BLP Low Profile Unit Cooler - Bally Refrigerationdocs.b-rp.ca/1087153-50.pdf · 2016. 4. 5. ·...

BLPLow ProfileUnit Cooler

Bulletin B30-BLP-PDI-50-6

1087153-50

PRODUCT DATA &INSTALLATION Air, Electric, Hot Gas

& Warm Fluid Defrost

Electrical Power:200-220/1/50, 200-220/3/50, 380-400/1/50

CONTENTSPage

Nomenclature........................................................................................................................ 2Features & Options.............................................................................................................. 2Capacity Data - Standard Models (PSC Motors)............................................................. 3Capacity Data - Models with Optional EC Motors ............................................................ 4Electrical Data...................................................................................................................... 5 - 10Wiring Diagrams.................................................................................................................. 11 - 20Dimensional Data................................................................................................................ 21Shipping Weights................................................................................................................ 22Recommended Thermostatic Expansion Valve Selections............................................ 23 - 25Installation Instructions......................................................................................................... 26 - 28Hot Gas Piping Schematics................................................................................................. 29 - 30Glycol Fluid Cooler Data.................................................................................................... 31Generic Service Parts List.................................................................................................... 32 - 33Warranty................................................................................................................................... 35Project Information................................................................................................................ 35“As Built” Service Parts List................................................................................................. 36

®

B LP 3 15 V E - T5 B

NOMENCLATURE

B = Bally

Nominal Capacity:x 1000 @ 10°F TD, Btu/H, R404A

Low Profile Unit Cooler

Defrost*:A = Air E = ElectricT = 3 Pipe Hot Gas w/ Electric Heater Pan or Warm Fluid w/ Electric Heater Pan for Fluid Air CoolersH = 3 Pipe Hot Gas w/ Hot Gas Loop Pan (optional)G = Reverse Cycle w/ Electric Heater PanR = Reverse Cycle w/ Hot Gas Loop Pan (optional) * T, H, G, R, available on 2 to 6 fan models only

Generation: B = 2nd

- 2 -

Voltage:S6 = 200-220/1/50S9 = 380-400/1/50T7 = 200-220/3/50

STANDARD FEATURES

OPTIONAL FEATURES

• Modern look

• High efficiency and high strength fan guard

• 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

• PSC motors

• Proven motor/fan/motor mount design

• 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

Number of Fans

• Factory installed expansion valve,solenoid valve and room thermostat

• Wire fan guard

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)

CAPACITY DATASTANDARD MODELS (PSC MOTORS) 50Hz

Medium Temperature Models - Capacity @ 6 F.P.I.

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.

Low Temperature Models - Capacity @ 6 F.P.I.


- 3 -

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00661)0884(

00481)0935(

00112)0026(

00762)0287(

00613)0729(

01-)32-(

0553)0401(

0064)0531(

0945)0161(

0607)0702(

0368)0352(

00401)0503(

00431)0493(

00261)0474(

00081)0825(

00702)0706(

00852)0757(

00203)0788(

02-)92-(

0843)0201(

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0235)0651(

0976)0991(

0928)0342(

00101)0792(

00921)0773(

00651)0854(

00571)0215(

00202)0395(

00842)0827(

00582)0638(

03-)43-(

0723)069(

0604)0911(

0494)0541(

0726)0481(

0067)0322(

0839)0572(

00911)0843(

00441)0324(

00261)0474(

00881)0055(

00922)0176(

00162)0667(

04-)04-(

0003)088(

0563)0701(

0454)0331(

0965)0761(

0586)0102(

0958)0252(

00701)0513(

00131)0583(

00841)0434(

00371)0705(

00702)0706(

00332)0286(

wolFriA MFC )S/L( 058)004(

087)073(

047)053(

0761)097(

0951)057(

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0944)0212

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00741)0134(

00571)0215(

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00842)0827(

03-)43-(

0952)067(

0843)0201(

0034)0621(

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0566)0591(

0897)0432(

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00461)0084(

00691)0475(

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04-)04-(

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0693)0611(

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0839)0572(

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00151)0244(

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0951)057(

0252)0911(

0732)0211(

0733)0951(

0813)0051(

0893)0881(

0774)0522(


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3.1)6.0(

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7.3)7.1(

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9.4)2.2(

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00481)0935(

00112)0026(

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00853)01501(

51)9-(

0293)9411(

0005)5641(

0816)1181(

0387)5922(

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07721)3473(

04451)5254(

02281)0435(

09802)3216(

06632)4396(

01192)2358(

04453)78301(

01)21-(

0883)7311(

0594)1541(

0216)4971(

0577)1722(

0099)2092(

04621)5073(

09251)1844(

03081)4825(

08602)1606(

02432)4686(

01882)4448(

08053)18201(

wolFriA MFC ( S/L ) 058)004(

087)073(

047)053(

0761)097(

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0051)017(

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0522)0601(

0813)0051(

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8.2)3.1(

7.3)7.1(

7.3)7.1(

9.4)2.2(

1.6)7.2(

2.7)3.3(

CAPACITY DATAMODELS WITH EC MOTORS 50Hz

Medium Temperature Models - Capacity @ 6 F.P.I.

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.



- 4 -

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50Hz

-5 -

ELECTRICAL DATA - 200-220/1/50AIR DEFROST &

HOT GAS DEFROST WITH HOT GAS LOOP PAN MODELS

LEDOM IPF

SROTOMNAF

.YTQSROTOMCSP SROTOMCE

PH ALFLATOT

.CRIC.NIM)A(YTICAPMA STTAW ESUF.XAM

)SPMA( PH ALFLATOT


)SPMA(*6S-AM401

6

1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51*6S-AM601 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51*6S-AM701 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51

6S-#M902 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 516S-#M112 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 516S-#M412 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 516S-#M713 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 516S-#M023 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 516S-#M324 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 516S-#M624 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 516S-#M235 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 516S-#M936 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51

L702 † 6S-

6

2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51L902 † 6S- 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51L112 † 6S- 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51L413 † 6S- 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51L713 † 6S- 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51L914 † 6S- 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51L224 † 6S- 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51L725 † 6S- 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51L136 † 6S- 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51V602 † 6S-

4

2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51V802 † 6S- 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51V902 † 6S- 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51V213 † 6S- 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51V513 † 6S- 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51V614 † 6S- 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51V914 † 6S- 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51V325 † 6S- 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51V726 † 6S- 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51

sliatedroferutalcnemoNotrefeR.RroH,A=#

ylnosledomnaf6ot2noelbaliavaRroH=*

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50Hz

-6 -

ELECTRICAL DATA - 380-400/1/50AIR DEFROST &

HOT GAS DEFROST WITH HOT GAS LOOP PAN MODELS

LEDOM IPF

SROTOMNAF

.YTQSROTOMCSP

PH ALFLATOT


)SPMA(9S-#M902

6

2 51/1 8.0 9.0 061 519S-#M112 2 51/1 8.0 9.0 061 519S-#M412 2 51/1 8.0 9.0 061 519S-#M713 3 51/1 2.1 3.1 042 519S-#M023 3 51/1 2.1 3.1 042 519S-#M324 4 51/1 6.1 7.1 023 519S-#M624 4 51/1 6.1 7.1 023 519S-#M235 5 51/1 0.2 1.2 004 519S-#M936 6 51/1 4.2 5.2 084 51

L702 † 9S-

6

2 51/1 8.0 9.0 061 51L902 † 9S- 2 51/1 8.0 9.0 061 51L112 † 9S- 2 51/1 8.0 9.0 061 51L413 † 9S- 3 51/1 2.1 3.1 042 51L713 † 9S- 3 51/1 2.1 3.1 042 51L914 † 9S- 4 51/1 6.1 7.1 023 51L224 † 9S- 4 51/1 6.1 7.1 023 51L725 † 9S- 5 51/1 0.2 1.2 004 51L136 † 9S- 6 51/1 4.2 5.2 084 51V602 † 9S-

4

2 51/1 8.0 9.0 061 51V802 † 9S- 2 51/1 8.0 9.0 061 51V902 † 9S- 2 51/1 8.0 9.0 061 51V213 † 9S- 3 51/1 2.1 3.1 042 51V513 † 9S- 3 51/1 2.1 3.1 042 51V614 † 9S- 4 51/1 6.1 7.1 023 51V914 † 9S- 4 51/1 6.1 7.1 023 51V325 † 9S- 5 51/1 0.2 1.2 004 51V726 † 9S- 6 51/1 4.2 5.2 084 51

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ELECTRICAL DATA -200-220/1/50 & 200-220/3/50

ELECTRIC DEFROST MODELS50Hz

- 7 -

LEDOM IPF

SROTOMNAF SRETAEHTSORFED

.YTQ

SROTOMCSP SROTOMCELATOTSTTAW

05/1/022-002 05/3/022-002

PH ALFLATOT

ACM)A( STTAW

.XAMESUF

)SPMA(PH ALF

LATOTACM)A( STTAW

.XAMESUF

)SPMA(

LATOTSPMA

ACM)A(

.XAMESUF

)SPMA(

LATOTSPMA

ACM)A(

.XAMESUF

)SPMA(*-EM401

6

1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EM601 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EM701 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EM902 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EM112 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EM412 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EM713 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 0052 4.11 2.41 51 3.7 2.9 51*-EM023 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 0052 4.11 2.41 51 3.7 2.9 51*-EM324 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 0623 8.41 5.81 02 5.9 9.11 51*-EM624 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 0623 8.41 5.81 02 5.9 9.11 51*-EM235 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51 0304 3.81 9.22 52 7.11 7.41 51*-EM936 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51 0974 8.12 2.72 03 0.41 5.71 02*-EL401

6

1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EL501 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EL601 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EL702 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EL902 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EL112 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EL413 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 0052 4.11 2.41 51 3.7 2.9 51*-EL713 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 0052 4.11 2.41 51 3.7 2.9 51*-EL914 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 0623 8.41 5.81 02 5.9 9.11 51*-EL224 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 0623 8.41 5.81 02 5.9 9.11 51*-EL725 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51 0304 3.81 9.22 52 7.11 7.41 51*-EL136 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51 0974 8.12 2.72 03 0.41 5.71 02*-EV301

4

1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EV401 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EV501 1 51/1 5.0 6.0 08 51 51/1 6.0 57.0 06 51 079 4.4 5.5 51 9.2 6.3 51*-EV602 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EV802 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EV902 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 0371 9.7 8.9 51 1.5 4.6 51*-EV213 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 0052 4.11 2.41 51 3.7 2.9 51*-EV513 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 0052 4.11 2.41 51 3.7 2.9 51*-EV614 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 0623 8.41 5.81 02 5.9 9.11 51*-EV914 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 0623 8.41 5.81 02 5.9 9.11 51*-EV325 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51 0304 3.81 9.22 52 7.11 7.41 51*-EV726 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51 0974 8.12 2.72 03 0.41 5.71 02

sliatedroferutalcnemoNotrefeR.7Tro6S=*

50HzELECTRICAL DATA - 380-400/1/50ELECTRIC DEFROST MODELS

- 8 -

LEDOM IPF

SROTOMNAF SRETAEHTSORFED

.YTQSROTOMCSP LATOT

STTAWLATOTSPMA

ACM)A(

ESUF.XAM)SPMA(PH ALF

LATOTACM)A( STTAW ESUF.XAM

)SPMA(9S-EM902

6

2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EM112 2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EM412 2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EM713 3 51/1 2.1 3.1 042 51 0052 3.6 8.7 519S-EM023 3 51/1 2.1 3.1 042 51 0052 3.6 8.7 519S-EM324 4 51/1 6.1 7.1 023 51 0623 2.8 2.01 519S-EM624 4 51/1 6.1 7.1 023 51 0623 2.8 2.01 519S-EM235 5 51/1 2 1.2 004 51 0304 1.01 6.21 519S-EM936 6 51/1 4.2 5.2 084 51 0974 0.21 0.51 519S-EL702

6

2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EL902 2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EL112 2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EL413 3 51/1 2.1 3.1 042 51 0052 3.6 8.7 519S-EL713 3 51/1 2.1 3.1 042 51 0052 3.6 8.7 519S-EL914 4 51/1 6.1 7.1 023 51 0623 2.8 2.01 519S-EL224 4 51/1 6.1 7.1 023 51 0623 2.8 2.01 519S-EL725 5 51/1 2 1.2 004 51 0304 1.01 6.21 519S-EL136 6 51/1 4.2 5.2 084 51 0974 0.21 0.51 519S-EV602

4

2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EV802 2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EV902 2 51/1 8.0 9.0 061 51 0371 3.4 4.5 519S-EV213 3 51/1 2.1 3.1 042 51 0052 3.6 8.7 519S-EV513 3 51/1 2.1 3.1 042 51 0052 3.6 8.7 519S-EV614 4 51/1 6.1 7.1 023 51 0623 2.8 2.01 519S-EV914 4 51/1 6.1 7.1 023 51 0623 2.8 2.01 519S-EV325 5 51/1 2 1.2 004 51 0304 1.01 6.21 519S-EV726 6 51/1 4.2 5.2 084 51 0974 0.21 0.51 51

50Hz

- 9 -

ELECTRICAL DATA - 200-220/1/50HOT GAS DEFROST

WITH DRAIN PAN HEATER MODELS

LEDOM IPF

SROTOMNAF SRETAEHNAPNIARD

.YTQ

SROTOMCSP SROTOMCELATOTSTTAW

LATOTSPMA

ACM)A(

.XAMESUF

)SPMA(PH ALFLATOT

ACM)A( STTAW

.XAMESUF

)SPMA(PH ALF

LATOTACM)A( STTAW

.XAMESUF

)SPMA(6S-^M902

6

2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^M112 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^M412 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^M713 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 215 3.2 9.2 516S-^M023 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 215 3.2 9.2 516S-^M324 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 956 0.3 7.3 516S-^M624 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 956 0.3 7.3 516S-^M235 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51 018 7.3 6.4 516S-^M936 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51 049 3.4 3.5 516S-^L702

6

2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^L902 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^L112 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^L413 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 215 3.2 9.2 516S-^L713 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 215 3.2 9.2 516S-^L914 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 956 0.3 7.3 516S-^L224 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 956 0.3 7.3 516S-^L725 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51 018 7.3 6.4 516S-^L136 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51 049 3.4 3.5 516S-^V602

4

2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^V802 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^V902 2 51/1 0.1 1.1 061 51 51/1 2.1 4.1 021 51 573 7.1 1.2 516S-^V213 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 215 3.2 9.2 516S-^V513 3 51/1 5.1 6.1 042 51 51/1 8.1 0.2 081 51 215 3.2 9.2 516S-^V614 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 956 0.3 7.3 516S-^V914 4 51/1 0.2 1.2 023 51 51/1 4.2 6.2 042 51 956 0.3 7.3 516S-^V325 5 51/1 5.2 6.2 004 51 51/1 0.3 2.3 003 51 018 7.3 6.4 516S-^V726 6 51/1 0.3 1.3 084 51 51/1 6.3 8.3 063 51 049 3.4 3.5 51

sliatedroferutalcnemoNotrefeR.GroT=^

- 10 -

ELECTRICAL DATA - 380-400/1/50HOT GAS DEFROST

WITH DRAIN PAN HEATER MODELS50Hz

LEDOM IPF

SROTOMNAF SRETAEHNAPNIARD

.YTQSROTOMCSP LATOT

STTAWLATOTSPMA

ACM)A(

ESUF.XAM)SPMA(PH ALF

LATOTACM)A( STTAW ESUF.XAM

)SPMA(9S-^M902

6

2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^M112 2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^M412 2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^M713 3 51/1 2.1 3.1 042 51 215 3.1 6.1 519S-^M023 3 51/1 2.1 3.1 042 51 215 3.1 6.1 519S-^M324 4 51/1 6.1 7.1 023 51 956 6.1 1.2 519S-^M624 4 51/1 6.1 7.1 023 51 956 6.1 1.2 519S-^M235 5 51/1 2 1.2 004 51 018 0.2 5.2 519S-^M936 6 51/1 4.2 5.2 084 51 049 4.2 9.2 519S-^L702

6

2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^L902 2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^L112 2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^L413 3 51/1 2.1 3.1 042 51 215 3.1 6.1 519S-^L713 3 51/1 2.1 3.1 042 51 215 3.1 6.1 519S-^L914 4 51/1 6.1 7.1 023 51 956 6.1 1.2 519S-^L224 4 51/1 6.1 7.1 023 51 956 6.1 1.2 519S-^L725 5 51/1 2 1.2 004 51 018 0.2 5.2 519S-^L136 6 51/1 4.2 5.2 084 51 049 4.2 9.2 519S-^V602

4

2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^V802 2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^V902 2 51/1 8.0 9.0 061 51 573 9.0 2.1 519S-^V213 3 51/1 2.1 3.1 042 51 215 3.1 6.1 519S-^V513 3 51/1 2.1 3.1 042 51 215 3.1 6.1 519S-^V614 4 51/1 6.1 7.1 023 51 956 6.1 1.2 519S-^V914 4 51/1 6.1 7.1 023 51 956 6.1 1.2 519S-^V325 5 51/1 2 1.2 004 51 018 0.2 5.2 519S-^V726 6 51/1 4.2 5.2 084 51 049 4.2 9.2 51

sliatedroferutalcnemoNotrefeR.GroT=^

WIRING DIAGRAM - 200-220/1/50AIR DEFROST MODELS

- 11 -

CONDUCTORS/WIRING

AND NATIONAL CODES.

-TERMINAL BLOCK TERMINAL

ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL

-COMPONENT TERMINAL

4). MAY BE FACTORY INSTALLED-MOUNTED AND

3). OVERCURRENT PROTECTION FOR

1). USE COPPER CONDUCTORS ONLY

VALUE SHOWN ON EVAPORATOR NAMEPLATE.HEATERS MUST NOT EXCEED MAXIMUMEVAPORATOR FAN MOTORS AND DEFROST

2). USE 75°C WIRE (OR HIGHER)

WIRED ON EVAPORATOR .

NOTESTERMINALS

OPTIONAL FACTORY OR

1-LP AIR 09/06

BY OTHERS

WIRING BY OTHERSFACTORY WIRING

WITHOUT DEFROST TIME CLOCK

REQUIREMENTS

REFER TO EVAPORATORNAMEPLATE FOR ELECTRICAL

L1PARAGON # 8145DEFROST CLOCK

OR EQUIVALENT

THERMOSTAT

CIRCUITFUSE OR

NOTE #3BREAKER

SWITCHPUMP DOWN

(IF USED) NOTE #4

SPACE LIQUID LINESOLENOID VALVE

NOTE #4

N.C.

WITH DEFROST TIME CLOCK

GND

L1

GND

SOLENOID VALVETHERMOSTAT

BREAKERNOTE #3

FUSE ORCIRCUIT

SPACE

NOTE #4

IF(N)2ND FUSEOMIT

LIQUID LINE

NOTE #4

N.C.

L2(N)

1

TM

3

2

4 X

N

REFER TO EVAPORATOR DATA PLATE FOR MOTOR QUANTITY

GND.

FANMTR

FANMTR

FANMTR

EVAPORATOR

TERMINAL BOARDF4

FAN MOTORPOWERPLUGS

FANMTR

FANMTR

FANMTR

F

GND.

4 TERMINAL BOARD


FAN MOTORPOWERPLUGS

EVAPORATOR

IF(N)

OMIT 2ND

L2(N)

4

F TO MULTIPLE EVAPS (IF APPLIC)

4F

EVAPORATORS (IF APPLIC)TO MULTIPLE

FUSE

GND

REQUIREMENTS


- 12 -

WIRING DIAGRAM - 380-400/1/50AIR DEFROST MODELS

CONDUCTORS/WIRING

AND NATIONAL CODES.


ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL

-COMPONENT TERMINAL

4). MAY BE FACTORY INSTALLED-MOUNTED AND



VALUE SHOWN ON EVAPORATOR NAMEPLATE.HEATERS MUST NOT EXCEED MAXIMUMEVAPORATOR FAN MOTORS AND DEFROST


WIRED ON EVAPORATOR .

NOTESTERMINALS

OPTIONAL FACTORY OR

6-LP 460 AIR 09/06

BY OTHERS

WIRING BY OTHERSFACTORY WIRING

WITHOUT DEFROST TIME CLOCK

L1PARAGON # 8145DEFROST CLOCK

OR EQUIVALENT

THERMOSTAT

CIRCUITFUSE OR

NOTE #3BREAKER

SWITCHPUMP DOWN

(IF USED) NOTE #4

SPACE LIQUID LINESOLENOID VALVE

NOTE #4

N.C.

WITH DEFROST TIME CLOCK

380/400-1-50HzCONTROL VOLTAGE

GND

L1

GND

IF(N)2ND FUSE

OMIT

L2

1

TM

3

2

4 X

N


GND.

FANMTR

FANMTR

FANMTR

EVAPORATOR

FAN MOTORPOWERPLUGS

FANMTR

FANMTR

FANMTR

M2

GND.

M1 TERMINAL BOARD


FAN MOTORPOWERPLUGS

EVAPORATOR

IF(N)

OMIT 2ND

L2

TO MULTIPLE EVAPORATORS (IF APPLIC)

M1

M2

EVAPORATORS (IF APPLIC)TO MULTIPLE

FUSE

GND

4 N

GND

L2(N)L1

460-1-60 Hz

M2M1 TERMINAL BOARD

N4

THERMOSTATNOTE #4

N.C.

SOLENOID VALVESPACE LIQUID LINE

NOTE #4

GND

L1 L2(N)

460-1-60 Hz 380/400-1-50Hz CONTROL VOLTAGE

M1

M2

NOTE #3

CIRCUITBREAKER

FUSE OR

- 13 -

WIRING DIAGRAM - 200-220/1/50ELECTRIC DEFROST MODELS

SINGLE EVAPORATOR 12A MAX. HEATERS

WARNINGEVAP FIELD MODIFICATION

MUST BE MADE

REFER TO EVAPORATOR

COMPR INTERLOCK

FOR ALL MODELS WITHOUT DEFROST HEATER CONTACTOR

THERMOSTATNOTE #4

EVAPORATOR FAN MOTORS AND DEFROST HEATERS MUST NOT EXCEED



MAXIMUM VALUE SHOWN ON EVAPORATOR NAMEPLATE.

NOTES


FANMTR

DEFROST TERMINATION

CONTROL(10.0A MAX.)

& FAN DELAY

FD-FAN DELAYDT-DEFROST TERM

XF4

BKGND. C

FD

DTBN

RD

(IF USED)SWITCH

OR EQUIVALENT

PUMP DOWN

SPACE

(IF USED)

21 N

TM

4 X3

DEFROST CLOCKPARAGON # 8145

EVAPORATOR

OPTIONAL FACTORY

FACTORY WIRINGWIRING BY OTHERS

ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.

2-LP ED 12/07


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS

DATA PLATE FOR MOTOR QUANTITY

EVAPORATORREFER TO

POWER PLUGSFAN MOTOR

H2H1

NOTE #4SOL VALVE

L2L1

N.C.

LIQUID LINE

GND

NAMEPLATE FOR ELECTRICALREQUIREMENTS

OR BY OTHERS

AND WIRED ON EVAPORATOR4.) MAY BE FACTORY INSTALLED-MOUNTED

DEFROST HEATERS

CIRCUITBREAKER

FUSE OR

USING MAXIMUM 15A HEATER OVERCURRENT PROTECTION

15A

N

1

FANMTR

2

FANMTR

6

H33

WH YL

ORANGE JUMPER

SWITCHLIMIT

HEATER

(10.0A MAX.)

1

2

FROM H2 TO N

INSTALL ORANGE JUMPER(SUPPLIED LOOSE)

N TO H1 AS SHOWNRELOCATE WHITE WIRE FROM

2

1

SEE NOTE:

- 14 -


SINGLE EVAPORATOR

COMPR INTERLOCK

FOR ALL MODELS USING DEFROST HEATER CONTACTOR

THERMOSTATNOTE #4





NOTES


(IF USED)SWITCH

OR EQUIVALENT

PUMP DOWN

SPACE

(IF USED)

21 N

TM

4 X3


OPTIONAL FACTORY

FACTORY WIRING

WIRING BY OTHERS


3-LP ED CONTACTOR SINGLE 12/07


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS

NOTE #4SOL VALVE

N.C.

LIQUID LINE

OR BY OTHERS

AND WIRED ON EVAPORATOR

4.) MAY BE FACTORY INSTALLED-MOUNTED

CIRCUITBREAKERNOTE #3

FUSE OR

CONTACTOR

DEFROST HEATER

T2T1

C

L2L1

NOTE #3BREAKER

FUSE ORCIRCUIT

GND

L2L1

YL

(10.0A MAX.)

REFER TO

POWER PLUGS

MOTOR QUANTITYDATA PLATE FOR EVAPORATOR

FAN MOTOR

N 3XF4

621

DEFROST TERMINATION

FD-FAN DELAY

DT-DEFROST TERM

FANMTR

GND.

BK

FANMTR MTR

FAN

RD

C

(10.0A MAX.)CONTROL

& FAN DELAY

FD

DT

BN

LIMITSWITCH

HEATER

WH

H3H2H1

EVAPORATOR

DEFROST HEATERS

REFER TO EVAPORATOR NAMEPLATE FOR ELECTRICAL REQUIREMENTS

- 15 -


SINGLE EVAPORATOR

COMPR INTERLOCK

FOR ALL MODELS USING 3 PHASE DEFROST HEATER CONTACTOR

THERMOSTATNOTE #4





NOTES


(IF USED)SWITCH

OR EQUIVALENT

PUMP DOWN

SPACE

(IF USED)

21 N

TM

4 X3


OPTIONAL FACTORY



3A-LP ED 3ph.CONTACTOR SINGLE 12/07


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS

NOTE #4SOL VALVE

N.C.

LIQUID LINE

OR BY OTHERS



FUSE OR

CONTACTORDEFROST HEATER

T2T1

CL2L1

NOTE #3BREAKER

FUSE ORCIRCUIT

GND

L2L1 L3

T3

L3

DEFROST HEATERS

H1 H2 H3

DATA PLATE FOR MOTOR QUANTITY1 2 6

3NF4 X

DT

CONTROL(10.0A MAX.)

FD

& FAN DELAY

DT-DEFROST TERM

DEFROST TERMINATION

FD-FAN DELAY

MTRFAN

MTRFAN

GND.BK

BN

SWITCH(10.0A MAX.)

MTRFAN

FAN MOTOR

REFER TOEVAPORATOR

POWER PLUGS

HEATERLIMIT

RD WH

C

YL

EVAPORATOR


- 16 -


SINGLE EVAPORATOR


COMPR INTERLOCK

FOR ALL 460V MODELS USING DEFROST HEATER AND FAN CONTACTORS

THERMOSTATNOTE #4





NOTES


MTRFANFAN

MTRFANMTR

M2M1

GND.

(IF USED)SWITCH

OR EQUIVALENT

PUMP DOWN

SPACE

(IF USED)

BREAKER21 N NOTE #3

TM

4 X3CIRCUITFUSE OR


EVAPORATOR

OPTIONAL FACTORY


ALL FIELD WIRING MUST BE DONE IN COMPLIANCE WITH ALL APPLICABLE LOCAL AND NATIONAL CODES.7-LP ED CONTACTOR SINGLE 12/07


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS


EVAPORTORREFER TO


NOTE #4SOL VALVE

L2L1

N.C.

LIQUID LINE

L2

T2

L1

CT1

GND

OR BY OTHERS



FUSE OR

GND

L2(N)L1


EVAP FANC CONTACTOR

T2T1

L2L1

COIL DEFROST HEATERS

H1 H2

DEFROST TERMINATION

CONTROL& FAN DELAY

(10.0A MAX.)

FD-FAN DELAYDT-DEFROST TERM

BKFD

BNDT

CRD

3 X N4 F

YL

(10.0A MAX.)

LIMITSWITCH

HEATER

WH

- 17 -


MULTIPLE EVAPORATORS

MUST BE MADE

EVAP#2 FIELD MODIFICATION

WARNINGCOMPR INTERLOCK

FOR ALL MODELS USING DEFROST HEATER CONTACTOR

THERMOSTATNOTE #4





NOTES


MTRFANFAN

MTRFANMTR

DEFROST TERMINATION

CONTROL(10.0A MAX.)

& FAN DELAY

FD-FAN DELAY

DT-DEFROST TERM

XF4

BK

GND. C

FD

DTBN

RD

(IF USED)SWITCH

OR EQUIVALENT

PUMP DOWN SPACE

(IF USED)

BREAKER21 N NOTE #3

TM

4 X3CIRCUITFUSE OR


EVAPORATOR

OPTIONAL FACTORY

FACTORY WIRING

WIRING BY OTHERS


4-LP ED CONTACTOR MULTI 12/07


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS


EVAPORATORREFER TO


H2

NOTE #4SOL VALVE

L2L1

N.C.

LIQUID LINE

L2

T2

L1

C

T1

GND

OR BY OTHERS

AND WIRED ON EVAPORATOR

4.) MAY BE FACTORY INSTALLED-MOUNTED

DEFROST HEATERS


FUSE OR

DEFROST HEATER

CONTACTOR

EVAPORATOR

MTRFAN

MTRFANFAN

MTR

FAN MOTOR POWER PLUGS

EVAPORATOR

MOTOR QUANTITYDATA PLATE FOR

REFER TO

GND.

4

DT

RD

DEFROST TERMINATION

DT-DEFROST TERM

FD-FAN DELAY

(10.0A MAX.)CONTROL

& FAN DELAY

BK

FD

C

DEFROST HEATERS

F X

BN

* Remove & Insulate

* Fan delay not used on second evap / use fan contactor if total fan amps exceeds 10A

PRIMARY SECONDARY

FUSE OR

BREAKERNOTE #3

CIRCUIT

H1N H2H1N

LIMIT

YL

3

(10.0A MAX.)

SWITCH

HEATER

WH

LIMIT

YL

3

(10.0A MAX.)

SWITCH

HEATER

WH


RELOCATE WHITE WIRE FROM

N AS SHOWN

SEE NOTE:

1

1

REMOVE AND INSULATE2

AS SHOWN

2

- 18 -


MULTIPLE EVAPORATORS

WARNINGEVAP#2 FIELD MODIFI-

CATION MUST BE MADE

COMPR INTERLOCK

FOR ALL 460V MODELS USING DEFROST HEATER AND FAN CONTACTORS

THERMOSTATNOTE #4





NOTES


MTRFANFAN

MTRFANMTR

M2M1

GND.

(IF USED)SWITCH

OR EQUIVALENT

PUMP DOWN

SPACE

(IF USED)

BREAKER21 N NOTE #3

TM

4 X3CIRCUITFUSE OR


EVAPORATOR

OPTIONAL FACTORY



8-LP 460v ED CONTACTOR MULTI 09/06


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS


EVAPORATORREFER TO


NOTE #4SOL VALVE

L2L1

N.C.

LIQUID LINE

L2

T2

L1

CT1

GND

OR BY OTHERS



FUSE OR

GND

L2(N)L1


EVAP FANC CONTACTOR

T2T1

L2L1

MTRFAN

MTRFAN

GND.

M1 M2

EVAPORATOR REFER TOEVAPORATOR

MOTOR QUANTITYDATA PLATE FOR MTR

FAN


NOTE #3

FUSE ORCIRCUITBREAKER

PRIMARY SECONDARY

* Note: Fan Delay not used on second evap

DEFROST HEATERS

H1 H2

DEFROST TERMINATION

DT-DEFROST TERMFD-FAN DELAY

CONTROL(10.0A MAX.)

BKFD

& FAN DELAY

CRD

X4

BN

DT

N

DEFROST TERMINATION

DT-DEFROST TERMFD-FAN DELAY

CONTROL(10.0A MAX.)

BKFD

& FAN DELAY

CRD

X4

BNDT

N

DEFROST HEATERS

H1 H2

*

HEATER

SWITCHLIMIT

(10.0A MAX.)

YL WH

3 3F F

(10.0A MAX.)

LIMITSWITCH

HEATER

YL WH

N AS SHOWNRELOCATE WHITE WIRE FROM1

1


- 19 -

WIRING DIAGRAM - 200-220/1/50HOT GAS DEFROST MODELS


REQUIREMENTS





NOTES


MTRFANFAN

MTRFANMTR

*FAN HEATER CONTROL

XF4

BK

GND.

C

BN

RD

EVAPORATOR

OPTIONAL FACTORY

FACTORY WIRING

WIRING BY OTHERS


5-LP HG 08/06


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS


EVAPORATORREFER TO


H1

L2(N)L1

GND

OR BY OTHERS


DRAIN PAN HEATER

CIRCUITBREAKER

FUSE OR


15A

**DEFROST TERMINATIONCONTROL

RDRD

FAN MOTOR / HEATER WIRING

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).

*FAN HEATER CONTROL

ON REVERSE CYCLE LOCATED AT SUCTION LINE.

ON THREE-PIPE LOCATED AT DISTRIBUTOR SIDE PORT.

CONTROL**DEFROST TERMINATION

OPTIONAL FACTORY WIRED OR BY OTHERS

LOCATED ON TUBE END SHEET

THE CONTROL CLOSES WHEN REACHES 55` F (20 F DIFF)

(IF APPLICABLE)

H2N

REFER TO SPECIFIC SYSTEMWIRING DIAGRAM (BY OTHERS)FOR FIELD CONTROL WIRING

- 20 -

WIRING DIAGRAM - 380-400/1/50HOT GAS DEFROST MODELS

REFER TO EVAPORATOR





NOTES


MTRFANFAN

MTRFANMTR

*FAN HEATER CONTROL

XM2M1

BKGND. C

BN

RD

EVAPORATOR

OPTIONAL FACTORY



9-LP 460 HG 05/06


-COMPONENT TERMINAL

CONDUCTORS/WIRING

TERMINALS


EVAPORATORREFER TO


L2L1

GND

NAMEPLATE FOR ELECTRICALREQUIREMENTS

OR BY OTHERS


DRAIN PAN HEATER

CIRCUITBREAKER

FUSE OR


15A

**DEFROST TERMINATIONCONTROL

RDRD

REFER TO SPECIFIC SYSTEM WIRING DIAGRAM(BY OTHERS) FOR FIELD CONTROL WIRING

FAN MOTOR / HEATER WIRING

NOTE: DURING THE HOT GAS DEFROST CYCLE

THE FAN/HEATER CONTROL DE-ENERGIZES THE

EVAPORATOR FANS AND ENERGIZES THEDRAIN PAN HEATER. (ANYTIME THE TEMPERATURE OF THE INCOMING

REFRIGERANT GAS IS ABOVE 50° F).

*FAN HEATER CONTROLON REVERSE CYCLE LOCATED AT SUCTION LINE.ON THREE-PIPE LOCATED AT DISTRIBUTOR SIDE PORT.

CONTROL**DEFROST TERMINATION

OPTIONAL FACTORY WIRED OR BY OTHERS

LOCATED ON TUBE END SHEET.THE CONTROL CLOSES WHEN REACHES 55` F (20 F DIFF)

(IF APPLICABLE)

F

L1

T1

CT2

L2 EVAP FANCONTACTOR CONTACTOR

DEFROST HEATER

T2T1

C

L2L1

3 H1 H2N

.438 SLOTS INMOUNTING BRACKETS

AIR THROWAPPROX 35'IN OPENSPACE

12

MINIMUM

11 7/8 3 1/8

3

[305] [302] [79]

[76]

[403]15 7/8

[35]1 3/8 3/4 MPT / 3/4 FLARE

DRAIN CONNECTION

4, 5 AND 6 FANMODELS.

6 1/2 CA

B[165]

MTG

SLO

TS

13 7

/16

[341]

(TOP VIEW)

REFRIGERATIONCONNECTIONS.SUCTION & LIQUID.

ELECTRICALCONNECTIONS.

AB

13 7

/16

MTG

SLO

TS

[165][165]6 1/26 1/2

4

TYP[102]

[341] 1, 2 AND 3 FAN

MODELS.(TOP VIEW)

DIMENSIONAL DATA

- 21 -

LEDOM FO.ONSNAF

A B C NOITCUSNOITCENNOC

TAEWS)DI(

ROTUBIRTSIDTELNI

EZIS

SAGTOHROTUBIRTSID

TROPEDIS

NAPNIARDPOOLNI )mm( NI )mm( NI )mm(

^M401 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N^M601 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N^M701 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N#M902 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#M112 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#M412 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#M713 3 4/126 )1851( 4/194 )1521( A/N A/N 8/7 2/1 2/1 8/7#M023 3 4/126 )1851( 4/194 )1521( A/N A/N 8/7 2/1 2/1 8/7#M324 4 4/187 )8891( 8/523 )928( 8/523 )928( 8/11 2/1 2/1 8/7#M624 4 4/187 )8891( 8/523 )928( 8/523 )928( 8/11 2/1 2/1 8/7#M235 5 4/149 )4932( 8/523 )928( 8/584 )5321( 8/31 2/1 2/1 8/11#M936 6 4/1011 )0082( 8/584 )5321( 8/584 )5321( 8/31 8/7 8/5 8/11

^L401 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N^L501 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N^L601 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N#L702 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#L902 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#L112 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#L413 3 4/126 )1851( 4/194 )1521( A/N A/N 8/7 2/1 2/1 8/7#L713 3 4/126 )1851( 4/194 )1521( A/N A/N 8/11 2/1 2/1 8/7#L914 4 4/187 )8891( 8/523 )928( 8/523 )928( 8/11 2/1 2/1 8/7#L224 4 4/187 )8891( 8/523 )928( 8/523 )928( 8/11 8/7 8/5 8/7#L725 5 4/149 )4932( 8/523 )928( 8/584 )5321( 8/31 8/7 8/5 8/11#L136 6 4/1011 )0082( 8/584 )5321( 8/584 )5321( 8/31 8/7 8/5 8/11

^V301 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N^V401 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N^V501 1 4/103 )867( 4/171 )834( A/N A/N 8/5 2/1 2/1 A/N#V602 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#V802 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#V902 2 4/164 )5711( 4/133 )548( A/N A/N 8/7 2/1 2/1 8/5#V213 3 4/126 )1851( 4/194 )1521( A/N A/N 8/7 2/1 2/1 8/7#V513 3 4/126 )1851( 4/194 )1521( A/N A/N 8/11 2/1 2/1 8/7#V614 4 4/187 )8891( 8/523 )928( 8/523 )928( 8/11 2/1 2/1 8/7#V914 4 4/187 )8891( 8/523 )928( 8/523 )928( 8/11 8/7 8/5 8/7#V325 5 4/149 )4932( 8/523 )928( 8/584 )5321( 8/31 8/7 8/5 8/11#V726 6 4/1011 )0082( 8/584 )5321( 8/584 )5321( 8/31 8/7 8/5 8/11

sliatedroferutalcnemoNotrefeRylnosledomnaf6ot2nielbaliavaRroG,H,T.EroA=^.Rro,G,H,T,E,A=#

-22 -

SHIPPING WEIGHTS

REBMUNLEDOMTHGIEWGNIPPIHS

.BL )gk(AM401 A/N A/N A/N A/N A/N A/N AW401 54 )02(AM601 A/N A/N A/N A/N A/N A/N AW601 74 )12(AM701 A/N A/N A/N A/N A/N A/N AW701 94 )22(AM902 TM902 GM902 GL702 TL702 GV602 TV602 AW902 07 )23(AM112 TM112 GM112 GL902 TL902 GV802 TV802 AW112 47 )33(AM412 TM412 GM412 GL112 TL112 GV902 TV902 AW412 87 )53(AM713 TM713 GM713 GL413 TL413 GV213 TV213 AW713 101 )64(AM023 TM023 GM023 GL713 TL713 GV513 TV513 AW023 701 )84(AM324 TM324 GM324 GL914 TL914 GV614 TV614 AW324 711 )35(AM624 TM624 GM624 GL224 TL224 GV914 TV914 AW624 531 )16(AM235 TM235 GM235 GL725 TL725 GV325 TV325 AW235 361 )47(AM936 TM936 GM936 GL136 TL136 GV726 TV726 AW936 291 )78(

REBMUNLEDOMTHGIEWGNIPPIHS

.BL )gk(EM401 EL401 EV301 EW401 94 )22(EM601 EL501 EV401 EW601 15 )32(EM701 EL601 EV501 EW701 35 )42(EM902 EL702 EV602 EW902 67 )43(EM112 EL902 EV802 EW112 08 )63(EM412 EL112 EV902 EW412 48 )83(EM713 EL413 EV213 EW713 901 )94(EM023 EL713 EV513 EW023 511 )25(EM324 EL914 EV614 EW324 721 )85(EM624 EL224 EV914 EW624 541 )66(EM235 EL725 EV325 EW235 671 )08(EM936 EL136 EV726 EW936 702 )49(

Air Defrost and Hot Gas Defrost with Drain Pan Heater Models

Electric Defrost Models

Hot Gas Defrost with Drain Pan Loop ModelsREBMUNLEDOM

THGIEWGNIPPIHS.BL )gk(

HM902 RM902 HL702 RL702 HV602 RV602 78 )93(HM112 RM112 HL902 RL902 HV802 RV802 19 )14(HM412 RM412 HL112 RL112 HV902 RV902 59 )34(HM713 RM713 HL413 RL413 HV213 RV213 421 )65(HM023 RM023 HL713 RL713 HV513 RV513 031 )95(HM324 RM324 HL914 RL914 HV614 RV614 541 )66(HM624 RM624 HL224 RL224 HV914 RV914 361 )47(HM235 RM235 HL725 RL725 HV325 RV325 891 )09(HM936 RM936 HL136 RL136 HV726 RV726 332 )601(

RECOMMENDED THERMAL EXPANSION VALVE SELECTIONSMEDIUM TEMPERATURE MODELS

- 23 -

Above selections based on:1) 100°F (38°C) vapor free liquid entering expansion valve2) 110°F (43°C) Condensing temperature3) 8 -12°F (4.4 -6.7°C) evaporator TD

LEDOMYROTCAFDELLATSNI

ELZZON

/A404R705R 22R a431R

M401 A/N CS4/1CSEFH CH2/1CSEFH CM2/1CSEFHM601 2/1-L CS2/1CSEFH CH2/1CSEFH CM4/3CSEFHM701 2/1-L CS2/1CSEFH CH2/1CSEFH CM4/3CSEFHM902 4/3-L CS1CSEFH CH1CSEFH CM4/3CSEFHM112 1-L CS1CSEFH CH1CSEFH CM1CSEFHM412 1-L CS4/1-1CSEFH CH2/1-1CSEFH CM1CSEFHM713 2/11-L CS2/1-1CSEFH CH2/1-1CSEFH CM2/1-1CSEFHM023 2/11-L CS2/1-1CSEFH CH2CSEFH CM4/3-1CSEFHM324 2-L CS2CSEFH CH2CSEFH CM4/3-1CSEFHM624 2-L CS2CSEFH CH2/1-2CSEFH CM2/1-2CSEFHM235 2/12-L CS2/1-3CSEFH CH2/1-2CSEFH CM2/1-2CSEFHM936 3-G CS2/1-3CSEFH CH3CSEFH CM4CSEFH


ELZZON

/A404R705R 22R a431R

M401 A/N N-4-A404R-EAUT N-3-22R-EAUT N-3-a431R-EAUTM601 2/1-L N-4-A404R-EAUT N-4-22R-EAUT N-4-a431R-EAUTM701 2/1-L N-5-A404R-EAUT N-4-22R-EAUT N-5-a431R-EAUTM902 4/3-L N-6-A404R-EAUT N-4-22R-EAUT N-6-a431R-EAUTM112 1-L N-6-A404R-EAUT N-5-22R-EAUT N-6-a431R-EAUTM412 1-L N-7-A404R-EAUT N-6-22R-EAUT N-7-a431R-EAUTM713 2/11-L N-8-A404R-EAUT N-7-22R-EAUT N-8-a431R-EAUTM023 2/11-L N-8-A404R-EAUT N-7-22R-EAUT N-8-a431R-EAUTM324 2-L N-8-A404R-EAUT N-8-22R-EAUT N-8-a431R-EAUTM624 2-L N-9-A404R-EAUT N-8-22R-EAUT N-9-a431R-EAUTM235 2/12-L N-1CT-A404R-EACT N-8-22R-EAUT N-9-a431R-EAUTM936 3-G N-2CT-A404R-EACT N-9-22R-EAUT N-2CT-a431R-EACT

tonsielzzontcerrocfIreporpeht,elbaliava

ebnacezisecifirognisudleifehtnidellird

trahcgniwollofeht

ELZZON.oNECIFIRO

LLIRDEZIS

.NI

2/1 070.

4/3 680.

1 5990.

2/1-1 021.

2 6041.

2/1-2 751.

3 271.

4 991.

5 112.

6 242.

8 662.

01 182.

SPORLAN*DANFOSS

ALCO


ELZZON

/A404R*705R 22R a431R

M401 A/N C-4/1-ESGE C-3/1-EVGE C-4/1-EJGEM601 2/1-L C-2/1-ESGE C-2/1-EVGE C-2/1-EJGEM701 2/1-L C-2/1-ESGE C-4/3-EVGE C-2/1-EJGEM902 4/3-L C-1-ESGE C-4/3-EVGE C-1-EJGEM112 1-L C-1-ESGE C-1-EVGE C-1-EJGEM412 1-L C-2/1-1-ESGE C-2/1-1-EVGE C-1-EJGEM713 2/11-L C-2/1-1-ESGE C-2/1-1-EVGE C-2/1-1-EJGEM023 2/11-L C-2-ESGE C-2/1-1-EVGE C-2/1-1-EJGEM324 2-L C-2-ESGE C-2-EVGE C-2/1-1-EJGEM624 2-L C-2-ESGE C-2-EVGE C-2-EJGEM235 2/12-L C-3-ESS C-3-EVGE C-2/1-2-EJGEM936 3-G C-4-ESS C-3-EVGE C-3-EJGE

lliwevlavnoisnapxenalropSrofedoctnaregirfer,705RroF*"EPGE"semoceb"ESGE":.e.i."S"fodaetsni"P"eb

- 24 -

RECOMMENDED THERMAL EXPANSION VALVE SELECTIONSLOW TEMPERATURE R404A/R507 MODELS


LEDOM YROTCAFELZZONDELLATSNI F°0 )C°81-( .PAVE F°01- )C°32-( .PAVE F°02- )C°92-( .PAVE F°03- )C°43-( .PAVE F°04- )C°04-( .PAVE

L401 2/1-L N-4-A404R-EAUT MN-5-A404R-EAUT MN-5-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUTL501 4/3-L N-5-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUTL601 1-L N-6-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUT MN-7-A404R-EAUT MN-7-A404R-EAUTL702 1-L N-6-A404R-EAUT MN-7-A404R-EAUT MN-7-A404R-EAUT MN-7-A404R-EAUT MN-8-A404R-EAUTL902 2/1-1 N-7-A404R-EAUT MN-7-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUTL112 2-L N-7-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUT MN-9-A404R-EAUTL413 2-L N-8-A404R-EAUT MN-8-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUTL713 3-L N-9-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUT MN-1CT-A404R-EACT MN-1CT-A404R-EACTL914 3-L N-9-A404R-EAUT MN-9-A404R-EAUT MN-1CT-A404R-EACT MN-1CT-A404R-EACT MN-1CT-A404R-EACTL224 4-G N-9-A404R-EAUT MN-1CT-A404R-EACT MN-1CT-A404R-EACT MN-1CT-A404R-EACT MN-2CT-A404R-EACTL725 4-G N-1CT-A404R-EACT MN-2CT-A404R-EACT MN-2CT-A404R-EACT MN-2CT-A404R-EACT MN-3CT-A404R-EACTL136 5-G N-2CT-A404R-EACT MN-2CT-A404R-EACT MN-3CT-A404R-EACT MN-3CT-A404R-EACT MN-3CT-A404R-EACTV301 2/1-L N-4-A404R-EAUT MN-4-A404R-EAUT MN-4-A404R-EAUT MN-5-A404R-EAUT MN-5-A404R-EAUTV401 4/3-L N-5-A404R-EAUT MN-5-A404R-EAUT MN-5-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUTV501 1-L N-5-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUT MN-6-A404R-EAUT MN-7-A404R-EAUTV602 1-L N-6-A404R-EAUT MN-6-A404R-EAUT MN-7-A404R-EAUT MN-7-A404R-EAUT MN-7-A404R-EAUTV802 2/11-L N-6-A404R-EAUT MN-7-A404R-EAUT MN-7-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUTV902 2-L N-7-A404R-EAUT MN-7-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUTV213 2-L N-8-A404R-EAUT MN-8-A404R-EAUT MN-8-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUTV513 2/12-L N-8-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUT MN-1CT-A404R-EACTV614 2/12-L N-8-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUT MN-9-A404R-EAUT MN-1CT-A404R-EACTV914 3-G N-9-A404R-EAUT MN-9-A404R-EAUT MN-1CT-A404R-EACT MN-1CT-A404R-EACT MN-1CT-A404R-EACTV325 4-G N-9-A404R-EAUT MN-1CT-A404R-EACT MN-1CT-A404R-EACT MN-2CT-A404R-EACT MN-2CT-A404R-EACTV726 5-G N-1CT-A404R-EACT MN-2CT-A404R-EACT MN-2CT-A404R-EACT MN-2CT-A404R-EACT MN-3CT-A404R-EACT

DANFOSS


L401 2/1-L C-4/1-ESGE PZ-4/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGEL501 4/3-L C-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGEL601 1-L C-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGEL702 1-L C-2/1-ESGE PZ-2/1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGEL902 2/1-1 C-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGEL112 2-L C-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGEL413 2-L C-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGEL713 3-L C-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2-ESGE PZ-2-ESGEL914 3-L C-2-ESGE PZ-2-ESGE PZ-2-ESGE PZ-2-ESGE PZ-2-ESGEL224 4-G C-2-ESGE PZ-2-ESGE PZ-2-ESGE PZ-3-ESS PZ-3-ESSL725 4-G C-3-ESS PZ-3-ESS PZ-3-ESS PZ-3-ESS PZ-4-ESSL136 5-G C-4-ESS PZ-4-ESS PZ-4-ESS PZ-4-ESS PZ-4-ESSV301 2/1-L C-6/1-ESGE PZ-6/1-ESGE PZ-4/1-ESGE PZ-4/1-ESGE PZ-4/1-ESGEV401 4/3-L C-4/1-ESGE PZ-4/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGEV501 1-L C-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGEV602 1-L C-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGE PZ-2/1-ESGEV802 2/11-L C-2/1-ESGE PZ-2/1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGEV902 2-L C-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGEV213 2-L C-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-1-ESGE PZ-2/1-1-ESGEV513 2/12-L C-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGEV614 2/12-L C-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2-ESGEV914 3-G C-2/1-1-ESGE PZ-2/1-1-ESGE PZ-2-ESGE PZ-2-ESGE PZ-2-ESGEV325 4-G C-2-ESGE PZ-2-ESGE PZ-3-ESS PZ-3-ESS PZ-3-ESSV726 5-G C-3-ESS PZ-3-ESS PZ-3-ESS PZ-3-ESS PZ-4-ESS

"EPGE"semoceb"ESGE":.e.i."S"fodaetsni"P"eblliwevlavnoisnapxenalropSrofedoctnaregirfer,705RroF*

SPORLAN*

- 25 -

RECOMMENDED THERMAL EXPANSION VALVE SELECTIONSLOW TEMPERATURE R404A/R507 MODELS (cont’d)



L401 2/1-L CS4/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFHL501 4/3-L CS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS1CSEFHL601 1-L CS2/1CSEFH 54WS2/1CSEFH 54WS1CSEFH 54WS1CSEFH 54WS1CSEFHL702 1-L CS1CSEFH 54WS1CSEFH 54WS1CSEFH 54WS1CSEFH 54WS4/1-1CSEFHL902 2/1-1 CS1CSEFH 54WS1CSEFH 54WS4/1-1CSEFH 54WS4/1-1CSEFH 54WS2/1-1CSEFHL112 2-L CS1CSEFH 54WS4/1-1CSEFH 54WS2/1-1CSEFH 54WS2/1-1CSEFH 54WS2CSEFHL413 2-L CS4/1-1CSEFH 54WS2/1-1CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2CSEFHL713 3-L CS2/1-1CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2/1-3CSEFHL914 3-L CS2/1-1CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFHL224 4-G CS2CSEFH 54WS2CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFHL725 4-G CS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS5CSEFHL136 5-G CS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS5CSEFH 54WS5CSEFHV301 2/1-L CS4/1CSEFH 54WS4/1CSEFH 54WS4/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFHV401 4/3-L CS4/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFHV501 1-L CS2/1CSEFH 54WS2/1CSEFH 54WS2/1CSEFH 54WS1CSEFH 54WS1CSEFHV602 1-L CS2/1CSEFH 54WS2/1CSEFH 54WS1CSEFH 54WS1CSEFH 54WS4/1-1CSEFHV802 2/11-L CS1CSEFH 54WS1CSEFH 54WS1CSEFH 54WS4/1-1CSEFH 54WS4/1-1CSEFHV902 2-L CS1CSEFH 54WS1CSEFH 54WS4/1-1CSEFH 54WS4/1-1CSEFH 54WS2/1-1CSEFHV213 2-L CS4/1-1CSEFH 54WS4/1-1CSEFH 54WS2/1-1CSEFH 54WS2/1-1CSEFH 54WS2CSEFHV513 2/12-L CS4/1-1CSEFH 54WS2/1-1CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2CSEFHV614 2/12-L CS2/1-1CSEFH 54WS2/1-1CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2/1-3CSEFHV914 3-G CS2/1-1CSEFH 54WS2CSEFH 54WS2CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFHV325 4-G CS2CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFHV726 5-G CS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS2/1-3CSEFH 54WS5CSEFH

ALCO

INSTALLATION INSTRUCTIONS

- 26 -

INSTALLATIONThe installation and start-up of Unit Coolers should onlybe performed by qualified refrigeration mechanics.This equipment should be installed in accordance with allapplicable codes, ordinances and local by-laws.

INSPECTIONInspect all equipment before unpacking for visible signs ofdamage or loss. Check shipping list against materialreceived to ensure shipment is complete.

IMPORTANT: Remember, you, the consignee, must makeany claim necessary against the transportation company.Shipping damage or missing parts, when discovered atthe outset, will prevent later unnecessary and costlydelays.If damage or loss during transport is evident, makeclaim to carrier, as this will be their responsibility,not the manufacturer’s.Should carton be damaged, but damage to equipment isnot obvious, a claim should be filed for “concealeddamage” with the carrier.

IMPORTANT: The electrical characteristics of the unitshould be checked at this time to make sure theycorrespond to those ordered and to electrical poweravailable at the job site.

Save all shipping papers, tags and instruction sheets forreference by installer and owner.

APPLICATIONLP unit coolers are designed for walker-in cooler andfreezer applications used with refrigerant R22 or R404A.For room temperatures above 35°F (2 °C) AND evaporatingtemperatures above 26°F (-3 °C), positive defrostingmeans (with electric or hot gas) may not be required,otherwise, electric defrost or hot gas defrost modelsshould be used. Electric defrost models come with defrosttermination and fan delay as standard to control thedefrost cycle termination and fan delay, while defrostinitiation means (e.g. defrost timer) is not included.

The coil must not be exposed to any abnormalatmospheric or acidic environments. This may result incorrosion to the cabinet and possible coil failure (leaks).(Consult manufacturer for optional baked on phenolicprotective coatings).

LOCATIONThe unit location in the room should be selected to ensureuniform air distribution throughout the entire space to berefrigerated. Be sure that the product does not obstructthe free circulation of air. Allow a minimum of 24” clear-ance at each end. Do not locate evaporators over doors.Consideration should be given to the coil location in orderto minimize the piping run length to thecondensing unit and floor drain.

EXPANSION VALVE (TXV) SELECTIONAll units require the use of an externally equalizedexpansion valve. (A 1/4” (6 mm) O.D. equalizer line hasbeen provided on the coil) TX valves should not beselected strictly by their nominal ton rating. (This ratingis based at a specific pressure differential and enteringliquid temperature). Since applications will differ it issuggested 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 Temp. minus Evap. Temp.), R404Arefrigerant. For R22, use the rated capacity x 0.95.For medium temperature R134a, use the ratedcapacity x 0.90. Note that a higher / lower operatingT.D.will increase / decrease this capacity rating bytheir direct ratio within a range of 8 to 12°F (4 .4 to6.7°C) T.D.

2. Determine the pressure drop across the valve bysubtracting the evaporating pressure and distributorpressure drop from the high side liquid pressure.The distributor pressure drop is typically in the rangeof 20 to 35 psig (1.4 to 2.4 bar) depending on the typeof refrigerant and operating conditions.

3. Estimate entering liquid temperature. Temperatureslower than 100°F (38 °C) increase valve capacityratings. Refer to valve manufacturer’s specs fordetails.

4. Select valve from the valve manufacturer selectioncharts for the appropriate refrigerant, evaporating tempand pressure drop.

For best performance, the outlet of the expansion valveshould be installed directly to the distributor body. If thisis not possible, a straight tube up to 12 inches may beused for the connection.

Locate the expansion valve bulb on a horizontal lengthof suction line preferably 3 to 6 inches from the suctionheader. Locate the bulb at 4 or 8 clock position andinsulate with a waterproof type of insulation. Clamp thebulb to ensure 100% contact of the bulb with thesuction line.

Ensure appropriate nozzle has been installed in thedistributor before installing valve. After following themanufacturer’s installation instructions and after theroom has reached the desired temperature the valvesuperheat should be checked. This will confirm thatthe evaporator is operating properly and performing tomaximum efficiency. The superheat should be around6 (3.3 OC) to 8OF (4.4 OC) for a 10 to 12OF T.D (5.6 to6.7 OC). Too high or low a super heat will result inunsatisfactory system performance and possiblecompressor problems.

- 27 -

INSTALLATION INSTRUCTIONSNOZZLE INSTALLATIONFor common applications (Medium temp. R404A, R22,8 to 12°F (4 .4 to 6.7°C) T.D.; low temp. R404A, 8 to12°F (4 .4 to 6.7°C) T.D.) the nozzle for all models hasbeen factory installed. For other applications, refer tonozzle manufacturer’s selection guide. To replace anozzle, the nozzle retainer clip (in distributor) must beremoved before inserting nozzle. Re-install clip ensuringnozzle is properly in place. A small nozzle can be drilledlarger 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.

MOUNTINGRefer to dimensional drawing for recommended mountingarrangements. Ensure adequate clearance is providedbehind the coil as well as each end. The evaporators maybe mounted flush with ceiling with bolts, or hanging downwith rod hangers. When using rod hangers, allow ad-equate space between the top of the unit and the ceilingfor cleaning to comply with NSF Standard 7.Ensure that the ceiling is level since the drain panhas been sloped for drainage during the defrostcycle.

DRAIN LINEThe drain line should be run from the drain connection,sloping at least 1” (25 mm) per foot and should have thesize at least as large as the drain connection. A trap in awarm area outside the room must be provided to allowproper draining through the tubing. Connection should bemade to proper drainage facilities that comply with localregulations.

To prevent freeze-up when the temperature of therefrigerated space is 35oF (2 °C) or lower, the drain lineshould be heated along its run inside the cold room. Theheated drain line should be insulated. It is recommendedthat the heater be energized at all times. A heat input of20 watts per foot in a 28°F (-2°C) room and 30 watts perfoot for -20°F (-29°C) rooms, is satisfactory. Drain lineheaters are not required for constant room temperatureabove 35°F (2°C).Always trap evaporator drain line individually to preventvapor migration.

Ensure that the drain line has sufficient slope forproper drainage (prevention of ice build up/blockagein pan).

PIPINGRefrigeration grade piping must be used for all fieldrefrigeration piping. Refrigerant line sizes are importantand may not be the same size as the coil connections.Consult ASHRAE handbook or other similar referencebook for proper line sizing.Refrigerant piping and control system should be designedto 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 refrigerantpressure drop.

For hot gas models, refer to pages 29 - 30 forrecommended piping.

- 28 -

INSTALLATION INSTRUCTIONSSYSTEM CHECKBefore 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 expansionvalve.

4.Thorough evacuation and dehydration has beenperformed.

5.The suction, discharge, and receiver service valvesmust be open.

6.The system preferably include a liquid line filter driermoisture indicator and suction filter.

7.Pour enough water into the drain pan to allow agood 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 tocycle a few times until the room temperature ispulled 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 toprovide the correct amount of superheat.

5. After the box temperature is close to reaching thedesired temperature, the evaporator superheat mustbe 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.,the general rule is that the superheat should be around60 to 80% of T.D.

6. Heavy moisture loads are usually encounteredwhen starting the system for the first time. This maycause a rapid build-up of frost on the unit cooler.During the initial pull down, we suggest that the frostbuild-up be watched and defrosted manually as required.

7. Observe that the system goes through at least onecomplete DEFROST CYCLE.

WIRINGWire system in accordance with governing standards andlocal codes. See data and wiring diagrams on pages 5 to21 for typical wiring arrangement. Electrical wiring is to besized in accordance with minimum circuit ampacity rating(MCA). Size fuses used must not exceed the MaximumFuse Size ratings.

For ease of identifying the proper wiring terminal, unitwiring is color coded and terminal block connections areidentified.

When fan delay thermostats (combination fan delay anddefrost termination) are installed, on start-up, the fans donot operate until the coil temperature is reduced toapproximately 25oF (-4°C). It is normal for the fans tocycle a few times until the room temperature is broughtdown. At higher evaporating temperatures this control maynot close and therefore should either be by-passedtemporarily or replaced with an adjustable type. (set for ahigher temperature cut-in point).

MAINTENANCEThe unit should be periodically inspected for any dirt or icebuild-up on the fin surface and cleaned if necessary with asoft whisk or brush. Also ensure coils inner (and outer)drain pans do not have any ice build-up from improperdefrost operation. When replacing heater elements firstremove heater retainer brackets and heater clips.

HOT GAS PIPING SCHEMATICSSTANDARD CONFIGURATIONS

Refer to Nomenclature for detailsWITH HOT GAS DRAIN PAN LOOP

WITH CHECK VALVE LOOSE

HOT GASLEAVING

DEFROST LOOPHOT GAS DRAIN PAN

VALVECHECK

REVERSE CYCLE DEFROST

EVAPORATOR COIL DISTRIBUTOR

STD-RFACTORY PIPING

HOT GASENTERING

LEAVINGHOT GAS

WITH HOT GAS DRAIN PAN LOOPWITH CHECK VALVE LOOSE


ELECTRIC DRAIN PAN HEATER


STD-GFACTORY PIPING

CHECKVALVE

WITH CHECK VALVE LOOSEWITH HOT GAS DRAIN PAN LOOP

STD-HDEFROST LOOP

HOT GAS DRAIN PAN

HOT GASLEAVING

VALVECHECK

EVAPORATOR COIL

3-PIPE DEFROST

DISTRIBUTOR

FACTORY PIPING

ENTERINGHOT GAS

WITH HOT GAS DRAIN PAN LOOPWITH CHECK VALVE LOOSE

VALVECHECK

STD-T

EVAPORATOR COIL


3-PIPE DEFROST

ENTERINGHOT GAS

DISTRIBUTOR

LEAVINGHOT GAS

FACTORY PIPING

Standard Offering: All ModelsCheck 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 checkvalve 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 -

HOT GAS PIPING SCHEMATICSOPTIONAL CONFIGURATIONS

Refer to Nomenclature for details

COMPLETE ASSY PROVIDED WHEN TXV IS MTD

WITH HOT GAS DRAIN PAN LOOPCHECK VALVE MOUNTED

CHECK

DEFROST LOOPHOT GAS DRAIN PAN

VALVE


EVAPORATOR COIL DISTRIBUTORTXV

OPT1

FACTORY PIPING

R

LEAVINGHOT GAS






CHECKVALVE

TXV

GOPT1

FACTORY PIPING

LEAVINGHOT GAS

ASSEMBLED OUTSIDE CABINET



HOT GAS DRAIN PANDEFROST LOOP & SHIPPED SEPARATELY


EVAPORATOR COIL

CHECKVALVE

DISTRIBUTORTXV

R

FACTORY PIPINGFIELD PIPING

ENTERINGHOT GAS

OPT2LEAVINGHOT GAS

CHECKVALVE

VALVE

OPT1HOT GAS DRAIN PAN

DEFROST LOOP

(SUCTION LINE)

LEAVINGHOT GAS

ENTERINGHOT GAS

FACTORY PIPING

H

WITH HOT GAS DRAIN PAN LOOP

WITH TXV BY OTHERS OR FACTORY INSTALLEDWITH CHECK VALVE MTD. & CONNECTED TO LOOP

3 PIPE DEFROST


TXV

CHECK

OPT1

WITH CHECK VALVE MOUNTEDWITH DRAIN PAN HEATER

WITH TXV BY OTHERS OR FACTORY INSTALLEDEVAPORATOR COIL

3 PIPE DEFROST


HOT GAS(SUCTION LINE)

DISTRIBUTOR

LEAVING

CHECKVALVE

TXV

FACTORY PIPING

T

ENTERINGHOT GAS

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 thecabinet. 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

Solenoid ValveSolenoid valves are available as a shipped loose itemdue to limited space inside the cabinet

- 30 -

- 31 -

GLYCOL FLUID AIR COOLER DATA

The above capacities were rated based on 30% Propylene Glycol, -4°C (25°F) glycol entering temperature and -2°C (35°F) air enteringtermperature with glycol flow rate listed. For all other conditions, please use "Pi-Coil" software (contact factory).

50HzLEDOM FO.ON

SNAFWOLFRIA -*YTICAPAC S/L230. ( )MPGSU5 -*YTICAPAC S/L590. ( )MPGSU51 .NNOC

EZIS)TUO/NI(H/UTB )STTAW(

.D.PH.TF( 2 )0

.D.P())aPk(

H/UTB )STTAW(.D.P

H.TF( 2 )0.D.P())aPk(MFC )S/L(

W401 1 058 )004( 0491 )075( 9.6 )12( 0232 )086( 3.71 )25( 8/7W601 1 087 )073( 0559 )0082( 2.3 )01( 0682 )048( 1.8 )42( 8/7W701 1 047 )053( 00611 )0043( 4.4 )31( 0443 )0101( 6.4 )41( 8/7W902 2 0761 )097( 00031 )0083( 4.01 )13( 0464 )0631( 7.42 )47( 8/7W112 2 0951 )057( 00761 )0094( 9.4 )51( 0925 )0551( 8.11 )53( 8/7W412 2 0051 )017( 00102 )0095( 5.6 )91( 0426 )0381( 9.6 )12( 8/7W713 3 0732 )0211( 00522 )0066( 5.6 )91( 0347 )0812( 5.51 )64( 8/7W023 3 0522 )0601( 00372 )0008( 8.8 )62( 0378 )0652( 2.9 )82( 8/7W324 4 0813 )0051( 00672 )0018( 1.8 )42( 0829 )0272( 1.91 )75( 8/7W624 4 0103 )0241( 00433 )0089( 8.01 )23( 00211 )0723( 3.11 )43( 8/7W235 5 0573 )0771( 00573 )00011( 9.21 )93( 00031 )0183( 6.31 )14( 8/7W936 6 0944 )0212( 00344 )00031( 2.51 )64( 00941 )0634( 7.51 )74( 8/7

- 32 -

GENERIC SERVICE PARTS LIST

Miscellaneous

Defrost Heaters - Electric Defrost Models

50Hz

SLEDOMREBMUNTRAP

)DERIUQER3(RETAEHECAFLIOC )DERIUQER1(RETAEHNAPNIARDV022-002 V004-083 V022-002 V004-083

EM401 EL401 EV301 100-5811801/W742 100-8711801/W742 110-7811801/W922 100-9711801/W922EM601 EL501 EV401 100-5811801/W742 100-8711801/W742 110-7811801/W922 100-9711801/W922EM701 EL601 EV501 100-5811801/W742 100-8711801/W742 110-7811801/W922 100-9711801/W922EM902 EL702 EV602 200-5811801/W254 200-8711801/W254 210-7811801/W573 200-9711801/W573EM112 EL902 EV802 200-5811801/W254 200-8711801/W254 210-7811801/W573 200-9711801/W573EM412 EL112 EV902 200-5811801/W254 200-8711801/W254 210-7811801/W573 200-9711801/W573EM713 EL413 EV213 300-5811801/W366 300-8711801/W366 310-7811801/W215 300-9711801/W215EM023 EL713 EV513 300-5811801/W366 300-8711801/W366 310-7811801/W215 300-9711801/W215EM324 EL914 EV614 400-5811801/W768 400-8711801/W768 410-7811801/W956 400-9711801/W956EM624 EL224 EV914 400-5811801/W768 400-8711801/W768 410-7811801/W956 400-9711801/W956EM235 EL725 EV325 500-5811801/W3701 500-8711801/W3701 510-7811801/W018 500-9711801/W018EM936 EL136 EV726 600-5811801/W3821 600-8711801/W3821 610-7811801/W049 600-9711801/W049

NOITPIRCSED #TRAP NOITPIRCSED #TRAP)CSP(V511ROTOMNAF 8777401 )V032-802,v511(TSORFEDRIA:DRAOBLANIMRET 5288401

)CSP(V032-802ROTOMNAF 9777401 )V064(TSORFEDRIA:DRAOBLANIMRET 7105401)CSP(V064ROTOMNAF 4862801 7105401#draoblanimretV064rof,ROTALUSNI 951171

)CE(V511ROTOMNAF 0966801 SAGTOHdnaCIRTCELE:DRAOBLANIMRET)V032-802(TSORFED 0600701

)CE(V032-802ROTOMNAF 1966801TNUOMROTOM 0811801 SAGTOHdnaCIRTCELE:DRAOBLANIMRET

)V064(TSORFED 8272801)ROTOMCSP(EDALBNAF 7663401

)ROTOMCE(EDALBNAF 3207801 SSELNIATS-PO"2X"2-AG61-0288#YSSAEGNIHLEETS 104061

)CITSALP(DRAUGNAF 2811801)ERIW(DRAUGNAF 2721801 GNITTIFNIARD 0135801

C-924#YERGENOTNAP02-4/1NC#TUNNROCA 0592801 GNITTIFNIARD-TUNKCOL 2011801DRAUGERIWhtiwesurofCNU-02-4/1TUNKCOL 8673401 GNITTIFNIARD-TEKSAG 3011801

)PILCERIW(LIOC-PILCRENIATERRETAEH 0181801 PLTKRBREGNAH 3301801NAPNIARD-TKRBNWODDLOHRETAEH 3811801 .gl"8/5x21#:SWERCS 0011801

SLEDOMDELLA-HCTIWSYTEFASRETAEH 8514801 NOITANIMRETTSORTEDYALEDNAF 0821701

- 33 -

GENERIC SERVICE PARTS LIST

REBMUNSNAFFO

-TSORFEDRIASLEDOM"AM"

-TSORFEDCIRTCELESLEDOM"EV"&"EL","EM"

-NAPDEHTIWSAGTOHSLEDOM"TV&TL,TM"SLEDOM"GV&GL,GM"

TSORFEDSAGTOHNAPNIPOOLGH

SLEDOM"HV&HL,HM"SLEDOM"RV&RL,RM"

NAF1 200-1101801 100-1101801 A/NNAF2 200-2101801 100-2101801 100-2611801NAF3 200-3101801 100-3101801 100-3611801NAF4 200-4101801 100-4101801 100-4611801NAF5 200-5101801 100-5101801 100-5611801NAF6 200-6101801 100-6101801 100-6611801

.elbacilppanehwstekcarbnwoddlohretaehdnaegnih,gnittifniardedulcniseilbmessanapniarD

.spoolsagtohrosretaehedulcnitonodseilbmessanapniarD

Defrost Heaters - Hot Gas Defrost with Electric Drain Pan

Drain Pan Assemblies

50HzSLEDOM

REBMUNTRAP)DERIUQER1(RETAEHNAPNIARD

V022-002 V004-083TM902 GM902 TL702 GL702 TV602 GV602 210-7811801/W573 200-9711801/W573TM112 GM112 TL902 GL902 TV802 GV802 210-7811801/W573 200-9711801/W573TM412 GM412 TL112 GL112 TV902 GV902 210-7811801/W573 200-9711801/W573TM713 GM713 TL413 GL413 TV213 GV213 310-7811801/W215 300-9711801/W215TM023 GM023 TL713 GL713 TV513 GV513 310-7811801/W215 300-9711801/W215TM324 GM324 TL914 GL914 TV614 GV614 410-7811801/W956 400-9711801/W956TM624 GM624 TL224 GL224 TV914 GV914 410-7811801/W956 400-9711801/W956TM235 GM235 TL725 GL725 TV325 GV325 510-7811801/W018 500-9711801/W018TM936 GM936 TL136 GL136 TV726 GV726 610-7811801/W049 600-9711801/W049

NOTES

- 34 -

- 35 -

FINISHED GOODS WARRANTYThe 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 ServiceParts, manufactured by the Company to be free of defects in material or workmanship, under normaluse 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 replacementpart(s) so supplied will be warranted for the balance of the product’s original warranty. The part(s) tobe replaced must be made available in exchange for the replacement part(s) and reasonable proof ofthe original installation date of the product must be presented in order to establish the effective dateof the warranty, failing which, the effective date will be based upon the date of manufacture plus thirty(30) days. Any labour, material, refrigerant, transportation, freight or other charges incurred in con-nection with the performance of this warranty will be the responsibility of the owner at the currentrates and prices then in effect. This warranty may be transferred to a subsequent owner of theproduct.

THIS WARRANTY DOES NOT COVER

(a) Damages caused by accident, abuse, negligence, misuse, riot, fire, flood, or Acts of God (b) damagescaused by operating the product in a corrosive atmosphere (c) damages caused by any unauthorizedalteration or repair of the system affecting the product’s reliability or performance (d) damages causedby improper matching or application of the product or the product’s components (e) damages causedby failing to provide routine and proper maintenance or service to the product (f) expenses incurred forthe erecting, disconnecting, or dismantling the product (g) parts used in connection with normalmaintenance, 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 localinstallation 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 anyother obligation or liability in connection with the Product(s). There is no other representation, warrantyor condition in any respect, expressed or implied, made by or binding upon the Company other than theabove or as provided by provincial or state law and which cannot be limited or excluded by such law, norwill 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 subtractionfrom the statutory warranties and other rights and remedies provided by Federal, Provincial or Statelaws.

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PROJECT INFORMATION

General Sales, PGeneral Sales, PGeneral Sales, PGeneral Sales, PGeneral Sales, Parararararts & Serts & Serts & Serts & Serts & Service Manufacturing & Engineeringvice Manufacturing & Engineeringvice Manufacturing & Engineeringvice Manufacturing & Engineeringvice Manufacturing & Engineering135 Little Nine Drive, Morehead City135 Little Nine Drive, Morehead City135 Little Nine Drive, Morehead City135 Little Nine Drive, Morehead City135 Little Nine Drive, Morehead City, NC 28557, NC 28557, NC 28557, NC 28557, NC 28557252-240-2829 • 1-800-24-BALL252-240-2829 • 1-800-24-BALL252-240-2829 • 1-800-24-BALL252-240-2829 • 1-800-24-BALL252-240-2829 • 1-800-24-BALLY • FY • FY • FY • FY • FAX: 252-240-0384AX: 252-240-0384AX: 252-240-0384AX: 252-240-0384AX: 252-240-0384e-mail: ballysales@ballyrefboe-mail: ballysales@ballyrefboe-mail: ballysales@ballyrefboe-mail: ballysales@ballyrefboe-mail: [email protected] • wwwes.com • wwwes.com • wwwes.com • wwwes.com • www.ballyrefbo.ballyrefbo.ballyrefbo.ballyrefbo.ballyrefboxxxxxes.comes.comes.comes.comes.com

Due to Manufacturer’s policy of continuous product improvement,the Manufacturer reserves the right to make changes without notice.

DISTRIBUTED BY:

“AS BUILT” SERVICE PARTS LIST

Service Parts ListService Parts ListService Parts ListService Parts ListService Parts ListLLLLLabelabelabelabelabel

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BLP Low Profile Unit Cooler - Bally Refrigerationdocs.b-rp.ca/1087153-50.pdf · 2016. 4. 5. ·...

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Transcript of BLP Low Profile Unit Cooler - Bally Refrigerationdocs.b-rp.ca/1087153-50.pdf · 2016. 4. 5. ·...