background image

50

WIRING DIAGRAMS

HI

G

VO

LT

A

G

E

!

DI

S

CO

NNE

CT

 AL

PO

W

E

BE

FO

RE

 S

ERV

ICI

NG

 O

INS

TA

LL

IN

G

 T

HI

S

U

N

IT

.  

M

U

LT

IPL

PO

W

ER

 SO

U

R

C

ES 

M

AY 

B

P

R

ESEN

T.

  F

A

IL

U

R

TO

DO

 S

O

 M

AY

 CAUS

PRO

P

ERT

DAM

AG

E,

 P

ERS

O

NAL

 INJ

UR

O

DE

AT

H

.

Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.

CC

L1

L2

T3

COMP

L3

T1

T2

RD

BK

L3

L1

FC

CM

PB

L1

G

ND

L2

L3

LINE

VOLTAGE

PU

BR

BK

PU

BR

FB2

F2

F2

F2

BK

RD

OR

PU

BK

TR1

CB

GR

BK

RD

OR

BL

BK

RD

YL

L2

4

5

208-230/460/575V/3PH/60

H

z

BC

BLOWER CO

NTACTO

R

BM

BLOWER MOT

OR

BR

BLOWER RELAY

CB

CIR

C

UIT BREAKE

R

CC

COMP

RESSO

CONTACTO

R

CCH

C

RA

NK

CASE 

HEATE

R

CC

P

COMP

RESSO

R/

COIL PROTE

CTION

CCX

COMP

RESSO

CONTACTO

R AU

XILIARY

CHR

C

RA

NK

CASE 

HEATE

RELAY

CH

S

C

RA

NK

CASE 

HEATE

R SWITC

H

CM

CO

N

DE

NSER MOTOR

COMP

COMP

RESSO

R

CS

COMP

RESSO

SOLE

NOI

(STAGE 

2)

ECO

N

ECO

NOMIZE

R

EHK

ELECTRIC 

HEATE

R KIT

ES

EMERGE

N

CY SH

UTDOW

N

FB

FU

SE

 B

LO

C

K

FC

FA

CAPACITOR

FPS

FREEZE P

ROTE

CTION SWITC

H

G

ND

EQUIPMENT G

RO

U

N

D

HPS

HIG

H P

RESSU

RE SWITC

H

LPS

LOW

 PRESS

U

RE SWITC

H

MAT

MI

XED AIR TEMPERAT

U

RE SE

NSOR

PB

POWER DISTRIB

UTION BLO

CK

PLF

FEMALE PLUG/CO

N

NE

CTO

R

PLM

MALE PLUG/CO

N

NE

CTO

R

TB

TERMI

NAL BLOCK

TON

ON - 

DELAY T

IMER RELAY

TR

TRANS

FORME

R

GR

BK

RD

OR

L1

L2

L3

GR

BM

 PLF2

PLM2

FB1

F1

F1

F1

5

BK

RD

OR

BK

PU

BM PLM1

BL

RD

GY

GR

YL

PU

WH

BR

BK

BM PLF1

W

IRE C

OD

E

REPLACEME

NT WIRE MUST BE SAM

E S

IZE AN

D TYPE

 OF INSULATIO

N AS

ORIGINAL (AT LEAST 105°

 C

). USE COPPE

R

 C

O

N

D

U

C

TOR

O

N

LY

. U

SE

N.E.C. C

LASS 2

 W

IRE FOR ALL LOW

 VOLT

AGE F

IELD CO

N

NE

CTIO

NS.

IF OPTI

ONAL E

CO

NOMIZE

R IS INSTALLED 

REMOVE ECO

N PLM J

UMPE

R

AN

D PLUG IN 

NEW HA

R

NESS F

ROM E

CO

NOMIZE

R KIT.

IF OPTI

ONAL ELE

CTRIC 

HEAT IS INSTALLE

D PL

UG IN 

NEW HA

R

NESS

FROM ELE

CTRIC 

HEATE

R KIT.

TR1 P

RIMA

RY (

HIG

H VOLTAGE) CO

N

NECTIO

NS:  ORA

NGE WIRE

CON

NE

CTED TO 240/460

/575V 

TAP A

T THE FACTO

RY AN

D BLACK WIRE

TO COM TERMINAL. FOR 208V SUPPLY

 POWER, MOV

E ORA

NGE WIRE

FROM 240V TAP TO

 THE 208V TA

P.

FUSE BLO

CKS 1, 2,  &

 3 ARE OP

TIONAL.

IF OPTI

ONAL SAFETY

 EQUIPMENT SU

C

H AS A PHASE MONITOR, FLOA

T

SW

ITC

H O

R SMOKE DETE

CTOR IS INSTALLED, U

NPL

UG J

UMPE

R PL

UG

AN

D PLUG IN SAFETY

 DEVICE. IF 

MULTIPLE SAFET

IES ARE INSTALLED,

PLUG IN THE AD

DITIONAL DEVI

CES IN SE

RIES. PLUG IN JUMPE

R PLUG AT

THE LAST SAFET

Y DEVICE INSTALLE

D.

IF A 

THIRD 

PARTY SAFETY DEVICE IS FI

ELD INS

TA

LL

ED, CU

THE 

RED

WIRE 

ON 

THE 

JUM

PER 

PLUG 

AND 

WIR

NORM

AL

LY 

CL

OSED 

DRY

CON

TACT IN 

SERIES WI

TH T

HE CU

T WIR

E.

24 VAC ALARM OUTP

UT F

ROM OPTIONAL ECO

NOMIZE

CO

NT

ROL

MOD

U

LE.

NO

T

ES

4

3

2

1

5

6A

BLACK BLUE

BLUE WITH PINK STRIPE BROW

N

GREE

N

GRAY

ORA

NGE

PINK PU

RPLE

R

ED

TAN WHITE YELL

OW

YELL

OW

 W

ITH PINK STRIPE

BK BL

BL/PK

BR GR

GY

OR

PK PU

RD

TN WH YL YL

/PK

HIG

H VOLTAGE

LOW

 VOLT

AGE

OPTI

ONAL 

HIG

H VOLTAGE

OPTI

ONAL LOW V

OLTAGE

FIE

LD

W

IRIN

G

FAC

TOR

Y

W

IRIN

G

HIG

H VOLTAGE

LOW

 VOLT

AGE

CO

MP

ON

EN

T LE

G

END

9

8

7

6

5

4

3

2

1

9

8

7

6

5

4

3

2

1

BK

PLF

PLM

CM

BK

L1

L2

T3

L3

T1

T2

OR

BK

RD

OR

COM

BK

RD

OR

BC

PO

W

ER 

AND

 C

ONTR

OL

W

IR

IN

G

 D

IA

GRA

M

DRC 

03

6-

07

2,

 3

PH (HI

 S

TATIC)

RD

7

8

2

1

2

1

4

3

2

1

4

3

2

1

GR

GR

M

3~

M

1~

M

3~

10

11

GR

Y1 (

YEL

LOW) AN

D Y2 (PUR

PL

E) ARE FAC

TORY WIRE

D

TO 

BL

OW

ER 

SP

EED 

TA

PS 

T1 

AN

T3 

RE

SP

ECTI

VE

LY.

W1 (WHI

TE) AND W2 (B

ROW

N) AR

E FACT

ORY WIRE

D

TO B

LOW

ER S

PE

ED 

TA

PS T

6 (DH+

T1) AND T8 (DH+

T3)

RE

SP

EC

TI

VE

LY. IF 

DIFF

EREN

SP

EED

ARE 

NEEDED,

SE

E IO M

ANUAL FOR FU

RTHER DET

AIL O

N BL

OW

ER

SP

EED 

TA

PS

.

ALTERNATE  2-SPEED E

CM 

CO

N

DE

NSER FA

N MOTOR.

USE

D O

N 575V MODEL

PRIMA

RY :

 575V

SECO

N

DA

RY :

 230V

1KVA 

/ 60

 HERTZ

STANDA

R

COMPO

NE

NT 

ON 

TON 

U

NIT.

12

0140L07143

PLM

PLF

PU

TB1

W2

Y1

O

Y2

S2

R

W1

C

S1

G

RD

PK

RD

12

YL

PU

PU

YL

BL

GR

WH

BL

WH

2

BR

3

6A

BR

WH

YL

PU

WH

RD

RD

PK

BL

BR

WH

YL

PU

DH

T1

T2

T3

T4

T5

PU

PU

YL

GY

PU

YL

GR

PK

WH

BR

PU

YL

GR

WH

BR

CC

A1

A2

BL

YL

HPS

LPS

PLF

PLM

BL

BL

YL

YL

BL/PK

YL

/PK

YL

/PK

BL/PK

YL

FPS

YL

BK

BK

BK

BK

YL

BC

A1

A2

BL

PK

11

10

9

8

7

6

5

4

3

2

1

12

11

10

9

8

7

6

5

4

3

2

1

EHK

PLF

9

8

7

6

5

4

3

2

1

4

3

2

1

4

3

2

1

6

5

4

3

2

1

6

5

4

3

2

1

YL

TB2

B

A

C

D

BL

BL

TON

t = 180s

R1

Y1

Y2

R2

BL

YL

YL

YL

BL

PK

BL

BL

BL

BL

BR1

1

0

BR2

1

0

BR3

1

0

GR

YL

WH

BL

BL

BL

GR

YL

WH

BR1

BL

2

4

PK

RD

PK

PK

7

GR

GY

V1

V2

CS

BL

PU

YL

BL

GR

GR

MAT

PLF

BK

BK

PK

BK

GY

BL

GY

WH

EART

H G

ROU

N

D

2

1

RD

BL

PK

BR3

7

8

PU

PU

BR

8

PK

WH
YL

BR3

2

4

PU

BR

BR2

2

4

BR2

7

8

BR

BR

PU

WH

YL

PK

PK

PLF

PLM

PLF

ES

ECO

N

CC

P

6B

6B

12

CCH

BK

GR

RD

BK

BK

CHR

CHR

2

4

6

8

12

CHR

1

0

CH

S

PK

RD

RD

BL

CM

G

GR

M

1~

BK

BR

10

2-SPEE

D ECM MOTOR

1 2 3

CO

M

H

IG

H

LOW

TR

CM PLF

-2

C

- T2

11

BK

BR

BK

PU

C

- A1

TB1 - Y2

3 2

YL

WH

TB2 - C,D

BL

1

YL

PU

BL

CM PLF

-2*

C

- T2

BK

BR

L

N

230V &

 460V

575V

FB3

F3

F3

5

BK

PU

BM

Summary of Contents for DRC036

Page 1: ...pecified in this manual only licensed personnel should servise the equipment Improper installation adjustment servicing or repair of the equipment specified in this manual or attempting to install adj...

Page 2: ...ce CAUTION Sheet metal parts screws clips and similar items inherently have sharp edges and it is necessary that the installer and service personnel exercise caution WARNING Do not connect to or use a...

Page 3: ...ld also where applicable follow information presented in accepted industry guides such as the ASHRAE Handbooks The manufacturer assumes no responsibility for equipment installed in violation of any co...

Page 4: ...Installations Only To avoid possible property damage or personal injury the roof must have sufficient structural strength to carry the weight of the unit s and snow or water loads as required by local...

Page 5: ...ntenance and proper unit operation A clearance of 48 is recommended on all sides of the unit to facilitate possible parts replacement to allow service access and to insure proper ventilation and conde...

Page 6: ...struts mounted beneath unit base frame before setting unit on roof curb These struts are intended to protect unit base frame from fork lift damage Removal is accomplished by extracting the sheet meta...

Page 7: ...uit ampacity but less than or equal to the maximum overcurrent protection device DO NOT EXCEED THE MAXIMUM OVERCURRENT DEVICE SIZE SHOWN ON UNIT DATA PLATE All line voltage connections must be made th...

Page 8: ...ols used by the service mechanic NOTE Refer to local codes for requirements These outlets can also be factory installed Units installed on Roof Tops Main power and low voltage wiring may enter the uni...

Page 9: ...nsions are shown in the roof curb installation manual If desired supply and return duct connections to the unit may be made with flexible connections to reduce possible unit operating sound transmissi...

Page 10: ...and install new filters Contractor Responsibility The installing contractor must be certain that All supply and return air ductwork is in place properly sealed and corresponds with installation instr...

Page 11: ...ce it is established that supply voltage will be maintained within the utilization range under all system conditions check and calculate if an unbalanced condition exists between phases Calculate perc...

Page 12: ...ng stage 1 operation Do not move wires YL and PU to the same taps Move WHITE WH wire from TB1 T2 to T3 to change blower speed during heating stage 1 operation Do not move wires WH and BR to the same t...

Page 13: ...rost O from board X X X X PU X 24V signal Range of AVAILABLE TAPS For wire color information and placement view DRC DRH Model Wiring PG 13 DRH OPERATION and WIRE RANGE CHART HI STATIC DRH OPERATIONS W...

Page 14: ...F 7 2 Switch any two leads of power supply at unit Single Point Power Block 7 3 Turn power to the unit ON 7 4 Perform step 7 again 8 Turn the temperature setting to the highest position stopping the u...

Page 15: ...then goes through the expansion device to the outdoor coil condenser on the cooling cycle where the liquid is evaporated and the vapor goes to the compressor The following figures show a schematic of...

Page 16: ...ly registers should be free of any obstructions The filters should be cleaned or replaced These few steps will help to keep the product up time to a maximum The Service section that follows should hel...

Page 17: ...dicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 3 Ton Cooler Standard Static Drive Models DRC0364D and DRC0367D Down Flow Horizontal Flow SPEED...

Page 18: ...0 1567 843 807 0 48 1 0 1599 84 859 0 52 Shaded area indicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 4 Ton Cooler Standard Static Drive Models...

Page 19: ...1 07 Shaded area indicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 5 Ton Cooler Standard Static Drive Models DRC0604D and DRC0607D Down Flow Hor...

Page 20: ...91 0 8 2125 89 1066 0 99 1 0 2011 1033 0 96 1 0 2051 78 1113 1 03 T3 65 0 2 2226 892 0 69 T3 65 0 2 2211 885 0 68 0 4 2143 931 0 72 0 4 2128 938 0 73 0 6 2052 973 0 75 0 6 2034 988 0 76 0 8 1950 1027...

Page 21: ...or heating APPENDIX A BLOWER PERFORMANCE TABLES AC 3 Ton Cooler High Static Drive Models DRC0363W DRC0364W DRC0367W Horizontal Flow SPEED TAP EXTERNAL STATIC PRESSURE ESP IN W C SCFM RPM BHP SPEED TAP...

Page 22: ...1672 1373 1 31 2 0 1541 1418 1 35 2 0 1541 1418 1 35 Shaded area indicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 4 Ton Cooler High Static Dri...

Page 23: ...68 Shaded area indicates air flow below 1500 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 5 Ton Cooler High Static Drive Models DRC0603W DRC0604W DRC0607W Horizontal Flo...

Page 24: ...dicates air flow below 1800 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 6 Ton Cooler High Static Drive Models DRC0723W DRC0724W DRC0727W Horizontal Flow SPEED TAP EXTER...

Page 25: ...icates air flow below 900 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 3 Ton Heat Pump Standard Static Drive Models DRH0364D and DRH0367D Down Flow Horizontal Flow SPEED...

Page 26: ...ded area indicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 4 Ton Heat Pump Standard Static Drive Models DRH0484D and DRH0487D Down Flow Horizont...

Page 27: ...1128 1 07 Shaded area indicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 5 Ton Heat Pump Standard Static Drive Models DRH0604D and DRH0607D Down...

Page 28: ...0 8 2083 979 0 91 0 8 2126 1066 0 99 1 0 2011 1033 0 96 1 0 2052 1113 1 03 T3 0 2 2226 892 0 69 T3 0 2 2211 885 0 68 0 4 2143 931 0 72 0 4 2128 938 0 73 0 6 2052 973 0 75 0 6 2034 988 0 76 0 8 1950 10...

Page 29: ...1233 0 91 2 0 1174 1233 0 91 Shaded area indicates air flow below 900 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 3 Ton Heat Pump High Static Drive Models DRH0363W DRH...

Page 30: ...1 18 2 0 1547 1289 1 23 2 0 1547 1289 1 23 Shaded area indicates air flow below 1200 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 4 Ton Heat Pump High Static Drive Model...

Page 31: ...1901 1390 1 57 Shaded area indicates air flow below 1500 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating 5 Ton Heat Pump High Static Drive Models DRH0603W DRH0604W DRH0607...

Page 32: ...ates air flow below 1800 SCFM 300 SCFM ton that is not recommended for High Stage cooling or heating Max BPH 2 3 6 Ton Heat Pump High Static Drive Models DRH0723W DRH0724W DRH0727W Horizontal Flow SPE...

Page 33: ...8 7 57 3 62 2 60 70 1 7 1 5 47 5 53 2 50 60 9 6 8 7 1 7 1 5 59 5 64 1 60 70 10 1 15 4 3 14 4 20 0 5 10 6 15 4 3 0 5 14 9 20 10 6 15 4 3 16 20 0 5 11 3 15 4 3 0 5 16 6 20 18 2 20 4 3 23 5 25 0 5 18 8...

Page 34: ...9 6 8 7 72 5 79 3 80 80 1 7 1 5 62 6 70 3 70 80 9 6 8 7 1 7 1 5 74 6 81 2 80 90 23 5 23 5 35 35 9 6 8 7 33 1 32 2 45 45 1 7 1 5 25 2 25 0 35 35 9 6 8 7 1 7 1 5 34 8 33 7 45 45 23 5 23 5 35 35 9 6 8 7...

Page 35: ...0 3 5 0 6 31 7 35 8 08 15 3 5 11 6 15 0 6 8 68 15 3 5 0 6 12 2 15 8 51 15 3 5 12 9 15 0 6 9 26 15 3 5 0 6 13 6 15 14 5 15 3 5 18 9 20 0 6 15 3 20 3 5 0 6 19 7 20 20 5 25 3 5 24 9 25 0 6 21 3 25 3 5 0...

Page 36: ...40 8 50 50 35 7 39 7 45 45 9 6 8 7 47 7 50 6 50 60 1 7 1 5 37 8 41 6 45 45 9 6 8 7 1 7 1 5 49 8 52 4 50 60 48 7 54 7 50 60 9 6 8 7 60 7 65 6 70 70 1 7 1 5 50 8 56 6 60 60 9 6 8 7 1 7 1 5 62 8 67 5 70...

Page 37: ...32 3 36 3 45 45 9 6 8 7 44 3 47 2 50 50 1 7 1 5 34 4 38 2 45 45 9 6 8 7 1 7 1 5 46 4 49 1 50 50 45 3 51 4 50 60 9 6 8 7 57 3 62 2 60 70 1 7 1 5 47 5 53 2 50 60 9 6 8 7 1 7 1 5 59 5 64 1 60 70 58 1 66...

Page 38: ...15 3 5 0 6 14 7 20 14 5 15 3 5 18 9 20 0 6 15 3 20 3 5 0 6 19 7 20 20 5 25 3 5 24 9 25 0 6 21 3 25 3 5 0 6 25 7 30 26 6 30 3 5 30 9 35 0 6 27 3 30 3 5 0 6 31 7 35 38 6 40 3 5 43 45 0 6 39 3 40 3 5 0 6...

Page 39: ...9 6 8 7 1 7 1 5 44 8 45 7 50 50 46 5 50 5 50 60 9 6 8 7 56 1 59 2 60 60 1 7 1 5 48 2 52 0 50 60 9 6 8 7 1 7 1 5 57 8 60 7 60 70 59 5 65 6 60 70 9 6 8 7 69 1 74 3 70 80 1 7 1 5 61 2 67 1 70 70 9 6 8 7...

Page 40: ...80 80 82 0 88 9 90 90 9 6 8 7 91 6 97 6 100 100 1 7 1 5 83 7 90 4 90 100 9 6 8 7 1 7 1 5 93 3 99 1 100 100 105 115 110 125 9 6 8 7 114 124 125 125 1 7 1 5 106 116 110 125 9 6 8 7 1 7 1 5 116 125 125 1...

Page 41: ...15 4 3 0 5 16 9 20 19 6 20 4 3 23 9 25 0 5 20 1 25 4 3 0 5 24 4 25 27 1 30 4 3 31 4 35 0 5 27 6 30 4 3 0 5 31 9 35 34 7 35 4 3 39 40 0 5 35 2 40 4 3 0 5 39 5 40 42 2 45 4 3 46 5 50 0 5 42 7 45 4 3 0 5...

Page 42: ...1 7 1 5 32 4 32 2 45 45 9 6 8 7 1 7 1 5 42 0 40 9 50 50 43 7 45 7 50 50 9 6 8 7 53 3 54 4 60 60 1 7 1 5 45 4 47 2 50 50 9 6 8 7 1 7 1 5 55 0 55 9 60 60 56 7 60 7 60 70 9 6 8 7 66 3 69 4 70 70 1 7 1 5...

Page 43: ...0 5 35 5 40 38 2 40 4 3 42 5 45 0 5 38 7 40 4 3 0 5 43 45 45 7 50 4 3 50 60 0 5 46 2 50 4 3 0 5 50 5 60 12 2 15 3 5 15 7 20 0 6 12 8 15 3 5 0 6 16 3 20 18 2 20 3 5 21 7 25 0 6 18 8 20 3 5 0 6 22 3 25...

Page 44: ...3 80 80 9 6 8 7 1 7 1 5 82 0 87 0 90 90 83 5 91 5 90 100 9 6 8 7 93 1 100 100 110 1 7 1 5 85 2 93 0 90 100 9 6 8 7 1 7 1 5 94 8 102 100 110 107 118 110 125 9 6 8 7 116 127 125 150 1 7 1 5 108 120 110...

Page 45: ...16 5 20 18 4 20 3 5 21 9 25 0 6 19 20 3 5 0 6 22 5 25 24 4 25 3 5 27 9 30 0 6 25 30 3 5 0 6 28 5 30 30 4 35 3 5 33 9 35 0 6 31 35 3 5 0 6 34 5 35 36 5 40 3 5 40 40 0 6 37 1 40 3 5 0 6 40 6 45 48 5 50...

Page 46: ...ILITIES RETURN 11 X 25 SUPPLY 12 X 17 Horizontal Discharge Vertical Discharge NOTE Refer to IOD 7082 included in the literature pack for installing horizontal duct covers 48 5 16 74 A 47 5 8 73 3 8 Mo...

Page 47: ...5 15 EH D S20 20 EH D S05 5 EH D S10 10 EH D S15 15 EH D S21 20 EH D S31 30 EH D S05 5 EH D S10 10 EH D S15 15 EH D S20 20 EH D S30 30 6 ton AC HP HI Static 3000 1950 1625 5 ton AC HI Static 5 ton HP...

Page 48: ...AT THE FACTORY AND BLACK WIRE TO COM TERMINAL FOR 208V SUPPLY POWER MOVE ORANGE WIRE FROM 240V TAP TO THE 208V TAP FUSE BLOCKS 1 2 ARE OPTIONAL IF OPTIONAL SAFETY EQUIPMENT SUCH AS A PHASE MONITOR FLO...

Page 49: ...RED WIRE ON THE JUMPER PLUG AND WIRE A NORMALLY CLOSED DRY CONTACT IN SERIES WITH THE CUT WIRE 24 VAC ALARM OUTPUT FROM OPTIONAL ECONOMIZER CONTROL MODULE NOTES 4 3 2 1 5 6A BLACK BLUE BLUE WITH PINK...

Page 50: ...S IN SERIES PLUG IN JUMPER PLUG AT THE LAST SAFETY DEVICE INSTALLED IF A THIRD PARTY SAFETY DEVICE IS FIELD INSTALLED CUT THE RED WIRE ON THE JUMPER PLUG AND WIRE A NORMALLY CLOSED DRY CONTACT IN SERI...

Page 51: ...OPTIONAL HIGH VOLTAGE OPTIONAL LOW VOLTAGE CHASSIS GROUND FIELD WIRING FACTORY WIRING HIGH VOLTAGE LOW VOLTAGE EARTH GROUND COMPONENT LEGEND PB L1 GND L2 LINE VOLTAGE FB1 F1 F1 BK RD 208 230V 1PH 60Hz...

Page 52: ...LECTRIC HEAT IS INSTALLED PLUG IN NEW HARNESS FROM ELECTRIC HEATER KIT TR1 PRIMARY HIGH VOLTAGE CONNECTIONS ORANGE WIRE CONNECTED TO 240 460 575V TAP AT THE FACTORY AND BLACK WIRE TO COM TERMINAL FOR...

Page 53: ...ORS ONLY USE N E C CLASS 2 WIRE FOR ALL LOW VOLTAGE FIELD CONNECTIONS IF OPTIONAL ECONOMIZER IS INSTALLED REMOVE ECON PLM JUMPER AND PLUG IN NEW HARNESS FROM ECONOMIZER KIT IF OPTIONAL ELECTRIC HEAT I...

Page 54: ...54...

Page 55: ...55...

Page 56: ...the feedback page PRODUCT REGISTRATION Thank you for your recent purchase Though not required to get the protection of the standard warranty registering your product is a relatively short process and...

Reviews: