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KLP
Installation Manual
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Keeprite KLP Installation Manual

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Page 1
PRODUCT DATA & INSTALLATION
Bulletin K30-KLP-PDI-50-6
1087150-50
We are on the Internet
www.keepriterefrigeration.com
KLP
Low Profile Unit Cooler
Air, Electric, Hot Gas & Warm Fluid Defrost
Electrical Power: 200-220/1/50, 200-220/3/50, 380-400/1/50
CONTENTS
Page
Nomenclature........................................................................................................................ 2
Features & Options..............................................................................................................2
Capacity Data - S tandard Models (PSC Motors)............................................................. 3
Capacity Data - Models with Optional EC Motors ............................................................ 4
Electrical Data...................................................................................................................... 5 - 10
Wiring Diagrams.................................................................................................................. 11 - 20
Dimensional Data................................................................................................................21
Shipping Weights................................................................................................................22
Recommended Thermostatic Expansion Valve Selections............................................ 23 - 25
Installation Instructions........................................................................................................ . 26 - 28
Hot Gas Piping Schematics................................................................................................. 29 - 30
Glycol Fluid Cooler Data.................................................................................................... 31
Generic Service Parts List.................................................................................................... 32 - 33
Warranty....................................................................................................................... ............ 35
Project Information................................................................................................................ 35
“As Built” Service Parts List................................................................................................. 36
Page 2
NOMENCLATURE
K LP 3 15 V E - T5 B
K = KeepRite Low Profile Unit Cooler Number of Fans Nominal Capacity:
x 1000 @ 10°F TD, Btu/H, R404A
Application Range:
M = Medium to High Temp 6 FPI (10°F to 45°F (-12°C to 7°C) Evap Temp) L = Low Temp 6 FPI (-40°F to 0°F(-40°C to -17°C) Evap Temp) V = Low Temp 4 FPI (-40°F to 0°F (-40°C to -17°C) Evap Temp) W = Fluid Air Cooler (with water or glycol)
STANDARD FEATURES
• Modern look
• High efficiency and high strength fan guard
Generation: B = 2
Voltage:
S6 = 200-220/1/50 S9 = 380-400/1/50 T7 = 200-220/3/50
Defrost*:
A = Air E = Electric T = 3 Pipe Hot Gas w/ Electric Heater Pan or Warm Fluid w/ Electric Heater Pan for Fluid Air Coolers H = 3 Pipe Hot Gas w/ Hot Gas Loop Pan (optional) G = Reverse Cycle w/ Electric Heater Pan R = Reverse Cycle w/ Hot Gas Loop Pan (optional) * T, H, G, R, available on 2 to 6 fan models only
nd
• PSC motors
• Proven motor/fan/motor mount design
• Front access
• Higher capacity
• Compact
• Internally enhanced tubing
• More uniform air flow
• Reverse cycle & 3 pipe hot gas available
• Convenient mounting brackets
• Ample electrical and header compartments
• Lower heater wattage
OPTIONAL FEATURES
• Liquid line solenoid valve wire harness factory
installed
• Schrader valve on suction header
• Positive slope, hinged drain pan
• Central drain connections (approximate)
• Universal drain fitting
• Large 3/4" ID (3/4" MPT) drain hole
• Factory installed distributor nozzle
• 380-400/1/50 PSC motor only
• EC motors
• Hot gas loop pan with hot gas defrost models
• Factory installed expansion valve,
solenoid valve and room thermostat
• Wire fan guard
- 2 -
Page 3
CAPACITY DATA
STANDARD MODELS (PSC MOTORS)
Medium Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTmuideMM401M601M701M902M112M412M713M023M324M624M235M936
snaFfOrebmuN 111222334456
02
/52
)7-/4-(
51
)9-(
01
)21-(
BL .
( GK )
HUTB
( STTAW )
yticapaC
wolFriAMFC ( S/L )
)A404R(
pavE
.pmeT
°F )C°(
egrahCtnaregirfeR
Low Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTwoLL401L501L601L702L902L112L413L713L914L224L725L136
snaFfOrebmuN 111222334456
0
(
)81-
01-
yticapaC
HUTB
)STTAW(
wolFriAMFC )S/L(
04R(
)A4
pavE
.pmeT
°F )C°(
egrahCtnaregirfeR
)32-(
02-
)92-(
03-
-(
)43
04-
)04-(
.BL
)GK(
0693 0293
0883
058
)004(
7.0
)3.0(
0163 0553 0843 0723
)069(
0003
)088(
058
)004(
7.0
)3.0(
0505
)0611(
0005
)9411(
0594
)7311(
087
)073(
0.1
)5.0(
0774
)0601(
0064
)0401(
0044
)0201(
0604
0563
087
)073(
0.1
)5.0(
0426
)0841( )5641(
)1541(
)0041( )0531( )0921( )0911(
)0701(
)0381(
0816
)1181(
216
0
)4971(
047
)053(
3.1
)6.0(
0955
)0461(
0945
)0161(
0235
)0651(
0494
)0541(
0454
)0331(
047
)053(
3.1
)6.0(
)0197
)0232(
0387
)5922(
0577
)1722(
0761
)097(
3.1
)6.0(
0037
)0412(
0607
)0702(
0976
)0991(
0726
)0481(
0965
)0761(
0761
097(
)
3.1
)6.0(
00101
)0792(
00001
)1392(
0099
)2092(
0951
)057(
9.1
)9.0(
0398
)0262(
0368
)0352(
0928
)0342(
0067
)0322(
0586
)0102(
0951
)057(
7.1
)8.0(
00921
)0773(
07721
)3473(
04621
)5073(
0051
)017(
5.2
)1.1(
00601
)0013(
00401
)0503(
00101
)0792(
0839
)0572(
0958
)0252(
0051
)017(
5.2
)1.1(
50Hz
00651
)0854(
04451
)5254(
09251
)1844(
0732
)0211(
8.2
)3.1(
00931
)0704(
00431
)0493(
00921
)0773(
00911
)0843(
00701
13(
)05
0732
)0211(
8.2
)3.1(
00481
)0935(
02281
)0435(
03081
)4825(
0522
)0601(
7.3
)7.1(
00661
)0884(
00261
)0474(
00651
)0854(
00441
)0324(
00131
)0583(
0522
)0601(
7.3
)7.1(
00112
0026(
)
09802
)3216(
08602
)1606(
0813
)0051(
7.3
)7.1(
00481
)0935(
00081
)0825(
00571
)0215(
00261
)0474(
00841
)0434(
0813
)0051(
7.3
)7.1(
00932
)0107(
06632
)4396(
02432
)4686(
0103
)0241(
9.4
)2.2(
00112
)0026(
00702
)0706(
00202
)0395(
00881
)0055(
00371
)0705(
0103
)0241(
9.4
)2.2(
00492
)0368(
01192
)2358(
01882
)4448(
0573
)0771(
1.6
)7.2(
00762
)0287(
00852
)0757(
00842
)0827(
00922
)0176(
00702
)0706(
0573
)0771(
1.6
)7.2(
00853
)01501(
04453
)78301(
08053
18201(
)
0944
)0212(
2.7
)3.3(
00613
)0729(
00203
)0788(
00582
)0638(
00162
)0667(
00332
)0286(
0944
)0212
2.
7
)3.3(
Low Temperature Models - Capacity @ 4 F.P.I.
sledoMIPF4.pmeTwoLV301V401V501V602V802V902V213V513V614V914V325V726
snaFfOrebmuN 111222334456
(
yticapaC
HUTB
)STTAW(
wolFriAMFC )S/L(
)A404R
°F )C°(
0
)81-(
01-
pavE
.pmeT
egrahCtnaregirfeR
)32-(
02-
)92-(
03-
)43-(
04-
)04-(
.BL
)GK(
0382
)038(
0082
)028(
0672
)018(
0952
)067(
0242
)017(
098
)024(
7.0
)3.0(
0993 0983 0973 0843 0713
)039(
058
)004(
0.1
)5.0(
0474
)0711(
0764
)0411(
0064
)0111(
0034
)0201(
0693
087
)073(
3.1
)6.0(
0716
)0931(
0406
)0731(
009
5
)0531(
0645
)0621(
0894
)0611(
0871
)048(
3.1
)6.0(
0757
)0181( )0771( )0371( )0061( )0641(
)0222(
0047
)0712(
0617
)0012(
0566
)0591(
0706
)0871(
0761
)097(
7.1
)8.0(
0388
)0952(
0378
)0652(
0658
)0152(
0897
)0432(
0737
)0612(
0951
)057(
5.2
)1.1(
00611
)0043(
00311
)0233(
00011
)0323(
00201
)0992(
0839
)0572(
0252
)0911(
8.2
)3.1(
00441
)0324(
00241
)0514(
00831
)0404(
00821
)0573(
0811
0
)0543(
0732
)0211(
7.3
)7.1(
Capacities rated using R404A with 10°F (5.6°C) TD & 100°F (38°C) liquid temperature. Capacities at other TD within a range of 8 to 15 °F (4.4 to 8.3°C) are directly proportional to TD, or use formula:
Capacity = Rated capacity ÷ 10 x TD.
For capacities at TD outside of range 8 to 15 °F (4.4 to 8.3°C), or liquid temperature lower than 75°F (24°), consult factory .
1
00251
)0744(
00051
)0934(
00741
)0134(
00731
)0204(
00621
)0963(
0733
)0951(
7.3
)7.1(
0008
)0825(
00771
)0025(
00571
)0215(
00461
)008
4(
00151
)0244(
0813
)0051(
9.4
)2.2(
00222
)0256(
00712
)0636(
00112
)0026(
00691
)0475(
00971
)0625(
0893
)0881(
1.6
)7.2(
.3(
00762
)0487(
00852
)0757(
00842
)0827(
00922
)0176(
00702
)0706(
0774
)0522(
2.7
)3
- 3 -
Page 4
CAPACITY DATA
MODELS WITH EC MOTORS
Medium Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTmuideMM401M601M701M902M112M412M713M023M324M624M235M936
snaFfOrebmuN 111222334456
/52
02
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
)A404R(
F° )C°(
pavE
egrahCtnaregirfeR
51
.pmeT
)9-(
01
)21-(
.BL
)GK(
Low Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTwoLL401L501L601L702L902L112L413L713L914L224L725L136
snaFfOrebmuN 111222334456
0
(
01-
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
eR
)A404R(
F° )C°(
pavE
.pmeT
egrahCtnaregirf
02-
03-
3-(
04-
.BL
)GK(
0034
)7-/4-(
)81­)32-( )92-( )4 )04-(
)0621(
0624
)9421(
0124
)4321(
0101
)074(
7.0
)3.0(
0393 0783
0083
0553 0723 0101
7.0
0055 0545 0935
059
)054(
0.1
)5.0(
)0511( )0311(
)0111( )0401(
)069(
059
)084(
0.1
)3.0(
0086
)0161(
0376
)7951(
66
06
)0851(
009
)034(
3.1
)6.0(
0025
)0251(
0205
)0741(
0084
)0141(
0144
)0921(
0893
)0711(
009
)054(
3.1
)5.0(
0068
)0991( )2791( )2591(
0906 0695
0085
0835 0294
)034(
)6.0(
)0252(
0158
)4942(
0348
)1742(
0202
)059(
3.1
)6.0(
0397
)0871(
0967
)0571(
047
0
)0071(
0286
)0851(
0816
)0441(
202
0
)059(
3.1
)6.0(
00011
)0223(
09801
)2913(
08701
)9513(
0191
)009(
9.1
(
)9.0
0279
)0232(
0049
)0522(
0009
)0712(
0828
)0002(
0747
)0181(
0191
)009(
7.1
)8.0(
00041
)0014(
06831
2604(
)
02731
)1204(
0081
)058(
5.2
)1.1(
)0582( )0572(
)0462( )0342( )0912(
00511
)0733(
00311
)0133(
00011
)0223(
00201
)0992(
0439
)0472(
0081
)058(
5.2
)1.1(
50Hz
00071
)0894(
03861
)3394(
06661
)3884(
0682
)0531(
8.2
)3.1(
00151 00641
00041
00921
00711
0682
8.2
)3.1(
00002
)0685(
00891
)3085(
00691
)4475(
0072
)0721(
7.3
)7.1(
)0244( )0824(
)0014( )0873( )0343( )0531(
00181
)0035(
00671
)0615(
00071
)0894(
00751
)0064(
00341
)0914(
0072
)0721(
7.3
)7.1(
00032
476(
)0
07722
)4766(
04522
)6066(
0183
(
)0081
7.3
)7.1(
00002
)0685(
00691
)0475(
00091
)0755(
00671
)0615(
00161
)0274(
0183
)0081(
7.3
)7.1(
00062
)0167(
04752
)4457(
08452
)8647(
0063
)0071(
9.4
)2.2(
00032 00522
00022
0040
2
00881
0063
9.4
)2.2(
00023
)0739(
08613
)5829(
06313
)1919(
0054
)0212(
1.6
)7.2(
)0476( )0956(
)0446( )0895( )0155(
0054
)0071(
1.6
)7.2(
00093
)00411(
01683
)61311(
02283
)20211(
0045
)0552(
2.7
)3.3(
00092
)0948(
00182
)0328(
00072
)0197(
00942
)0927(
00522
)0956( )0212(
00443
)00101(
00923
)0469(
00013
)0809(
00482
)0238(
00352
)0147(
0045
)0552(
2.7
)3.3(
Low Temperature Models - Capacity @ 4 F.P.I.
sledoMIPF4.pmeTwoLV301V401V501V602V802V902V213V513V614V914V325V726
snaFfOrebmuN 111222334456
0703
)009(
0403
)098(
0003
)088(
0282
)038(
0262
)077(
0701
)015(
7.0
)3.0(
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
A404R(
)
F° )C°(
0
)81-(
01-
pavE
.pmeT
egrahCtnaregirfeR
)32-(
02-
)92-(
03-
)43-(
04-
)04-(
.BL
)GK(
Capacities rated using R404A with 10°F (5.6°C) TD & 100°F (38°C) liquid temperature. Capacities at other TD within a range of 8 to 15 °F (4.4 to 8.3°C) are directly proportional to TD, or use formula:
For capacities at TD outside of range 8 to 15 °F (4.4 to 8.3°C), or liquid temperature lower than 75°F (24°), consult factory .
0434 0324
0014
0973 0643 0101
)084(
0.1
)5.0(
0715
)0721(
0015
)0421(
0005
)0021(
0664
)0111(
0134
)0101(
059
)054(
3.1
)6.0(
0276
)0151(
0756
)0941(
6
004
)0741(
0395
)0731(
0345
)0621(
0412
0101(
3.1
)6.0(
0428
)0791( )0291(
)0881( )0471( )0951( )
)0142(
0408
)0632(
0087
)0922(
0227
)0212(
0956
)0391(
0202
)059(
7.1
)8.0(
0169
)0282(
0849
)0872(
0039
)0272(
0868
)0452(
0208
)0532(
0191
)009(
5.2
)1.1(
Capacity = Rated capacity ÷ 10 x TD.
00621
)0963(
00321
)0063(
00021
)0253(
00111
)0523(
00201
(
)0992
0303
)0341(
8.2
)3.1(
00751
)0064(
00451
)0154(
00051
)0934(
00931
)0704(
00821
)0573(
0682
)0531(
7.3
)7.1(
00661
)0684(
00361
)0774(
00061
)0964(
00941
)0634(
00731
)0104(
0404
)0191(
7.3
)7.1(
0069
1
)0475(
00391
)0565(
00091
)0755(
00871
5(
)012
00461
)0084(
0183
)0081(
9.4
)2.2(
00242
)0907(
00632
)0196(
00032
)0476(
00312
)0426(
00591
)0175(
0774
)0522(
1.6
)7.2(
00192
)0258(
00182
)0328(
00072
)0197(
00942
)0927(
00522
)0956(
0275
)0072(
2.7
)3.3(
- 4 -
Page 5
ELECTRICAL DATA - 200-220/1/50
AIR DEFROST &
50Hz
HOT GAS DEFROST WITH HOT GAS LOOP PAN MODELS
SROTOMNAF
SROTOMCSPSROTOMCE
.CRIC.NIM
)A(YTICAPMA
STTAW
425151/18.10.208151
ESUF.XAM
PH
)SPMA(
14.26.204251
ALF
14.102151
14.102151
NIM
LATOT
.CRIC.
)A(YTICAPMA
STTAW
L702†6S­L902†6S­L112†6S­L413†6S­L713†6S­L914†6S­L224†6S­L725†6S­L136†6S­V602†6S­V802†6S­V902†6S­V213†6S­V513†6S­V614†6S­V914†6S­V325†6S­V726†6S-
LEDOMIPF
*6S-AM401 *6S-AM601
*6S-AM701 6S-#M902 6S-#M112 6S-#M412 6S-#M713 6S-#M023 6S-#M324 6S-#M624 6S-#M235 6S-#M936
.YTQ
PH
151/15.06.0085151/16.057.00651 151/15.06.0085151/16.057.00651
151/15.06.0085151/16.057.00651 251/10.11.10615151/12.14.102151 251/10.11.10615151/12.14.102151 251/10.11.10615151/12.
6
351/15.16.10425151/18.10.208151 351/15.16.10425151/18.10.208151
451/10.21.20235151/14.26.204251 451/10.21.20235151/14.26.204251
551/15.26.20045151/10.32.300351 651/10.31.30845151/16.38.306351 251/10.11.10615151/12. 251/10.11.10615151/12.14.102151 251/10.11.10615151/12.14.102151 351/15.16.10425151/18.10.208151 351/15.16.10
6
451/10.21.20235151/14.26.204251 451/10.21.20235151/14.26.204251
551/15.26.20045151/10.32.300351
1/10.31.30845151/16.38.306351
65 251/10.11.10615151/12.14.102151 251/10.11.10615151/12.14.102151 251/10.11.10615151/12.14.10215 351/15.16.10425151/18.10.208151
4
351/15.16.10425151/18.10.208151
451/10.21.20235151/14.26.204251 451/10.21.20235151/
551/15.26.20045151/10.32.300351 651/10.31.30845151/16.38.306351
ALF
LATOT
sliatedroferutalcnemoNotrefeR.RroH,A=#
lnosledomnaf6ot2noelbaliavaRroH=*
y
sliatedroferutalcnemoNotrefeR.RroH=†
ESUF.XAM
)SPMA(
1
-5 -
Page 6
ELECTRICAL DATA - 380-400/1/50
AIR DEFROST &
50Hz
HOT GAS DEFROST WITH HOT GAS LOOP PAN MODELS
SROTOMNAF
LEDOMIPF
9S-#M902
#M112
9S-
9S-#M412 9S-#M713 9S-#M023 9S-#M324 9S-#M624 9S-#M235
9S-#M936 L702†9S­L902†9S­L112†9S-
413†9S-
L L713†9S­L914†9S­L224†9S­L725†9S­L136†9S­V602†9S­V802†9S­V902†9S­V213†9S­V513†9S­V614†9S­V914†9S­V325†9S­V726†9S-
.YTQ
251/18.09.006151 251/18.09.006151 251/18.09.006151 351/12.13.104251
6
6
4
naf6ot2noelbaliavaRroH=*
351/12.13.104251 451/16.17.102351 45 551/10.21.200451 651/14.25.208451 251/18.09.006151 251/18.09.006151 251/18.09.006151 351/12.13.104251 351/12.13.104251 451/16.17.102351 451/16.17.102351 551/10.21.200451 651/14.25.208451 251/18.09.006151 251/18.09.006151 251/18.09.006151 351/12.13.104251 351/12.13.104251 451/16.17.102 451/16.17.102351 551/10.21.200451 651/14.25.208451
sliatedroferutalcnemoNotrefeR.RroH,A=#
ylnosledom
sliatedroferutalcnemoNotrefeR.RroH=†
PH
1/16.17.102351
ALF
LATOT
SROTOMCSP
.CRIC.NIM
)A(YTICAPMA
STTAW
351
ESUF.XAM
)SPMA(
-6 -
Page 7
LEDOMIPF
*-EM401
*-EM601
*-EM701 *-EM902 *-EM112 *-EM412 *-EM713 *-EM023 *-EM324 *-EM624 *-EM235 *-EM936 *-EL401 *-EL501 *-EL601
*-EL702 *-EL902 *-EL112 *-EL413 *-EL713 *-EL914 *-EL224 *-EL725 *-EL136
*-EV301 *-EV401 *-EV501 *-EV602 *-EV802 *-EV902 *-EV213 *-EV513 *-EV614 *-EV914 *-EV325 *-EV726
ELECTRICAL DATA -
200-220/1/50 & 200-220/3/50
50Hz
ELECTRIC DEFROST MODELS
SROTOMNAF SRETAEHTSORFED
SROTOMCSPSROTOMCE
.YTQ
151/15.06.0085151/16.057.006510794.45.5519.26.351 151/15.06.0085151/16.057.006510794.45.5519.26.351 151/15.06 251/10.11.10615151/12.14.10215103719.78.9511.54.651 251/10.11.10615151/12.14.10215103719.78. 251/10.11.10615151/12.14.10215103719.78.9511.54.651
6
351/15.16.10425151/18.10.20815100524.112.41513.72.951 351/
15.16.10425151/18.10.20815100524.112.41513.72.951 451/10.21.20235151/14.26.20425106238.415.81025.99.1151 451/10.21.20235151/14.26.
551/15.26.20045151/10.32.30035103043.819.22527.117.4151 651/10.31.30845151/16.38.30635109748.122.7 151/15.06.0085151/16.057.006510794.45.5519.26.351 151/15.06.0085151/16.057.006510794.45.5519.26.351 151/15.06 251/10.11.10615151/12.14.10215103719.78.9511.54.651 251/10.11.10615151/12.14.10215103719.78. 251/10.11.10615151/12.14.10215103719.78.9511.54.651
6
351/15.16.10425151/18.10.20815100524.112.41513.72.951 351/
15.16.10425151/18.10.20815100524.112.41513.72.951 451/10.21.20235151/14.26.20425106238.415.81025.99.1151 451/10.21.20235151/14.26.
551/15.26.20045151/10.32.30035103043.819.22527.117.4151 651/10.31.30845151/16.38.30635109748.122.7 151/15.06.0085151/16.057.006510794.45.5519.26.351 151/15.06.0085151/16.057.006510794.45.5519.26.351 151/15.06 251/10.11.10615151/12.14.10215103719.78.9511.54.651 251/10.11.10615151/12.14.10215103719.78. 251/10.11.10615151/12.14.10215103719.78.9511.54.651
4
351/15.16.10425151/18.10.20815100524.112.41513.72.951 351/
15.16.10425151/18.10.20815100524.112.41513.72.951 451/10.21.20235151/14.26.20425106238.415.81025.99.1151 451/10.21.20235151/14.26.
551/15.26.20045151/10.32.30035103043.819.22527.117.4151 651/10.31.30845151/16.38.30635109748.122.7
ALF
ACM
PH
LATOT
TAW
)A(
.0085151/16.057.006510794.45.5519.26.351
.0085151/16.057.006510794.45.5519.26.351
.0085151/16.057.006510794.45.5519.26.351
sliatedroferutalcnemoNotrefeR.7Tro6S=*
.XAM
ESUF
ST
)SPMA(
ALF
PH
ACM
LATOT
)A(
20425106238.415.81025.99.1151
20425106238.415.81025.99.1151
20425106238.415.81025.99.1151
STTAW
.XAM
ESUF
LATOT
LATOT
STTAW
)SPMA(
SPMA
05/1/022-00205/3/022-002
ACM
)A(
9511.54.651
2030.415.7102
9511.54.651
2030.415.7102
9511.54.651
2030.415.7102
.XAM
ESUF
LATOT
SPMA
)SPMA(
ACM
)A(
.XAM
ESUF
)SPMA(
- 7 -
Page 8
EM713
L914
EV325
LEDOMIPF
9S-EM902 9S-EM112 9S-EM412 9S­9S-EM023 9S-EM324 9S-EM624 9S-EM235 9S-EM936 9S-EL702 9S-EL902
9S-EL112 9S-EL413 9S-EL713 9S-E 9S-EL224 9S-EL725 9S-EL136 9S-EV602 9S-EV802 9S-EV902 9S-EV213 9S-EV513 9S-EV614 9S-EV914 9S­9S-EV726
ELECTRICAL DATA - 380-400/1/50
ELECTRIC DEFROST MODELS
SROTOMNAF SRETAEHTSORFED
SROTOMCSP
.YTQ
PH
251/18.09.00615103713.44.551 251/18.09.00615103713.44.551 251/18.09.00615103713.44.551 351/12.13.10425100523.68.751
6
6
4
351/12.13.10425100523.68.751 451/16.17.10235106232.82.0151 451/16.17.10235106232 551/12 1.20045103041.016.2151 651/14.25.20845109740.210.5151 251/18.09.00615103713.44.551
18.09.00615103713.44.551
251/ 251/18.09.00615103713.44.551 351/12.13.10425100523.68.751 351/12.13.10425100523.68.751 451/16.17.10235106232.82.0151 451/16.17.10235106232.82.0151 551/12 1.20045103041.016.2151 651/14.25.20845109740 251/18.09.00615103713.44.551 251/18.09.00615103713.44.551 251/18.09.00615103713.44.551 351/12 351/12.13.10425100523.68.751 451/16.17.10235106232.82.0151 451/16.17.10235106232.82.0151 551/12 1.20045103041.016.2151 651/14.25.20845109740.210.5151
ALF
LATOT
.13.10425100523.68.751
ACM )A(
AW
STT
ESUF.XAM
)SPMA(
LATOT STTAW
LATOT
SPMA
.82.0151
.210.5151
50Hz
ACM
)A(
ESUF.XAM
)SPMA(
- 8 -
Page 9
ELECTRICAL DATA - 200-220/1/50
HOT GAS DEFROST
50Hz
WITH DRAIN PAN HEATER MODELS
SROTOMNAF SRETAEHNAPNIARD
LEDOMIPF
6S-^M902
112
6S-^M 6S-^M412 6S-^M713 6S-^M023
6
6S-^M324 6S-^M624 6S-^M235 6S-^M936
6S-^L702 6S-^L902 6S-^L112 6S-^L413 6S-^L713
6
6S-^L914
224
6S-^L 6S-^L725 6S-^L136 6S-^V602 6S-^V802 6S-^V902 6S-^V213 6S-^V513
4
6S-^V614 6S-^V914 6S-^V325 6S-^V726
.YTQ
PH
251/10.11.10615151/12.14.1021515737.11.251 251/10.11.10615151/12.14.1021515737.11.251 251/10.11.10615151/12.14.1021515737.11.251 351/15.16.10425151/18.10.2081512153.29. 351/15.16.10425151/18.10.2081512153.29.251 451/10.21.20235151/14.26.2042519560.37.351 451/10.21.20235151/14.26.204 551/15.26.20045151/10.32.3003510187.36.451 651/10.31.30845151/16.38.3063510493.43.551 251/10.11.1061515 251/10.11.10615151/12.14.1021515737.11.251 251/10.11.10615151/12.14.1021515737.11.251 351/15 351/15.16.10425151/18.10.2081512153.29.251 451/10.21.20235151/14.26.2042519560.37.351 451/10.21.20235151/14.26.2042519560.37.351 551/15.26.20045151/10.32.3003510187.36.451 651/10.31.30845151/16.38.3063510493.43. 251/10.11.10615151/12.14.1021515737.11.251 251/10.11.10615151/12.14.1021515737.11.251 251/10.11.10615151/12.14.10 351/15.16.10425151/18.10.2081512153.29.251 351/15.16.10425151/18.10.2081512153.29.251 451/10.21.2023515 451/10.21.20235151/14.26.2042519560.37.351 551/15.26.20045151/10.32.3003510187.36.451 651/10
CM
ALF
LATOT
.16.10425151/18.10.2081512153.29.251
.31.30845151/16.38.3063510493.43.551
SROTOMCSPSROTOMCE
A
)A(
sliatedroferutalcnemoNotrefeR.GroT=^
STTAW
.XAM
ESUF
)SPMA(
PH
1/12.14.1021515737.11.251
1/14.26.2042519560.37.351
ALF
ACM
LATOT
)A(
STTAW
2519560.37.351
21515737.11.251
.XAM
ESUF
)SPMA(
LATOT STTAW
LATOT
SPMA
ACM
)A(
251
551
.XAM
ESUF
)SPMA(
- 9 -
Page 10
713
LEDOMIPF
9S-^M902
9S-^M112
9S-^M412 9S-^M 9S-^M023 9S-^M324 9S-^M624
-^M235
9S
9S-^M936 9S-^L702 9S-^L902
9S-^L112
9S-^L413 9S-^L713 9S-^L914 9S-^L224 9S-^L725 9S-^L136 9S-^V602 9S-^V802 9S-^V902 9S-^V213 9S-^V513 9S-^V614 9S-^V914 9S-^V325 9S-^V726
ELECTRICAL DATA - 380-400/1/50
HOT GAS DEFROST
50Hz
WITH DRAIN PAN HEATER MODELS
SROTOMNAF SRETAEHNAPNIARD
SROTOMCSP
.YTQ
PH
251/18.09.0061515739.02.151 251/18.09.0061515739.02.151 251/18.09.0061515739.02.151 351/12.13.1042512153.16.151
6
6
4
351/12.13.1042512153.16.151 451/16.17.1023519566.11.251 451/16.17.1023519566.11.251 551/121.2004510180.25.251 651/14.25.2084510494.29.251 251/18.09.0061515739.02.151 251/18.09.0061515739.02.151 251/18.09.0061515739.02.151 351/12.13.1042512153.16.151 351/12.13.1042512153.16.151 451/16.17.1023519566.11 451/16.17.1023519566.11.251 551/121.2004510180.25.251 651/14.25.2084510494.29.251 251/18.09.0061515739 251/18.09.0061515739.02.151 251/18.09.0061515739.02.151 351/12.13.1042512153.16.151 351/12.13.10425 451/16.17.1023519566.11.251 451/16.17.1023519566.11.251 551/121.2004510180.25.251 651/14.25.208
ALF
LATOT
sliatedroferutalcnemoNotrefeR.GroT=^
ACM )A(
TAW
ST
4510494.29.251
ESUF.XAM
)SPMA(
12153.16.151
LATOT STTAW
LATOT
SPMA
.02.151
ACM
)A(
.251
ESUF.XAM
)SPMA(
- 10 -
Page 11
WIRING DIAGRAM - 200-220/1/50
AIR DEFROST MODELS
GND
WITH DEFROST TIME CLOCK
DEFROST CLOCK
PARAGON # 8145
OR EQUIVALENT
TM
3
1
2
4X
PUMP DOWN
SWITCH
(IF USED)
N
THERMOSTAT
SPACE
NOTE #4
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
L2(N)
L1
GND
FUSE OR CIRCUIT BREAKER
NOTE #3
OMIT 2ND
FUSE
IF(N)
TO MULTIPLE EVAPS
F
4
(IF APPLIC)
LIQUID LINE
SOLENOID VALVE
NOTE #4
WITHOUT DEFROST TIME CLOCK
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
L2(N)
L1
GND
FUSE OR
CIRCUIT BREAKER NOTE #3
OMIT 2ND FUSE
IF(N)
F
4
THERMOSTAT
TO MULTIPLE
EVAPORATORS (IF APPLIC)
SPACE
NOTE #4
SOLENOID VALVE
LIQUID LINE
NOTE #4
4
F
TERMINAL BOARD
GND.
FAN
MTR
FAN MTR
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON EVAPORATOR NAMEPLATE.
4). MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR .
1-LP AIR 09/06
EVAPORATOR
FAN MOTOR POWER PLUGS
REFER TO EVAPORATOR
FAN
MTR
DATA PLATE FOR MOTOR QUANTITY
N.C.
N.C.
EVAPORATOR
4
F
TERMINAL BOARD
GND.
FAN MOTOR POWER PLUGS
REFER TO
FAN MTR
FAN MTR
EVAPORATOR
FAN MTR
DATA PLATE FOR MOTOR QUANTITY
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTOR Y WIRI NG
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 1 1 -
Page 12
WIRING DIAGRAM - 380-400/1/50
AIR DEFROST MODELS
460-1-60 Hz
380/400-1-50Hz
L1
GND
WITH DEFROST TIME CLOCK
FUSE OR CIRCUIT BREAKER NOTE #3
OMIT 2ND
FUSE
IF(N)
GND
TO MULTIPLE
SPACE
NOTE #4
CONTROL VOLTAGE
GND
L2
3
1
2
DEFROST CLOCK
PARAGON # 8145
OR EQUIVALENT
TM
4X
N
M2
M1
PUMP DOWN
SWITCH
(IF USED)
EVAPORATORS (IF APPLIC)
THERMOSTAT
L2(N)
L1
LIQUID LINE
SOLENOID VALVE
NOTE #4
N.C.
WITHOUT DEFROST TIME CLOCK
460-1-60 Hz
380/400-1-50Hz
L2
L1
GND
CONTROL VOLTAGE
GND
FUSE OR CIRCUIT BREAKER NOTE #3
M2
M1
TO MULTIPLE
EVAPORATORS (IF APPLIC)
SPACE
THERMOSTAT
NOTE #4
L2(N)
L1
LIQUID LINE
SOLENOID VALVE
NOTE #4
N.C.
OMIT
2ND FUSE
IF(N)
EVAPORATOR
M1
M2
TERMINAL BOARD
GND.
FAN
FAN
MTR
MTR
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON EVAPORATOR NAMEPLATE.
4). MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR .
6-LP 460 AIR 09/06
FAN MOTOR POWER PLUGS
REFER TO EVAPORATOR
FAN MTR
DATA PLATE FOR MOTOR QUANTITY
EVAPORATOR
M1
4
N
M2
TERMINAL BOARD
GND.
4
N
FAN MOTOR POWER PLUGS
REFER TO
FAN
MTR
FAN MTR
EVAPORATOR
FAN MTR
DATA PLATE FOR MOTOR QUANTITY
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 12 -
Page 13
WIRING DIAGRAM - 200-220/1/50
ELECTRIC DEFROST MODELS
SINGLE EVAPORATOR 12A MAX. HEATERS
FOR ALL MODELS WITHOUT DEFROST HEATER CONTACTOR
USING MAXIMUM 15A HEATER OVERCURRENT PROTECTION
REFER TO EVAPORATOR
DEFROST CLOCK PARAGON # 8145 OR EQUIVALENT
TM
3
4X
21
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
GND
FUSE OR CIRCUIT BREAKER
N
COMPR INTERLOCK
(IF USED)
L2L1
15A
GND.
SPACE
THERMOSTAT
NOTE #4
PUMP DOWN
SWITCH
(IF USED)
4
FAN
MTR
1
F
BK
X
BN
DT
FD
DEFROST TERMINATION
& FAN DELAY
CONTROL
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
FAN MTR
2
C
RD
FAN MTR
N
WH
6
N.C.
LIQUID LINE
SOL VALVE
NOTE #4
3
1
YL
HEATER
LIMIT
SWITCH
(10.0A MAX.)
FAN MO TOR POWER PLUGS
REFER TO EVAPORATOR DATA PLATE FOR MOTOR QUANTITY
ORANGE JUMPER
H1
DEFROST HEATERS
EVAPORATOR
EVAP FIELD MODIFICATION
SEE NOTE:
2
H2
MUST BE MADE
1
RELOCATE WHITE WIRE FROM
N TO H1 AS SHOWN
2
INSTALL ORANGE JUMPER
(SUPPLIED LOOSE)
FROM H2 TO N
H3
WARNING
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
2-LP ED 12/07
- 13 -
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
Page 14
WIRING DIAGRAM - 200-220/1/50
ELECTRIC DEFROST MODELS
SINGLE EVAPORATOR
FOR ALL MODELS USING DEFROST HEATER CONTACTOR
DEFROST CLOCK
PARAGON # 8145 OR EQUIVALENT
TM
3
4X
21
N
COMPR INTERLOCK
PUMP DOWN
SWITCH
(IF USED)
FUSE OR CIRCUIT BREAKER
NOTE #3
(IF USED)
SPACE
THERMOSTAT
NOTE #4
REFER TO EVAPORATOR NAMEPLATE
FOR ELECTRICAL REQUIREMENTS
L2L1
GND
L1
C
T1
N.C.
LIQUID LINE
SOL VALVE
NOTE #4
L2
T2
FUSE OR CIRCUIT BREAKER NOTE #3
DEFROST HEATER
CONTACTOR
4
F
GND.
FAN
MTR
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
3-LP ED CONTACTOR SINGLE 12/07
X
BN
DT
BK
FD
DEFROST TERMINATION
& FAN DELAY
CONTROL
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
FAN MTR MTR
RD
C
N
WH
(10.0A MAX.)
HEATER
LIMIT
SWITCH
FAN
621
3
H1
YL
FAN MOTOR POWER PLUGS
REFER TO EVAPORATOR DATA PLATE FOR
MOTOR QUANTITY
H2
H3
DEFROST HEATERS
EVAPORATOR
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 14 -
Page 15
WIRING DIAGRAM - 200-220/3/50
ELECTRIC DEFROST MODELS
SINGLE EVAPORATOR
FOR ALL MODELS USING 3 PHASE DEFROST HEATER CONTACTOR
DEFROST CLOCK PARAGON # 8145 OR EQUIVALENT
TM
3
4X
21
N
COMPR INTERLOCK
PUMP DOWN
SWITCH
(IF USED)
FUSE OR CIRCUIT BREAKER NOTE #3
(IF USED)
SPACE
THERMOSTAT
NOTE #4
REFER TO EVAPORATOR NAMEPLATE
FOR ELECTRICAL REQUIREMENTS
GND
L1
C
T1
N.C.
LIQUID LINE
SOL VALVE
NOTE #4
L3
L2L1
L2
L3
T2
T3
FUSE OR
CIRCUIT
BREAKER
NOTE #3
DEFROST HEATER
CONTACTOR
GND.
4
FAN
MTR
X
F
BN
DT
BK
FD
DEFROST TERMINATION
& FAN DELAY
CONTROL
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
FAN
MTR
12 6
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
3A-LP ED 3ph.CONTACTOR SINGLE 12/07
N
RD
C
3
WH
HEATER
LIMIT
SWITCH
(10.0A MAX.)
FAN MTR
H1
YL
FAN MOTOR POWER PLUGS
REFER TO EVAPORATOR
DATA PLATE FOR MOTOR QUANTITY
DEFROST HEATERS
EVAPORATOR
H2 H3
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 15 -
Page 16
WIRING DIAGRAM - 380-400/1/50
ELECTRIC DEFROST MODELS
SINGLE EVAPORATOR
FOR ALL 460V MODELS USING DEFROST HEATER AND FAN CONTACTORS
DEFROST CLOCK PARAGON # 8145
OR EQUIVALENT
TM
FUSE OR CIRCUIT
3
4X
21
EVAP FAN
L2
L1
T1
T2
CONTACTOR
C
N
PUMP DOWN
(IF USED)
BREAKER NOTE #3
COMPR INTERLOCK
(IF USED)
SPACE
THERMOSTAT
SWITCH
REFER TO EVAPORATOR NAMEPLATE
FOR ELECTRICAL REQUIREMENTS
L1
L2(N)
GND
NOTE #4
LIQUID LINE
SOL VALVE
NOTE #4
GND
C
N.C.
L2L1
L2
L1
T2
T1
FUSE OR CIRCUIT
BREAKER
NOTE #3
DEFROST HEATER
CONTACTOR
M2
M1
GND.
MTR
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
7-LP ED CONTACTOR SINGLE 12/07
H1 H2
COIL DEFROST HEATERS
FANFAN
MTR
X
3
FAN
MTR
4
FAN M OTOR POWER PLUGS
REFER TO EVAPORTOR
DATA PLATE FOR MOTOR QUANTITY
F
BN
DT
BK
FD
DEFROST TERMINATION
& FAN DELAY
CONTROL
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
YL
HEATER
LIMIT
SWITCH
(10.0A MAX.)
EVAPORATOR
N
C
RD
WH
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 16 -
Page 17
WIRING DIAGRAM - 200-220/1/50
ELECTRIC DEFROST MODELS
MULTIPLE EVAPORATORS
FOR ALL MODELS USING DEFROST HEATER CONTACTOR
GND.
DEFROST CLOCK PARAGON # 8145 OR EQUIVALENT
TM
3
4X
21
4
F
X
BN
BK
DEFROST TERMINATION
& FAN DELAY
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
DT
FD
CONTROL
N
COMPR INTERLOCK
PUMP DOWN
SWITCH
(IF USED)
C
RD
REFER TO EVAPORATOR NAMEPLATE
FOR ELECTRICAL REQUIREMENTS
GND
FUSE OR CIRCUIT BREAKER NOTE #3
C
(IF USED)
N.C.
LIQUID LINE
SPACE
NOTE #4
3
YL
SOL VALVE
NOTE #4
H1N
DEFROST HEATERS
THERMOSTAT
WH
HEATER
LIMIT
SWITCH
(10.0A MAX.)
L2
L1
FUSE OR CIRCUIT BREAKER NOTE #3
DEFROST HEATER
L2
L1
CONTACTOR
T2
T1
WARNING
FUSE OR CIRCUIT BREAKER NOTE #3
H2
GND.
4
F
X
BN
2
BK
DEFROST TERMINATION
DT-DEFROST TERM FD-FAN DELAY
DT
FD
& FAN DELAY
CONTROL
(10.0A MAX.)
1
C
RD
WH
HEATER
LIMIT
SWITCH
(10.0A MAX.)
* Remove & Insulate
EVAP#2 FIELD MODIFICATION
MUST BE MADE
SEE NOTE:
1
RELOCATE WHITE WIRE FROM
N AS SHOWN
2
REMOVE AND INSULATE
AS SHOWN
3
H1NH2
YL
DEFROST HEATERS
FAN M OTO R POWER PLUGS
REFER TO
FANFAN MTR
MTR
FAN MTR
EVAPORATOR DATA PLATE FOR MOTOR QUANTITY
PRIMARY
EVAPORATOR
* Fan delay not used on second evap / use fan contactor if total fan amps exceeds 10A
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
4-LP ED CONTACTOR MULTI 12/07
- 17 -
FAN M OTO R POWER PLUGS
REFER TO
FAN MTR
MTR
FANFAN MTR
EVAPORATOR DATA PLATE FOR MOTOR QUANTITY
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
SECONDARY
EVAPORATOR
Page 18
WIRING DIAGRAM - 380-400/1/50
ELECTRIC DEFROST MODELS
MULTIPLE EVAPORATORS
FOR ALL 460V MODELS USING DEFROST HEATER AND FAN CONTACTORS
REFER TO EVAPORATOR NAMEPLATE
DEFROST CLOCK PARAGON # 8145 OR EQUIVALENT
TM
3
4X
21
EVAP FAN
L2
L1
C
CONTACTOR
T2
T1
N
PUMP DOWN
FOR ELECTRICAL REQUIREMENTS
L1
GND
FUSE OR CIRCUIT BREAKER NOTE #3
COMPR INTERLOCK
(IF USED)
SPACE
THERMOSTAT
NOTE #4
LIQUID LINE
SWITCH
(IF USED)
SOL VALVE
L2(N)
N.C.
NOTE #4
GND
L2
L1
FUSE OR CIRCUIT
BREAKER
NOTE #3
DEFROST HEATER
CONTACTOR
L2
L1
C
T2
T1
FUSE OR CIRCUIT BREAKER
NOTE #3
WARNING
EVAP#2 FIELD MODIFI-
CATION MUST BE MADE
1
RELOCATE WHITE WIRE FROM
N AS SHOWN
FAN MTR
4
FAN MO TOR POWER PLUGS
REFER TO EVAPORATOR
DATA PLATE FOR MOTOR QUANTITY
GND.
M2
M1
MTR
H1 H2
DEFROST HEATERS
FANFAN MTR
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
8-LP 460v ED CONTACTOR MULTI 09/06
3
F
X
BN
DT
BK
FD
DEFROST TERMINATION
& FAN DELAY
CONTROL
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
YL
HEATER
SWITCH
(10.0A MAX.)
PRIMARY
EVAPORATOR
LIMIT
MTR
FAN
*
4
3
DEFROST TERMINATION
FAN MO TOR POWER PLUGS
REFER TO EVAPORATOR DATA PLATE FOR MOTOR QUANTITY
F
X
BN
DT
BK
FD
& FAN DELAY
CONTROL
(10.0A MAX.)
DT-DEFROST TERM FD-FAN DELAY
YL
(10.0A MAX.)
SECONDARY
EVAPORATOR
M2
GND.
M1
FAN MTR
N
C
RD
WH
H1 H2
DEFROST HEATERS
FAN
MTR
* Note: Fan Delay not used on second evap
HEATER
LIMIT
SWITCH
N
C
1
RD
WH
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 18 -
Page 19
WIRING DIAGRAM - 200-220/1/50
HOT GAS DEFROST MODELS
USING MAXIMUM 15A HEATER OVERCURRENT PROTECTION
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
FUSE OR
CIRCUIT
BREAKER
REFER TO SPECIFIC SYSTEM WIRING DIAGRAM (BY OTHERS) FOR FIELD CONTROL WIRING
GND
L2(N)
L1
15A
FAN MOTOR / HEATER WIRING
4
GND.
MTR
X
F
BK
**DEFROST TERMINATION
FANFAN MTR
*FAN HEATER
RD
CONTROL
CONTROL
C
FAN MTR
BN
RD
RD
FAN MOTOR POWER PLUGS
REFER TO EVAPORATOR DATA PLATE FOR MOTOR QUANTITY
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 75°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
5-LP HG 08/06
H1
N
DRAIN PAN HEATER
(IF APPLICABLE)
EVAPORATOR
H2
*FAN HEATER
CONTROL
ON REVERSE CYCLE LOCATED AT SUCTION LINE.
ON THREE-PIPE LOCATED AT DISTRIBUTOR SIDE PORT.
NOTE: DURING THE HOT GAS DEFROST CYCLE
THE FAN/HEATER CONTROL DE-ENERGIZES THE
EVAPORATOR FANS AND ENERGIZES THE
DRAIN PAN HEATER.
(ANYTIME THE TEMPERATURE OF THE INCOMING
REFRIGERANT GAS IS ABOVE 50° F).
**DEFROST TERMINATION
CONTROL
OPTIONAL FACTORY WIRED OR BY OTHERS
LOCATED ON TUBE END SHEET
THE CONTROL CLOSES WHEN REACHES 55` F (20 F DIFF)
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
- 19 -
Page 20
WIRING DIAGRAM - 380-400/1/50
HOT GAS DEFROST MODELS
USING MAXIMUM 15A HEATER OVERCURRENT PROTECTION
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
FUSE OR CIRCUIT BREAKER
GND
L2
L1
15A
FAN MOTOR / HEATER WIRING
GND.
EVAP FAN
L2
L1
T1
BN
T2
C
FAN
MTR
CONTACTOR
RD
RD
FAN MOTOR POWER PLUGS
REFER TO EVAPORATOR DATA PLATE FOR MOTOR QUANTITY
C
DRAIN PAN HEATER
(IF APPLICABLE)
EVAPORATOR
C
M2
M1
MTR
F
FANFA N MTR
3H1H2N
X
BK
*FAN HEATER
CONTROL
RD
**DEFROST TERMINATION
CONTROL
L2
L1
T2
T1
DEFROST HEATER
CONTACTOR
REFER TO SPECIFIC SYSTEM WIRING DIAGRAM
(BY OTHERS) FOR FIELD CONTROL WIRING
*FAN HEATER
CONTROL
ON REVERSE CYCLE LOCATED AT SUCTION LINE.
ON THREE-PIPE LOCATED AT DISTRIBUTOR SIDE PORT.
NOTE: DURING THE HOT GAS DEFROST CYCLE
THE FAN/HEATER CONTROL DE-ENERGIZES THE
EVAPORATOR FANS AND ENERGIZES THE
DRAIN PAN HEATER.
(ANYTIME THE TEMPERATURE OF THE INCOMING
REFRIGERANT GAS IS ABOVE 50° F).
**DEFROST TERMINATION
CONTROL
OPTIONAL FACTORY WIRED OR BY OTHERS
LOCATED ON TUBE END SHEET.
THE CONTROL CLOSES WHEN REACHES 55` F (20 F DIFF)
NOTES
1). USE COPPER CONDUCTORS ONLY
2). USE 90°C WIRE (OR HIGHER)
3). OVERCURRENT PROTECTION FOR EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED MAXIMUM VALUE SHOWN ON
EVAPORATOR NAMEPLATE.
4.) MAY BE FACTORY INSTALLED-MOUNTED AND WIRED ON EVAPORATOR
9-LP 460 HG 05/06
- 20 -
TERMINALS
-COMPONENT TERMINAL
-TERMINAL BLOCK TERMINAL
CONDUCTORS/WIRING
FACTORY WIRING
WIRING BY OTHERS
OPTIONAL FACTORY OR BY OTHERS
ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.
Page 21
DIMENSIONAL DATA
15 7/8
[403]
[341]
13 7/16
LEDOM
^M401 ^M601 ^M701 #M902 #M112 #M412 #M713 #M0 #M324 #M624 #M235 #M936
^L401 ^L501
^L601 #L702 #L902 #L112 #L413 #L713 #L914 #L2 #L725 #L136
^V301
^V401
^V501
#V602
#
#V902
#V213
#V513
#V614
#V914
#V325
#V726
3
[76]
11 7/8 3 1/8
6 1/2 [165]
MTG SLOTS
FO.ON
SNAF
14/103 14/103 14 24/164 24/164 24/164 34/126 34/126 44/187 44/187 54/149 64/1011
14/103 14/103 14/103 24/164 24/164 24/164 34/126 34/126 44/187 44/187 54/149 64/101
14/103 14/103 14/103 24/164 24/164 24/164 34/126 34/126 44/187 44/187 54/149 64/1011
1 3/8
[35]
12
[305] [302] [79]
MINIMUM
23
24
V802
.438 SLOTS IN
MOUNTING BRACKETS
AIR THROW APPROX 35' IN OPEN SPACE
3/4 MPT / 3/4 FLARE DRAIN CONNECTION
REFRIGERATION
CONNECTIONS.
SUCTION & LIQUID.
[341]
13 7/16
[102]
TYP
MTG SLOTS
C
AB C
NI
mm(
/103
1(
1
NI
)
)867( )867( )867(
)5711( )5711( )5711(
)1851( )1851( )8891( )8891( )4932( )0082(
)867( )867( )867(
)5711( )571 )5711(
)1851( )1851( )8891( )8891( )4932( )0082(
)867( )867( )867(
)5711( )5711( )5711(
)1851( )1851( )8891( )8891( )4932( )0082(
4/171 4/171 4/171 4/133 4/133 4/133 4/194 4/194 8/523 8/523 8/523 8/584
4/171 4/171 4/171 4/133 4/133 4/133 4/194 4/194 8/523 8/523 8/523 8/584
4/171 4/171
834(
4/171 4/133 4/133 4/133 4/19
4
4/194 8/523 8/523 8/523 8/584
NI
)mm(
)834( )834( )834( )548( )548( )548(
)928( )928( )928(
5321(
)834( )834( )834( )548( )548( )548(
)928( )928( )928(
)834( ) )834( )548( )548( )548(
)928( )928( )928(
A/N A/N A/N A/N A/N A/N A/N
)1521(
A/N
)1521(
8/523 8/523
8/584
)
8/584
A/N A/N A/N A/N A/N A/N A/N
)1521(
A/N
)1521(
8/523 8/523
8/584
)5321(
8/584
A/N A/N A/N A/N A/N A/N A/N
)1521(
A/N
)1521(
8/523 8/523
8/584
)5321(
8/584
elbaliavaRroG,H,T.EroA=^.Rro,G,H,T,E,A=#
[165]
4
A
B
6 1/26 1/2
[165]
ELECTRICAL
CONNECTIONS.
1, 2 AND 3 FAN
MODELS.
(TOP VIEW)
A
B
4, 5 AND 6 FAN
MODELS. (TOP VIEW)
NOITCUS
)mm(
A/N A/N A/N A/N A/N A/N A/N A/N
)928( )928(
)5321( )5321(
A/N A/N A/N A/N A/N A/N A/N A/N
)928( )928(
)5321( )5321(
A/N A/N A/N A/N A/N A/N A/N A/N
)928( )928(
)5321( )5321(
NOITCENNOC
TAEWS)DI(
8/52/12/1A/N 8/52/12/1A/N 8/52/12/1A/N 8/72/12/18/5 8/72/12/18/5 8/72/12/18/5 8/72/12/18/7 8/72/12/18/7
8/112/12/18/7 8/112/12/18/7 8/312/12/18/11 8/318/78/58/11
8/52/12/1A/N 8/52 8/52/12/1A/N 8/72/12/18/5 8/72/12/18/5 8/72/12/18/5 8/72/12/18/7
8/112/12/18/7 8/112/12/18/7 8/118/78/58/7 8/318/78/58/11 8/318/78/58/11
8/52/12/1A/N 8/52/12/1A/N 8/52/12/1A/N 8/72/12/18/5 8/72/12/18/5 8/72/12/18/5 8/72/12/18/7
8/112/12/18/7 8/112/12/18/7 8/118/78/58/7 8/318/78/58 8/318/78/58/11
ROTUBIRTSID
TELNI
EZIS
SAGTOH
ROTUBIRTSID
TROPEDIS
/12/1A/N
sliatedroferutalcnemoNotrefeRylnosledomnaf6ot2ni
NAPNIARD
POOL
/11
- 21 -
Page 22
SHIPPING WEIGHTS
Air Defrost and Hot Gas Defrost with Drain Pan Heater Models
REBMUNLEDOM
AM401A/NA/NA/NA/NA/NA/NAW401 AM601A/NA/NA/NA/NA/NA/NAW601
AM701A/NA/NA/NA/NA/NA AM902TM902GM902GL702TL702GV602TV602AW902 AM112TM112GM112GL902TL902GV802TV802AW112 AM412TM412GM4 AM713TM713GM713GL413TL413GV213TV213AW713 AM023TM023GM023GL713TL713GV513TV513AW023 AM324TM324GM324GL914TL914GV614TV614AW324 AM624TM624GM624GL224TL224GV914TV914AW624 AM235TM235GM235GL7 AM936TM936GM936GL136TL136GV726TV726AW936
12GL112TL112GV902TV902AW412
Electric Defrost Models
EM401EL401EV301EW401 EM601EL501EV401EW601 EM701EL601EV501EW701 EM902EL702EV602EW902
EM112EL902EV802EW112
EM412EL112EV902EW412 EM713EL413EV213EW713 EM023EL71 EM324EL914EV614EW324 EM624EL224EV914EW624 EM235EL725EV325EW235 EM936EL136EV726EW
3EV513EW023
25TL725GV325TV325AW235
REBMUNLEDOM
/NAW701
936
.BL
54 74 94 07 47 87
101
701)84( 711 531 361 291
.BL
94
15 35 67 08 48
901
511)25( 721 541 671 702
THGIEWGNIPPIHS
)gk(
)02( )12( )22( )23( )33( )53( )64(
)35( )16( )47( )78(
THGIEWGNIPPIHS
)gk(
)22( )32( )42( )43( )63( )83( )94(
)85( )66( )08( )49(
Hot Gas Defrost with Drain Pan Loop Models
REBMUNLEDOM
HM902RM902HL702RL702HV602RV602 HM112RM112HL902RL902HV802RV802 HM412RM4 HM713RM713HL413RL413HV213RV213 HM023RM023HL713RL713HV513RV513 HM324RM324HL914RL HM624RM624HL224RL224HV914RV914 HM235RM235HL725RL725HV325RV325 HM936RM936HL136RL136HV7
12HL112RL112HV902RV902
914HV614RV614
26RV726
-22 -
.BL
78 19 59
421
031)95( 541 361 891 332
THGIEWGNIPPIHS
)gk(
)93( )14( )34( )65(
)66( )47( )09(
)601(
Page 23
RECOMMENDED THERMAL EXPANSION VALVE SELECTIONS
MEDIUM TEMPERATURE MODELS
DANFOSS
LEDOM
M401 M601 M701 M902 M112 M412 M713 M023 M324 M624 M235 M936
YROTCAF
DELLATSNI
ELZZON
A/NN-4-A404R-EAUTN-3-22R-EAUTN-3-a431R-EAUT
2/1-LN-4-A 2/1-LN-5-A404R-EAUTN-4-22R-EAUTN-5-a431R-EAUT
4/3-LN-6-A404R-EAUTN 1-LN-6-A404R-EAUTN-5-22R-EAUTN-6-a431R-EAUT 1-LN-7-A404R-EAUTN-6-22R-EAUTN-7
2/11-LN-8-A404R-EAUTN-7-22R-EAUTN-8-a431R-EAUT
2/11-LN-8-A404R-EAUTN-7-22R-EAUTN-8-a431R­2-LN-8-A404R-EAUTN-8-22R-EAUTN-8-a431R-EAUT 2-LN-9-A404R-EAUTN-8-22R-EAUTN-9-a431R-EAUT
2/12-
LN-1CT-A404R-EACTN-8-22R-EAUTN-9-a431R-EAUT
3-GN-2CT-A404R-EACTN-9-22R-EAUTN-2CT-a431R-EACT
/A404R
705R
404R-EAUTN-4-22R-EAUTN-4-a431R-EAUT
22Ra431R
-4-22R-EAUTN-6-a431R-EAUT
ALCO
LEDOM
M401 M601 M701 M902 M112 M412 M713 M023 M324 M624 M235 M936
YROTCAF
DELLATSNI
ELZZON
A/NCS4/1CSEFHCH2/1CSEFHCM2/1CSEFH
2/1-LCS2/1CSEFHCH2/1C 2/1-LCS2/1CSEFHCH2/1CSEFHCM4/3CSEFH
4/3-LCS1CSEFHCH1CSEFHCM4/3CSEFH 1-LCS1CSEFHCH1CSEF 1-LCS4/1-1CSEFHCH2/1-1CSEFHCM1CSEFH
2/11-LCS2/1-1CSEFHCH2/1-1CSEFHCM2/1-1CSEFH
2/11-LCS2/1 2-LCS2CSEFHCH2CSEFHCM4/3-1CSEFH 2-LCS2CSEFHCH2/1-2CSEFHCM2/1-2CSEFH
2/12
-LCS2/1-3CSEFHCH2/1-2CSEFHCM2/1-2CSEFH 3-GCS2/1-3CSEFHCH3CSEFHCM4CSEFH
Above selections based on:
1) 100°F (38°C) vapor free liquid entering expansion valve
2) 110°F (43°C) Condensing temperature
3) 8 -12°F (4.4 -6.7°C) evaporator TD
/A404R
705R
-1CSEFHCH2CSEFHCM4/3-1CSEFH
22Ra431R
SEFHCM4/3CSEFH
HCM1CSEFH
SPORLAN*
LEDOM
M401 M601
M701 M902 M112
-a431R-EAUT
EAUT
M412 M713 M023 M324 M624 M235 M936
YROTCAF
DELLATSNI
ELZZON
A/NC-4/1-ESGEC-3/1-EVGEC-4/1-EJGE
2/1-LC-2/1-ESGEC-2/1 2/1-LC-2/1-ESGEC-4/3-EVGEC-2/1-EJGE
4/3-LC-1-ESGEC-4/3-EVGEC-1-EJGE 1-LC-1-ESGEC-1-EV 1-LC-2/1-1-ESGEC-2/1-1-EVGEC-1-EJGE
2/11-LC-2/1-1-ESGEC-2/1-1-EVGEC-2/1-1-EJGE
2/11-LC-2­2-LC-2-ESGEC-2-EVGEC-2/1-1-EJGE 2-LC-2-ESGEC-2-EVGEC-2-EJGE
2/12-LC-3-ES
3-GC-4-ESSC-3-EVGEC-3-EJGE
/A404R
*705R
ESGEC-2/1-1-EVGEC-2/1-1-EJGE
SC-3-EVGEC-2/1-2-EJGE
22Ra431R
-EVGEC-2/1-EJGE
GEC-1-EJGE
ELZZON
.
oNECIFIRO
2/1070. 4/3680.
15990. 2/1-1021.
26041. 2/1-2751.
3271.
4991.
5112.
6242.
8662.
01182.
lliwevlavnoisnapxenalropSrofedoctnaregirfer,705RroF*
"EPGE"semoceb"ESGE":.e.i."S"fodaetsni"P"eb
tonsielzzontcerrocfI
reporpeht,elbaliava
ebnacezisecifiro
gnisudleifehtnidellird
trahcgniwollofeht LLIRD
EZIS .NI
- 23 -
Page 24
RECOMMENDED THERMAL EXPANSION VALVE SELECTIONS
LOW TEMPERATURE R404A/R507 MODELS
DANFOSS
LEDOM
L401 L501
L601 L702 L902
L112
L413 L713 L914 L2
24
L725 L136
V301 V401 V501 V602 V802 V902 V213 V513 V614 V914 V325 V726
YROTCAF
2/1-LN-4-A404R-EAUTMN-5-A404R-EAUTMN-5-A404R-EAUTMN-6-A404R-EAUTMN-6-A404R-EAUT
4/3-LN-5-A404R­1-LN-6-A404R-EAUTMN-6-A404R-EAUTMN-6-A40 1-LN-6-A404R-EAUTMN-7-A404R-EAUTMN-7-A404R-EAUTMN-7-A404R-EAUTMN-8-
2/1-1N-7-A404R-EAUTMN-7-A404R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUT
2-LN-7-A40 2-LN-8-A404R-EAUTMN-8-A404R-EAUTMN-9­3-LN-9-A404R-EAUTMN-9-A404R-EAUTMN-9-A404R-EAUTMN-1CT-A404R-EAC 3-LN-9-A404R-EAUTMN-9-A404R-EAUTMN-1CT-A404R-EACTMN-1CT-A404R-EACTMN-1CT-A404R-EACT 4-GN-9-A404R-EAUTMN-1CT-A404R-EACTMN-1CT-A404R-EACTMN-1CT-A404R-EACTMN-2CT-A404R-EACT 4-GN-1CT-A404R-E 5-GN-2CT-A404R-EACTMN-2CT-A404R-
2/1-LN-4-A404R-EAUTMN-4-A404R-EAUTMN-4-A404R-EAU
4/3-LN-5-A404R-EAUTMN-5-A404R-EAUTMN-5-A404R-EAUTMN-6-A404R-EAUTMN-6-A404
1-LN-5-A404R-EAUTMN-6-A404R-EAUTMN-6-A404R-EAUTMN-6-A404R-EAUTMN-7-A404R-EAUT 1-LN-6-A404R-EAU
2/11-LN-6-A404R-EAUTMN-7-A404R-EAUTMN-7-A40 2-LN-7-A404R-EAUTMN-7-A404R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUTMN-8­2-LN-8-A404R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUTMN-9-A404R-EAUTMN-9-A404R-EAUT
2/12-LN-8-A4
2/12-LN-8-A404R-EAUTMN-9-A404R-EA 3-GN-9-A404R-EAUTMN-9-A404R-EAUTMN-1CT-A404R-EACTMN-1CT 4-GN-9-A404R-EAUTMN-1CT-A404R-EACTMN-1CT-A404R-EACTMN-2CT-A404R-EACTMN-2CT­5-GN-1CT-A404R-EACTMN-2CT-A404R-EACTMN-2CT-A404R-EACTMN-2CT-A404R-EACTMN-3CT-A404R-EACT
F°0 )C°81-( .PAVEF°01- )C°32-( .PAVEF°02- )C°92-( .PAVEF°03- )C°43-( .PAVEF°04- )C°04-(
ELZZONDELLATSNI
EAUTMN-6-A404R-EAUTMN-6-A404R-EAUTMN-6-A404R-EAUTMN-6-A404R-EAUT
4R-EAUTMN-7-A404R-EAUTMN-7-A404R-EAUT
4R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUTMN-9-A404R-EAUT
A404R-EAUTMN-9-A404R-EAUTMN-9-A404R-EAUT
TMN-1CT-A404R-EACT
ACTMN-2CT-A404R-EACTMN-2CT-A404R-EACTMN-2CT-A404R-EACTMN-3CT-A404R-EACT
EACTMN-3CT-A404R-EACTMN-3CT-A404R-EACTMN-3CT-A404R-EACT
TMN-5-A404R-EAUTMN-5-A404R-EAUT
TMN-6-A404R-EAUTMN-7-A404R-EAUTMN-7-A404R-EAUTMN-7-A404R-EAUT
4R-EAUTMN-8-A404R-EAUTMN-8-A404R-EAUT
04R-EAUTMN-9-A404R-EAUTMN-9-A404R-EAUTMN-9-A404R-EAUTMN-1CT-A404R-EACT
UTMN-9-A404R-EAUTMN-9-A404R-EAUTMN-1CT-A404R-EACT
-A404R-EACTMN-1CT-A404R-EACT
.PAVE
A404R-EAUT
R-EAUT
A404R-EAUT
A404R-EACT
SPORLAN*
LEDOM
L401 L501 L601 L702 L902 L112 L413 L713 L914 L224 L725 L136 V301 V401
V501 V602 V802 V902 V213 V513 V614 V914 V325 V726
YROTCAF
2/1-LC-4/1-ESGEPZ-4/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGE
4/3-LC-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEP 1-LC-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGE 1-LC-2/1-ESGEPZ-2/1-ESG
2/1-1C-1-ESGEPZ-1-ESGEPZ-1-ESGEPZ-1-ESGEPZ-1-ESGE 2-LC-1-ESGEPZ-1-ESGEPZ-1-ES 2-LC-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGE 3-LC-2/1-1-ESG 3-LC-2-ESGEPZ-2-ESGEPZ-2-ESGEPZ-2-ESGEPZ-2-ESGE
4-GC-2-ESGEP 4-GC-3-ESSPZ-3-ESSPZ-3-ESSPZ-3-ESSPZ-4-ESS 5-GC-4-ESSPZ-4-ESSPZ-4-ESSPZ-4
2/1-LC-6/1-ESGEPZ-6/1-ESGEPZ-4/1-ESGEPZ-4/1-ESGEPZ-4/1-ESGE
4/3-LC-4/1-ESGEPZ-4/1-ESGEPZ-2/ 1-LC-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGE 1-LC-2/1-ESGEPZ-2
2/11-LC-2/1-ESGEPZ-2/1-ESGEPZ-1-ESGEPZ-1-ESGEPZ-1-ESGE 2-LC-1-E 2-LC-1-ESGEPZ-1-ESGEPZ-1-ESGEPZ-1-ESGEPZ-2/1-1-ESGE
2/12-LC-2/1-1
2/12-LC-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2
3-GC-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2-ESGEPZ-2-ESGEPZ-2-ESGE 4-GC-2-ESGEPZ-2-ESGEPZ-3-ESSPZ 5-GC-3-ESSPZ-3-ESSPZ-3-ESSPZ-3-ESSPZ-4-ESS
Above selections based on:
1) 100°F (38°C) vapor free liquid entering expansion valve
2) 110°F (43°C) Condensing temperature
3) 8 -12°F (4.4 -6.7°C) evaporator TD
F°0 )C°81-( .PAVEF°01- )C°32-( .PAVEF°02- )C°92-( .PAVEF°03- )C°43-( .PAVEF°04- )C°04-(
ELZZONDELLATSNI
EPZ-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2-ESGEPZ-2-ESGE
SGEPZ-1-ESGEPZ-1-ESGEPZ-1-ESGEPZ-1-ESGE
-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGEPZ-2/1-1-ESGE
.PAVE
Z-2/1-ESGEPZ-2/1-ESGE
EPZ-1-ESGEPZ-1-ESGEPZ-1-ESGE
GEPZ-1-ESGEPZ-1-ESGE
Z-2-ESGEPZ-2-ESGEPZ-3-ESSPZ-3-ESS
-ESSPZ-4-ESS
1-ESGEPZ-2/1-ESGEPZ-2/1-ESGE
/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGEPZ-2/1-ESGE
/1-1-ESGEPZ-2-ESGE
-3-ESSPZ-3-ESS
"EPGE"semoceb"ESGE":.e.i."S"fodaetsni"P"eblliwevlavnoisnapxenalropSrofedoctnaregirfer,705RroF*
- 24 -
Page 25
RECOMMENDED THERMAL EXPANSION VALVE SELECTIONS
LOW TEMPERATURE R404A/R507 MODELS
ALCO
LEDOM
L401 L501 L601 L702 L902 L112 L413 L713 L914 L224 L725 L136 V301 V401
V501 V602 V802 V902 V213 V513 V614 V914 V325 V726
YROTCAF
2/1-LCS4/1CSEFH54WS2/1CSEFH54WS2/1CSEFH54WS2/1CSEFH54WS2/1CSEFH
4/3-LCS2/1CSEFH54WS2/1CSEFH54WS2/ 1-LCS2/1CSEFH54WS2/1CSEFH54WS1CSEFH54WS1CSEFH54WS1CSEFH 1-LCS1CSEFH54WS1CSE
2/1-1CS1CSEFH54WS1CSEFH54WS4/1-1CSEFH54WS4/1-1CSEFH54WS2/1-1CSEFH
2-LCS1CSEFH54WS4/1-1CSEFH54WS2/1-1CSEFH54WS2/1-1CSEFH54WS2CSEFH 2-LCS4/1-1CSEFH54WS2/1-1CSEFH54WS2CSEFH54WS 3-LCS2/1-1CSEFH54WS2CSEFH54WS2CSEFH54WS2CSEFH54WS2/1-3CSEFH 3-LCS2/1-1CSEFH54WS2CSEFH54
4-GCS2CSEFH54WS2CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH 4
-GCS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS5CSEFH 5-GCS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3C
2/1-LCS4/1CSEFH54WS4/1CSEFH54WS4/1CSEFH54WS2/1CSEFH54WS2/1CSEFH
4/3-LCS4/1CSEF 1-LCS2/1CSEFH54WS2/1CSEFH54WS2/1CSEFH54WS1CSEFH54WS1CSEFH 1-LCS2/1CSEFH54WS2/1CSEFH54WS1CSEFH54WS1CSEFH54WS4/1-1CSEFH
2/11-LCS1CSEFH54WS1CSEFH54WS1CSEFH54WS4/1-1 2-LCS1CSEFH54WS1CSEFH54WS4/1-1CSEFH54WS4/1-1CSEFH54WS2/1-1CSEFH 2-LCS4/1-1CSEFH54WS
2/12-LCS4/1-1CSEFH54WS2/1-1CSEFH54WS2CSEFH54WS2CSEFH54WS2
2/12-LCS2/1-1CSEFH54WS2/1-1CSEFH54WS2CSEFH54WS2CSEFH54WS2/1-3CSEFH 3-GCS2/1-1CSEFH54WS2CSEFH54WS2 4-GCS2CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH 5-GCS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH54WS5CSEFH
Above selections based on:
1) 100°F (38°C) vapor free liquid entering expansion valve
2) 110°F (43°C) Condensing temperature
3) 8 -12°F (4.4 -6.7°C) evaporator TD
F°0 )C°81-( .PAVEF°01- )C°32-( .PAVEF°02- )C°92-( .PAVEF°03- )C°43-( .PAVEF°04- )C°04-(
ELZZONDELLATSNI
H54WS2/1CSEFH54WS2/1CSEFH54WS2/1CSEFH54WS2/1CSEFH
(cont’d)
.PAVE
1CSEFH54WS2/1CSEFH54WS1CSEFH
FH54WS1CSEFH54WS1CSEFH54WS4/1-1CSEFH
2CSEFH54WS2CSEFH
WS2CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH
SEFH54WS5CSEFH54WS5CSEFH
CSEFH54WS4/1-1CSEFH
4/1-1CSEFH54WS2/1-1CSEFH54WS2/1-1CSEFH54WS2CSEFH
CSEFH
CSEFH54WS2/1-3CSEFH54WS2/1-3CSEFH
- 25 -
Page 26
INSTALLATION INSTRUCTIONS
INSTALLATION
The installation and start-up of Unit Coolers should only be performed by qualified refrigeration mechanics. This equipment should be installed in accordance with all applicable codes, ordinances and local by-laws.
INSPECTION
Inspect all equipment before unpacking for visible signs of damage or loss. Check shipping list against material
received to ensure shipment is complete. IMPORTANT: Remember, you, the consignee, must make
any claim necessary against the transportation company . Shipping damage or missing parts, when discovered at the outset, will prevent later unnecessary and costly delays.
If damage or loss during transport is evident, make claim to carrier, as this will be their responsibility, not the manufacturer’s.
Should carton be damaged, but damage to equipment is not obvious, a claim should be filed for “concealed
damage” with the carrier. IMPORTANT: The electrical characteristics of the unit
should be checked at this time to make sure they correspond to those ordered and to electrical power available at the job site.
Save all shipping papers, tags and instruction sheets for reference by installer and owner .
APPLICATION
LP unit coolers are designed for walker-in cooler and freezer applications used with refrigerant R22 or R404A. For room temperatures above 35°F (2 °C) AND evaporating temperatures above 26°F (-3 °C), positive defrosting means (with electric or hot gas) may not be required, otherwise, electric defrost or hot gas defrost models should be used. Electric defrost models come with defrost termination and fan delay as standard to control the defrost cycle termination and fan delay , while defrost initiation means (e.g. defrost timer) is not included.
The coil must not be exposed to any abnormal atmospheric or acidic environments. This may result in corrosion to the cabinet and possible coil failure (leaks). (Consult manufacturer for optional baked on phenolic protective coatings).
LOCATION
The unit location in the room should be selected to ensure uniform air distribution throughout the entire space to be refrigerated. Be sure that the product does not obstruct the free circulation of air. Allow a minimum of 24” clear­ance at each end. Do not locate evaporators over doors. Consideration should be given to the coil location in order to minimize the piping run length to the condensing unit and floor drain.
EXPANSION VALVE (TXV) SELECTION
All units require the use of an externally equalized expansion valve. (A 1/4” (6 mm) O.D. equalizer line has been provided on the coil) TX valves should not be selected strictly by their nominal ton rating. (This rating is based at a specific pressure differential and entering liquid temperature). Since applications will differ it is suggested the following selection procedure be followed.
1.Determine actual unit cooler capacity. The nominal rating is based at 10OF T .D. (5 .6°C) (Entering Air T emp. minus Evap. T emp.), R404A refrigerant. For R22, use the rated capacity x 0.95. For medium temperature R134a, use the rated capacity x 0.90. Note that a higher / lower operating T.D.will increase / decrease this capacity rating by their direct ratio within a range of 8 to 12°F (4 .4 to
6.7°C) T .D.
2.Determine the pressure drop across the valve by subtracting the evaporating pressure and distributor pressure drop from the high side liquid pressure. The distributor pressure drop is typically in the range of 20 to 35 psig (1.4 to 2.4 bar) depending on the type of refrigerant and operating conditions.
3.Estimate entering liquid temperature. T emperatures lower than 100 ratings. Refer to valve manufacturer’s specs for details.
4.Select valve from the valve manufacturer selection charts for the appropriate refrigerant, evaporating temp and pressure drop.
For best performance, the outlet of the expansion valve should be installed directly to the distributor body . If this is not possible, a straight tube up to 12 inches may be used for the connection.
Locate the expansion valve bulb on a horizontal length of suction line preferably 3 to 6 inches from the suction header. Locate the bulb at 4 or 8 clock position and insulate with a waterproof type of insulation. Clamp the bulb to ensure 100% contact of the bulb with the suction line.
Ensure appropriate nozzle has been installed in the distributor before installing valve. After following the manufacturer’s installation instructions and after the room has reached the desired temperature the valve superheat should be checked. This will confirm that the evaporator is operating properly and performing to maximum efficiency . The superheat should be around 6 (3.3 OC) to 8OF (4.4 OC) for a 10 to 12OF T.D (5.6 to
6.7 OC). Too high or low a super heat will result in
unsatisfactory system performance and possible compressor problems.
°
F (38 °C) increase valve capacity
- 26 -
Page 27
INSTALLATION INSTRUCTIONS
NOZZLE INSTALLATION
For common applications (Medium temp. R404A, R22, 8 to 12°F (4 .4 to 6.7°C) T.D.; low temp. R404A, 8 to 12°F (4 .4 to 6.7°C) T.D.) the nozzle for all models has been factory installed. For other applications, refer to nozzle manufacturer’s selection guide. T o replace a nozzle, the nozzle retainer clip (in distributor) must be
removed before inserting nozzle. Re-install clip ensuring nozzle is properly in place. A small nozzle can be drilled larger using the drill size listed in table on page 23. Ensure the hole must be accurately centered and smooth. A lathe is preferred for the drilling.
T o prevent freeze-up when the temperature of the refrigerated space is 35oF (2 °C) or lower , the drain line should be heated along its run inside the cold room. The heated drain line should be insulated. It is recommended that the heater be energized at all times. A heat input of 20 watts per foot in a 28°F (-2°C) room and 30 watts per foot for -20°F (-29°C) rooms, is satisfactory . Drain line heaters are not required for constant room temperature above 35°F (2°C). Always trap evaporator drain line individually to prevent vapor migration.
MOUNTING
Refer to dimensional drawing for recommended mounting arrangements. Ensure adequate clearance is provided behind the coil as well as each end. The evaporators may be mounted flush with ceiling with bolts, or hanging down with rod hangers. When using rod hangers, allow ad­equate space between the top of the unit and the ceiling for cleaning to comply with NSF Standard 7.
Ensure that the ceiling is level since the drain pan has been sloped for drainage during the defrost
cycle.
DRAIN LINE
The drain line should be run from the drain connection, sloping at least 1” (25 mm) per foot and should have the size at least as large as the drain connection. A trap in a warm area outside the room must be provided to allow proper draining through the tubing. Connection should be made to proper drainage facilities that comply with local regulations.
Ensure that the drain line has sufficient slope for proper drainage (prevention of ice build up/blockage
in pan).
PIPING
Refrigeration grade piping must be used for all field refrigeration piping. Refrigerant line sizes are important and may not be the same size as the coil connections. Consult ASHRAE handbook or other similar reference book for proper line sizing. Refrigerant piping and control system should be designed to prevent possible liquid slugging (from oil or refrigerant) of the compressors on start-up after the defrost cycle. Also, it should prevent oil logging and minimize refrigerant pressure drop.
For hot gas models, refer to pages 29 - 30 for recommended piping.
- 27 -
Page 28
INSTALLATION INSTRUCTIONS
WIRING
Wire system in accordance with governing standards and local codes. See data and wiring diagrams on pages 5 to 21 for typical wiring arrangement. Electrical wiring is to be sized in accordance with minimum circuit ampacity rating (MCA). Size fuses used must not exceed the Maximum
Fuse Size ratings.
For ease of identifying the proper wiring terminal, unit wiring is color coded and terminal block connections are identified.
When fan delay thermostats (combination fan delay and defrost termination) are installed, on start-up, the fans do not operate until the coil temperature is reduced to approximately 25oF (-4°C). It is normal for the fans to cycle a few times until the room temperature is brought down. At higher evaporating temperatures this control may not close and therefore should either be by-passed temporarily or replaced with an adjustable type. (set for a higher temperature cut-in point).
MAINTENANCE
The unit should be periodically inspected for any dirt or ice build-up on the fin surface and cleaned if necessary with a soft whisk or brush. Also ensure coils inner (and outer) drain pans do not have any ice build-up from improper defrost operation. When replacing heater elements first remove heater retainer brackets and heater clips.
SYSTEM CHECK
Before Start-Up:
1.All wiring should be in accordance with local codes.
2.Refrigerant lines should be properly sized.
3. All systems preferably include a liqud line solenoid valve at immediately up stream of the expansion valve.
4.Thorough evacuation and dehydration has been performed.
5.The suction, discharge, and receiver service valves must be open.
6.The system preferably include a liquid line filter drier moisture indicator and suction filter.
7.Pour enough water into the drain pan to allow a good check on drainage and seal the trap.
After Start-Up:
1. Check the oil level to be sure the oil charge is
correct.
2. On initial start up the fans do not start until coil
temperature is pulled down to approximately 25°F (-4 °C) on the coil. Also, it is normal for the fan to cycle a few times until the room temperature is pulled down.
3. If necessary , temporarily by-pass fan delay control
(to run fans until room temp is lowered).
4. Be sure that the expansion valve is properly set to
provide the correct amount of superheat.
5. After the box temperature is close to reaching the desired temperature, the evaporator superheat must be checked and adjustment made if necessary. In general, evaporators running with a TD of 10°F
(5.6 °C ) should have a superheat reading of 6° to 8°F (3.3 °C to 4.4 °C). For evaporators with another T .D.,
thegeneral rule is that the superheat should be around 60 to 80% of T.D.
6. Heavy moisture loads are usually encountered when starting the system for the first time. This may cause a rapid build-up of frost on the unit cooler. During the initial pull down, we suggest that the frost build-up be watched and defrosted manually as required.
7. Observe that the system goes through at least one complete DEFROST CYCLE.
- 28 -
Page 29
HOT GAS PIPING SCHEMATICS
STANDARD CONFIGURATIONS
Refer to Nomenclature for details
REVERSE CYCLE DEFROST
EVAPORATOR COIL
HOT GAS DRAIN PAN
DEFROST LOOP
REVERSE CYCLE DEFROST
EVAPORATOR COIL
ELECTRIC DRAIN PAN HEATER
WITH HOT GAS DRAIN PAN LOOP
WITH CHECK VALVE LOOSE
DISTRIBUTOR
LEAVING
HOT GAS
CHECK VALVE
STD-R
WITH HOT GAS DRAIN PAN LOOP
WITH CHECK VALVE LOOSE
DISTRIBUTOR
LEAVING
HOT GAS
ENTERING HOT GAS
STD-G
FACTORY PIPING
CHECK
VALVE
FACTORY PIPING
3-PIPE DEFROST
EVAPORATOR COIL
HOT GAS DRAIN PAN
DEFROST LOOP
3-PIPE DEFROST
EVAPORATOR COIL
ELECTRIC DRAIN PAN HEATER
WITH HOT GAS DRAIN PAN LOOP
WITH CHECK VALVE LOOSE
DISTRIBUTOR
ENTERING HOT GAS
CHECK VALVE
LEAVING HOT GAS
WITH HOT GAS DRAIN PAN LOOP
DISTRIBUTOR
LEAVING
HOT GAS
STD-H
WITH CHECK VALVE LOOSE
ENTERING HOT GAS
STD-T
FACTORY PIPING
CHECK
VALVE
FACTORY PIPING
Standard Offering: All Models
Check Valve is included with the coil shipped loose as it is a must have component for system operation.
Check Valve & TXV - See next page (OPT 1)
When a TXV is ordered with a HG defrost coil: Its only option will be Factory Installed. The bypass check valve will be factory installed as well as part of the same option.
• Reverse Cycle PanHeater (G Models) when ordered with TXV & Check Valve: o TXV, Check Valve and bypass Tee are factory installed
• Reverse Cycle PanLoop (R Models) when ordered with TXV & Check Valve: o TXV, Check Valve and bypass Tee are factory installed
• 3-Pipe PanHeater (T Models) when ordered with TXV & Check Valve: o TXV and Check Valve are factory installed
• 3-Pipe PanLoop (H Models) when ordered with TXV & Check Valve: o TXV and Check Valve are factory installed
- 29 -
Page 30
HOT GAS PIPING SCHEMATICS
OPTIONAL CONFIGURATIONS
Refer to Nomenclature for details
REVERSE CYCLE DEFROST
COMPLETE ASSY PROVIDED WHEN TXV IS MTD
EVAPORATOR COIL
HOT GAS DRAIN PAN
DEFROST LOOP
REVERSE CYCLE DEFROST
EVAPORATOR COIL
ELECTRIC DRAIN PAN HEATER
DISTRIBUTOR
COMPLETE ASSY PROVIDED WHEN TXV IS MTD
DISTRIBUTOR
WITH HOT GAS DRAIN PAN LOOP
CHECK VALVE MOUNTED
TXV
LEAVING
HOT GAS
CHECK
VALVE
OPT1
FACTORY PIPING
WITH HOT GAS DRAIN PAN LOOP
CHECK VALVE MOUNTED
TXV
CHECK
VALVE
LEAVING
HOT GAS
OPT1
G
FACTORY PIPING
R
3 PIPE DEFROST
EVAPORATOR COIL
HOT GAS DRAIN PAN
DEFROST LOOP
3 PIPE DEFROST
EVAPORATOR COIL
ELECTRIC DRAIN PAN HEATER
WITH HOT GAS DRAIN PAN LOOP WITH CHECK VALVE MTD. & CONNECTED TO LOOP WITH TXV BY OTHERS OR FACTORY INSTALLED
DISTRIBUTOR
TXV
CHECK
VALVE
LEAVING HOT GAS
(SUCTION LINE)
ENTERING HOT GAS
WITH DRAIN PAN HEATER
WITH CHECK VALVE MOUNTED
WITH TXV BY OTHERS OR FACTORY INSTALLED
DISTRIBUTOR
CHECK
VALVE
LEAVING HOT GAS
(SUCTION LINE)
OPT1
FACTORY PIPING
TXV
ENTERING HOT GAS
OPT1
T
FACTORY PIPING
H
Drain pan Loop Kit - See below (OPT 2)
Drain pan loop kit is an assembly that is fully assembled and shipped loose for field installation outside the cabinet. Two check valves are included, depending on the model size, one or both are factory installed.
• Reverse Cycle PanLoop (R Models) when ordered with TXV & Check Valve: o Suction line piping shipped as a pre-piped assembly for field installation
REVERSE CYCLE DEFROST
EVAPORATOR COIL
DISTRIBUTOR
WITH HOT GAS DRAIN PAN LOOP
COMPLETE ASSY PROVIDED WHEN TXV IS MTD
CHECK VALVE MOUNTED
TXV
CHECK VALVE
LEAVING
HOT GAS
OPT2
Solenoid Valve
Solenoid valves are available as a shipped loose item due to limited space inside the cabinet
R
ENTERING HOT GAS
FACTORY PIPING
FIELD PIPING
HOT GAS DRAIN PAN
DEFROST LOOP
CHECK
VALVE
ASSEMBLED OUTSIDE CABINET
& SHIPPED SEPARATELY
- 30 -
Page 31
GLYCOL FLUID AIR COOLER DATA
50Hz
LEDOM
W401 W601 W701 W902
W112
W412 W713 W023 W324 W624 W235 W936
FO.ON
SNAF
1058 1087
1047 20761 20951 20051 30732 30522 40813 40103 50573 60944
WOLFRIA
MFC
)S/L(
)004( )073( )053( )097( )057( )017(
)0211( )0601( )0051( )0241( )0771( )0212(
H/UTB
0491 0559
00611 00031 00761 00102 00522 00372 00672 00433 00573 00344
-*YTICAPAC S/L230. ( )MPGSU5 -*YTICAPAC S/L590. ( )MPGSU51 )STTAW(
)075(
)0082( )0043( )0083( )0094( )0095( )0066( )0008( )0018(
(
)0089
)00011( )00031(
.D.P
H.TF(
)0
2
9.6
2.3
4.4
4.01
9.4
5.6
5.6
8.8
1.8
8.01
9.21
2.51
.D.P(
))aPk( )12( )01( )31( )13( )51( )91( )91( )62( )42( )23( )93( )64(
H/UTB
0232
2
068 0443
4
046 0925 0426 0347 0378 0829
00211 00031 00941
)086( )048(
)0101( )0631( )0551( )0381( )0812( )0652( )0272( )0723( )0183( )0634(
)STTAW(
.D.P
H.TF(
)0
2
3.71
1.8
6.4
7.42
8.11
9.6
5.51
2.9
1.91
3.11
6.31
7.51
.D.P(
))aPk( )25( )42( )41( )47( )53( )12( )64( )82( )75( )43( )14( )74(
The above capacities were rated based on 30% Propylene Glycol, -4°C (25°F) glycol entering temperature and -2°C (35°F) air entering termperature with glycol flow rate listed. For all other conditions, please use "Pi-Coil" software (contact factory).
.NNOC
EZIS
)TUO/NI(
8/7 8/7 8/7 8/7 8/7 8/7 8/7 8/7 8/7 8/7 8/7 8/7
- 31 -
Page 32
GENERIC SERVICE PARTS LIST
Miscellaneous
NOITPIRCSED#TRAPNOITPIRCSED#TRAP
)CSP(V511ROTOMNAF8777401)V032-802,v511(TSORFEDRIA:DRAOBLANIMRET5288401
V032-802ROTOMNAF9777401)V064(TSORFEDRIA:DRAOBLANIMRET7105401
TNUOMROTOM0811801
DALBNAF7663401
)ERIW(DRAUGNAF2721801GNITTIFNIARD0135801
ETAEH0181801PLTKRBREGNAH3301801
SYTEFASRETAEH8514801NOITANIMRETTSORTEDYALEDNAF0821701
)CSP(
)CSP(V064ROTOMNAF48628017105401#draoblanimretV
)CE(V511ROTOMNAF0966801
(V032-802ROTOMNAF1966801
)CE
)ROTOMCSP(E
)ROTOMCE(EDALBNAF3207801
)CITSALP(DRAUGNAF2
C-924#YERGENOTNAP02-4/1NC#TUNNROCA0592801GNITTIFNIARD-TUNKCO
DRAUGERIWhtiwesurofCNU-02-4/1TUNKCOL8673401GNITTIFNIARD-TEKSAG3011801
)PILCERIW(LIOC-PILCRENIATERR
NAPNIARD-TKRBNWODDLOHRETAEH3811801.gl"8/5x21#:SWERCS0011801
SLEDOMDELLA-HCTIW
811801
LEETS
L2011801
064rof,ROTALUSNI951171
)V032-802(TSORFED
)V064(TSORFED
50Hz
SAGTOHdnaCIRTCELE:DRAOBLANIMRET
SAGTOHdnaCIRTCELE:DRAOBLANIMRET
SSELNIATS-PO"2X"2-AG61-0288#YSSAEGNIH
0600701
8272801
104061
Defrost Heaters - Electric Defrost Models
REBMUNTRAP
SLEDOM
V022-002V004-083V022-002V004-083
EM401EL401EV301100-5811801/W742100-8711801/W742110-7811801/W922100-9711801/W922 EM601EL501EV401100-5811801/W7421 EM701EL601EV501100-5811801/W742100-8711801/W742110-7811801/W9 EM902EL702EV602200-5811801/W254200-8711801/W254210-7811801/W573200-9711801/W573 EM112EL902EV8 EM412EL112EV902200-5811801/W254200-8711801/ EM713EL413EV213300-5811801/W366300-8711801/W366310-7811801/W215300-971180 EM023EL713EV513300-5811801/W366300-8711801/W366310-7811801/W215300-9711801/W215 EM324EL914EV614400-581180 EM624EL224EV914400-5811801/W768400-8711801/W768410-7811 EM235EL725EV325500-5811801/W3701500-8711801/W3701510-7811801/W018500-9711801/W018
36EL136EV726600-5811801/W3821600-8711801/W3821610-7811801/W049600-9711801/W049
EM9
02200-5811801/W254200-8711801/W254210-7811801/W573200-9711801/W573
W254210-7811801/W573200-9711801/W573
1/W768400-8711801/W768410-7811801/W956400-9711801/W956
)DERIUQER3(RETAEHECAFLIOC )DERIUQER1(RETAEHNAPNIARD
00-8711801/W742110-7811801/W922100-9711801/W922
22100-9711801/W922
801/W956400-9711801/W956
1/W215
- 32 -
Page 33
GENERIC SERVICE PARTS LIST
Defrost Heaters - Hot Gas Defrost with Electric Drain Pan
SLEDOM
TM902GM902TL702GL702TV602GV602210-7811801/W573200-9711801/W573
TM112GM112TL902GL902TV802GV802210-7811801/W573200-9711801/W573
TM412GM412TL112GL112TV902GV902210-7811801/W573200-9711801/W573 TM713GM713TL413GL413TV213GV213310-7811801/W TM023GM023TL713GL713TV513GV513310-7811801/W215300-9711801/W215 TM324GM324TL914GL914TV614GV614410-7811801/W956400-9711801/W956 TM624GM624TL224GL224TV914GV914410-7811801/W956400-9711801/W956 TM235GM235TL725GL725TV3 TM936GM936TL136GL136TV726GV726610-7811801/W049600-9711801/W049
Drain Pan Assemblies
REBMUN SNAFFO
NAF1 NAF2 NAF3 NAF4 NAF5 NAF6
aehedulcnitonodseilbmessanapniarD
25GV325510-7811801/W018500-9711801/W018
-TSORFEDRIA
SLEDOM"AM"
200-1101801100-1101801A/N 200-2101801100-2101801100-2611801 200-3101801100-3101801100-3611801 200-4101801100-4101801100-4611801 200-5101801100-5101801100-5611801 200-6101801100-6101801100-6611801
.spoolsagtohrosret
215300-9711801/W215
-TSORFEDCIRTCELE SLEDOM"EV"&"EL","EM"
-NAPDEHTIWSAGTOH
SLEDOM"TV&TL,TM"
SLEDOM"GV&GL,GM"
.elbacilppanehwstekcarbnwoddlohretaehdnaegnih,gnittifniardedulcniseilbmessanapniarD
50Hz
REBMUNTRAP
)DERIUQER1(RETAEHNAPNIARD
V022-002V004-083
TSORFEDSAGTOH
NAPNIPOOLGH
SLEDOM"HV&HL,HM" SLEDOM"RV&RL,RM"
- 33 -
Page 34
NOTES
- 34 -
Page 35
FINISHED GOODS WARRANTY
The terms and conditions as described below in the General Warranty Policy cover all products
manufactured by National Refrigeration.
GENERAL WARRANTY POLICY
Subject to the terms and conditions hereof, the Company warrants all Products, including Service Parts, manufactured by the Company to be free of defects in material or workmanship, under normal use and application for a period of one (1) year from the original date of installation, or eighteen (18) months from the date of shipment from the Company, whichever occurs first. Any replacement part(s) so supplied will be warranted for the balance of the product’s original warranty. The part(s) to be replaced must be made available in exchange for the replacement part(s) and reasonable proof of the original installation date of the product must be presented in order to establish the effective date of the warranty , failing which, the ef fective date will be based upon the date of manufacture plus thirty (30) days. Any labour, material, refrigerant, transportation, freight or other charges incurred in con­nection with the performance of this warranty will be the responsibility of the owner at the current rates and prices then in effect. This warranty may be transferred to a subsequent owner of the product.
THIS WARRANTY DOES NOT COVER
(a) Damages caused by accident, abuse, negligence, misuse, riot, fire, flood, or Act s of God (b) damages caused by operating the product in a corrosive atmosphere (c) damages caused by any unauthorized alteration or repair of the system affecting the product’s reliability or performance (d) damages caused by improper matching or application of the product or the product’s components (e) damages caused by failing to provide routine and proper maintenance or service to the product (f) expenses incurred for the erecting, disconnecting, or dismantling the product (g) parts used in connection with normal maintenance, such as filters or belts (h) products no longer at the site of the original installation (i) products installed or operated other than in accordance with the printed instructions, with the local installation or building codes and with good trade practices (j) products lost or stolen.
No one is authorized to change this WARRANTY or to create for or on behalf of the Company any other obligation or liability in connection with the Product(s). There is no other representation, warranty or condition in any respect, expressed or implied, made by or binding upon the Company other than the above or as provided by provincial or state law and which cannot be limited or excluded by such law , nor will we be liable in any way for incidental, consequential, or special damages however caused.
The provisions of this additional written warranty are in addition to and not a modification of or subtraction from the statutory warranties and other rights and remedies provided by Federal, Provincial or State laws.
PROJECT INFORMATION
metsyS
rebmuNledoM pU-tratSfoetaD
rebmuNlaireS rotcartnoCecivreS
tnaregirfeRenohP
ylppuSlacirtcelExaF
- 35 -
Page 36
“AS BUILT” SERVICE PARTS LIST
Service Parts ListService Parts List
Service Parts List
Service Parts ListService Parts List
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abel
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abelabel
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o Be Ao Be A
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o Be A
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HERE
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NA TIONAL REFRIGERA TION & AIR CONDITIONING CANADA CORP.
CANADA
159 ROY BL VD., BRANTFORD, ONT ARIO, CANADA N3R 7K1 PHONE: 1-800-463-9517 (519)751-0444 FAX (519)753-1140
Due to National Refrigeration’s policy of continuous product improvement, we reserve the right to make changes without notice.
USA
985 WHEELER WA Y, LANGHORNE, PA. 19047 USA PHONE:1-888-KEEPUS1 OR 1-888-533-7871
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