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Wiring ManualPackaged Heat Pumpwith ReliaTel™ Controls3 - 10 Tons
January 2005
Models:(60 Hz)WSC036A*R - WSC120A*R
W_C-SVE001B-EN
2 W_C-SVE001B-EN
Introduction
Literature Change History
W_C-SVE-001A-EN (Nov. 2003)Updated wiring diagrams.
W_C-SVE-001B-EN (Jan. 2005)Updated wiring diagrams.
Overview of Manual
This manual provides wiring diagramsfor unit models listed on the front page.Refer to the Table of Contents for properwiring diagrams.
NOTICE:Warnings and Cautions appear atappropriate sections throughout this
manual. Read these carefully.
WARNING– Indicates apotentially hazardous situationwhich, if not avoided, could result indeath or serious injury.
CAUTION – Indicates apotentially hazardous situationwhich, if not avoided, may result inminor or moderate injury. It may alsobe used to alert against unsafepractices.
CAUTION – Indicates a situationthat may result in equipment orproperty-damage-only accidents.
W_C-SVE001B-EN 3
Contents
Literature Change History .................................................. 3Warnings and Cautions ...................................................... 3Model Number Description ................................................ 3Unit Nomenclature ............................................................. 4
Power SchematicsDiagram 1 ........................................................................... 6Power Schematic - 230v/60hz/1ph2 - 5 Ton Heat Pump / Direct Drive
Diagram 2 ........................................................................... 8Power Schematic - 230v/60hz/3ph2 - 5 Ton Heat Pump / Direct Drive
Diagram 3 ......................................................................... 10Power Schematic - 230v/60hz/3ph2 - 7.5 Ton Heat Pump / Belt Drive
Diagram 4 ......................................................................... 12Power Schematic - 230v/60hz/3ph10 Ton Heat Pump / Belt Drive
Diagram 5 ......................................................................... 14Power Schematic - 460-575v/60hz/3ph2 - 5 Ton Heat Pump / Direct Drive
Diagram 6 ......................................................................... 16Power Schematic - 460-575v/60hz/3ph2 - 7.5 Ton Heat Pump / Belt Drive
Diagram 7 ......................................................................... 18Power Schematic - 460-575v/60hz/3ph10 Ton Heat Pump / Belt Drive
Connection SchematicsDiagram 8 ......................................................................... 20Connection Schematic - 230v/60hz/1ph2 - 5 Ton Heat Pump
Diagram 9 ......................................................................... 22Connection Schematic - 208-230,460,575v/60hz/3ph2 - 5 Ton Heat Pump / Direct Drive
Diagram 10 ....................................................................... 24Connection Schematic - 208-230,460,575v/60hz/3ph2 - 5 Ton Heat Pump / Belt Drive
Diagram 11 ....................................................................... 26Connection Schematic - 208-230,460,575v/60hz/3ph6 - 7.5 Ton Heat Pump / Belt Drive
Diagram 12 ....................................................................... 28Connection Schematic - 208-230,460,575v/60hz/3ph10 Ton Heat Pump / Belt Drive
Control SchematicsDiagram 13 ....................................................................... 30Control Schematic -2 - 7.5 Ton Heat Pump
Diagram 14 ....................................................................... 32Control Schematic -10 Ton Heat Pump
Novar SchematicsDiagram 15 ....................................................................... 342024 Control Schematic -
Diagram 16 ....................................................................... 353051 Control Schematic -
Through The Base Utility SchematicsDiagram 17 ....................................................................... 36
CO2 / Ventilation Override SchematicsDiagram 18 ....................................................................... 37
4 W_C-SVE001B-EN
Contents
Electric Heat SchematicsDiagram 19 ....................................................................... 385.0 KW - 208-240v/60hz/1phBAYHTRR105A
Diagram 20 ....................................................................... 3910.0 KW - 208-240v/60hz/1phBAYHTRR110A
Diagram 21 ....................................................................... 4013.8 KW - 208-240v/60hz/1phBAYHTRR114A
Diagram 22 ....................................................................... 4117.6 KW - 208-240v/60hz/1phBAYHTRR118A
Diagram 23 ....................................................................... 426.0 KW - 208-600v/60hz/3phBAYHTRR306A, BAYHTRR406A, BAYHTRRW06A
Diagram 24 ....................................................................... 439.0 & 18.0 KW - 208-240v/60hz/3phBAYHTRS309A, BAYHTRS318A
Diagram 25 ....................................................................... 4412.0 & 17.4 KW - 208-240v/60hz/3phBAYHTRR312A, BAYHTRR318A
Diagram 26 ....................................................................... 4523.0 KW - 208-240v/60hz/3phBAYHTRR323A
Diagram 27 ....................................................................... 4627.0 & 36.0 KW - 208-240v/60hz/3phBAYHTRS327A, BAYHTRS336A
Diagram 28 ....................................................................... 4754.0 KW - 208-240v/60hz/3phBAYHTRT354A
Diagram 29 ....................................................................... 489.0 & 18 KW - 480-600v/60hz/3phBAYHTRS409A, BAYHTRSW09A, BAYHTRS418A,BAYHTRT418A, BAYHTRSW18A, BAYHTRTW18A
Diagram 30 ....................................................................... 4912.0, 17.4 & 23.0 KW - 480-600v/60hz/3phBAYHTRR412A, BAYHTRR418A, BAYHTRR423ABAYHTRRW12A, BAYHTRRW18A, BAYHTRRW23A
Diagram 31 ....................................................................... 5027.0 & 36.0 KW - 480-600v/60hz/3phBAYHTRS427A, BAYHTRT427A, BAYHTRSW27A,BAYHTRTW27A, BAYHTRS436A, BAYHTRT436A,BAYHTRSW36A, BAYHTRTW36A
Diagram 32 ....................................................................... 5154.0 KW - 480-600v/60hz/3phBAYHTRT454A, BAYHTRTW54A
W_C-SVE001B-EN 5
Model Number Description
DIGIT 1 - Unit Function
W = Packaged Heat Pump
DIGIT 2 - Efficiency
S = Standard Efficiency
DIGIT 3 - Airflow
C = Convertible
DIGITS 4,5,6 - Nominal Gross Cooling
Capacity (MBh)
036 = 3 Ton048 = 4 Ton060 = 5 Ton072 = 6 Ton090 = 7½ Ton120 = 10 Ton
DIGIT 7 - Major Design Sequence
A = First
DIGIT 8 - Unit Voltage
1 = 208-230/60/13 = 208-230/60/34 = 460/60/3W= 575/60/3
DIGIT 9 - Unit Controls
R = ReliaTel™Microprocessor
DIGIT 10 - Electric Heater
0 = No Electric HeaterA = 5 kw (1 phase)B = 6 kw (3 phase)D = 10 kw (1 phase)E = 12 kw (3 phase)F = 14 kw (1 phase)G = 18 kw (1 and 3 phase)J = 23 kw (3 phase)K = 27 kw (3 phase)N = 36 kw (3 phase)P = 54 kw (3 phase)
DIGIT 11 - Minor Design Sequence
A = First Sequence
DIGIT 17 - Condenser Coil Protection
0 = Standard Coil1 = Standard Coil with Hail Guard2 = Epoxy Coated Condenser Coil3 = Epoxy Coated Condenser Coil
with Hail Guard
DIGIT 18 - Through the Base Provisions
0 = No Through the Base ProvisionsA = Through the Base Electric
DIGIT 19 - Disconnect/Circuit Breaker
(3 phase only)
0 = Without Disconnect Switch/Circuit Breaker/Phase Monitor1 = Unit Mounted Non-Fused Disconnect Switch2 = Unit Mounted Circuit Breaker3 = Unit Mounted Phase Monitor4 = Unit Mounted Phase Monitor and Unit Mounted Non-Fused Disconnect Switch5 = Unit Mounted Phase Monitor and Unit Mounted Circuit Breaker
DIGIT 20 - Convenience Outlet
0 = No Convenience OutletA = Unpowered Convenience OutletB = Powered Convenience Outlet
(3 phase only)
DIGIT 21 - Communications Options
0 = No Communications Interface1 = Trane Communications
Interface2 = LonTalk® Communications
Interface
DIGIT 22 - Refrigeration System Option
0 = Standard Refrigeration System
DIGIT 23 - Refrigeration Controls
0 = No Refrigeration Control1 = High Pressure Control2 = Frostat3 = Crankcase Heater4 = High Pressure Control and Frostat5 = High Pressure Control and Crankcase
Heater6 = Frostat and Crankcase Heater7 = High Pressure Control, Frostat and
Crankcase Heater
DIGIT 24 - Smoke Detector
0 = No Smoke DetectorA = Return Air Smoke DetectorB = Supply Air Smoke DetectorC = Supply and Return Air Smoke Detectors
DIGIT 25 - Monitoring Controls
0 = No Monitoring Control1 = Clogged Filter Switch2 = Fan Failure Switch3 = Discharge Air Sensing Tube4 = Clogged Filter Switch and Fan Fail
Switch5 = Clogged Filter Switch and Discharge
Air Sensing Tube6 = Fan Fail Switch and Discharge Air
Sensing Tube7 = Clogged Filter and Fan Fail Switches
and Discharge Air Sensing Tube
DIGITS 12,13 - Service Sequence
** = Factory Assigned
DIGIT 14 - Fresh Air Selection
0 = No Fresh AirA = Manual Outside Air Damper 0-50%B = Motorized Outside Air Damper 0-50%C = Economizer, Dry Bulb 0-100% without
Barometric ReliefD = Economizer, Dry Bulb 0-100% with
Barometric ReliefE = Economizer, Reference Enthalpy
0-100% without Barometric ReliefF = Economizer, Reference Enthalpy
0-100% with Barometric ReliefG = Economizer, Comparative Enthalpy
0-100% without Barometric ReliefH = Economizer, Comparative Enthalpy
0-100% with Barometric Relief
DIGIT 15 - Supply Fan/Drive Type/Motor
0 = Standard Drive1 = Oversized Motor2 = Optional Belt Drive Motor
DIGIT 16 - Hinged Service Access/Filters
0 = Standard Panels/Standard FiltersA = Hinged Access Panels/Standard FiltersB = Standard Panels/2” Pleated FiltersC = Hinged Access Panels/2” Pleated Filters
W S C 036 A 3 R B A ** C 0 0 0 A 1 0 0 0 1 A 1
1 2 3 4,5,6 7 8 9 10 11 12,13 14 15 16 17 18 19 20 21 22 23 24 25
6 W_C-SVE001B-EN
Diagram 1Power Schematic - 230v/60hz/1ph2 - 5 Ton Heat Pump / Standard Drive Motor4366-1008
W_C-SVE001B-EN 7
8 W_C-SVE001B-EN
Diagram 2Power Schematic - 230v/60hz/3ph2 - 5 Ton Heat Pump / Direct Drive4366-1021
W_C-SVE001B-EN 9
10 W_C-SVE001B-EN
Diagram 3Power Schematic - 230v/60hz/3ph2 - 7.5 Ton Heat Pump / Belt Drive Motor4366-1014
W_C-SVE001B-EN 11
12 W_C-SVE001B-EN
Diagram 4Power Schematic - 230v/60hz/3ph10 Ton Heat Pump / Belt Drive Motor4366-1036
W_C-SVE001B-EN 13
14 W_C-SVE001B-EN
Diagram 5Power Schematic - 460-575v/60hz/3ph2 - 5 Ton Heat Pump / Standard Drive Motor4366-1024
W_C-SVE001B-EN 15
16 W_C-SVE001B-EN
Diagram 6Power Schematic - 460-575v/60hz/3ph2 - 7.5 Ton Heat Pump / Belt Drive Motor4366-1010
W_C-SVE001B-EN 17
18 W_C-SVE001B-EN
Diagram 7Power Schematic - 460-575v/60hz/3ph10 Ton Heat Pump / Belt Drive Motor4366-1035
W_C-SVE001B-EN 19
20 W_C-SVE001B-EN
Diagram 8Connection Diagram - 230v/60hz/1ph2 - 5 Ton Heat Pump4366-1510
101D(G/Y
)ECONOMIZER
P1
DCV
12
21
12
1212
24VACCOM
MBUS +MBUS -
IN -
OUT -
2-10VDC +
2-10VDC +
RAH/RAERAT
OATOAH/OAEMAT
EXF
P
ECA
4321
OHS +-
RHS +-
RAS
BLK
BLK
CFSCOM
NO NC
13
2
FOS
RASD
PPF5
123
23
1PPM5
156A(RED)157A(VIO)
153A(VIO)152A(RED)
154A(VIO)
155A(BLU)
143A(RED)
142A(VIO)
144A(VIO)145A(RED)
137B(BLU)139B(VIO)138B(RED)
153A(VIO)152A(RED)155A(BLU)154A(VIO)157A(VIO)156A(RED)147A(BLU)146A(VIO)TO POWER EXHAUSTTO POWER EXHAUST
136A(RED)135A(BLU)133A(BLK)134A(BLK)
W28(BLU)
HEAT
167A(VIO)166A(VIO)168A(VIO)124E(VIO)101J(BLU)165A(BRN)164A(BRN)
3
7
98
56
4
PPF612
W21(BRN)
3
7
98
56
4
PPM612
START CAPACITOR KIT
R2CS
12
5CSR
RED
ORGBLK
CONTROL PANEL
FTBB
CD
CF2IDM
BLKBRNG/YREDVIO
IDM-
BRN
IDM-
VIO
15A(VI
O)
IDM-BLK
W7(RED)IDM-RED
W50(VIO)15A(VIO)
ID FAN
RTOM
1 2 3 4 5
12345
1234
11 10 9 8 7 6 5 4 3 2 1
5P45J4
5P3
5P7A5J7
5P1
5P2
5J1
5J2
5J3
1 22 13 2 1
5P7C 5P7D 5P7E
DTS
BLK
BLK
FFSCOM
NO NC
SASD
PPF4
123
23
1PPM4
141A(RED)
140A(VIO)
137A(BLU)137B(BLU)139A(VIO)139B(VIO)138A(RED)138B(RED)
149A(BLU)
148A(VIO)
133A(BLK)134A(BLK)135A(BLU)136A(RED)W15(BLK)W16(BLK)W17(BLU)W18(RED)
159A(BLK)
137A
(BLU
)139A
(VIO)
138A
(RED
)140A(V
IO)
141A(RED
)142A(VIO)
143A
(RED
)144A(VIO)
145A
(RED
)
148A(VIO)
149A(BLU)
IDM-
G/Y
MASBLK
BLK 146A(VIO)
W28(BLU)
12345
1234
1234
1234
2 1 2 1
LPC1-BLU
172A(VIO)LPC1-BLU
100K(RED)
VOLTAGE HASARDEUX!AVERTISSEMENTWARNING
DISCONNECT ALL ELECTRIC POWER,INCLUDING REMOTE DISCONNECTS,BEFORE SERVICING.
FAILURE TO DISCONNECT POWERBEFORE SERVICING CAN CAUSESEVERE PERSONAL INJURY ORDEATH.
HAZARDOUS VOLTAGE!DECONNECTEZ TOUTES LES SOURCESELECTRIQUES INCLUANT LES DISJONCTEURSSITUES A DISTANCE AVANT D'EFFECTUERL'ENTRETIEN.
FAUTE DE DECONNECTEZ LA SOURCEELECTRIQUE AVANT D'EFFECTUERL'ENTRETIEN PEUT ENTRAINER DES BLESSURESCORPORELLES SEVERES OU LA MORT.
14121110987654321
COMTX2Y2W2G
W1/0Y1R
54321
54321
4P4
1 2 3 4 5 6 7 8 9 10 11 12 13 14
RTRM
3J6
3P1
1 21 2
3J4
3J7
3P83J83J1
1 2 3 4 5 6 7 8 9 10 11 12 13 14
100J(RED
)101
F(BLU)
124D
(VIO)
124C
(VIO)
168A(VIO)
172A(VIO)
121A(YEL)
W23
(YEL
)117
A(BLK)
100L(RED
)120A(BLU)
119A(VI
O)
SPLICE
116A(VI
O)115
A(BL
U)
125A(BLK)126A(BLK)127A(BLU)128A(RED)
5TOTHERMOSTAT
TO ZONE SENSOR
10987654321
3P2
3J2
10987654321
117B(BLK)164A(BRN)165A(BRN)160A(RED)161A(YEL)163A(BLU)162A(V10)166A(V10)167A(V10)
124E(VIO)
ALL WIRING AND DEVICES SHOWN DASHED TO BE SUPPLIED AND INSTALLED BY THE CUSTOMER IN ACCORDANCE WITH LOCAL AND NATIONAL ELECTRICAL CODES. PHANTOM LINE ENCLOSURES INDICATE ALTERNATE CIRCUITRY OR AVAILABLE SALES OPTIONS.
IF ANY OF THE ORIGINAL WIRE, AS SUPPLIED WITH THIS UNIT, MUST BE REPLACED, REPLACE WITH APPLIANCE WIRING MATERIAL RATED AT 105°C.
THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS. ALL MOTORS HAVE INTERNAL OVERLOAD PROTECTION. COMPRESSORS HAVE INTERNAL THERMAL PROTECTION.
CONNECTIONS SHOWN ARE FOR 230V/60HZ/1PH UNITS. WHEN 208V/60HZ/1PH OPERATION IS REQUIRED, MOVE WIRE W9(BLK) FROM THE 230V TERMINAL ON TNS1 TO THE 208V TERMINAL.
ALL UNITS SHIP WITH AN OPTIONS HARNESS ROUTED FROM THE CONTROL PANEL TO THE ID FAN AND ECONOMIZER SECTIONS. IF NO OPTIONS ARE INSTALLED, DO NOT CONNECT THE HARNESS TO RTRM. IF COMM IS INSTALLED, CONNECT AS SHOWN. IF OPTIONS ARE INSTALLED WITHOUT COMM, CONNECT 3P4 TO 3J4 ON RTRM.
CONNECTIONS SHOWN INCLUDE OPTIONAL HPC1. IF HPC1 IS NOT INSTALLED, CONNECT W23(YEL) TO 122A(YEL).
CONNECTIONS SHOWN INCLUDE OPTIONAL RTOM. IF RTOM IS NOT INSTALLED, CONNECT 5P1 AND 5P2 THROUGH GENDER CHANGER HARNESS 4366-1172-01.
OPTIONAL MAS, RAS, RHS, OHS, AND ASSOCIATED WIRING NOT USED WITH MOTORIZED OUTSIDE AIR DAMPER.
1.
2.
3.
4
5
6
7
8
8
8
7
8
W_C-SVE001B-EN 214366-15104366-1510 E
CC1CC1
T2T2 T1T1
L2L2 L1L1
F1 3
4 62
5
CRCR
ODMODM
W10(VI
O)W1
0(VI
O)6A
(BLK
)6A
(BLK
)4B(RED)
4B(RED)
4A(RED)
4A(RED)
ODM-
BLK
ODM-
BLK
121A(YEL
)121A(YEL
)
122A(YEL)
122A(YEL)
W9(BL
K)W9(BL
K)W50(V
IO)
W50(V
IO)
1A(RED)
1A(RED
)1B(RED)
1B(RED
)CC
H-BL
KCC
H-BL
K
W7(RED)W7(RED)
117A(BLK)117A(BLK)
1A(RED)1A(RED)
101A(BLU)101A(BLU)101F(BLU)101F(BLU)101G(BLU)101G(BLU)
4B(RED)
4B(RED)
5A(ORG
)5A
(ORG
)
BLKBLKBRNBRNVIOVIO
SEE NAMEPLATE FOR LINESEE NAMEPLATE FOR LINEVOLTAGE AND MAX FUSE SIZEVOLTAGE AND MAX FUSE SIZE
L2L2L1L1
4E(RED
)4E(RED)
CS-RED
CS-R
ED
CSR-
ORG
CSR-
ORG
CSR-
BLK
CSR-
BLK
OD FANOD FAN
117B(BLK)117B(BLK)
ODFODF1 3
4 62
5
12A(VIO)12A(VIO)W10(VIO)W10(VIO)
161A(YEL)161A(YEL) 101G(BLU)101G(BLU)101K(BLU)101K(BLU)
101J(BLU)101J(BLU)
PROGRAMMABLEPROGRAMMABLEZONE SENSORZONE SENSOR
W/ NIGHT SETBACKW/ NIGHT SETBACK
12121414
TOTORTRM-3J6RTRM-3J6
8
111110109
7
ZONE SENSORZONE SENSOR1234567891010
162A
(VIO)
162A
(VIO)
163A
(BLU
)163A
(BLU
)
CTSCTS
SOVSOV 160A(RED)160A(RED)101K(BLU)101K(BLU)
OASOAS
LPC1LPC1
HPC1HPC1115A(BL
U)115
A(BLU)
116A(VI
O)116
A(VI
O)
BLUBLUBLUBLU
CCHCCH BLKBLKBLKBLK
COMPRESSORCOMPRESSOR
BLKBLKBLKBLK
CPR1CPR1
C/T3C/T3S/T2S/T2R/T1R/T1
6A(BLK)6A(BLK)5A(ORG)5A(ORG)4A(RED)4A(RED)
LTBLTB
TEST2TEST2TEST1TEST11
3
5
2
6
4
CF1CF1
120A(BLU)120A(BLU)
100K(RED)100K(RED)
100L(RED)100L(RED)
119A(VIO)119A(VIO)100D(RED)100D(RED)
100J(RED)100J(RED)
12A(VIO)12A(VIO)ODM-VIOODM-VIOODM-BRNODM-BRN
CONTROL PANEL:CONTROL PANEL:BOTTOMBOTTOM CUSTOMERCUSTOMER
CONNECTIONCONNECTION
CTLCTL4E(RED)4E(RED)
CCH-BLKCCH-BLK
W9(BLK)W9(BLK)
1B(RED)1B(RED)
100D(RED)100D(RED)
101A(BLU)101A(BLU)101D(G/Y)101D(G/Y)
TNS1TNS1
230V230V
208V208V
COMCOM
COMMCOMM
TB1TB1
1234 4
321
4321 1234553P
43P
44J2
4J2
4J1
4J1
4P1
4P1
W15(BLK)W15(BLK)W16(BLK)W16(BLK)W17(BLU)W17(BLU)W18(RED)W18(RED)125A(BLK)125A(BLK)126A(BLK)126A(BLK)127A(BLU)127A(BLU)128A(RED)128A(RED)
+-
HPC1-BLKHPC1-BLKW23(YEL)W23(YEL)
HPC1-BLKHPC1-BLK 122A(YEL)122A(YEL)
DO NOT ENERGIZE UNITDO NOT ENERGIZE UNITUNTIL CHECK-OUT ANDUNTIL CHECK-OUT AND
START-UP PROCEDURE HASSTART-UP PROCEDURE HASBEEN COMPLETED.BEEN COMPLETED.
IMPORTANT!IMPORTANT!
USE COPPER CONDUCTORS ONLY!USE COPPER CONDUCTORS ONLY!CAUTIONCAUTION
UNIT TERMINALS ARE NOT DESIGNEDUNIT TERMINALS ARE NOT DESIGNEDTO ACCEPT OTHER TYPES OFTO ACCEPT OTHER TYPES OFCONDUCTORS.CONDUCTORS.
FAILURE TO DO SO MAY CAUSEFAILURE TO DO SO MAY CAUSEDAMAGE TO THE EQUIPMENT.DAMAGE TO THE EQUIPMENT.
THERMOSTATTHERMOSTAT
TOTORTRM-3J7RTRM-3J7
RTW2W2GOY2Y2X2X2Y1Y1COMMONCOMMON
6
4
5
6
22 W_C-SVE001B-EN
Diagram 9Connection Diagram - 208-230,460,575v/60hz/3ph2 - 5 Ton Heat Pump / Direct Drive4366-1511
W_C-SVE001B-EN 23
24 W_C-SVE001B-EN
Diagram 10Connection Diagram - 208-230,460,575v/60hz/3ph2 - 5 Ton Heat Pump / Belt Drive4366-1512
W_C-SVE001B-EN 25
26 W_C-SVE001B-EN
Diagram 11Connection Diagram - 208-230,460,575v/60hz/3ph6 - 7.5 Ton Heat Pump / Belt Drive4366-1542
W_C-SVE001B-EN 27
28 W_C-SVE001B-EN
Diagram 12Connection Diagram - 208-230,460,575v/60hz/3ph10 Ton Heat Pump / Belt Drive4366-1535
W_C-SVE001B-EN 29
30 W_C-SVE001B-EN
Diagram 13Control Schematic -2 - 7.5 Ton Heat Pump4366-1007
W_C-SVE001B-EN 31
4366-1007F4366-1007F
32 W_C-SVE001B-EN
Diagram 14Control Schematic -10 Ton Heat Pump4366-1043
HEAT 2
HEAT
2 ONON AUTO
AUTO
FAN
FAN CO
OL 0
COOL
0
COOL
2CO
OL 2
THER
MOST
ATTH
ERMO
STAT
G O Y2Y2R W2
W2
ODA
ODA
T
COOL
1CO
OL 1
BLBL
F
HEAT 1
HEAT
1 EMER
GEM
ERG
HEAT
HEAT
NORM
NORM
Y1Y1V X2X2
RDRD
B
EMER
GEM
ERG
HEAT
HEAT
NORM
NORM
3P2
3P2
437612891010
CTS
CTS
ODF
ODF
PPF6
PPF6 5 4 3 1 2 6 7
PPM6
PPM6
7621345
SOV1
SOV1
163A
163A
(BLU
)(BLU
)
162A
162A
(VIO)
(VIO)
164A
164A
(BRN
)(BRN
)
165A
165A
(BRN
)(BRN
)
166A
166A
(VIO)
(VIO)
167A
167A
(VIO)
(VIO)
ELEC
TRIC
ELEC
TRIC
HEAT
HEAT
SECTION
SECT
ION
160C
160C
(RED
)(RED
)
W21
W21
(BRN
)(BRN
)NONO HEAT
HEAT
CONF
IGCO
NFIG
101A
101A
(BLU
)(BLU
)
115A
115A
(BLU
)(BLU
)
116A
116A
(VIO)
(VIO)
101F
101F
(BLU
)(BLU
)
117A
117A
(BLK
)(BLK
)
121A
121A
(YEL
)(YEL
)
119A
119A
(VIO)
(VIO)
100L
100L
(RED
)(RED
)
100D
100D
(RED
)(RED
)
100J
100J
(RED
)(RED
)
101A
101A
(BLU
)(BLU
)
125A
125A
(BLK
)(BLK
)
126A
126A
(BLK
)(BLK
)
127A
127A
(BLU
)(BLU
)
128A
128A
(RED
)(RED
)W18
W18
(RED
)(RED
)
W17
W17
(BLU
)(BLU
)
W16
W16
(BLK
)(BLK
)
W15
W15
(BLK
)(BLK
)
148A
148A
(VIO)
(VIO)
149A
149A
(BLU
)(BLU
)
100D
100D
(RED
)(RED
)
101D
101D
(G/Y
)(G/Y
)
159A
159A
(BLK
)(BLK
)
W23
W23
(YEL
)(YEL
)122A
122A
(YEL
)(YEL
)
120A
120A
(BLU
)(BLU
)
172A
172A
(VIO)
(VIO)
100K
100K
(RED
)(RED
)
100J
100J
(RED
)(RED
)
(BLK
)(BLK
)(BLK
)(BLK
)
(BLU
)(BLU
)(BLU
)(BLU
)
9,10
9,10
23,25,37
23,25,37
168A
168A
(VIO)
(VIO)
101J
101J
(BLU
)(BLU
)
117B
117B
(BLK
)(BLK
)
161A
161A
(YEL
)(YEL
)
101V
V101V
V(BLU
)(BLU
)
101G
101G
(BLU
)(BLU
)
101G
101G
(BLU
)(BLU
)
3030
(YEL
)(YEL
)(YEL
)(YEL
)100BB
100BB
(RED
)(RED
)100AA
100AA
(RED
)(RED
)
100AA
100AA
(RED
)(RED
)
160B
160B
(RED
)(RED
)101RR
101RR
(BLU
)(BLU
)
130A
130A
(VIO)
(VIO)
101PP
101PP
(BLU
)(BLU
)
101PP
101PP
(BLU
)(BLU
)
190A
190A
(YEL
)(YEL
)
111A
111A
(YEL
)(YEL
)
112D
112D
(YEL
)(YEL
)(RED
)(RED
)(RED
)(RED
)
131A
131A
(VIO)
(VIO)
31,33,39
31,33,39
3J2
3J2 1010 9 8 2 1 6 7 3 4
TNS1
TNS1
24V
24V
3P8
3P8 12
3J8
3J8 2 1
OAS
OAS
LPC1
LPC1
3P1
3P1 1212 1414 1313 1
3J1
3J1
1131314141212
4P4
4P4 1245
3J4
3J4 5 4 2 1
4P1
4P1 4 3 2 1
4J1
4J1 1234
3P4
3P4 1245
4J2
4J2 5 4 2 1
5P1
5P1 1 2 3 4
5J1
5J1 4321
5P4
5P4 2 1
DTS
DTS
1 TEST 1
TEST
1
TEST 2
TEST
2
LTB
LTB
3 5
2 4 6
MODBUS
MODB
USCO
MMCO
MMININ 24
VAC
24 V
AC
+ -+ -
COMM
COMM
COMM
ONCO
MMONOUT
OUT
TB1
TB1
ININOUT
OUT
CPR2
CPR2
DISA
BLE
DISA
BLE
OD A
IR T
EMP
OD A
IR T
EMP
(0-5
VDC
)(0-5
VDC)
CPR1
CPR1
PROV
ING
PROV
ING
MODB
USMO
DBUS
COMM
OUT
COMM
OUT
COMM
ONCO
MMON
24 V
AC24
VAC
(MOD
BUS)
(MOD
BUS)+ -
24 V
AC24
VAC
COMM
ONCO
MMON
EMER
GENC
YEM
ERGE
NCY
STOP
STOP
TEST 1
TEST
1INPU
TINPU
TTEST 2
TEST
2INPUT
INPU
T
1-ST
AGE
1-ST
AGE
HEAT
CON
FIG
HEAT
CON
FIG
CONF
IGCO
NFIG
COMM
ONCO
MMON
24 V
AC (CP
R1)
24 V
AC (CP
R1)
24 V
AC (FA
N)24
VAC
(FA
N)
COMM
ONCO
MMON
ZONE
ZONE
TEMP
TEMP
COMM
ONCO
MMON
COOL
ING
COOL
ING
SETP
OINT
SETP
OINT
(0-5
VDC
)(0-5
VDC)
MODE
(0-5
VDC
)MO
DE (0-5
VDC
)HE
ATING
HEAT
ING
SETP
OINT
SETP
OINT
(0-5
VDC
)(0-5
VDC
)LE
D CO
MMON
LED
COMM
ON
HEAT L
EDHE
AT L
ED
COOL LED
COOL
LED
SYSTEM
SYST
EMLED
LED
SERV
ICE
SERV
ICE
LED
LED
COMM
ONCO
MMON
ZSM3
ZSM3
24 V
AC (NS
B)24
VAC
(NS
B)
R/24
VAC
R/24
VAC
T G X2X2
RTRM
RTRM
24 V
AC24
VAC
(HEA
T 1)
(HEAT
1)24 V
AC24
VAC
(HEA
T 2)
(HEA
T 2)
CONF
IGCO
NFIG
COMM
ONCO
MMON
0
3J7
3J7
COIL T
EMP
COIL T
EMP
(0-5
VDC
)(0-5
VDC
)
COMM
ONCO
MMON
24 V
AC24
VAC
(OD
FAN)
(OD
FAN)
24 V
AC (SO
V)
24 V
AC (SO
V)
NO HEAT
NO H
EAT
24 V
AC24
VAC
Y1Y1Y2Y2W2
W2
COMMON
COMM
ON
CPR1
CPR1
DISA
BLE
DISA
BLE
24 V
AC (CP
R2)
24 V
AC (CP
R2)
CPR2
CPR2
PROV
ING
PROV
ING
LEAD
/LAG
LEAD
/LAG
24 V
AC24
VAC
5P3
5P3 2 1
5J3
5J3 12
HPC1
HPC1
3P1
3P13621111910108
3J1
3J18 1010 9 1111 2 6 3
ZONE
ZONE
SENS
ORSE
NSOR
1 2 3 4 5 6 7 8 9 1010
PROG
.PR
OG.
ZONE
ZONE
SENS
ORSE
NSOR
WITH
WITH
NIGHT
NIGHT
SETB
ACK
SETB
ACK
7 8 9 1010 1111 1212 1414
A3A3 A2A2 A1A1 S2S2 S1S1
OPTION
ALOP
TION
ALRE
MOTE
REMO
TESE
NSOR
SENS
OR
CC1
CC1
F
5J4.
5J4. 5 4
PP
PP
3J6
3J6 1414121211111010987654321
4
5
TRAN
ETR
ANE
BUILDING
BUILDING
MANA
GEME
NTMA
NAGE
MENT
SYSTEM
SYSTEM
1
2 3
24 V
AC24
VAC
COMM
ONCO
MMON
MODBUS
MODB
USCO
MMCO
MM
DISC
HARG
EDISC
HARG
EAIR SE
NSOR
AIR SE
NSOR
COMM
ONCO
MMON
SUPP
LY AIR
SUPP
LY A
IRTE
MPER
ING
TEMP
ERING
CONF
IGCO
NFIG
COMM
ONCO
MMON
-+RTOM
RTOM
LPC2
LPC2
3P3
3P3 1
3J3
3J3
1
3P3
3P3 8342
3J3
3J3 2 4 3 8
SOV2
SOV2
HPC2
HPC2
CC2
CC2
9
7979 8080 8181 8282 8383 8484 8585 8686 8787 8888 8989 9090 9191 9292 9393 9494 9595 9696 9797 9898 9999 100
100 101101 102
102
103
103
104
104
105
105
106
106
107
107
108
108
109
109 110110 111111 112112 113113 114114 115115 116116 117117 118118 119119 120
120 121
121
122
122
123
123
124
124
125
125
W_C-SVE001B-EN 33
HEAT 2
HEAT
2 ONON AUTO
AUTO
FAN
FAN CO
OL 0
COOL
0
COOL 2
COOL
2
THER
MOST
ATTH
ERMO
STAT
G O Y2Y2R W2
W2
ODA
ODA
T
COOL 1
COOL
1
BLBL
F
HEAT
1HE
AT 1 EM
ERG
EMER
GHE
ATHE
AT
NORM
NORM
Y1Y1V X2X2
RDRD
B
EMERG
EMER
GHE
ATHE
AT
NORM
NORM
4366-10434366-1043 C
REF
REF
DESC
RIPT
ION
DESC
RIPT
ION
LINE
LINE
CC1
CC1
COMP
RESS
OR C
ONTA
CTOR
COMP
RESS
OR C
ONTA
CTOR
9393CC
2CC
2CO
MPRE
SSOR
CON
TACT
ORCO
MPRE
SSOR
CON
TACT
OR8888
CFS
CFS
CLOG
GED
FILT
ER S
WITCH
CLOG
GED
FILT
ER S
WITCH
130
130
COMM
COMM
COMM
UNICAT
IONS
MOD
ULE
COMM
UNICAT
IONS
MOD
ULE
112-116
112-116
CTS
CTS
COIL T
EMPE
RATU
RE S
ENSO
RCO
IL T
EMPE
RATU
RE S
ENSO
R108
108
DTS
DTS
DISC
HARG
E AIR
SENS
ORDISC
HARG
E AIR
SENS
OR120
120
ECA
ECA
ECON
OMIZER
ACT
UATO
REC
ONOM
IZER
ACT
UATO
R136-
151
136-
151
FFAN
CONTACTOR
FAN
CONT
ACTO
R9595
FFS
FFS
FAN
FAIL S
WITCH
FAN
FAIL S
WITCH
133
133
FOS
FOS
FROS
TAT
FROS
TAT
127
127
HPC1
HPC1
HIGH
PRE
SSUR
E CU
TOUT
HIGH
PRE
SSUR
E CU
TOUT
9393HPC2
HPC2
HIGH
PRE
SSUR
E CU
TOUT
HIGH
PRE
SSUR
E CU
TOUT
8888LP
C1LP
C1LO
W P
RESS
URE
CONT
ROL
LOW P
RESS
URE
CONT
ROL
8282LPC2
LPC2
LOW P
RESS
URE
CONT
ROL
LOW P
RESS
URE
CONT
ROL
8484LTB
LTB
LOW V
OLTA
GE T
ERM
BLOC
KLO
W V
OLTA
GE T
ERM
BLOC
K82-89
82-8
9MAS
MAS
MIXE
D AIR
SENS
ORMIXE
D AIR
SENS
OR150
150
OAS
OAS
OUTD
OOR AIR SE
NSOR
OUTDOOR
AIR SENSOR
117117ODF
ODF
OD FAN
REL
AYOD
FAN
REL
AY106
106
OHS
OHS
OD A
IR H
UMIDITY
SENS
OROD
AIR H
UMIDITY
SENS
OR141
141
RAS
RAS
RTN
AIR
SENS
ORRT
N AIR
SENS
OR147
147
RASD
RASD
RTN
AIR
SMOK
E DE
TECT
ORRT
N AIR
SMOK
E DE
TECT
OR129-
132
129-
132
RHS
RHS
RTN
AIR
HUMIDITY
SEN
SOR
RTN
AIR
HUMIDITY
SEN
SOR
144
144
RTOM
RTOM
OPTION
S MO
DULE
OPTION
S MO
DULE
112-139
112-139
RTRM
RTRM
REFR
IGER
ATION
MODU
LERE
FRIGER
ATION
MODU
LE87-123
87-123
SASD
SASD
SUPP
LY A
IR S
MOKE
DET
ECTO
RSU
PPLY A
IR S
MOKE
DETEC
TOR
123-
126
123-
126
SOV1
SOV1
SWITCH
OVER
VAL
VE
SWITCH
OVER
VAL
VE
107
107
SOV2
SOV2
SWITCH
OVER
VAL
VE
SWITCH
OVER
VAL
VE
109
109
TNS1
TNS1
LOW V
OLTA
GE T
RANS
FORM
ERLO
W V
OLTA
GE T
RANS
FORM
ER8080
142A
142A
(VIO)
(VIO)
143A
143A
(RED
)(RED)
144A
144A
(VIO)
(VIO)
145A
145A
(RED
)(RED)
137A
137A
(BLU
)(BLU
)
138A
138A
(RED
)(RED)
139A
139A
(VIO)
(VIO)
133A
133A
(BLK
)(BLK
)
134A
134A
(BLK
)(BLK
)
135A
135A
(BLU
)(BLU
)
136A
136A
(RED
)(RED)
148A
148A
(VIO)
(VIO)
149A
149A
(BLU
)(BLU
)
152A
152A
(RED
)(RED)
153A
153A
(VIO)
(VIO)
154A
154A
(VIO)
(VIO)
155A
155A
(BLU
)(BLU
)
156A
156A
(RED
)(RED)
157A
157A
(VIO)
(VIO)
137B
137B
(BLU
)(BLU
)
138B
138B
(RED
)(RED)
139B
139B
(VIO)
(VIO)
140A
140A
(VIO)
(VIO)
141A
141A
(RED
)(RED)
(BLK
)(BLK
)
(BLK
)(BLK
)
146A
146A
(VIO)
(VIO)
147A
147A
(BLU
)(BLU
)
(BLK
)(BLK
)(BLK
)(BLK
)
ALL
UNITS
SHIP W
ITH
AN O
PTIONS
HAR
NESS
ROU
TED
FROM
THE
CON
TROL
BOX
(3P
4)AL
L UN
ITS
SHIP W
ITH
AN O
PTIONS
HAR
NESS
ROU
TED
FROM
THE
CON
TROL
BOX
(3P
4)TO
THE
IND
OOR
FAN
SECT
ION
(5P1, 5P
2) AND
THE
RET
URN AIR SE
CTION (6P7
). TO
THE
IND
OOR
FAN
SECT
ION
(5P1, 5P
2) A
ND T
HE R
ETUR
N AIR
SECT
ION
(6P7
). DO
NOT
CON
NECT
THE
OPT
IONS
HAR
NESS
TO
THE
RTRM
IF
NO O
PTIONS
ARE
INS
TALL
ED.
DO N
OT C
ONNE
CT T
HE O
PTIONS
HAR
NESS
TO
THE
RTRM
IF
NO O
PTIONS
ARE
INSTA
LLED
. RE
FER
TO A
CCOM
PANY
ING
LITE
RATU
RE F
OR P
ROPE
R CO
NNEC
TION
/COM
BINA
TION
OF
REFE
R TO
ACC
OMPA
NYING
LITE
RATU
RE F
OR P
ROPE
R CO
NNEC
TION
/COM
BINA
TION
OF
OPTION
AL C
OMPO
NENT
S.OP
TION
AL C
OMPO
NENT
S.
TO D
ISAB
LE C
OMPR
ESSO
RS, RE
MOVE
LTB
JUMP
ERS
BETW
EEN
PINS
1 &
2 A
ND P
INS
TO D
ISAB
LE C
OMPR
ESSO
RS, RE
MOVE
LTB
JUMP
ERS
BETW
EEN
PINS
1 &
2 A
ND P
INS
3 &
4,AN
D CO
NNEC
T FIEL
D SU
PPLIED
CON
TROL
DEV
ICE.
3 &
4,AN
D CO
NNEC
T FIEL
D SU
PPLIED
CON
TROL
DEV
ICE.
TO S
HUT
DOWN
THE
UNIT F
OR E
MERG
ENCY
STO
P, R
EMOV
E LT
B JU
MPER
BET
WEE
N PINS
TO
SHU
T DO
WN
THE
UNIT F
OR E
MERG
ENCY
STO
P, R
EMOV
E LT
B JU
MPER
BET
WEE
N PINS
5
& 6, A
ND INS
TALL
FIELD
SUP
PLIED
DEVICE
OR INS
TALL
OPT
IONA
L FIRE
STAT
.5
& 6, A
ND INSTA
LL F
IELD S
UPPL
IED DE
VICE OR
INS
TALL
OPTIONA
L FIREST
AT.
INST
ALL
OPTION
AL R
EMOT
E SE
NSOR
TO
TERM
INAL
S S1 &
S2
WHE
N RE
QUIRED
. SE
EINST
ALL
OPTION
AL R
EMOT
E SE
NSOR
TO
TERM
INAL
S S1 &
S2
WHE
N RE
QUIRED
. SE
EPR
OGRA
MMAB
LE Z
ONE
SENS
OR/R
EMOT
E PA
NEL
W/N
SB L
ITER
ATUR
E FO
R CO
RREC
TPR
OGRA
MMAB
LE Z
ONE
SENS
OR/R
EMOT
E PA
NEL
W/N
SB L
ITER
ATUR
E FO
R CO
RREC
TSE
TTINGS
.SE
TTINGS
.
REMO
VE
JUMP
ER T
O EN
ABLE
SUP
PLY
AIR
TEMP
ERING.
REMOVE JU
MPER T
O EN
ABLE S
UPPLY
AIR TE
MPERING.
REQU
IRED
FOR
OPT
IONA
L RE
FERE
NCE
ENTH
ALPY
CON
TROL
.RE
QUIRED
FOR
OPT
IONA
L RE
FERE
NCE
ENTH
ALPY
CON
TROL
.
REQU
IRED
FOR
OPT
IONA
L CO
MPAR
ATIV
E EN
THAL
PY C
ONTR
OL.
REQU
IRED
FOR
OPT
IONA
L CO
MPAR
ATIV
E EN
THAL
PY C
ONTR
OL.
OPTION
AL M
AS, RA
S, R
HS, OH
S, A
ND A
SSOC
IATE
D WIRING
NOT
USED
WITH
OPTION
AL M
AS, RA
S, R
HS, OH
S, A
ND A
SSOC
IATE
D WIRING
NOT
USED
WITH
MOTO
RIZE
D OU
TSIDE
AIR
DAMP
ER.
MOTO
RIZE
D OU
TSIDE
AIR
DAMP
ER.
TO E
NABL
E LE
AD/L
AG, CU
T WIRE
101PP.
TO E
NABL
E LE
AD/L
AG, CU
T WIRE
101PP.
W28
W28
(BLU
)(BLU
)
5P7C
5P7C 2 1
5P7D
5P7D 2 1
5P7E
5P7E 1 2
5P7A
5P7A 3 1 2
5P2
5P2 1 2 3 4
5J2
5J2
4321
5P4
5P4 2 1
DTS
DTS
RAS
RAS
6P9
6P9
12 6P10
6P10 216P12
6P12 12
9 1010
24 V
24 V
COMM
ONCO
MMON
24 V
24 V C.C.
N.O.
N.O.
6 1717SASD
SASD
9 1010
24 V
24 V
COMM
ONCO
MMON
24 V
24 V C.C.
N.O.
N.O.
6 1717RASD
RASD
R/24
VAC
R/24
VAC
T G X2X20
3J7
3J7 Y1Y1Y2Y2W2
W2
COMM
ONCO
MMON
24 V
AC24
VAC
COMMON
COMMON
-+MODBUS
MODBUS
COMM
COMM
MIXE
D AIR
MIXE
D AIR
TEMP
TEMP
(0-5 V
DC)
(0-5
VDC
)
RTN AIR
RTN
AIR
HUMID
HUMID
(4-2
0mA)
(4-2
0mA)
RTN AIR
RTN
AIR
TEMP
TEMP
(0-5 V
DC)
(0-5
VDC
)
OD A
IROD
AIR
HUMID
HUMID
(4-20 mA)
(4-2
0 mA
)
ECA
ECA
REMO
TERE
MOTE
MIN
POS
MIN PO
SPOT
POT24
VAC/
24VAC
/2A2A
P P1P1
+ +
COMMON
COMMON
COMMON
COMMON
OAH
OAH
RAH
RAH
RAT
RAT
MAT
MAT
PPM4
PPM4 1 3 2
PPF4
PPF4 231
PPM5
PPM5 1 3 2
PPF5
PPF5
231
5J7
5J7
563421101091111
EXF
EXF
21
6P14
6P14 1 2
OHS
OHS
h+
-
RHS
RHS
h+
-
5J4.
5J4. 5 4
FFS
FFS
CFS
CFS
6P7
6P7 4312
PP
XFR
XFR
POWER
POWER
EXHA
UST
EXHA
UST
2424 VAC
VAC
RMP
RMP
WHT
WHT
BLU
BLU
RED
RED
213
FOS
FOS MA
SMA
S6P13
6P13 21
1 2 3 4 5
7
6
1
8
6 7 8
TRAN
ETR
ANE
BUILDING
BUILDING
MANA
GEME
NTMA
NAGE
MENT
SYST
EMSY
STEM
7 8
8
FAN
FAN
PROV
ING
PROV
ING
CLOG
GED
CLOG
GED
FILTER
FILT
ER
FROST
FROS
TST
ATST
AT
DISC
HARG
EDISC
HARG
EAIR
SENSOR
AIR
SENS
OR
24 V
AC24
VAC
COMMON
COMMON
24 V
AC24
VAC
POWER
POWER
SMOK
E DE
TECT
SMOK
E DE
TECT
HI TEMP
HI TEM
P
COMMON
COMMON
24 V
AC24
VAC
24 V
AC24
VAC
24 V
AC24
VAC
24 V
AC24
VAC
(MOD
BUS)
(MOD
BUS)
COMMON
COMMON
MODBUS
MODBUS
COMM
COMM
-+
9
113113 114114 115115 116116 117117 118118 119119 120
120 121
121
122
122
123
123
124
124
125
125
126
126
127
127
128
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34 W_C-SVE001B-EN
Diagram 15Novar Schematic -2024
W_C-SVE001B-EN 35
Diagram 16Novar Schematic -3051
36 W_C-SVE001B-EN
Diagram 17Through The Base Utilities Schematic-
W_C-SVE001B-EN 37
Diagram 18CO2 / Ventilation Override Schematics
38 W_C-SVE001B-EN
Diagram 195.0 KW - 208-240v/60hz/1phBAYHTRR105A
W_C-SVE001B-EN 39
Diagram 2010.0 KW - 208-240v/60hz/1phBAYHTRR110A
40 W_C-SVE001B-EN
Diagram 2113.8 KW - 208-240v/60hz/1phBAYHTRR114A
W_C-SVE001B-EN 41
Diagram 2217.6 KW - 208-240v/60hz/1phBAYHTRR118A
42 W_C-SVE001B-EN
Diagram 236.0 KW - 208-600v/60hz/3phBAYHTRR306A, BAYHTRR406A, BAYHTRRW06A
W_C-SVE001B-EN 43
Diagram 249.0 & 18.0 KW - 208-240v/60hz/3phBAYHTRS309A, BAYHTRS318A
44 W_C-SVE001B-EN
Diagram 2512.0 & 17.4 KW - 208-240v/60hz/3phBAYHTRR312A, BAYHTRR318A
W_C-SVE001B-EN 45
Diagram 2623.0 KW - 208-240v/60hz/3phBAYHTRR323A
46 W_C-SVE001B-EN
Diagram 2727.0 & 36.0 KW - 208-240v/60hz/3phBAYHTRS327A, BAYHTRS336A
W_C-SVE001B-EN 47
Diagram 2854.0 KW - 208-240v/60hz/3phBAYHTRT354A
48 W_C-SVE001B-EN
Diagram 299.0 & 18 KW - 480-600v/60hz/3phBAYHTRS409A, BAYHTRSW09A,BAYHTRS418A, BAYHTRT418A,BAYHTRSW18A, BAYHTRTW18A
W_C-SVE001B-EN 49
Diagram 3012.0, 17.4 & 23.0 KW - 480-600v/60hz/3phBAYHTRR412A, BAYHTRR418A, BAYHTRR423ABAYHTRRW12A, BAYHTRRW18A, BAYHTRRW23A
50 W_C-SVE001B-EN
Diagram 3127.0 & 36.0 KW - 480-600v/60hz/3phBAYHTRS427A, BAYHTRT427A, BAYHTRSW27A,BAYHTRTW27A, BAYHTRS436A, BAYHTRT436A,BAYHTRSW36A, BAYHTRTW36A
W_C-SVE001B-EN 51
Diagram 3254.0 KW - 480-600v/60hz/3phBAYHTRT454A, BAYHTRTW54A
52 W_C-SVE001B-EN
The manufacturer has a policy of continuous product and product data improvement and reserves the right to changedesign and specifications without notice.
Literature Order Number
File Number
Supersedes
Stocking Location
W_C-SVE001B-EN
W_C-SVE001A-EN
Webb Mason
SV-UN-W_C-SVE001B-EN 11/04
