourses Central resourses , Consultant,

Elevator lobby, TBD

Central resourses

TBD

Sixth floor 6HP-10 ECB-103 Cons Cons, Coord, Supervisor Cons

Sixth floor 6HP-9 ECB-103 TBD TBD TBD

TBD

Sixth floor 6HP-8 ECB-103 TBD Resourse centre, TBD, TBD TBD TBD

TBD

Sixth floor 6HP-7 ECB-103 Corridor Pamphlet/Booki let s torage Pamphlet/Booki let s torage

TBD

Sixth floor 6HP-6 ECB-103 Prevention/Promotion Prevention/Promotion Prevention/Promotion

Sixth floor 6HP-5 ECB-103 Coord Coord, Coord, Central resourses Coord

TBD

Sixth floor 6HP-4 ECB-103 Multicultural coordinator Multicultural coordinator, Health

consultant, Education Cons

Health consultant TBD

TBD

Sixth floor 6HP-3 ECB-103 Corridor Education Cons , Education Cons Education Cons

TBD

Sixth floor 6HP-2 ECB-103 Corridor Manager, Education Cons ,

Education Cons , Education Cons

Manager

Sixth floor 6HP-1 ECB-103 Family planing Family planing, Aids supervisor,

Health cordinator, Supervisor

Family planing







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Heat Pump Schedule Seventh Floor

Heat Pump Schedule Seventh Floor

Temperature sensor Relocated Temperature sensor Added Heat pump Manufacturer Control ler location

TBD

Seventh

floor

7HP-2 ECB-103 TBD TBD TBD

Seventh

floor


Floor Heat pump # Control ler model # Heat pump location Room serving Temperature sensor location

TBD

Seventh

floor


Seventh

floor


TBD

Seventh

floor

7HP-3 ECB-103 TBD TBD TBD TBD

TBD

Seventh

floor


TBD

Seventh

floor


TBD

Seventh

floor


TBD

Seventh

floor


Seventh

floor


TBD

Seventh

floor


Seventh

floor


TBD

Seventh

floor


TBD

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump






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System:Building:

BASOffices

28 OF 32

Heat Pump Schedule Eighth Floor

Heat Pump Schedule Eighth Floor

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

TBD

TBD

TBD

TBD

TBDEighth floor 8HP-13 ECB-103 TBD TBD TBD

TBD

Eighth floor 8HP-12 ECB-103 TBD TBD TBD


Eighth floor 8HP-10 ECB-103 TBD TBD TBD TBD

TBD


TBD



TBD



TBD











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Heat Pump Schedule Ninth Floor

Heat Pump Schedule Ninth Floor

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

TBD

TBD

TBD

Ninth floor 9HP-13 ECB-103 TBD TBD TBD TBD

TBD

Ninth floor 9HP-12 ECB-103 TBD TBD TBD

TBD



TBD



TBD




TBD


TBD




Heat pump Manufacturer Control ler locationFloor Heat pump # Control ler model # Heat pump location Room serving Temperature sensor location Temperature sensor Relocated Temperature sensor Added






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System:Building:

BASOffices

30 OF 32

Heat Pump Schedule Tenth and Eleventh Floor

Heat Pump Schedule Tenth and Eleventh Floor

Bes ide heat pump

Penthouse RHP-3 ECB-103 TBD TBD TBD TBD Bes ide heat pump

Penthouse RHP-2 ECB-103 TBD TBD TBD TBD


TBD

Tenth floor 10HP-2 ECB-103 Open office Open office Open office


TBD

Eleventh

floor



TBD

Tenth floor 10HP-4 ECB-103 Open office Open office Open office TBD


Eleventh

floor


TBD

Eleventh

floor


TBD

Eleventh

floor


Eleventh

floor


TBD

Eleventh

floor


Eleventh

floor


TBD

Eleventh

floor


Eleventh

floor


TBD

TBD

TBD

TBD

In Eleventh floor

Electrica l Closet

In Eleventh floor

Electrica l Closet

In Eleventh floor

Electrica l Closet

In Eleventh floor

Electrica l Closet

Eleventh

floor

11HP-10 ECB-103 TBD TBD TBD TBD Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

In Eleventh floor

Electrica l Closet

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump

Bes ide heat pump






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31 OF 32

Sequence of operation

Sequence of operation Pg1

1. Closed circuit fluid tower

1.1. Summer mode1.1.1. On call for cooling in the condenser water loop return temperature, the BAS shall enable the fluid cooler to maintain the loop temperatures entering the fluid cooler at 35°C (95°F) (adjustable) and leaving at 30°C (85°F) (adjustable).1.1.2. Fluid cooler first stage cooling shall enable the spray pump when outdoor air temperature is above 5°C (41°F) (adjustable); spray pump shall cycle On/Off to maintain leaving fluid temperature setpoint.1.1.3. Should spray pump operation alone fall to maintain leaving fluid temperature setpoint, the fluid cooler second stage cooling shall enable unit fan to operate at low speed.1.1.4. Should leaving fluid temperature setpoint fail to be maintained, the fluid cooler third stage cooling shall enable unit fan to operate at high speed.1.1.5. Fluid cooler controls fan shall cycle fan between Hi/Low speed operation to maintain leaving fluid temperature setpoint.

1.2. Winter mode1.2.1. On call for heating in the condenser water loop return temperature, the BAS shall initially enable the fluid cooler controls to maintain the loop fluid temperature entering the heat pumps at 27°C (80°F) and leaving at 21°C (70°F) by means of cycling the fan

between Hi/Low speed to maintain setpoint.1.2.2. Should the fan not be able to maintain setpoint, the spray pump shall energize and fan will stage the speed to maintain setpoint; when outside air temperature falls below 7.2°C (45°F) enable pan heater.

2. Water source heat pumps

2.1. The BAS contractor shall be responsible for providing all integration devices, wiring and control programming between the heat pump control board(s) and new space temperature sensors that allow for heat pump operation according to this sequence. Any relays required shall be the responsibility of the controls contractor.

2.2. Each heat pump shall be individually Enabled/Disabled via a pre-set schedule from BAS system. The operator shall also have the option of grouping of heat pumps serving a common zone or tenancy together on a single time schedule.2.3. Provide each zone temperature sensor with a temporary override button. When pressed, the heat pump shall be enabled and shall maintain space temperature at occupied mode setpoint for one (1) hour (adjustable).2.4. The heat pump controller shall stage the heating, cooling and reversing valve to maintain setpoint. Each zone sensor setpoint shall be programmable by the BAS operator. Each zone sensor shall have local occupant temperature setpoint adjustment; amount of

adjustment shall be programmable by the BAS operator (initially set for +/-1°C). During unoccupied mode, the heat pump setpoint shall be relaxed by 5°C in both heating and cooling modes.2.5. On a loss of condenser water flow (all condenser pumps have failed), the BAS shall disable all building heat pumps; BAS shut down shall occur before the integral heat pump factory controls lockout the unit.

3. Heat pump condenser fluid loop

3.1. The BAS shall control heat pump condenser fluid loop to maintain the heat pump loop fluid supply setpoint. The boiler shall inject hot water into the loop in the winter mode to maintain setpoint at 80°C (adjustable) to the heat pumps.3.2. The condenser fluid loop circulating pumps P-7 and P-8 shall be enabled/disabled on a time of day schedule, or on command from the night set back control. The pumps shall run for 5 minutes (adjustable) after the heat pumps disabled to dissipate the heat in the heat

pump heat exchanger.3.3. The lead pump shall enabled during occupied hours, should lead pump fail, as detected through current sensors, the lag pump shall be enabled immediately and an alarm is generated. Alternating operation of the lead and lag pump shall be automatically switched on a

weekly basis.3.4. During unoccupied hours or night set back the lead pump shall start whenever a heat pump compressor is enabled.

4. Boilers

4.1. The boilers are enabled when outdoor air temperature (OAT) is less than 5°C (41°F). The lead boiler will modulate to maintain the heat pump loop supply temperature at 27°C (80°F) adjustable. The lag boiler will modulate in support of the lead boiler if setpoint cannot be maintained. The lag boiler setpoint will be 2°C less than the lead boiler setpoint (dead band).

4.2. The boiler circulating pump P-10 & P-11 shall be control-interlocked to operate with boiler B-1 & B-2 respectively.4.3. The boilers and their associated pumps are in lead/lag alternating schedule and shall automatically switch over on a weekly basis. The boiler status is monitored by the BAS. If lead boiler fails the lag boiler shall be enabled and an alarm is generated.

5. Make-up air unit

5.1. Make-up unit to be enabled/disabled on a time of day sequence. When the system is disabled all control valves and control dampers shall return to their normal position.5.2. On an enable signal the BAS shall open outdoor air damper and start supply fan. Provide damper end switch for proving open/close position before fan start.5.3. Provide duct mounted temperature sensor downstream of DX cooling to maintain 18.3°C (65°F) duct temperature (adjustable).5.4. Provide duct mounted temperature sensor in the outdoor air intake plenum.5.5. Provide duct mounted temperature sensor downstream of combustion heating furnace to maintain 18.3°C (65°F) duct temperature (adjustable).5.6. Provide a differential pressure sensor across filter bank, provide alarm at BAS at high limit of 250 pa (adjustable).5.7. On disable signal from BAS de-energize system and return all control valves and control dampers to their normal position.5.8. Provide BAS integration with existing make-up air unit controls.






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Designer

8168

Uka Berisha

System:Building:

BASOffices

32 OF 32

Sequence of operation

Sequence of operation Pg2

6. Domestic hot water

6.1. Domestic hot water system consists of dedicated boiler B-3 with circulator pump P-3 serves two domestic hot water storage tanks HWT-1 and HWT-2.6.2. Domestic hot water recirculation pump P-12 shall be enabled by the BAS and operate continuously.6.3. Domestic hot water boiler will be enabled by BAS when any tank temperature as sensed by immersion type temperature sensor drops below adjustable setpoint of 60°C (140°F). Boiler internal controls will re-set discharge temperature via BAS signal to maintain all

tanks at setpoint.6.4. The BAS system will provide the following hardwire points to the boiler:

6.4.1. Enable/Disable6.4.2. Setpoint temperature adjustment6.4.3. Boiler discharge temperature

6.5. The BAS system will monitor the following software point:6.5.1. Boiler status6.5.2. Boiler alarm

6.6. The BAS system shall monitor the status of the circulation pump through a current sensor and generate alarm if pump fails to start when it has been enabled.6.7. The BAS system shall monitor the run time on the circulation pump and generate maintenance time reminder for maintenance purpose.6.8. The BAS shall monitor the domestic hot water supply temperature and alarm when temperature exceeds 60°C (140°F) adjustable.

7. Unit heater/cabinet unit heater

7.1. On a call for heating start fan and cycle On/Off to maintain space temperature setpoint.

8. Single pump control

8.1. On call to start pump, start pump, provide proof of operation at ECMS via starter contact. When pump operates totalize running hours for maintenance purpose.

9. Lead/Standby pump control

9.1. On call to start pump, start lead pump, provide proof of operation at ECMS via starter contact. When pump operates totalize running hours for maintenance purpose. Alternate Lead and Standby pumps to equalizing run time.

10. Exhaust fan without damper

10.1. Fan operates on a time schedule (adjustable), on start signal start EF. On sensing high limit discharge temperature alarm BAS and shut down EF.

11. Exhaust fan with damper

11.1. BAS shall Start/Stop fan based on a time schedule (adjustable), on signal to start fan open Damper, prove open than start fan. On signal to stop fan stop fan and close damper. On sensing high limit discharge temperature alarm BAS and shut down EF.


Documents

Offices for Health Department 277 Victoria Street...sheet. Addendum No. 2 for RFQ No. 4305-16-5026- Page 2 of 33. 5150 . Fairview Street. Burlington, ON L7L 6B7 ... Rem Rev RaTemp