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KHPHG 50Hz
Installation Manual
24 pgs1.32 Mb0

Keeprite KHPHG 50Hz Installation Manual

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Page 1
High Profile Unit Cooler
PRODUCT DATA & INSTALLATION
Bulletin K30-KHPHG-PDI-50-1
1081591-50
We are on the Internet
www.keepriterefrigeration.com
Electrical Power: 200-220/3/50, 380-400/3/50
CONTENTS
Page
Nomenclature....................................................................................................................... 2
Features & Options............................................................................................................. 2
Standard V elocity Units....................................................................................................... 3 - 6
Capacity Data.............................................................................................................. 3
Electrical Data............................................................................................................. 4 - 5
Wiring Diagram................................................................................................................... 6
Piping Schematic................................................................................................................. 7
Dimensional Data................................................................................................................ 8, 9
Specifications................................................................................................................. ...... 10, 11
Installation Instructions........................................................................................................ . 12, 13
High Velocity Unit s............................................................................................................. . . 14 - 19
Capacity Data................................................................................................................ 14 - 16
Electrical Data............................................................................................................... 17 - 18
Service Parts List................................................................................................................. 19
Warranty....................................................................................................................... ........ 23
Project Information.............................................................................................................. 23
“As Built” Service Parts List............................................................................................... BACK
Page 2
NOMENCLATURE
K HP 216 L E - T5 A - S B
K = KeepRite High Profile Unit Cooler
Nominal Capacity x 1000
(standard motor/fan blade) @ 10°F TD
Application Range
H = Hi / Medium Temp 7 FPI (0°F to 35°F Evap Temp) M = Medium Temp 6 FPI (0°F to 35°F Evap Temp) P = Medium Temp 4 FPI (0°F to 35°F Evap Temp) L = Low Temp 6 FPI (-5°F to -40°F Evap Temp) V = Low Temp 4 FPI (-5°F to -40°F Evap Temp)
Defrost
A = Air E = Electric T = 3 Pipe Hot Gas w/ Heater G = Reverse Cycle Hot Gas w/ Heater H = 3 Pipe Hot gas w/ Loop R = Reverse Cycle Hot Gas w/ Loop
STANDARD FEATURES
• Heavy gauge textured aluminum cabinet
with galvanized steel hangers, support channels and end plates
• Hinged access panels with removable hinge
pins and captive fasteners.
• Rugged heavy-gauge galvanized steel rail
motor mount / support
Throw Boosters:
N = None B = Booster
Motor Option:
S = Standard T = TEFC V = High Velocity
† Not available on above +15°F Evap. Temp. models
Generation
st
A = 1
Voltage:
T3 = 208-230/3/60 T4 = 460/3/60 T5 = 575/3/60 T7 = 200-220/3/50 T9 = 380-400/3/50
†
• Drain pan heaters
• Fixed fan delay thermostat (all low
temperature models)
• Adjustable fan delay thermostat (all medium
temperature models)
• St ackable design
• Adjustable defrost termination thermostat
• Heater safety thermostat (on models with heaters)
OPTIONAL FEATURES
• Factory mounted TX valve, solenoid valve
and thermostat
• Throw boosters
• Insulated drain pan
• 3 HP 1750 RPM motor with cast aluminum
fan blade ideal for blast applications
• Schrader fitting and external equalizer line
• Factory installed solenoid valve wire harness
• Unit shipped upright for convenient handling
and quick installation.
• Hot gas drain pan loop
• TEFC motors
• Optional fin spacing
• Optional fin materials
• Optional coil coating
- 2 -
Page 3
CAPACITY DATA - STANDARD MODELS
Medium Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTmuideM#M860#M180#M290#M801#M321#M531#M261#M181#M122#M342#M172
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
F° )C°(
pavE
.pmeT
52 )9.3
01 )2.21-(
*egrahCtnaregirfeR.BL )GK(
-(
00526
)60381(
00316
)55971(
00931
)9556(
)9(02)21(72)51(33)81(04)81(04)32(05)72(06)04(88)54(89)45(811)17
Low Temperature Models - Capacity @ 6 F.P.I.
sledoM.pmeTwoL#L560#L870#L980#L490#L811#L431#L341#L161#L571#L891#L612#L822
HUTB
yticapaC
)STTAW(
wolFriAMF
C ( )S/L tnaregirfeR
**egrahC
0
)8.7
1-(
01-
pavE
.pmeT
F°
)C°(
)3.32-(
02-
)1.62-(
03-
)4.43-(
04-
)04-(
.BL
)GK(
00166
)16391(
00336
)14581(
65195
)72371(
00055
)01161(
00105
)47641(
00751
)9047(
12
)01(
00408
00077
44917
0086
6
00906
00841
)4896(
92
)31(
00847
)90912(
00337
)07412(
00921
)8806(
00519
)94532(
00678
)35522(
08818
)27012(
00167
)66591(
00496
)83871(
00041
)7066(
63
)61(
00248
)26642(
00528
)46142(
00221
)7575(
00869
)00862(
0629
0
)85652(
)38932(
)09222(
)72302(
27568
00408
00337
00231
)9226(
34
)91(
00499
)41192(
00479
)82582(
00231
)9226(
003121
)35382(
)32172(
)75352(
)94532(
)07412(
)92553(
002611
)53043(
065801
)79713(
009001
)45592(
00029
2(
)7496
00222
)67401(
34
)91(
002311
)65133(
0090
11
)38423(
00491
)5519(
008731
)26304(
009131
)43683(
131
082321
)90163(
005411
)73533(
004401
)97503(
00012
)0199(
45
)42(
50Hz
002421
)87363(
007121
)64653(
00381
)6368(
000741
)65034(
008041
)04214(
065
)43583(
002221
)29753(
004111
)92623(
00891
)4439(
46
)92(
000941
)24634(
000641
)36724(
00891
)4439(
005561
)5748
4(
005851
)52464(
021841
)48334(
006731
)30304(
005521
)95763(
00612
)39101(
59
)34(
005661
(
)86784
002361
)10874(
00712
)04201(
009971
)39625(
003271
)76405(
000161
)75174(
006941
)81834(
004631
)25993(
00613
)21941(
48
)83(
003302
)74595(
002991
)64385(
00103
)40241(
006302
)43695(
009491
)68075(
061281
)55335(
002961
)95594(
003451
)49154(
00103
)40241(
501
)84(
006322
)29456(
001912
)47146(
00982
)83631(
001222
)35056(
006212
)17226
(
027891
)50285(
006481
)96045(
003861
)59294(
00982
)83631(
811
)45(
003942
)02037(
003442
)55517(
00662
)35521(
(751
004432
)65686(
004422
)72756(
067902
)93416(
009491
)68075(
007771
)84025(
00662
)35521(
751
)17(
Medium Temperature Models - Capacity @ 4 F.P.I.
sledoM.pmeTmuideM#P950#P270#P380#P190#P901#P221#P731#P051#P461#P002#P222#P652
yticapaC
HUTB
)STTAW(
F° )C°(
MFC
wolFriA
( )S/L
tnaregirfeR
*egrahC
52
pavE
)9.3-(
.pmeT
01
)2.21-(
.BL
)GK(
00345
)40951(
00235
)28551(
00541
)3486(
02
)9(
00266
00946
00731
)5646(
72
)21(
00067
)09391(
)90091(
)06222(
00547
(
)12812
00921
)8806(
33
)51(
00738
)61542(
00028
)81042(
00321
)4085(
04
)81(
003001
)87392(
00389
)29782(
00602
)1279(
04
)81(
002211
)36823(
000011
)91223(
00491
)5519(
05
)32(
Low Temperature Models - Capacity @ 4 F.P.I.
sledoM.pmeTwoL#V550#V660#V670#V780#V001#V411#V721#V541#V271#V781#V712
0
0
01-
yticapaC
HUTB
wolFriA
pavE
)STTAW(
F° )C°(
MFC
( )S/L
tnaregirfeR
**egrahC
02-
.pmeT
03-
04-
)04-(
.BL
)GK(
0665
)8.71-(
)3.32-(
)1.62-(
)4.43-(
)87561(
00145
)64851(
00605
)1
2841(
00074
)66731(
00924
)56521(
00261
)5467(
12
)01(
* Estimated, based on R404A at +25° S.S.T. with coil 30% full. ** Estimated, based on R404A at -20° S.S.T. with coil 30% full. Derate capacity by 0.92 and CFM by .85 for Throw Booster Option. # = T / G / H / R
Average Air Throw - ft (m)
NAFDRADNATS
ROTOMDNA
09 )72( 521 )83(
00976
)88891(
00056
)93091(
02706
)58771(
00465
)02561(
00415
)55051(
00451
)7627(
92
)31(
00187
)57822(
00847
)90912(
02996
)08402(
00056
)93091(
00295
)04371(
00841
)4896(
63
)
61(
00598
)51262(
00658
)27052(
04008
)44432(
00447
)29712(
00876
)95891(
00141
)4566(
34
)91(
008201
)01103(
00489
12882(
)
00029
)74962(
00558
)34052(
00977
)71822(
00232
)84901(
34
)91(
0
0479
00888
00222
45
)42(
†
LANOITPO
RETSOOBWORHT
† Measured in open space. Actual throw may be less in real
applications.
000621
)50963(
005321
)37163(
00581
)0378(
65
)52(
002711
)82343(
002211
)36823(
088401
)91703(
)82582(
)01062(
)67401(
000831
)0
2404(
002531
)00693(
00732
)48111(
47
)33(
006031
)35283(
000521
)31663(
048611
)22243(
005801
)08713(
00099
)79982(
00212
)40001(
46
)92(
009051
)99144(
009741
)02334(
00822
)95701(
88
)04(
001941
)17634(
007241
)79714(
004331
)37093(
009321
)09263(
000311
)89033(
00722
)21701(
59
)34(
000481
)49835(
003081
)01825(
00613
)21941(
89
)54(
008671
)58715(
003961
)88594(
042851
)84364(
000741
)65034(
000431
)94293(
00613
)21941(
501
)84(
002402
)01895(
001002
)90685(
00403
)64341(
811
)45(
003291
)52365(
001481
)32935(
040271
)19305(
008951
)50864(
007541
)67624(
00403
)64341(
621
)75(
005532
)87986(
008032
)10676(
00682
)69431(
751
)17(
001322
)64356(
006312
)36526(
046991
)57485(
005581
)33345(
001961
)92594(
00682
)69431(
751
)17(
- 3 -
Page 4
ELECTRICAL DATA
STANDARD MODELS - 200-220/3/50
50Hz
LEDOMIPF
531PHK
271PHK
ROTOMNAF
YTQ A7T-#M860PHK A7T-#M180PHK A7T-#M290PHK A7T-#M801PHK A7T-#M321PHK A7T-#M A7T-#M261PHK A7T-#M181PHK A7T-#M122PHK A7T-#M342PHK A7T-#M172PHK
A7T-#L560PHK
6
A7T-#L870PHK A7T-#L980PHK A7T-#L490PHK A7T-#L811PHK A7T-#L431PHK A7T-#L341PHK A7T-#L161PHK A7T-#L571PHK A7T-#L891PHK A7T-#L612PHK A7T-#L822PHK A7T-#P950PHK A7T-#P270PHK A7T-#P380PHK A7T-#P190PHK A7T-#P901PHK A7T-#P221PHK A7T-#P731PHK A7T-#P051PHK A7T-#P461PHK A7T-#P002PHK A7T-#P222PHK A7T-#P652PHK
4
A7T-#V550PHK A7T-#V660PHK A7T-#V670PHK A7T-#V780PHK A7T-#V001PHK
T-#V411PHK
A7 A7T-#V721PHK A7T-#V541PHK A7T-#V A7T-#V781PHK A7T-#V712PHK
21 6.98.015162767.711.2252 21 6.98.015162767.711 21 6.98.015162767.711.2252
25.18.113.315162767.711.2252 31 4.416.510260692.525.1353 31 4.416.510260692.525.1353
+35.17.712.915260692.525.1353
35.17.712.915228899.524.2353
45.16.321.5203009219.333.2405
45.16.321.5203009219.333.2405
45.16.321.5203009219.333.2405
25.
25.18.113.315162767.711.2252
25.18.113.315162767.711.2252
25.18.113.
35.17.712.915260692.525.1353
35.17.712.915260692.525.1353
35.17.712.9152606 +35.17.712.915228899.524.2353
45.16.321.5203009219.333.2405
45.16.321.5203009219.
45.16.321.5203009219.333.2405
45.16.321.5203009219.333.2405
21 6.98.015162767.711.225 21 6.98.015162767.711.2252 21 6.98.015162767.711.2252 21 6.98.015162767.711.2252 31 4 31 4.416.510260692.525.1353 31 4.416.510260692.525.1353
+35.17.712.915228 +35.17.712.915228899.524.2353
45.16.321.5203009219.333.2405
45.16.321.5203009219
45.16.321.5203009219.333.2405
25.18.113.315162767.711.2252
25.18.113.315162767.711.
25.18.113.315162767.711.2252
25.18.113.315162767.711.2252
35.17.712.915260692.525.1353
35.17.712.915260692.525.1353
35.17.712.915260692.525.1353 +35.17.712.915228899.524.2353
45.16.321.5203009219.333.2405
45.16.321.5203009219.333.2405
45.16.321.5203009219.333.2405
PH
18.113.315162767.711.2252
.416.510260692.525.1353
SROTOMNAF )ELBACILPPAFI(SRETAEHNAPNIARD
ALFROTOM
LATOT
.CRIC.NIM
)A(YTICAPMA
315162767.711.2252
NOTE: 3+ indicates 3-fan “long” configuration (see dimensional data for details)
ESUF.XAM
PMA(
)S
STTAWSPMA
92.525.1353
333.2405
899.524.2353
.333.2405
.CRIC.NIM
)A(YTICAPMA
.2252
2252
ESUF.XAM
)SPMA(
2
- 4 -
Page 5
ELECTRICAL DATA
STANDARD MODELS - 380-400/3/50
50Hz
LEDOMIPF
A9T-#M860PHK A9T-#M180PHK A9T-#M290PHK A9T-#M801PHK A9T-#M321PHK A9T-#M531PHK A9T-#M261PHK A9T-#M181PHK A9T-#M122PHK A9T-#M342PHK A9T-#M172PHK
A9T-#L560PHK
#L870PHK
A9T­A9T-#L980PHK A9T-#L490PHK A9T-#L811PHK A9T-#L431PHK A9T-#L341PHK A9T-#L161PHK A9T-#L571PHK A9T-#L891PHK A9T-#L612PHK A9T-#L822PHK A9T-#P950PHK A9T-#P270PHK A9T-#P380PHK A9T-#P190PHK A9T-#P901PHK A9T-#P221PHK
#P731PHK
A9T­A9T-#P051PHK A9T-#P461PHK A9T-#P002PHK A9T-#P222PHK A9T-#P652PHK A9T-#V550PHK A9T-#V660PHK A9T-#V670PHK A9T-#V780PHK
T-#V001PHK
A9 A9T-#V411PHK A9T-#V721PHK A9T-#V541PHK A9T-#V271PHK A9T-#V781PHK A9T-#V712PHK
ROTOMNAF
YTQ
21 2.47.45165550.80.0151 21 2.47.45165550.80.0151 21 2.47.45165550.80.0151
25.15 6.55165550.80.0151 31 3.68.65183975.113.4151 31 3.68.65183
35.15.71.85183975.113.4151 +35.15.71.85166188.117.4151
45.10.016.0151266014.512.9
45.10.016.0151266014.512.9102
45.10.016.0151266014.512.9102
6
4
25.10.56.55165550.80.0151
25.10.56.55165550.80.0151
25.10.56.55165550.80.0151
25.10.56.55165550.80.0151
35.15.71.
35.15.71.85183975.113.4151
35.15.71.85183975.113.4151 +35.15.71.85166188.117.4
45.10.016.0151266014.512.9102
45.10.016.0151266014.512.9102
45.10.016.0151266014.512.9102
45.10.016.0151266014.512.9102 21 2.47.45165550.80.0151 21 2.47.45165550.80.0151 21 2 21 2.47.45165550.80.0151 31 3.68.65183975.113.4151 31 3.68.65183975.113.4151 31 3.68.65183975.113.4151
+35.15.71.85166188.117.4151 +35.15.71.85166188.117.4151
45.10
45.10.016.0151266014.512.9102
45.10.016.0151266014.512.9102
25.10.56
25.10.56.55165550.80.0151
25.10.56.55165550.80.0151
25.10.56.55165550.80.0151
35.15.71.85183975.113.4151
35.15.71.85183975.113.4151
35.15.71.85183975.113.4151
35.15.71.85166188.117.4151
+
45.10.016.0151266014.512.9102
45.10.016.0151266014.512.9102
45.10.0
PH
.47.45165550.80.0151
.016.0151266014.512.9102
16.0151266014.512.9102
SROTOMNAF )ELBACILPPAFI(SRETAEHNAPNIARD
ALFROTOM
LATOT
.CRIC.NIM
)A(YTICAPMA
85183975.113.4151
.55165550.80.0151
NOTE: 3+ indicates 3-fan “long” configuration (see dimensional data for details)
ESUF.XAM
PMA(
)S
STTAWSPMA
975.113.4151
.CRIC.NIM
)A(YTICAPMA
102
151
ESUF.XAM
)SPMA(
- 5 -
Page 6
WIRING DIAGRAM
- 6 -
Page 7
PIPING SCHEMATIC
- 7 -
Page 8
DIMENSIONAL DATA
2 Fan Models
Drain connections 1-1/4” FPT .
3 Fan Models
- 8 -
Page 9
DIMENSIONAL DATA
3 Fan (Long) Models
Drain connections 1-1/4” FPT .
4 Fan Models
- 9 -
Page 10
SPECIFICATIONS -
6 F.P.I. MODELS
Medium Temperature Models - 6 F.P.I.
sledoMIPF6.pmeTmuideM#M860#M180#M290#M801#M321#M531#M261#M181#M122#M342#M172
snaFfOrebmuN
.nnoCrotubirtsiD
O(
oL
)taewSD
epiP3
naPniarD
-.nnoCtroPediS
)taewSDO(
-.nnoCtroPediS
elcyCesreveR
)taewSDO(
-.nnoCpo
)taewSDO(
.nnoCnoitcuS
)taewSDO(
.BL
thgieWteN.xorppA
Low Temperature Models - 6 F.P.I.
sledoMIPF6.pmeTwoL#L560#L870#L980#L490#L811#L431#L341#L161#L571#L891#L612#L822
snaFfOrebmuN
.nnoCrotubirtsiD
DO(
(
)taewS
epiP3
naPniarD
-.nnoCtroPediS
)taewSDO(
-.nnoCtroPediS
elcyCesreveR
)taewSDO
-.nnoCpooL
)taewSDO(
.nnoCnoitcuS
)taewSDO(
.BL
thgieWteN.xorppA
22223333444
sehcnI
)mm(
sehcnI
)mm(
sehcnI
)mm(
sehcnI
)mm(
sehcnI
)mm(
)GK(
sehcnI
)mm(
sehcnI
)mm(
sehcnI
)mm(
sehcnI
)mm(
sehcnI
)mm(
)GK(
8/1-1
)92(
8/7
)22(
8/7
)22(
8/3-1
)53(
8/3-1
)53(
986
)313(
222233334444
8/3-1
)53(
8/1-1
)92(
8/1-1
)92(
8/3-1
)53(
8/1-
2
)45(
986
)313(
8/3-1
)53(
8/1-1
)92(
8/1-1
)92(
8/3-1
)53(
8/5-1
)14(
137
)233(
8/3-1
)53(
8/1-1
)92(
8/1-1
)92(
8/3-1
)53(
8/1-2
)45(
137
)233(
8/3-1
)53(
8/1-1
)92(
8/1-1
)92(
8/3-1
)53(
8/5-1
)14(
477
)253(
8/3-1
)53(
8/1-1
)92(
8/1-1
)92(
8/3-1
)53(
8/1-2
)45(
477
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* Drain pan loop will have connections at opposite ends of the unit. ** Reverse Cycle 1-3/8 (35), 3 -Pipe 1-5/8 (41). Note: Distributor and / or circuiting may change with each application.
- 10 -
Page 11
SPECIFICATIONS -
4 F.P.I. MODELS
Medium Temperature Models - 4 F.P.I.
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* Drain pan loop will have connections at opposite ends of the unit. ** Reverse Cycle 1-3/8 (35), 3 -Pipe 1-5/8 (41). Note: Distributor and / or circuiting may change with each application.
- 1 1 -
Page 12
INSTALLATION INSTRUCTIONS
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 .
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 unit does not draw air in, or blow directly out, through an opened door and that the product does not obstruct the free circulation of air. Consideration should be given to the coil location in order to minimize the piping run length to the condensing unit and floor drain
CLEARANCES
This evaporator draws air through the coil and discharges air from the fan side, and thus adequate clearance should be made on the entering face of the coil to ensure even unrestricted air flow through the coil. This distance should be equal to the height of the coil or more. Ensure enough room is left at the ends of the coil for servicing.
MOUNTING
This evaporator is supplied with shipping legs to allow units to be shipped in an upright position. Units can be lifted into place with shipping skid attached to mounting legs. Hanger brackets take up to 5/8” (15.9 mm) hanger rods. After the evaporator is hung in place, remove the bolts attaching the skid to the legs.
DRAIN LINE
If the evaporator is mounted flush to ceiling, the stag­gered hanger will provide a positive pitch for drainage.
If units are suspended below the ceiling, the installer must provide adequate pitch to the unit by adjusting the location of the hanger rod nuts.
Note: Check for adequate drainage by pouring water into the drain pan.
Ensure that the drain pan has sufficient slope for proper drainage (prevention of ice build up / blockage in pan).
Insulated copper tube should be run from the drain connection, sloping at least 4” (102mm) per foot. A trap located outside of the room should be provided to prevent warm air entering through the tubing. Connection should be made to proper drainage facilities that comply with local regulations.
If room temperatures are below freezing, it is necessary to heat the drain line to prevent condensate from freezing in the drain line. Electric heating cable or electric tape (by others) is used for this purpose. The drain line heater should be connected for continuous operation; it is also recommended that the drain line be insulated. A heat output of 20 watt s per lineal foot of 1” (25mm) drain line in a 0°F (-18 °C) room is usually satisfactory . 1 15 volt cable and tape is available from your local refrigeration wholesaler. Two 1 15 volts heaters (by others) of the same wattage may be wired in series for use on 230 volt system
- 12 -
Page 13
INSTALLATION INSTRUCTIONS
PIPING
Refrigerant line sizes are important and may not be the same size as the coil connections (depends on the length of run). If in doubt, consult “Recommended refrigerant line sizes” charts.
WIRING
Wire system in accordance with governing standards and local codes. Enclosed typical wiring diagrams are for reference only . Refer to unit data plate for operating current, minimum ampacity and maximum fuse sizing for fan motors.
NOTE: Electrical wiring is to be sized in accordance with minimum ampacity rating.
For ease of identifying the proper wiring terminals, unit wiring is colour 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 20 °F (-6.7 °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 is of an adjustable type, and proper adjustment is required.
The defrost termination control is adjustable and may be set at a minimum of 40 °F (4.4 °C) (fully CW) to a maximum of 75 °F (23.8 °C) (fully CCW). Normal setting is 55 °F (12.8 °C). This can be increased if the defrost heaters are terminated too soon (frost still left) or if terminated too long (steaming of coil). Time clock should be set for a fail-safe termination of approximately 45 minutes.
A hinged end panel provides quick access to the electri­cal compartment.
SYSTEM CHECK
Before Start-Up:
1. All wiring should be in accordance with local codes.
2. All refrigerant lines should be properly sized.
3. Electric defrost systems should include a liquid line solenoid valve.
4. Thorough evacuation and dehydration has been performed.
5. The suction, discharge and receiver service valves must be open.
6. The system should include a liquid line 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. If necessary, temporarily by-pass fan delay control to
run fans until room temp is lowered. (Run jumper wire from terminal N to F on circuit terminal block).
2. Check the compressor oil level to ensure the correct
oil charge.
3. Be sure that the expansion valve is properly set to
provide the correct amount of superheat (should be around 70% of operating T .D.)
4. Heavy moisture loads are usually encountered when
starting the system for the first time. If the coil temperature is below freezing, this will cause a rapid build-up of frost on the coil. During the initial pull down, frost build-up should be watched and defrosted manually as required.
5. Check for proper evaporator fan blade rotation.
MAINTENANCE
1. Periodic checking and cleaning of the coil surface when necessary should be done, using a whisk or brush. Drain pans are hinged to provide convenient access to the inside coil surface (except hot gas loop pans).
2. Ensure coil and pan does not have any excessive ice build-up from improper defrost operation. Any build-up of ice can cause fins and refrigerant tubes to be crushed. When replacing heater elements, first remove heater slot covers and heater clips
3. Motors are permanently lubricated type and require no further lubrication.
- 13 -
Page 14
CAPACITY DATA -
HIGH VELOCITY MODELS
Medium Temperature - 6 F.P.I. with 3 HP Motor @ 0” External Static Pressure
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ROTOMDNA
511 )53( 031 )93(
LANOITPO
RETSOOBWORHT
† Measured in open space. Actual throw may be less in real
applications.
- 14 -
Page 15
CAPACITY DATA -
HIGH VELOCITY MODELS
Medium Temperature - 6 F.P.I. with 3 HP Motor @ .25” External Static Pressure
sledoM.pmeTmuideM#M860#M180#M290#M801#M321 #M531#M261#M181#M122#M342#M172
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
Low Temperature - 6 F.P.I. with 3 HP Motor @ .25” External Static Pressure
yticapaC
HUTB
)STTAW(
wolFri
AMFC ( )S/L
*egrahC*
pavE
.pmeT
F° )C°(
sledoM.pmeTwoL#L560#L870#L980#L490#L811#L431#L341#L161#L571#L891#L612#L822
pavE
.pmeT
F°
)C°(
tnaregirfeR
*egrahCtnaregirfeR.BL )GK(
0
)8.7
1-(
01-
)3.32-(
02-
)1.62-(
03-
)4.43-(
04-
)04-(
.BL
)GK(
01
)2.21-(
12
)01(
00996
)47402(
00581
)0378(
02
)9(
00976
)88891(
00056
)93091(
02706
)58771(
00465
)02561(
00415
)55051(
00581
)0378(
00358
00718
06367
00
907
00746
00671
92
)31(
00658
)27052(
00671
)5038(
72
)21(
00639
)48942(
00698
)03932(
02738
)66322(
00877
)76702(
00907
)15981(
00761
)5038(
63
)61(
00489
82(
)128
00761
)1887(
33
)51(
009401
)51472(
)44262(
)22542(
)88722(
)76702(
)1887(
004001
04839
00278
00597
00951
)3057(
34
)91(
006701
)61513(
00951
)3057(
04
)81(
004421
)52703(
)70492(
)68472(
)14552(
)68232(
)73463(
001911
)48843(
023111
)60623(
004301
)68203(
00349
)02
672(
00362
)11421(
34
)91
(
007921
)98973(
00362
)11421(
04
)81(
000541
)17424(
008831
)55604(
027921
)59973(
005021
)49253(
009901
)09123(
00052
)89711(
45
)42(
004541
)88524(
00052
)89711(
)32(05
004161
)47274(
006451
)28254(
44441
0
)60324(
002431
)70393(
003221
)22853(
00832
)13211(
46
)92(
001061
)39864(
00832
)13211(
06
)72(
008671
15(
)587
003961
)88594(
042851
)84364(
000741
)65034(
000431
)94293(
00152
)54811(
59
)34(
003081
)01825(
00152
)54811(
88
)04(
000281
)80335(
002471
)32015(
048261
)69674(
003151
)61344(
009731
)19304(
0263
0
)38071(
48
)83(
50Hz
008022
)27646(
00843
)22461(
89
)54(
008112
)63026(
008202
)00495(
025981
)01555(
001671
)08515(
005061
)01074(
00843
)22461(
501
)84(
009242
00433
811
)45(
005632
)17296(
004622
)313
66(
006112
)87916(
006691
)48575(
002971
)88425(
00433
)16751(
811
)45(
)54117(
00113
)16751(
751
)17(
009942
)69137(
002932
)26007(
065322
)18456(
007702
)53806(
004981
)57455(
00113
)67641(
751
)17(
007762
)90487(
)67641(
Medium Temperature - 4 F.P.I. with 3 HP Motor @ .25” External Static Pressure
sledoM.pmeTmuideM#P950#P270#P380#P190#P901#P221#P731#P051#P461#P002#P222#P652
yticapaC
pavE
HUTB
)STTAW(
F° )C°(
MFC
wolFriA
( )S/L
tnaregirfeR
*egrahC
01
.pmeT
)2.21-(
.BL
)GK(
00895
)51571(
00191
)3109(
02
)9(
00547
00381
)6368(
72
)21(
00738
)12812(
)61542(
00671
)
5038(
33
)51(
00839
)47472(
00861
)8297(
04
)81(
003111
)00623(
00572
)77921(
04
)81(
007921
)98973(
00362
)11421(
05
)32(
007141
)40514(
00252
)29811(
65
)52(
003641
15824(
)
00172
)88721(
47
)33(
008261
)48674(
00262
)46321(
88
)04(
002391
)88565(
00263
)38071(
89
)54(
002612
)52336(
00053
)71561(
811
)45
(
001252
)04837(
0033
0
)37551(
751
)17(
Low Temperature - 4 F.P.I. with 3 HP Motor @ .25” External Static Pressure
sledoM.pmeTwoL#V550#V660#V670#V780#V001#V411#V721#V541#V271#V781#V712
0795
0
)68471(
00175
)52761(
00435
14651(
)
00694
)82541(
00254
)93231(
00191
)3109(
12
)01(
yticapaC
HUTB
wolFriA
)STTAW(
F° )C°(
MFC
( )S/L
tnaregirfeR
*egrahC*
0
)8.71-(
01-
pavE
.pmeT
)3.32-(
02-
)1.62-(
03-
)4.43-(
04-
)04-(
.BL
)GK(
* Estimated, based on R404A at +25° S.S.T. with coil 30% full. ** Estimated, based on R404A at -20° S.S.T. with coil 30% full. Derate capacity by 0.92 and CFM by .85 for Throw Booster Option. # = T / G / H / R
Average Air Throw - ft (m)
NAFDRADNATS
ROTOMDNA
511 )53( 031 )93(
00027
)98012(
00986
)18102(
00446
)36881(
00895
)51571(
45
005
)36951(
00381
)6368(
92
)31(
00348
)19642(
00708
)73632(
04457
)69022(
00107
)23502(
00936
)61781(
00671
)5038(
3
6
)61(
00659
)10082(
00519
)00862(
06558
)16052(
00597
)68232(
00527
)53212(
00861
)8297(
34
)91(
000111
)21523(
003601
)53113(
06399
)30192(
00329
)53072(
00248
)26642(
00572
)77921(
34
)91(
006921
)06973(
000421
)02363(
029511
)35933(
007701
)54513(
00289
)36782(
00362
21(
)114
45
)42(
008731
)26304(
009131
)43683(
082321
)90163(
005411
)73533(
004401
)97503(
00252
)29811(
46
)92(
004951
)88664(
006251
)79644(
006241
)86714(
005231
)90883(
008021
)28353(
00262
)46321(
59
)34(
002091
)01755(
001281
)73335(
002071
)25894(
001851
)70364(
002441
)63224(
00263
)38071(
501
)84(
008212
)92326(
008302
)39695(
044091
)08755(
009671
)41815(
003161
)54274(
00053
)71561(
621
)75(
005732
)46596(
004722
)50666(
025212
)74226(
004791
)81875(
000081
)22725(
00033
)37551(
751
)17(
†
LANOITPO
RETSOOBWORHT
† Measured in open space. Actual throw may be less in real
applications.
- 15 -
Page 16
CAPACITY DATA -
HIGH VELOCITY MODELS
Medium Temperature - 6 F.P.I. with 3 HP Motor @ .50” External Static Pressure
sledoM.pmeTmuideM#M860#M180#M290#M801#M321 #M531#M261#M181#M122#M342#M172
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
Low Temperature - 6 F.P.I. with 3 HP Motor @ .50” External Static Pressure
yticapaC
HUTB
)STTAW(
wolFriAMFC ( )S/L
*egrahC*
pavE
.pmeT
F° )C°(
*egrahCtnaregirfeR
sledoM.pmeTwoL#L560#L870#L980#L490#L811#L431#L341#L161#L571#L891#L612#L822
pavE
.pmeT
F°
)C°(
tnaregirfeR
01
)2.21-(
.BL
)GK(
0
)8.71-(
01-
)3.32-(
02-
)1.62-(
03-
)4.43-(
04-
)04-(
.BL
)GK(
00866
00046
00895
00655
00705
00961
12
)01(
00276
)38691(
00961
)579
7(
02
)9
(
00218
)66591(
)64781(
)51571(
)58261(
)05841(
)5797(
00877
08627
0057
6
00616
00951
92
)31(
00918
)98932(
00951
)3057(
72
)21(
)38732(
)88722(
)88212(
)17791(
)34081(
)3057(
63
)61(
00929
)012
72(
00251
)3717(
33
)51(
00598
)51262(
00658
)27052(
04008
)44432(
00447
)29712(
00876
)95891(
00251
)3717(
00799
0559
0
04298
00928
00657
00541
)3486(
34
)91(
001201
)50992(
00541
)3486(
04
)81(
003021
)20292(
)27972(
)83162(
)18242(
)34122(
)63253(
002511
)24733(
046701
)82513(
000001
)09292(
00219
2(
)2176
00042
)62311(
34
)91(
003321
)51163(
00042
)62311(
04
)81(
008831
)55604(
009231
)62983(
002421
)87363(
004511
)10833(
002501
)31803(
00822
)95701(
5
4
)42(
000831
)02404(
00822
)95701(
05
)32(
002451
)56154(
007741
)16234(
000
831
)02404(
002821
)05573(
009611
)04243(
00812
)78201(
46
)92(
007251
)62744(
00812
)78201(
06
)72(
006661
)7978
4(
005951
)81764(
040941
)45634(
005831
)76504(
002621
)46963(
00722
)21701(
59
)34(
003961
)88594(
00722
)21701(
88
)04(
008471
)99115(
003761
)20094(
004651
)01854(
003541
)85524(
005231
)90883(
008
23
)87451(
48
)83(
50Hz
008802
)85116(
00413
)81841(
89
)54(
005102
)91095(
009291
)00565(
023081
)61825(
005761
)16094(
007251
)62744(
00413
)81841(
501
)84(
00103
811
)45(
(
00103
811
)45(
002822
)04866(
)40241(
001322
)64356(
006312
)36526
046991
)57485(
005581
)33345(
001961
)92594(
)40241(
002052
)48237(
00082
)31231(
751
)17(
005632
)17296(
004622
)31366(
006112
)87916(
006691
)48575(
002971
)88425(
00082
)31231(
751
)17(
Medium Temperature - 4 F.P.I. with 3 HP Motor @ .50” External Static Pressure
sledoM.pmeTmuideM#P950#P270#P380#P190#P901#P221#P731#P051#P461#P002#P222#P652
yticapaC
pavE
HUTB
)STTAW(
F° )C°(
MFC
wolFriA
( )S/L
tnaregirfeR
*egrahC
01
.pmeT
)2.21-(
.BL
)GK(
00075
)59661(
00671
)5038(
02
)9(
00807
00761
)1887(
72
)21(
00008
)73702(
)23432(
00951
)
3057(
33
)51(
00298
)72162(
00451
)7627(
04
)81(
007601
)25213(
00152
)54811(
04
)81(
003321
)51163(
00042
)62311(
05
)32(
002531
)00693(
00032
)45801(
65
)52(
000831
02404(
)
00642
)90611(
47
)33(
006351
)98944(
00732
)48111(
88
)04(
001381
)03635(
00823
)87451(
89
)54(
002402
)01895(
00613
)21941(
811
)45
(
005532
)87986(
0692
0
)86931(
751
)17(
Low Temperature - 4 F.P.I. with 3 HP Motor @ .50” External Static Pressure
sledoM.pmeTwoL#V550#V660#V670#V780#V001#V411#V721#V541#V271#V781#V712
0665
0
)8.71-(
01-
yticapaC
HUTB
wolFriA
pavE
)STTAW(
**egrahC
.pmeT
F° )C°(
MFC
( )S/L
tnaregirfeR
)3.32-(
02-
)1.62-(
03-
)4.43-(
04-
)04-(
.BL
)GK(
0
)87561(
00145
)64851(
00605
12841(
)
00074
)66731(
00924
)56521(
00671
)5038(
12
)01(
* Estimated, based on R404A at +25° S.S.T. with coil 30% full. ** Estimated, based on R404A at -20° S.S.T. with coil 30% full. Derate capacity by 0.92 and CFM by .85 for Throw Booster Option. # = T / G / H / R
Average Air Throw - ft (m)
NAFDRADNATS
ROTOMDNA
511 )53( 031 )93(
00986
)18102(
00066
)13391(
04616
)45081(
00375
)38761(
25
002
)98251(
00761
)1887(
92
)31(
00218
)38732(
00877
)88722(
08627
)88212(
00576
)17791(
00616
)34081(
00951
)3057(
3
6
)61(
00509
)70562(
00668
)56352(
06908
)31732(
00257
)62022(
00686
)39002(
00451
)7627(
34
)91(
009501
)81013(
004101
)00792(
06749
)55772(
00088
)57752(
00308
)02532(
00152
)54811(
34
)91(
004221
)15853(
001711
)99243(
084901
)76023(
007101
)88792(
00729
)25172(
00042
1(
)6231
45
)42(
006131
)64583(
000621
)50963(
067711
)29443(
004901
)34023(
00799
)20292(
00032
)45801(
46
)92(
001151
)75244(
007441
)38324(
042531
)21693(
006521
)88763(
005411
)73533(
00732
)48111(
59
)34(
009971
)39625(
003271
)76405(
000161
)75174(
006941
)81834(
004631
)25993(
00823
)87451(
501
)84(
005102
)91095(
009291
)00565(
023081
)61825(
005761
)16094(
007251
)62744(
00613
)21941(
621
)75(
001422
)93656(
006412
)65826(
065002
)44785(
003681
)76545(
009961
)46794(
00692
)86931(
751
)17(
†
LANOITPO
RETSOOBWORHT
† Measured in open space. Actual throw may be less in real
applications.
- 16 -
Page 17
ELECTRICAL DATA - HIGH VELOCITY
MODELS - 200-220/3/50
50Hz
LEDOMIPF
A7T-#M860PHK A7T-#M180PHK A7T-#M290PHK A7T-#M801PHK A7T-#M321PHK
M531PHK
A7T-# A7T-#M261PHK A7T-#M181PHK A7T-#M122PHK A7T-#M342PHK A7T-#M172PHK
A7T-#L560PHK
6
A7T-#L870PHK A7T-#L980PHK A7T-#L490PHK A7T-#L811PHK A7T-#L431PHK A7T-#L341PHK A7T-#L161PHK
571PHK
A7T-#L A7T-#L891PHK A7T-#L612PHK A7T-#L822PHK
HK
A7T-#P950P A7T-#P270PHK A7T-#P380PHK A7T-#P190PHK A7T-#P901PHK A7T-#P221PHK A7T-#P731PHK
7T-#P051PHK
A A7T-#P461PHK A7T-#P002PHK A7T-#P222PHK A7T-#P652PHK
4
A7T-#V550PHK A7T-#V660PHK A7T-#V670PHK A7T-#V780PHK A7T-#V001PHK A7T-#V411PHK A7T-#V721PHK A7T-#V541PHK A7T-#V271PHK A7T-#V781PHK A7T-#V712PHK
ROTOMNAF
YTQ
23 6.911.220362767.711.2252 23 6.911.220362767. 23 6.911.220362767.711.2252 23 6.911.220362767.711.2252 33 4.929.130460692.525.1353 33 4.929.130460692.525.1353 33 4.929.130460692.525.1353
+33 4.929.130428899.524.2353 ANANA ANANANANANANANANAN
43 ANANAN009219.333.2405
23 6.911.220362767.711.2252 23 6.9 23 6.911.220362767.711.2252 23 6.911.220362767.711.2252 33 4.929.130460692.525 33 4.929.130460692.525.1353 33 4.929.130460692.525.1353
+33 4.929.130428899.524.2353
43 2.937.1405009219.333.2405
ANANANANANANANANAN ANANANANANANANANAN ANANANANANANANANAN
23 6.911.220362767.711.2252 23 6.911.220362767.711.2252 23 6.911.220362767.711.2252 23 6.911.22036 33 4.929.130460692.525.1353 33 4.929.130460692.525.1353 33 4.929.130460692.525.1353
+33 4.929.130428899.524.2353
+33 4.929.130428899.524.2353 ANANANANANANANANAN ANANANANANA ANANANANANANANANAN
23 6.911.220362767.711.2252 23 6.911.220362767.711.2252 23 6.9 23 6.911.220362767.711.2252 33 4.929.130460692.525.1353 33 4.929.130460692.525 33 4.929.130460692.525.1353
+33 4.929.130428899.524.2353 ANANANANANANANANAN ANA ANANANANANANANANAN
PH
NANANANANANAN
11.220362767.711.2252
11.220362767.711.2252
NANANANANANANAN
SROTOMNAF )ELBACILPPAFI(SRETAEHNAPNIARD
ALFROTOM
LATOT
.CRIC.NIM
)A(YTICAPMA
NOTE: 3+ indicates 3-fan “long” configuration (see dimensional data for details)
ESUF.XAM
PMA(
)S
STTAWSPMA
711.2252
2767.711.2252
NANANAN
.CRIC.NIM
)A(YTICAPMA
.1353
.1353
ESUF.XAM
)SPMA(
- 17 -
Page 18
ELECTRICAL DATA - HIGH VELOCITY
MODELS - 380-400/3/50
50Hz
SROTOMNAF )ELBACILPPAFI(SRETAEHNAPNIARD
ALFROTOM
LATOT
.CRIC.NIM
)A(YTICAPMA
2PHK
LEDOMIPF
-#L870PHK
731PHK
ROTOMNAF
YTQ A9T-#M860PHK A9T-#M180PHK A9T-#M290PHK A9T-#M801PHK A9T-#M321PHK A9T-#M531PHK A9T-#M261PHK A9T-#M181PHK A9T-#M122PHK A9T-#M342PHK A9T-#M172PHK
A9T-#L560PHK
6
A9T A9T-#L980PHK A9T-#L490PHK
A9T-#L811PHK
A9T-#L431PHK A9T-#L341PHK A9T-#L161PHK A9T-#L571PHK A9T-#L891PHK A9T-#L612PHK A9T-#L82 A9T-#P950PHK A9T-#P270PHK A9T-#P380PHK A9T-#P190PHK A9T-#P901PHK A9T-#P221PHK A9T-#P A9T-#P051PHK A9T-#P461PHK A9T-#P002PHK A9T-#P222PHK A9T-#P652PHK
4
A9T-#V550PHK A9T-#V660PHK A9T-#V670PHK A9T-#V780PHK A9T-#V001PHK A9T-#V411PHK A9T-#V721PHK A9T-#V541PHK A9T-#V271PHK A9T-#V781PHK A9T-#V712PHK
23 6.98.015165550.80.0151 23 6.98.015165550.80.0 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 33 4.416.510283975.113.4151 33 4 33 4.416.510283975.113.4151
+33 4.416.510266188.117.4151 43 2.914.02522660 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 33 4.416.51028 33 4.416.510283975.113.4151 33 4.416.510283975.113.4151
+33 4.416.510266188.117.4151 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 23 6.98.0151655 23 6.98.015165550.80.0151 33 4.416.510283975.113.4151 33 4.416.510283975.113.4151 33 4.416.510283975.113.4151
+33 4.416.510266188.117.4151
+33 4.416.510266188.117.4151 43 2.9 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102 23 6.98.015165550. 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 23 6.98.015165550.80.0151 33 4.416.510283975.113.4151 33 4.416.510283975.113.4151 33 4.416.510283975.113.4151
+33 4.416.5102661 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102 43 2.914.0252266014.512.9102
PH
.416.510283975.113.4151
14.0252266014.512.9102
NOTE: 3+ indicates 3-fan “long” configuration (see dimensional data for details)
ESUF.XAM
PMA(
)S
STTAWSPMA
14.512.9102
3975.113.4151
50.80.0151
80.0151
88.117.4151
.CRIC.NIM
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151
ESUF.XAM
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- 18 -
Page 19
SERVICE PARTS
zH05/06-SROTOM.DTSSLEDOM#TRAPPDO#TRAPCFET
06/3/032-802MPR058PH1
)05/3/022-002(
06/3/032-802MPR0411PH5.1
)05/3/022-002(
06/3/064MPR058PH1
)05/3/004-083(
06/3/064MPR0411PH5.1
)05/3/004-083(
06/3/575MPR058PH1
06/3/575MPR0411PH5.1
zH05/06
)05/3/022-002(
)05/3/004-083(
SEDALBNAFSLEDOM#TRAP
SROTOMPH1ROF
SROTOMPH3ROF
-SROTOMCFETPH3LANOITPO
06/3/032-802MPR0571PH3
6/3/064MPR0571PH3
0
06/3/575MPR0571PH3
SROTOMPH5.1ROF
180,860
,261,801
950,321,290,180,860
,181,261,801
181,261,801
LP
SLEDOM#TRAP
LLA
LLA
LLA
LLA
SLEDOM'V'&'L'LLASULP
SLEDOM'V'&'L'LLASULP
SLEDOM'V'&'L'LLASU
SLEDOM'V'&'L'LLASULP
731,531,221,901,190,380,270,
652,222,002,461,051,172,342,122
731,531,221,901,190,380,270,950,321,290,180,860
652,222,002,461,051,172,342,122,
731,531,221,901,190,380,270,950,321,290,
652,222,002,461,051,172,342,122,181,261,801
73
1,531,221,901,190,380,270,950,321,290,180,860 652,222,002,461,051,172,342,122,181
73708011470801
93708013470801
73708011470801
93708013470801
83708012470801
04708014470801
7470801
7470801
8470801
9470801
0570801
1570801
.CSIMSLEDOM#TRAP
DRAUGNAF
LANOITPO
NIMRET
RETSOOBWORHT
SROTOM-KCOLBLANIMRET
SRETAEH-KCOLBLANIMRET
TIUCRICLORTNOC-KCOLBLA
YALEDNAFDEXIF
YALEDNAFELBATSUJDA
ANIMRETTSORFEDELBATSUJDA
NOIT
YTEFASRETAEH
NAPNIARD:PMALCRETAEH
LLA LLA LLA LLA LLA
SLEDOM'V'dna'L'LLA
SLEDOM'P'dna'M'LLA
LLA
SRETAEHNAPNIARDHTIWSLEDOMLLA SRETAEHNAPNIARDHTIWSLEDOMLLA
4358701 6258701 7105401 7477701 0600701 0420401 1463701 0168401 4610401 8618601
SRETAEHNAPNIARD
SLEDOM
V022-002/V032
)RETAEHV032(
780,670,660,550,490,980,870,560,190,380,270,950,801,290,180,860
721,411,001,341,431,811,731,221,901,261,531,321
541,161,461,051,181
712,781,271,822,612,891,571,652,222,002,172,342,122
100-4980801100-4980801200-498080
300-4980801300-4980801400-4980801
-4980801500-4980801600-4980801
500
700-4980801700-498080180
V004-083/V064
SRETAEHV032-2(
)SEIRESNI
V575
SRETAEHV882-2(
SEIRESNI
)
1
0-4980801
- 19 -
Page 20
NOTES
- 20 -
Page 21
NOTES
- 21 -
Page 22
NOTES
- 22 -
Page 23
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 Acts 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
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rebmuNledoM pU-tratSfoetaD
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ylppuSlacirtcelExaF
- 23 -
Page 24
“AS BUILT” SERVICE PARTS LIST
Service Parts ListService Parts List
Service Parts List
Service Parts ListService Parts List
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NA TIONAL REFRIGERA TION & AIR CONDITIONING CANADA CORP.
CANADA
159 ROY BLVD., BRANTFORD, ONTARIO, 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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