Keeprite KMP Installation Manual
PRODUCT DATA &
INSTALLATION
Bulletin K30-KMP-PDI-50-4
KMP
Medium Profile
Unit Cooler
Air, Electric, Hot Gas
& Warm Fluid Defrost
1082851-50
We are on the Internet
www.keepriterefrigeration.com
Electrical Power:
200-220/1/50, 200-220/3/50,
380-460/1/50, 380-400/3/50
CONTENTS
Nomenclature........................................................................................................................ 2
Page
Features & Options..............................................................................................................2
Capacity Data...................................................................................................................... 3
Electrical Data...................................................................................................................... 4 - 9
Wiring Diagrams.................................................................................................................. 10 - 18
Dimensional Data/S pecifications...................................................................................... 19 - 20
Shipping Weights................................................................................................................21
Glycol Fluid Cooler Data.................................................................................................... 21
Factory Installed Distributor Nozzles................................................................................. 22
Recommended Exp ansion Valve Selections................................................................... 23 - 25
Installation Instructions........................................................................................................ 26 - 28
Hot Gas Piping Schematics.............................................................................................. 29 - 30
Generic Service Parts List................................................................................................. 31 - 32
Warranty....................................................................................................................... ........ 35
Project Information.............................................................................................................. 35
“As Built” Service Parts...................................................................................................... BACK
NOMENCLATURE
K MP 3 15 V E - T5 A
K = KeepRite
Medium Profile Unit Cooler
Number of Fans
Nominal Capacity:
x 1000 @ 10°F TD, Btu/H, R404A
Application Range:
M = Medium to High T emp 6 FPI (10°F to 45°F Evap Temp) *
L = Low Temp 6 FPI (-40°F to 0°F Evap Temp)
V = Low Temp 4 FPI (-40°F to 0°F Evap Temp)
W = Fluid Air Cooler (with water or glycol)
* except “488M”, which is 8 FPI
STANDARD FEATURES
• Modern look
• Totally enclosed high efficiency PSC motors
• High efficiency and high strength fan guard
Generation: A = 1
Voltage:
S6 = 200-220/1/50 T7 = 200-220/3/50
S9 = 380-400/1/50 T9 = 380-400/3/50
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)
st
• Proven motor/fan/motor mount design
• Liquid line solenoid valve wire harness factory
installed
• Hinged doors
• Compact
• Internally enhanced tubing
• More uniform air flow
• Reverse cycle & 3 pipe hot gas available
• Ample electrical and header compartments
• Lower heater wattage
OPTIONAL FEATURES
• Hot gas loop pan with hot gas defrost models
• Wire fan guard
• 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
• Shipped in upright position
• Factory installed expansion valve,
solenoid valve and room thermostat
- 2 -
CAPACITY DATA
ALL MODELS
Medium Temperature Models - Capacity @ 6 F.P.I. *
sledoM.pmeTmuideMM811M221M822M632M542M553M863M084*M884
snaFfOrebmuN112223344
00133
)0079(
0387
)5922(
0577
)1722(
0275
)0072(
0.7
)2.3(
00313
00503
00492
00172
00642
0275
0.7
)2.3(
00314
)00121(
00001
)1392(
0099
)2092(
0045
)0552(
1.9
)1.4(
)0919(
)0598(
)0368(
)0597(
)0227(
)0072(
yticapaC
HUTB
)STTAW(
F° )C°(
olFriAMFC ( )S/L
w
)A404R(
1
52
pavE
.pmeT
egrahCtnaregirfeR
)4-(
1
5
)9-(
01
)21-(
.BL
)GK(
.I.P.F8erasledom"M884"*
0056
)0584(
0293
)9411(
0883
)7311(
0682
)0531(
6.3
)6.1(
00202
)0395(
0005
)5641(
0594
)1541(
0962
)0721(
8.4
)2.2(
00752
)0557(
0816
)1181(
0216
)4971(
0606
)0682(
2.4
)9.1(
Low Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTwoLL611L911L522L232L042L843L653L174
snaFfOrebmuN 11222334
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
)A404R(
F° )C°(
0
)81-(
01-
pavE
.pmeT
egrahCtnaregirfeR
)32-(
02-
)92-(
03-
)43-(
04-
)04-(
.BL
)GK(
00251
)0544(
00051
)0934(
00741
)0134(
00731
)0204(
00721
)0273(
0682
)0531(
6.3
)6.1(
00581
)0245(
0
0081
)0825(
00
571
)0215(
002
61
)0474(
1
0074
)0134(
0
962
)0721(
8.4
)2.2(
00342
)0217(
00632
)0396(
00032
)0476(
00212
)0326(
00491
)0965(
0606
)0682(
7.4
)1.2(
50Hz
00505
)00841(
07721
)3473(
04621
)5073(
0858
)0504(
01
)7.4(
00983
)00411(
00973
)00111(
00863
)00801(
00143
)00001(
00013
)0019(
0045
)0552(
4.9
)2.4(
00426
)00381(
04451
)5254(
09251
)1844(
0908
)0283(
41
)3.6(
00454
)00331(
00054
)00231(
00044
)00921(
00314
)00121(
00283
)00211(
0858
)0504(
01
)7.4(
00737
)00612(
02281
)0435(
03081
)4825(
00801
)0115(
61
)4.7(
00525
)00451(
00225
)00351(
00515
)00151(
00484
)00241(
00054
)00231(
0908
)0283(
41
)3.6(
00808
)00732(
09802
)3216(
08602
)1606(
00201
)0
084(
61
7(
)4.
00276
)00791(
00566
)00591(
00156
)00191(
00016
)00971(
00365
)00561(
00801
)0115(
61
)4.7(
Low Temperature Models - Capacity @ 4 F.P.I.
sledoMIPF4.pmeTwoLV311V711V222V822V432V933V053V954
snaFfOrebmuN11222334
00361
)0774(
00061
)0964(
00651
)0854(
541
00
)0624(
00431
)0493(
0682
)0531(
8.4
)2.2(
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
)A404R(
F° )C°(
0
)81-(
01-
pavE
.pmeT
egrahCtnaregirfeR
)32-(
02-
)92-(
03-
)43-(
04-
)04-(
.BL
)GK(
00221
953(
)0
00121
3(
)065
00911
)0053(
00211
)0923(
00501
)0703(
0303
)0341(
3
6.
)6.1(
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 ÷ 5.6 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 .
00012
)0516(
00702
)0706(
00202
)0395(
00981
)0355(
00471
)0905(
0046
)0203(
7.4
)1.2(
00962
)0097(
00462
)0477(
00752
)0557(
00932
)0107(
00022
)0446(
0606
)0682(
0.7
)2.3(
00523
)0259(
00913
)0539(
00313
)0719(
00292
)0558(
00862
)0787(
0275
)0072(
4.9
)2.4(
00204
)00811(
00283
)00211(
00853
)00501(
00823
)0269(
00292
)0558(
0909
)0924(
01
)7.4(
00505
)00841(
00884
)00341(
00064
)00531(
00324
)00421(
00973
)00111(
0858
)0504(
41
)3.6(
00655
)00361(
00945
)00161(
00245
)00951(
00215
)00051(
00474
)00931(
00411
)0935(
61
)4.7(
- 3 -
ELECTRICAL DATA - 200-220/1/50
AIR DEFROST &
50Hz
HOT GAS DEFROST WITH HOT GAS LOOP PAN MODELS
L611†A6SL911†A6S-
-#L843
V311†A6SV711†A6S-
V822
LEDOMIPF
A6S-#M811
A6S-#M221
S-#M822
A6
A6S-#M632
A6S-#M542
A6S-#M553
A6S-#M863
A6S-#M084
6S-#M884
A
A6S-#L522
A6S-#L232
A6S-#L042
A6S
A6S-#L653
A6S-#L174
A6S-#V222
A6S-#
A6S-#V432
A6S-#V933
A6S-#V053
A6S-#V954
SROTOMNAF
YTITNAUQPHLATOTALF)A(YTICAPMA.CRIC.NIM)SPMA(ESUF.XAM
13/17.11.251
13/17.11.251
23/14.38.351
6
84 3/18.62.751
6
4
NotrefeR.RroH,A=#
23/14.38.351
23/14.38.351
33/11.55.551
33/11.55.551
43/18.62.751
13/17.11.251
13/17.11.251
23/14.38.351
23/14.38.351
23/14.38.351
33/11.55.551
33/11.55.551
43/18.62.751
13/17.11.251
13/17.11.251
23/14.38.351
23/14.38.351
23/14.38.351
33/11.55.551
33/11.55.551
43/18.62.751
sliatedroferutalcnemo
sliatedroferutalcnemoNotrefeR.RroH=†
- 4 -
ELECTRICAL DATA - 380-400/1/50
AIR DEFROST &
50Hz
HOT GAS DEFROST WITH HOT GAS LOOP PAN MODELS
22
L611†A9SL911†A9S-
-#L843
V311†A9S
V711†A9S
LEDOMIPF
A9S-#M811
A9S-#M221
S-#M822
A9
A9S-#M632
A9S-#M542
A9S-#M553
A9S-#M863
A9S-#M084
9S-#M884
A
A9S-#L522
A9S-#L232
A9S-#L042
A9S
A9S-#L653
A9S-#L174
A9S-#V222
A9S-#V8
A9S-#V432
A9S-#V933
A9S-#V053
A9S-#V954
SROTOMNAF
YTITNAUQPHLATOTALF)A(YTICAPMA.CRIC.NIM)SPMA(ESUF.XAM
13/19.01.151
13/19.01.151
23/18.10.251
6
84 3/16.38.351
6
4
trefeR.RroH,A=#
23/18.10.251
23/18.10.251
33/17.29.251
33/17.29.251
43/16.38.351
13/19.01.151
13/19.01.151
23/18.10.251
23/18.10.251
23/18.10.251
33/17.29.251
33/17.29.251
43/16.38.351
13/19.01.151
13/19.01.151
23/18.10.251
23/18.10.251
23/18.10.251
33/17.29.251
33/17.29.251
43/16.38.351
sliatedroferutalcnemoNo
sliatedroferutalcnemoNotrefeR.RroH=†
- 5 -
ELECTRICAL DATA -
200-220/1/50 & 200-220/3/50
ELECTRIC DEFROST MODELS
SROTOMNAF SRETAEHTSORFED
LEDOMIPF
A*-EM811
A*-EM221
A*-EM822
A*-EM632
6
A*-EM542
A*-EM553
A*-EM863
A*-EM084
A*-EM884
84 3/18.62.7510079445506037304
A*-EL611
A*-EL911
A*-EL522
A*-EL232
6
A*-EL042
A*-EL843
A*-EL653
A*-EL174
A*-EV311
A*-EV711
A*-EV222
A*-EV822
4
A*-EV432
A*-EV933
A*-EV053
A*-EV954
.YTQPH
13/17.11.25105034171025.92151
13/17.11.251050341710
23/14.38.3510665622353812252
23/14.38.3510665622353812252
23/14.38.3510665622353812252
33/11.55.551072883740
33/11.55.5510728837405622353
43/18.62.7510079445506037304
13/17.11.251050341710
13/17.11.25105034171025.92151
23/14.38.3510665622353812252
23/14.38.3510665622353812252
23/14.38.3510665622
33/11.55.5510728837405622353
33/11.55.5510728837405622353
43/18.62.7510079445506037304
13/17.11.2510503417
13/17.11.25105034171025.92151
23/14.38.3510665622353812252
23/14.38.3510665622353812252
23/14.38.35106656
33/11.55.5510728837405622353
33/11.55.5510728837405622353
43/18.62.7510079445506037304
oNotrefeR.7Tro6S=*
ALF
LATOT
ACM
)A(
sliatedroferutalcnem
.XAM
ESUF
)SPMA(
LATOT
STTAW
LATOT
SPMA
22353812252
05/1/022-00205/3/022-002
ACM
)A(
353812252
1025.92151
.XAM
ESUF
)SPMA(
25.92151
5622353
25.92151
LATOT
SPMA
50Hz
ACM
)A(
.XAM
ESUF
)SPMA(
-6 -
LEDOMIPF
EL611
EV822
ELECTRICAL DATA -
380-400/1/50 & 380-400/3/50
ELECTRIC DEFROST MODELS
SROTOMNAF SRETAEHTSORFED
.YTQPH
A*-EM811
A*-EM221
A*-EM822
A*-EM632
A*-EM542
A*-EM553
A*-EM863
A*-EM084
A*-EM884
A*A*-EL911
A*-EL522
A*-EL232
A*-EL042
A*-EL843
A*-EL653
A*-EL174
A*-EV311
A*-EV711
A*-EV222
A*A*-EV432
A*-EV933
A*-EV053
A*-EV954
13/19.01.15105036.75.9516.4651
13/19.01.15105036.
23/18.10.25108652.4181027.81151
23/18.10.25108652.4181027.81151
6
23/18.10.25108652.4181027.81151
17.29.25101388.026203316102
33/
33/17.29.25101388.026203316102
43/16.38.35100793.420353519102
84 3/16.38.35100793.420353519102
13/19.01.15105036.75.9516.4651
13/19.01.15105036.75.9516.4651
23/18.10.25108652.4181027.81151
23/18.10.25108652.4
6
23/18.10.25108652.4181027.81151
33/17.29.25101388.026203316102
33/17.29.25101388.026203316102
43/16.
13/19.01.15105036.75.9516.4651
13/19.01.15105036.75.9516.4651
23/18.10.25108652.4181027.81151
23/18.10.25108652.4181027.81151
4
23/18.10.25108652.4181027.81151
33/17.29.25101388.026203316102
33/17.29.25101388.0
43/16.38.35100793.420353519102
ALF
LATOT
38.35100793.420353519102
ACM
)A(
sliatedroferutalcnemoNotrefeR.9Tro9S=*
.XAM
ESUF
)SPMA(
LATOT
STTAW
LATOT
SPMA
75.9516.4651
181027.81151
26203316102
05/1/004-08305/3/004-083
ACM
)A(
.XAM
ESUF
)SPMA(
LATOT
SPMA
50Hz
ACM
)A(
.XAM
ESUF
)SPMA(
- 7 -
ELECTRICAL DATA - 200-220/1/50
HOT GAS DEFROST
50Hz
WITH DRAIN PAN HEATER MODELS
SROTOMNAF SRETAEHNAPNIARD
LEDOMIPF
A6S-^M811
A6S-^M221
A6S-^M822
A6S-^M632
S-^M542
^M884
32
6
A6
A6S-^M553
A6S-^M863
A6S-^M084
A6S-
84 3/18.62.75101310.64.751
A6S-^L611
A6S-^L911
A6S-^L522
A6S-^L2
6
A6S-^L042
A6S-^L843
A6S-^L653
A6S-^L174
A6S-^V311
A6S-^V711
A6S-^V222
A6S-^V822
4
A6S-^V432
A6S-^V933
A6S-^V053
A6S-^V954
.YTQPH
13/17.11.2519842.28.251
13/17.11.2519842.28.251
23/14.38.3512187.36.451
23/14.38.3512187.36.451
23/14.38.3512187.36.451
33/11.55.55103111.54.651
33/11.55.55103111.54.651
43/18.62.75101310.64.751
13/17.11.2519842.28.251
13/17.11.2519842.28.251
23/14.38.3512187.36.451
23/14.38.3512187.36.451
23/14.38.3512187.36.451
33/11.55.55103111.54.651
33/11.55.55103111.54.651
43
13/17.11.2519842.28.251
13/17.11.2519842.28.251
23/14.38.3512187.36.451
23/14.
23/14.38.3512187.36.451
33/11.55.55103111.54.651
33/11.55.55103111.54.651
43/18.62.75
/18.62.75101310.64.751
sliatedroferutalcnemoNotrefeR.GroT=^
ALF
LATOT
38.3512187.36.451
ACM
)A(
ESUF.XAM
)SPMA(
101310.64.751
LATOT
STTAW
SPMALATOT
ACM
)A(
A(
ESUF.XAM
)SPM
- 8 -
884
LEDOMIPF
A9S-^M811
A9S-^M221
A9S-^M822
A9S-^M632
S-^M542
A9
A9S-^M553
A9S-^M863
A9S-^M084
A9S-^M
A9S-^L611
A9S-^L911
A9S-^L522
A9S-^L232
A9S-^L042
A9S-^L843
A9S-^L653
A9S-^L174
A9S-^V311
A9S-^V711
A9S-^V222
A9S-^V822
A9S-^V432
A9S-^V933
A9S-^V053
A9S-^V954
ELECTRICAL DATA - 380-400/1/50
HOT GAS DEFROST
50Hz
WITH DRAIN PAN HEATER MODELS
SROTOMNAF SRETAEHNAPNIARD
.YTQPH
13/19.01.1514040.13.151
13/19.01.1514040.13.151
23/18.10.2511767.11.251
6
84 3/16.38.35108017.24.351
6
4
23/18.10.2511767.11.251
23/18.10.2511767.11.251
33/17.29.2518393.29.251
33/17.29.2518393.29.251
43/16.38.35108017.24.351
13/19.01.1514040.13.151
13/19.01.1514040.13.151
23/18.10.2511767.11.251
23/18.10.2511767.11.251
23/18.10.2511767.11.251
33/17.29.2518393.29.251
33/17.29.2518393.29.251
43/16.38
13/19.01.1514040.13.151
13/19.01.1514040.13.151
23/18.10.2511767.11.251
23/18.10.2511
23/18.10.2511767.11.251
33/17.29.2518393.29.251
33/17.29.2518393.29.251
43/16.38.35108017.24
sliatedroferutalcnemoNotrefeR.GroT=^
ALF
LATOT
ACM
)A(
.35108017.24.351
ESUF.XAM
)SPMA(
LATOT
STTAW
767.11.251
SPMALATOT
ACM
)A(
.351
A(
ESUF.XAM
)SPM
- 9 -
WIRING DIAGRAM - 200-220/1/50
AIR DEFROST MODELS
GND
WITH DEFROST TIME CLOCK
DEFROST CLOCK
PARAGON # 8145
OR EQUIVALENT
TM
3
1
2
PUMP DOWN
4X
SWITCH
(IF USED)
N
THERMOSTAT
NOTE #4
SPACE
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
L1
L2
GND
FUSE OR
CIRCUIT
BREAKER
NOTE #3
TO MULTIPLE EVAPS
M2
M1
(IF APPLIC)
LIQUID LINE
SOLENOID VALVE
NOTE #4
N.C.
WITHOUT DEFROST TIME CLOCK
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
L1
L2
GND
FUSE OR
CIRCUIT
BREAKER
NOTE #3
M2
M1
TO MULTIPLE
EVAPORATORS (IF APPLIC)
SPACE
THERMOSTAT
NOTE #4
LIQUID LINE
SOLENOID VALVE
NOTE #4
N.C.
M1
M2
TERMINAL BOARD
GND.
FAN
MTR
FAN
MTR
EVAPORATOR
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 .
1-MP AIR 230V 11/05
FAN MO TO R
POWER
PLUGS
REFER TO
EVAPORATOR
FAN
MTR
DATA PLATE
FOR MOTOR
QUANTITY
N
4
M2
M1
GND.
TERMINAL BOARD
N
4
FAN MO TO R
POWER
PLUGS
REFER TO
FAN
MTR
EVAPORATOR
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.
- 10 -
WIRING DIAGRAM - 380-400/1/50
GND
AIR DEFROST MODELS
WITH DEFROST TIME CLOCK
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
L2
L1
FUSE OR
CIRCUIT
GND
BREAKER
NOTE #3
TO MULTIPLE
EVAPORATORS
(IF APPLIC)
M1
M2
GND
PUMP DOWN
SWITCH
(IF USED)
3
1
2ND FUSE
OMITTED IF N
TM
4X
2
SPACE
THERMOSTAT
NOTE #4
CONTROL VOLTAGE
GND
FUSE OR
CIRCUIT
BREAKER
NOTE #3
N
SOLENOID VALVE
L1
L2(N)
LIQUID LINE
NOTE #4
N.C.
WITHOUT DEFROST TIME CLOCK
REFER TO EVAPORATOR
NAMEPLATE FOR ELECTRICAL
REQUIREMENTS
L2
L1
SPACE
NOTE #4
CONTROL VOLTAGE
L1
SOLENOID VALVE
GND
FUSE OR
CIRCUIT
BREAKER
NOTE #3
TO MULTIPLE
EVAPORATORS
(IF APPLIC)
M1
M2
THERMOSTAT
L2(N)
FUSE OR
CIRCUIT
BREAKER
NOTE #3
2ND FUSE
OMITTED IF N
LIQUID LINE
NOTE #4
N.C.
EVAPORATOR
M1
M2
TERMINAL BOARD
GND.
FAN
FAN
MTR
MTR
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 .
2-MP AIR 460-575 10/05
4
FAN MOTOR
POWER
PLUGS
REFER TO
EVAPORATOR
FAN
MTR
DATA PLATE
FOR MOTOR
QUANTITY
EVAPORATOR
M2
N
M1
TERMINAL BOARD
GND.
N
4
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.
- 1 1 -
Loading...