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NSF/ANSI 7
Commercial Refrigerators and Storage Freezers
Commercial Refrigerators and Storage Freezers
| Heatcraft Refrigeration Products, LLC | |
| 2175 West Park Place Boulevard | |
| Stone Mountain, GA 30087 | |
| United States | |
| 770-465-5600 |
Facility : Tifton, GA
|
Air Intake/Discharge Grill |
|
| 34413301 | |
| 40894201 | |
| 40894601 | |
| 40922402 | |
|
Evaporator Units - COMPONENTS |
|
|
U Series |
|
| U--009 | |
| U--012 | |
| U--015 | |
| UB-009 | |
| UB-012 | |
| UB-015 | |
| UF-009 | |
| UF-012 | |
| UF-015 | |
| UFK009 | |
| UFK012 | |
| UFK015 | |
| UK-009 | |
| UK-012 | |
| UK-015 | |
| UP--009 | |
| UP--012 | |
| UP--015 | |
|
ACM Series[1] [2] [3] |
|
| ACM-046 | |
| ACM-052 | |
| ACM-076 | |
| ACM-090 | |
| ACM-102 | |
| ACM-108 | |
| ACM-132 | |
| ACM-134 | |
| ACM-156 | |
| ACM-179 | |
| ACM-208 | |
| ACM-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
ADT Series[1] [2] [3] |
|
| ADT040 | |
| ADT052 | |
| ADT065 | |
| ADT070 | |
| ADT090 | |
| ADT104 | |
| ADT120 | |
| ADT130 | |
| ADT140 | |
| ADT156 | |
| ADT180 | |
| ADT208 | |
| ADT260 | |
| ADT312 | |
| ADT370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
BBL Series[4] [5] |
|
| BBL(1)10(2)(3) | |
| BBL(1)15(2)(3) | |
| BBL10A | |
| BBL10B | |
| BBL15A | |
| BBL15B | |
| BBLK(1)10(2)(3) | |
| BBLK(1)15(2)(3) | |
| BBLK10A | |
| BBLK10B | |
| BBLK15A | |
| BBLK15B | |
| BBLM(1)10(2)(3) | |
| BBLM(1)15(2)(3) | |
| BBLM15A | |
| BBLM15B | |
| BBLMK(1)10(2)(3) | |
| BBLMK(1)15(2)(3) | |
| BBLMK10A | |
| BBLMK10B | |
| BBLMK15A | |
| BBLMK15B | |
| BBLP(1)10(2)(3) | |
| BBLP(1)15(2)(3) | |
| BBLPK(1)10(2)(3) | |
| BBLPK(1)15(2)(3) | |
| BBLPM(1)10(2)(3) | |
| BBLPM(1)15(2)(3) | |
| BBLPMK(1)10(2)(3) | |
| BBLPMK(1)15(2)(3) | |
| BBLPS(1)10(2)(3) | |
| BBLPS(1)15(2)(3) | |
| BBLPSK(1)10(2)(3) | |
| BBLPSK(1)15(2)(3) | |
| BBLS(1)10(2)(3) | |
| BBLS(1)15(2)(3) | |
| BBLS10A | |
| BBLS10B | |
| BBLS15A | |
| BBLS15B | |
| BBLSK(1)10(2)(3) | |
| BBLSK(1)15(2)(3) | |
| BBLSK10A | |
| BBLSK10B | |
| BBLSK15A | |
| BBLSK15B | |
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
[5] (1) Optional 1 or 2-digit alphabetical suffix indicating differences in coil circuiting.
C, G, H, R, X, Y, AC, AG, AH, AR, AX or AY are acceptable.
(2) 1-digit alphabetical suffix indicating electrical ratings. A or B are certified.
(3) Optional up to 10-digit alphanumeric characters to reflect electrical and internal
component differences and vintage code that do not impact materials, design or
construction of the unit. All are acceptable.
|
|
|
BBM Series[4] [5] |
|
| BBM(1)11(2)(3) | |
| BBM(1)16(2)(3) | |
| BBMK(1)11(2)(3) | |
| BBMK(1)16(2)(3) | |
| BBMM(1)11(2)(3) | |
| BBMM(1)16(2)(3) | |
| BBMM16B | |
| BBMMK(1)11(2)(3) | |
| BBMMK(1)16(2)(3) | |
| BBMMK11A | |
| BBMMK11B | |
| BBMMK16A | |
| BBMMK16B | |
| BBMP(1)11(2)(3) | |
| BBMP(1)16(2)(3) | |
| BBMPK(1)11(2)(3) | |
| BBMPK(1)16(2)(3) | |
| BBMPM(1)11(2)(3) | |
| BBMPM(1)16(2)(3) | |
| BBMPMK(1)11(2)(3) | |
| BBMPMK(1)16(2)(3) | |
| BBMPS(1)11(2)(3) | |
| BBMPS(1)16(2)(3) | |
| BBMPSK(1)11(2)(3) | |
| BBMPSK(1)16(2)(3) | |
| BBMS(1)11(2)(3) | |
| BBMS(1)16(2)(3) | |
| BBMS11A | |
| BBMS11B | |
| BBMS16A | |
| BBMS16B | |
| BBMSK(1)11(2)(3) | |
| BBMSK(1)16(2)(3) | |
| BBMSK11A | |
| BBMSK11B | |
| BBMSK16A | |
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
[5] (1) Optional 1 or 2-digit alphabetical suffix indicating differences in coil circuiting.
C, G, H, R, X, Y, AC, AG, AH, AR, AX or AY are acceptable.
(2) 1-digit alphabetical suffix indicating electrical ratings. A or B are certified.
(3) Optional up to 10-digit alphanumeric characters to reflect electrical and internal
component differences and vintage code that do not impact materials, design or
construction of the unit. All are acceptable.
|
|
|
CWA Series[1] [2] [3] |
|
| CWA-050 | |
| CWA-075 | |
| CWA-100 | |
| CWA-130 | |
| CWA-155 | |
| CWA-180 | |
| CWA-210 | |
| CWA-270 | |
| CWA-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
CWE Series[1] [2] [3] |
|
| CWE-050 | |
| CWE-075 | |
| CWE-100 | |
| CWE-130 | |
| CWE-155 | |
| CWE-180 | |
| CWE-210 | |
| CWE-270 | |
| CWE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
CWG Series[1] [2] [3] |
|
| CWG-050 | |
| CWG-075 | |
| CWG-100 | |
| CWG-130 | |
| CWG-155 | |
| CWG-180 | |
| CWG-210 | |
| CWG-270 | |
| CWG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EC Series[3] [8] |
|
| (1)EC0050 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0065 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0075 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0095 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0120 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0130 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0135 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0175 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0180 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0200 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0225 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0250 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0255 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0280 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0285 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0360 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0450 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0550 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0600 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0700 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0750 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0850 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0950 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC1150 (2)(3)(4)(5)(6)(7)(8) | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[8] (1) Prefix to denote Brands – B – Bohn, L – Larkin, C – Climate Control,
H – Chandler
(2) Denotes voltage A - 115/1/60 or B - 208-230/1/60
(3) Denotes refrigerant S - HFC's like R404A, R448A, R449A etc..,
C = CO2, G = Glycol
(4) Denotes number of fins 7 - 7 Fins per Inch, 6 - 6 Fins per Inch
(5) Denotes type of defrost A - Air, E - Electric Defrost
(6) Denotes motor type M - 2 Speed EC, E - Fixed speed EC
(7) Denotes product vintage A
(8) Optional Alphanumeric characters for coils and internal component
|
|
|
ECM Series[1] [2] [3] |
|
| ECM-035 | |
| ECM-040 | |
| ECM-054 | |
| ECM-065 | |
| ECM-090 | |
| ECM-110 | |
| ECM-130 | |
| ECM-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EFC Series[1] [2] [3] |
|
| EFC041 | |
| EFC068 | |
| EFC080 | |
| EFC102 | |
| EFC136 | |
| EFC170 | |
| EFC204 | |
| EFC235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EL Series Evaporators[3] [7] |
|
| BEL(1)(2)(3)(4)(5)(6)A | |
| CEL(1)(2)(3)(4)(5)(6)A | |
| HEL(1)(2)(3)(4)(5)(6)A | |
| LEL(1)(2)(3)(4)(5)(6)A | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[7] Variable suffixes as follows:
(1) 4-digit numerical suffix (0040, 0105, etc) indicating BTU per hour ratings.
i.e., 0040 = 4000 BTUH, 0120 = 12000 BTUH, 0400 = 400 BTUH/ITD, etc.
(2) Single digit alpha suffix indicating voltage character. A, B, C, M or Q acceptable.
(3) Single digit alpha suffix indicating application type.
C = CO2, G = Glycol, S = Standard.
(4) Single digit numerical suffix indicating fin spacing in fins per inch - 4 or 6
acceptable.
(5) Single digit alpha suffix indicating defrost type. A = air, E = electric, H = hot
gas.
(6) Single digit alpha suffix indicating motor type. C, E or M acceptable.
|
|
|
ELC Series[1] [2] [3] |
|
| ELC035 | |
| ELC040 | |
| ELC047 | |
| ELC065 | |
| ELC075 | |
| ELC090 | |
| ELC120 | |
| ELC140 | |
| ELC160 | |
| ELC180 | |
| ELC200 | |
| ELC240 | |
| ELC280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EV Series[3] [8] |
|
| (1)EV0055 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0080 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0125 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0160 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0180 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0215 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0245 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0290 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0360 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0400 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0500 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0750 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0950 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1100 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1400 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1650 (2)(3)(4)(5)(6)(7)(8) | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[8] (1) Prefix to denote Brands – B – Bohn, L – Larkin, C – Climate Control,
H – Chandler
(2) Denotes voltage A - 115/1/60 or B - 208-230/1/60
(3) Denotes refrigerant S - HFC's like R404A, R448A, R449A etc..,
C = CO2, G = Glycol
(4) Denotes number of fins 7 - 7 Fins per Inch, 6 - 6 Fins per Inch
(5) Denotes type of defrost A - Air, E - Electric Defrost
(6) Denotes motor type M - 2 Speed EC, E - Fixed speed EC
(7) Denotes product vintage A
(8) Optional Alphanumeric characters for coils and internal component
|
|
|
GLC Series[1] [2] [3] |
|
| GLC035 | |
| GLC040 | |
| GLC041 | |
| GLC047 | |
| GLC065 | |
| GLC068 | |
| GLC075 | |
| GLC080 | |
| GLC090 | |
| GLC102 | |
| GLC120 | |
| GLC136 | |
| GLC140 | |
| GLC160 | |
| GLC170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HGT Series[1] [2] [3] |
|
| HGT035 | |
| HGT040 | |
| HGT041 | |
| HGT047 | |
| HGT065 | |
| HGT068 | |
| HGT075 | |
| HGT080 | |
| HGT090 | |
| HGT102 | |
| HGT120 | |
| HGT136 | |
| HGT140 | |
| HGT160 | |
| HGT170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HWA Series[1] [2] [3] |
|
| HWA-050 | |
| HWA-075 | |
| HWA-100 | |
| HWA-130 | |
| HWA-155 | |
| HWA-180 | |
| HWA-210 | |
| HWA-270 | |
| HWA-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HWE Series[1] [2] [3] |
|
| HWE-050 | |
| HWE-075 | |
| HWE-100 | |
| HWE-130 | |
| HWE-155 | |
| HWE-180 | |
| HWE-210 | |
| HWE-270 | |
| HWE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HWG Series[1] [2] [3] |
|
| HWG-050 | |
| HWG-075 | |
| HWG-100 | |
| HWG-130 | |
| HWG-155 | |
| HWG-180 | |
| HWG-210 | |
| HWG-270 | |
| HWG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LAG Series[1] [2] [3] |
|
| LAG-120 | |
| LAG-130 | |
| LAG-160 | |
| LAG-170 | |
| LAG-190 | |
| LAG-220 | |
| LAG-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LAH Series[1] [2] [3] |
|
| LAH-120 | |
| LAH-130 | |
| LAH-160 | |
| LAH-170 | |
| LAH-190 | |
| LAH-220 | |
| LAH-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LAL Series[1] [2] [3] |
|
| LAL-120 | |
| LAL-130 | |
| LAL-160 | |
| LAL-170 | |
| LAL-190 | |
| LAL-220 | |
| LAL-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LCA Series[1] [2] [3] |
|
| LCA6110 | |
| LCA6135 | |
| LCA6160 | |
| LCA6185 | |
| LCA6215 | |
| LCA6260 | |
| LCA6310 | |
| LCA6350 | |
| LCA640 | |
| LCA644 | |
| LCA651 | |
| LCA662 | |
| LCA672 | |
| LCA690 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LCE Series[1] [2] [3] |
|
| LCE4105 | |
| LCE4139 | |
| LCE4174 | |
| LCE4208 | |
| LCE4235 | |
| LCE457 | |
| LCE467 | |
| LCE482 | |
| LCE6120 | |
| LCE6140 | |
| LCE6160 | |
| LCE6180 | |
| LCE6200 | |
| LCE6240 | |
| LCE6270 | |
| LCE635 | |
| LCE643 | |
| LCE665 | |
| LCE676 | |
| LCE694 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LCH Series[1] [2] [3] |
|
| LCH4105 | |
| LCH4139 | |
| LCH4174 | |
| LCH4208 | |
| LCH4235 | |
| LCH457 | |
| LCH467 | |
| LCH482 | |
| LCH6120 | |
| LCH6140 | |
| LCH6160 | |
| LCH6180 | |
| LCH6200 | |
| LCH6240 | |
| LCH6270 | |
| LCH635 | |
| LCH643 | |
| LCH665 | |
| LCH676 | |
| LCH694 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LET Series[1] [2] [3] |
|
| LET035 | |
| LET040 | |
| LET047 | |
| LET065 | |
| LET075 | |
| LET090 | |
| LET120 | |
| LET140 | |
| LET160 | |
| LET180 | |
| LET200 | |
| LET240 | |
| LET280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFA Series[1] [2] [3] |
|
| LFA-070 | |
| LFA-087 | |
| LFA-120 | |
| LFA-135 | |
| LFA-150 | |
| LFA-170 | |
| LFA-190 | |
| LFA-230 | |
| LFA-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFAE Series[1] [2] [3] |
|
| LFAE-070 | |
| LFAE-087 | |
| LFAE-120 | |
| LFAE-135 | |
| LFAE-150 | |
| LFAE-170 | |
| LFAE-190 | |
| LFAE-230 | |
| LFAE-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFAH Series[1] [2] [3] |
|
| LFAH-070 | |
| LFAH-087 | |
| LFAH-120 | |
| LFAH-135 | |
| LFAH-150 | |
| LFAH-170 | |
| LFAH-190 | |
| LFAH-230 | |
| LFAH-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFF Series[1] [2] [3] |
|
| LFF041 | |
| LFF068 | |
| LFF080 | |
| LFF102 | |
| LFF136 | |
| LFF170 | |
| LFF204 | |
| LFF235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LLE Series[1] [2] [3] |
|
| LLE041 | |
| LLE068 | |
| LLE080 | |
| LLE102 | |
| LLE136 | |
| LLE170 | |
| LLE204 | |
| LLE235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LO Series[1] [2] [3] |
|
| LO-070 | |
| LO-087 | |
| LO-118 | |
| LO-125 | |
| LO-150 | |
| LO-165 | |
| LO-189 | |
| LO-225 | |
| LO-266 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LOD Series[1] [2] [3] |
|
| LOD-070 | |
| LOD-087 | |
| LOD-118 | |
| LOD-125 | |
| LOD-150 | |
| LOD-165 | |
| LOD-189 | |
| LOD-225 | |
| LOD-266 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LOG Series[1] [2] [3] |
|
| LOG-070 | |
| LOG-087 | |
| LOG-118 | |
| LOG-125 | |
| LOG-150 | |
| LOG-165 | |
| LOG-189 | |
| LOG-225 | |
| LOG-266 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LSC Series[1] [2] [3] |
|
| LSC040 | |
| LSC052 | |
| LSC065 | |
| LSC070 | |
| LSC090 | |
| LSC104 | |
| LSC120 | |
| LSC130 | |
| LSC140 | |
| LSC156 | |
| LSC180 | |
| LSC208 | |
| LSC260 | |
| LSC312 | |
| LSC370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LSF Series[1] [2] [3] |
|
| LSF035 | |
| LSF040 | |
| LSF047 | |
| LSF065 | |
| LSF075 | |
| LSF090 | |
| LSF120 | |
| LSF140 | |
| LSF160 | |
| LSF180 | |
| LSF200 | |
| LSF240 | |
| LSF280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LSH Series[1] [2] [3] |
|
| LSH035 | |
| LSH040 | |
| LSH041 | |
| LSH047 | |
| LSH065 | |
| LSH068 | |
| LSH075 | |
| LSH080 | |
| LSH090 | |
| LSH102 | |
| LSH120 | |
| LSH136 | |
| LSH140 | |
| LSH160 | |
| LSH170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LVC Series[1] [2] [3] |
|
| LVC-120 | |
| LVC-130 | |
| LVC-160 | |
| LVC-170 | |
| LVC-180 | |
| LVC-190 | |
| LVC-220 | |
| LVC-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LVD Series[1] [2] [3] |
|
| LVD-120 | |
| LVD-130 | |
| LVD-160 | |
| LVD-170 | |
| LVD-180 | |
| LVD-190 | |
| LVD-220 | |
| LVD-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LVG Series[1] [2] [3] |
|
| LVG-120 | |
| LVG-130 | |
| LVG-160 | |
| LVG-170 | |
| LVG-180 | |
| LVG-190 | |
| LVG-220 | |
| LVG-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LWA Series[1] [2] [3] |
|
| LWA-050 | |
| LWA-075 | |
| LWA-100 | |
| LWA-130 | |
| LWA-155 | |
| LWA-180 | |
| LWA-210 | |
| LWA-270 | |
| LWA-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LWE Series[1] [2] [3] |
|
| LWE-050 | |
| LWE-075 | |
| LWE-100 | |
| LWE-130 | |
| LWE-155 | |
| LWE-180 | |
| LWE-210 | |
| LWE-270 | |
| LWE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LWG Series[1] [2] [3] |
|
| LWG-050 | |
| LWG-075 | |
| LWG-100 | |
| LWG-130 | |
| LWG-155 | |
| LWG-180 | |
| LWG-210 | |
| LWG-270 | |
| LWG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
RLC Series[1] [2] [3] |
|
| RLC040 | |
| RLC052 | |
| RLC065 | |
| RLC070 | |
| RLC090 | |
| RLC104 | |
| RLC120 | |
| RLC130 | |
| RLC140 | |
| RLC156 | |
| RLC180 | |
| RLC208 | |
| RLC260 | |
| RLC312 | |
| RLC370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
SM Series[1] [2] [3] |
|
| SM-046 | |
| SM-052 | |
| SM-076 | |
| SM-090 | |
| SM-102 | |
| SM-108 | |
| SM-132 | |
| SM-134 | |
| SM-156 | |
| SM-179 | |
| SM-208 | |
| SM-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
SME Series[1] [2] [3] |
|
| SME-035 | |
| SME-040 | |
| SME-054 | |
| SME-065 | |
| SME-090 | |
| SME-110 | |
| SME-130 | |
| SME-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLC Series[1] [2] [3] |
|
| TLC-046 | |
| TLC-052 | |
| TLC-076 | |
| TLC-090 | |
| TLC-102 | |
| TLC-108 | |
| TLC-132 | |
| TLC-134 | |
| TLC-156 | |
| TLC-179 | |
| TLC-208 | |
| TLC-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLF Series[1] [2] [3] |
|
| TLF-035 | |
| TLF-040 | |
| TLF-054 | |
| TLF-065 | |
| TLF-090 | |
| TLF-110 | |
| TLF-130 | |
| TLF-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLH Series[1] [2] [3] |
|
| TLH-046 | |
| TLH-052 | |
| TLH-076 | |
| TLH-090 | |
| TLH-102 | |
| TLH-108 | |
| TLH-132 | |
| TLH-134 | |
| TLH-156 | |
| TLH-179 | |
| TLH-208 | |
| TLH-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLL Series[1] [2] [3] |
|
| TLL-035 | |
| TLL-040 | |
| TLL-054 | |
| TLL-065 | |
| TLL-090 | |
| TLL-110 | |
| TLL-130 | |
| TLL-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
U Series[1] [2] [4] |
|
| U--009 | |
| U--012 | |
| U--015 | |
| UB-009 | |
| UB-012 | |
| UB-015 | |
| UF-009 | |
| UF-012 | |
| UF-015 | |
| UFK009 | |
| UFK012 | |
| UFK015 | |
| UK-009 | |
| UK-012 | |
| UK-015 | |
| UP--009 | |
| UP--012 | |
| UP--015 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
|
|
|
Unit Cooler Series[1] [2] [4] |
|
| BTO09 | |
| BTO18 | |
| BTO25 | |
| BTO35 | |
| BTO45 | |
| BTO55 | |
| BTOK09 | |
| BTOK13 | |
| BTOK18 | |
| BTOK25 | |
| BTOK35 | |
| BTOK45 | |
| BTOK55 | |
| BTOP09 | |
| BTOP18 | |
| BTOP25 | |
| BTOP35 | |
| BTOP45 | |
| BTOP55 | |
| BTOPK09 | |
| BTOPK13 | |
| BTOPK18 | |
| BTOPK25 | |
| BTOPK35 | |
| BTOPK45 | |
| BTOPK55 | |
| C---13 | |
| C---17 | |
| C---23 | |
| C---30 | |
| C---43 | |
| CK-13 | |
| CK-17 | |
| CK-23 | |
| CK-30 | |
| CK-43 | |
| CKP-13 | |
| CKP-17 | |
| CKP-23 | |
| CKP-30 | |
| CKP-43 | |
| CP---13 | |
| CP---17 | |
| CP---23 | |
| CP---30 | |
| CP---43 | |
| KL11 | |
| KL15 | |
| KMK-13 | |
| KMK-17 | |
| KMK-23 | |
| KMKP-13 | |
| KMKP-17 | |
| KMKP-23 | |
| RAMK-13 | |
| RAMK-17 | |
| RAMK-23 | |
| RAMKP-13 | |
| RAMKP-17 | |
| RAMKP-23 | |
| TA-05 | |
| TA-10 | |
| TA-13 | |
| TA-17 | |
| TA-23 | |
| TA-30 | |
| TA-43 | |
| TA-55 | |
| TAK-10 | |
| TAK-13 | |
| TAK-17 | |
| TAK-23 | |
| TAK-30 | |
| TAK-43 | |
| TAK-55 | |
| TAKP-10 | |
| TAKP-13 | |
| TAKP-17 | |
| TAKP-23 | |
| TAKP-30 | |
| TAKP-43 | |
| TAKP-55 | |
| TAP-05 | |
| TAP-10 | |
| TAP-13 | |
| TAP-17 | |
| TAP-23 | |
| TAP-30 | |
| TAP-43 | |
| TAP-55 | |
| TL-09 | |
| TL-12 | |
| TL-16 | |
| TL-21 | |
| TL-28 | |
| TL-35 | |
| TL-53 | |
| TLP-09 | |
| TLP-12 | |
| TLP-16 | |
| TLP-21 | |
| TLP-28 | |
| TLP-35 | |
| TLP-53 | |
| VA-06 | |
| VA-08 | |
| VA-12 | |
| VA-17 | |
| VAK-06 | |
| VAK-08 | |
| VAK-12 | |
| VAK-17 | |
| VAKP-06 | |
| VAKP-08 | |
| VAKP-12 | |
| VAKP-17 | |
| VAP-06 | |
| VAP-08 | |
| VAP-12 | |
| VAP-17 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
|
|
|
WK Series[1] [2] [3] |
|
| WK-050 | |
| WK-075 | |
| WK-100 | |
| WK-130 | |
| WK-155 | |
| WK-180 | |
| WK-210 | |
| WK-270 | |
| WK-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
WKE Series[1] [2] [3] |
|
| WKE-050 | |
| WKE-075 | |
| WKE-100 | |
| WKE-130 | |
| WKE-155 | |
| WKE-180 | |
| WKE-210 | |
| WKE-270 | |
| WKE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
WKG Series[1] [2] [3] |
|
| WKG-050 | |
| WKG-075 | |
| WKG-100 | |
| WKG-130 | |
| WKG-155 | |
| WKG-180 | |
| WKG-210 | |
| WKG-270 | |
| WKG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
[6] Certified for use inside refrigerators, freezers or display cases for pre-packaged
products only (splash zone application).
Facility : Tifton, GA
|
Air Intake/Discharge Grill |
|
| 34413301 | |
| 40894201 | |
| 40894601 | |
| 40922402 | |
|
Evaporator Units - COMPONENTS |
|
|
ACM Series[1] [2] [3] |
|
| ACM-046 | |
| ACM-052 | |
| ACM-076 | |
| ACM-090 | |
| ACM-102 | |
| ACM-108 | |
| ACM-132 | |
| ACM-134 | |
| ACM-156 | |
| ACM-179 | |
| ACM-208 | |
| ACM-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
ADT Series[1] [2] [3] |
|
| ADT040 | |
| ADT052 | |
| ADT065 | |
| ADT070 | |
| ADT090 | |
| ADT104 | |
| ADT120 | |
| ADT130 | |
| ADT140 | |
| ADT156 | |
| ADT180 | |
| ADT208 | |
| ADT260 | |
| ADT312 | |
| ADT370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
BBL Series[4] [5] |
|
| BBL(1)10(2)(3) | |
| BBL(1)15(2)(3) | |
| BBLK(1)10(2)(3) | |
| BBLK(1)15(2)(3) | |
| BBLM(1)10(2)(3) | |
| BBLM(1)15(2)(3) | |
| BBLMK(1)10(2)(3) | |
| BBLMK(1)15(2)(3) | |
| BBLP(1)10(2)(3) | |
| BBLP(1)15(2)(3) | |
| BBLPK(1)10(2)(3) | |
| BBLPK(1)15(2)(3) | |
| BBLPM(1)10(2)(3) | |
| BBLPM(1)15(2)(3) | |
| BBLPMK(1)10(2)(3) | |
| BBLPMK(1)15(2)(3) | |
| BBLPS(1)10(2)(3) | |
| BBLPS(1)15(2)(3) | |
| BBLPSK(1)10(2)(3) | |
| BBLPSK(1)15(2)(3) | |
| BBLS(1)10(2)(3) | |
| BBLS(1)15(2)(3) | |
| BBLSK(1)10(2)(3) | |
| BBLSK(1)15(2)(3) | |
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
[5] (1) Optional 1 or 2-digit alphabetical suffix indicating differences in coil circuiting.
C, G, H, R, X, Y, AC, AG, AH, AR, AX or AY are acceptable.
(2) 1-digit alphabetical suffix indicating electrical ratings. A or B are certified.
(3) Optional up to 10-digit alphanumeric characters to reflect electrical and internal
component differences and vintage code that do not impact materials, design or
construction of the unit. All are acceptable.
|
|
|
BBM Series[4] [5] |
|
| BBM(1)11(2)(3) | |
| BBM(1)16(2)(3) | |
| BBMK(1)11(2)(3) | |
| BBMK(1)16(2)(3) | |
| BBMM(1)11(2)(3) | |
| BBMM(1)16(2)(3) | |
| BBMMK(1)11(2)(3) | |
| BBMMK(1)16(2)(3) | |
| BBMP(1)11(2)(3) | |
| BBMP(1)16(2)(3) | |
| BBMPK(1)11(2)(3) | |
| BBMPK(1)16(2)(3) | |
| BBMPM(1)11(2)(3) | |
| BBMPM(1)16(2)(3) | |
| BBMPMK(1)11(2)(3) | |
| BBMPMK(1)16(2)(3) | |
| BBMPS(1)11(2)(3) | |
| BBMPS(1)16(2)(3) | |
| BBMPSK(1)11(2)(3) | |
| BBMPSK(1)16(2)(3) | |
| BBMS(1)11(2)(3) | |
| BBMS(1)16(2)(3) | |
| BBMSK(1)11(2)(3) | |
| BBMSK(1)16(2)(3) | |
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
[5] (1) Optional 1 or 2-digit alphabetical suffix indicating differences in coil circuiting.
C, G, H, R, X, Y, AC, AG, AH, AR, AX or AY are acceptable.
(2) 1-digit alphabetical suffix indicating electrical ratings. A or B are certified.
(3) Optional up to 10-digit alphanumeric characters to reflect electrical and internal
component differences and vintage code that do not impact materials, design or
construction of the unit. All are acceptable.
|
|
|
CWA Series[1] [2] [3] |
|
| CWA-050 | |
| CWA-075 | |
| CWA-100 | |
| CWA-130 | |
| CWA-155 | |
| CWA-180 | |
| CWA-210 | |
| CWA-270 | |
| CWA-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
CWE Series[1] [2] [3] |
|
| CWE-050 | |
| CWE-075 | |
| CWE-100 | |
| CWE-130 | |
| CWE-155 | |
| CWE-180 | |
| CWE-210 | |
| CWE-270 | |
| CWE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
CWG Series[1] [2] [3] |
|
| CWG-050 | |
| CWG-075 | |
| CWG-100 | |
| CWG-130 | |
| CWG-155 | |
| CWG-180 | |
| CWG-210 | |
| CWG-270 | |
| CWG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EC Series[3] [8] |
|
| (1)EC0050 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0065 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0075 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0095 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0120 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0130 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0135 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0175 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0180 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0200 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0225 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0250 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0255 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0280 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0285 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0360 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0450 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0550 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0600 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0700 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0750 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0850 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0950 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EC1150 (2)(3)(4)(5)(6)(7)(8) | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[8] (1) Prefix to denote Brands – B – Bohn, L – Larkin, C – Climate Control,
H – Chandler
(2) Denotes voltage A - 115/1/60 or B - 208-230/1/60
(3) Denotes refrigerant S - HFC's like R404A, R448A, R449A etc..,
C = CO2, G = Glycol
(4) Denotes number of fins 7 - 7 Fins per Inch, 6 - 6 Fins per Inch
(5) Denotes type of defrost A - Air, E - Electric Defrost
(6) Denotes motor type M - 2 Speed EC, E - Fixed speed EC
(7) Denotes product vintage A
(8) Optional Alphanumeric characters for coils and internal component
|
|
|
ECM Series[1] [2] [3] |
|
| ECM-035 | |
| ECM-040 | |
| ECM-054 | |
| ECM-065 | |
| ECM-090 | |
| ECM-110 | |
| ECM-130 | |
| ECM-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EFC Series[1] [2] [3] |
|
| EFC041 | |
| EFC068 | |
| EFC080 | |
| EFC102 | |
| EFC136 | |
| EFC170 | |
| EFC204 | |
| EFC235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EL Series Evaporators[3] [7] |
|
| BEL(1)(2)(3)(4)(5)(6)A | |
| CEL(1)(2)(3)(4)(5)(6)A | |
| HEL(1)(2)(3)(4)(5)(6)A | |
| LEL(1)(2)(3)(4)(5)(6)A | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[7] Variable suffixes as follows:
(1) 4-digit numerical suffix (0040, 0105, etc.) indicating BTU per hour ratings.
i.e. 0040 = 4000 BTUH, 0120 = 12000 BTUH, 0400 = 400 BTUH/ITD, etc.
(2) Single digit alpha suffix indicating voltage character.
A, B, C, M or Q acceptable.
(3) Single digit alpha suffix indicating application type.
C = CO2, G = Glycol, S = Standard.
(4) Single digit numerical suffix indicating fin spacing in fins per inch.
4 or 6 acceptable.
(5) Single digit alpha suffix indicating defrost type.
A = air, E = electric, H = hot gas.
(6) Single digit alpha suffix indicating motor type.
C, E or M acceptable.
|
|
|
ELC Series[1] [2] [3] |
|
| ELC035 | |
| ELC040 | |
| ELC047 | |
| ELC065 | |
| ELC075 | |
| ELC090 | |
| ELC120 | |
| ELC140 | |
| ELC160 | |
| ELC180 | |
| ELC200 | |
| ELC240 | |
| ELC280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EV Series[3] [8] |
|
| (1)EV0055 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0080 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0125 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0160 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0180 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0215 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0245 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0290 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0360 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0400 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0500 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0750 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0950 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1100 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1400 (2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1650 (2)(3)(4)(5)(6)(7)(8) | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[8] (1) Prefix to denote Brands – B – Bohn, L – Larkin, C – Climate Control,
H – Chandler
(2) Denotes voltage A - 115/1/60 or B - 208-230/1/60
(3) Denotes refrigerant S - HFC's like R404A, R448A, R449A etc..,
C = CO2, G = Glycol
(4) Denotes number of fins 7 - 7 Fins per Inch, 6 - 6 Fins per Inch
(5) Denotes type of defrost A - Air, E - Electric Defrost
(6) Denotes motor type M - 2 Speed EC, E - Fixed speed EC
(7) Denotes product vintage A
(8) Optional Alphanumeric characters for coils and internal component
|
|
|
GLC Series[1] [2] [3] |
|
| GLC035 | |
| GLC040 | |
| GLC041 | |
| GLC047 | |
| GLC065 | |
| GLC068 | |
| GLC075 | |
| GLC080 | |
| GLC090 | |
| GLC102 | |
| GLC120 | |
| GLC136 | |
| GLC140 | |
| GLC160 | |
| GLC170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HGT Series[1] [2] [3] |
|
| HGT035 | |
| HGT040 | |
| HGT041 | |
| HGT047 | |
| HGT065 | |
| HGT068 | |
| HGT075 | |
| HGT080 | |
| HGT090 | |
| HGT102 | |
| HGT120 | |
| HGT136 | |
| HGT140 | |
| HGT160 | |
| HGT170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HWA Series[1] [2] [3] |
|
| HWA-050 | |
| HWA-075 | |
| HWA-100 | |
| HWA-130 | |
| HWA-155 | |
| HWA-180 | |
| HWA-210 | |
| HWA-270 | |
| HWA-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HWE Series[1] [2] [3] |
|
| HWE-050 | |
| HWE-075 | |
| HWE-100 | |
| HWE-130 | |
| HWE-155 | |
| HWE-180 | |
| HWE-210 | |
| HWE-270 | |
| HWE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
HWG Series[1] [2] [3] |
|
| HWG-050 | |
| HWG-075 | |
| HWG-100 | |
| HWG-130 | |
| HWG-155 | |
| HWG-180 | |
| HWG-210 | |
| HWG-270 | |
| HWG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LAG Series[1] [2] [3] |
|
| LAG-120 | |
| LAG-130 | |
| LAG-160 | |
| LAG-170 | |
| LAG-190 | |
| LAG-220 | |
| LAG-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LAH Series[1] [2] [3] |
|
| LAH-120 | |
| LAH-130 | |
| LAH-160 | |
| LAH-170 | |
| LAH-190 | |
| LAH-220 | |
| LAH-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LAL Series[1] [2] [3] |
|
| LAL-120 | |
| LAL-130 | |
| LAL-160 | |
| LAL-170 | |
| LAL-190 | |
| LAL-220 | |
| LAL-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LCA Series[1] [2] [3] |
|
| LCA6110 | |
| LCA6135 | |
| LCA6160 | |
| LCA6185 | |
| LCA6215 | |
| LCA6260 | |
| LCA6310 | |
| LCA6350 | |
| LCA640 | |
| LCA644 | |
| LCA651 | |
| LCA662 | |
| LCA672 | |
| LCA690 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LCE Series[1] [2] [3] |
|
| LCE4105 | |
| LCE4139 | |
| LCE4174 | |
| LCE4208 | |
| LCE4235 | |
| LCE457 | |
| LCE467 | |
| LCE482 | |
| LCE6120 | |
| LCE6140 | |
| LCE6160 | |
| LCE6180 | |
| LCE6200 | |
| LCE6240 | |
| LCE6270 | |
| LCE635 | |
| LCE643 | |
| LCE665 | |
| LCE676 | |
| LCE694 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LCH Series[1] [2] [3] |
|
| LCH4105 | |
| LCH4139 | |
| LCH4174 | |
| LCH4208 | |
| LCH4235 | |
| LCH457 | |
| LCH467 | |
| LCH482 | |
| LCH6120 | |
| LCH6140 | |
| LCH6160 | |
| LCH6180 | |
| LCH6200 | |
| LCH6240 | |
| LCH6270 | |
| LCH635 | |
| LCH643 | |
| LCH665 | |
| LCH676 | |
| LCH694 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LET Series[1] [2] [3] |
|
| LET035 | |
| LET040 | |
| LET047 | |
| LET065 | |
| LET075 | |
| LET090 | |
| LET120 | |
| LET140 | |
| LET160 | |
| LET180 | |
| LET200 | |
| LET240 | |
| LET280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFA Series[1] [2] [3] |
|
| LFA-070 | |
| LFA-087 | |
| LFA-120 | |
| LFA-135 | |
| LFA-150 | |
| LFA-170 | |
| LFA-190 | |
| LFA-230 | |
| LFA-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFAE Series[1] [2] [3] |
|
| LFAE-070 | |
| LFAE-087 | |
| LFAE-120 | |
| LFAE-135 | |
| LFAE-150 | |
| LFAE-170 | |
| LFAE-190 | |
| LFAE-230 | |
| LFAE-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFAH Series[1] [2] [3] |
|
| LFAH-070 | |
| LFAH-087 | |
| LFAH-120 | |
| LFAH-135 | |
| LFAH-150 | |
| LFAH-170 | |
| LFAH-190 | |
| LFAH-230 | |
| LFAH-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LFF Series[1] [2] [3] |
|
| LFF041 | |
| LFF068 | |
| LFF080 | |
| LFF102 | |
| LFF136 | |
| LFF170 | |
| LFF204 | |
| LFF235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LLE Series[1] [2] [3] |
|
| LLE041 | |
| LLE068 | |
| LLE080 | |
| LLE102 | |
| LLE136 | |
| LLE170 | |
| LLE204 | |
| LLE235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LO Series[1] [2] [3] |
|
| LO-070 | |
| LO-087 | |
| LO-118 | |
| LO-125 | |
| LO-150 | |
| LO-165 | |
| LO-189 | |
| LO-225 | |
| LO-266 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LOD Series[1] [2] [3] |
|
| LOD-070 | |
| LOD-087 | |
| LOD-118 | |
| LOD-125 | |
| LOD-150 | |
| LOD-165 | |
| LOD-189 | |
| LOD-225 | |
| LOD-266 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LOG Series[1] [2] [3] |
|
| LOG-070 | |
| LOG-087 | |
| LOG-118 | |
| LOG-125 | |
| LOG-150 | |
| LOG-165 | |
| LOG-189 | |
| LOG-225 | |
| LOG-266 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LSC Series[1] [2] [3] |
|
| LSC040 | |
| LSC052 | |
| LSC065 | |
| LSC070 | |
| LSC090 | |
| LSC104 | |
| LSC120 | |
| LSC130 | |
| LSC140 | |
| LSC156 | |
| LSC180 | |
| LSC208 | |
| LSC260 | |
| LSC312 | |
| LSC370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LSF Series[1] [2] [3] |
|
| LSF035 | |
| LSF040 | |
| LSF047 | |
| LSF065 | |
| LSF075 | |
| LSF090 | |
| LSF120 | |
| LSF140 | |
| LSF160 | |
| LSF180 | |
| LSF200 | |
| LSF240 | |
| LSF280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LSH Series[1] [2] [3] |
|
| LSH035 | |
| LSH040 | |
| LSH041 | |
| LSH047 | |
| LSH065 | |
| LSH068 | |
| LSH075 | |
| LSH080 | |
| LSH090 | |
| LSH102 | |
| LSH120 | |
| LSH136 | |
| LSH140 | |
| LSH160 | |
| LSH170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LVC Series[1] [2] [3] |
|
| LVC-120 | |
| LVC-130 | |
| LVC-160 | |
| LVC-170 | |
| LVC-180 | |
| LVC-190 | |
| LVC-220 | |
| LVC-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LVD Series[1] [2] [3] |
|
| LVD-120 | |
| LVD-130 | |
| LVD-160 | |
| LVD-170 | |
| LVD-180 | |
| LVD-190 | |
| LVD-220 | |
| LVD-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LVG Series[1] [2] [3] |
|
| LVG-120 | |
| LVG-130 | |
| LVG-160 | |
| LVG-170 | |
| LVG-180 | |
| LVG-190 | |
| LVG-220 | |
| LVG-270 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LWA Series[1] [2] [3] |
|
| LWA-050 | |
| LWA-075 | |
| LWA-100 | |
| LWA-130 | |
| LWA-155 | |
| LWA-180 | |
| LWA-210 | |
| LWA-270 | |
| LWA-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LWE Series[1] [2] [3] |
|
| LWE-050 | |
| LWE-075 | |
| LWE-100 | |
| LWE-130 | |
| LWE-155 | |
| LWE-180 | |
| LWE-210 | |
| LWE-270 | |
| LWE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LWG Series[1] [2] [3] |
|
| LWG-050 | |
| LWG-075 | |
| LWG-100 | |
| LWG-130 | |
| LWG-155 | |
| LWG-180 | |
| LWG-210 | |
| LWG-270 | |
| LWG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
RLC Series[1] [2] [3] |
|
| RLC040 | |
| RLC052 | |
| RLC065 | |
| RLC070 | |
| RLC090 | |
| RLC104 | |
| RLC120 | |
| RLC130 | |
| RLC140 | |
| RLC156 | |
| RLC180 | |
| RLC208 | |
| RLC260 | |
| RLC312 | |
| RLC370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
SM Series[1] [2] [3] |
|
| SM-046 | |
| SM-052 | |
| SM-076 | |
| SM-090 | |
| SM-102 | |
| SM-108 | |
| SM-132 | |
| SM-134 | |
| SM-156 | |
| SM-179 | |
| SM-208 | |
| SM-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
SME Series[1] [2] [3] |
|
| SME-035 | |
| SME-040 | |
| SME-054 | |
| SME-065 | |
| SME-090 | |
| SME-110 | |
| SME-130 | |
| SME-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLC Series[1] [2] [3] |
|
| TLC-046 | |
| TLC-052 | |
| TLC-076 | |
| TLC-090 | |
| TLC-102 | |
| TLC-108 | |
| TLC-132 | |
| TLC-134 | |
| TLC-156 | |
| TLC-179 | |
| TLC-208 | |
| TLC-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLF Series[1] [2] [3] |
|
| TLF-035 | |
| TLF-040 | |
| TLF-054 | |
| TLF-065 | |
| TLF-090 | |
| TLF-110 | |
| TLF-130 | |
| TLF-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLH Series[1] [2] [3] |
|
| TLH-046 | |
| TLH-052 | |
| TLH-076 | |
| TLH-090 | |
| TLH-102 | |
| TLH-108 | |
| TLH-132 | |
| TLH-134 | |
| TLH-156 | |
| TLH-179 | |
| TLH-208 | |
| TLH-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
TLL Series[1] [2] [3] |
|
| TLL-035 | |
| TLL-040 | |
| TLL-054 | |
| TLL-065 | |
| TLL-090 | |
| TLL-110 | |
| TLL-130 | |
| TLL-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
U Series[1] [2] [4] |
|
| U--009 | |
| U--012 | |
| U--015 | |
| UB-009 | |
| UB-012 | |
| UB-015 | |
| UF-009 | |
| UF-012 | |
| UF-015 | |
| UFK009 | |
| UFK012 | |
| UFK015 | |
| UK-009 | |
| UK-012 | |
| UK-015 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
|
|
|
Unit Cooler Series[1] [2] [4] |
|
| BTO09 | |
| BTO18 | |
| BTO25 | |
| BTO35 | |
| BTO45 | |
| BTO55 | |
| BTOK09 | |
| BTOK13 | |
| BTOK18 | |
| BTOK25 | |
| BTOK35 | |
| BTOK45 | |
| BTOK55 | |
| BTOKP09 | |
| BTOKP13 | |
| BTOKP18 | |
| BTOKP25 | |
| BTOKP35 | |
| BTOKP45 | |
| BTOKP55 | |
| BTOP09 | |
| BTOP18 | |
| BTOP25 | |
| BTOP35 | |
| BTOP45 | |
| BTOP55 | |
| C---13 | |
| C---17 | |
| C---23 | |
| C---30 | |
| C---43 | |
| CK-13 | |
| CK-17 | |
| CK-23 | |
| CK-30 | |
| CK-43 | |
| KL11 | |
| KL15 | |
| KMK-13 | |
| KMK-17 | |
| KMK-23 | |
| RAMK-13 | |
| RAMK-17 | |
| RAMK-23 | |
| TA-05 | |
| TA-10 | |
| TA-13 | |
| TA-17 | |
| TA-23 | |
| TA-30 | |
| TA-43 | |
| TA-55 | |
| TAK-10 | |
| TAK-13 | |
| TAK-17 | |
| TAK-23 | |
| TAK-30 | |
| TAK-43 | |
| TAK-55 | |
| TAKP-10 | |
| TAKP-13 | |
| TAKP-17 | |
| TAKP-23 | |
| TAKP-30 | |
| TAKP-43 | |
| TAKP-55 | |
| TAP-05 | |
| TAP-10 | |
| TAP-13 | |
| TAP-17 | |
| TAP-23 | |
| TAP-30 | |
| TAP-43 | |
| TAP-55 | |
| TL-09 | |
| TL-12 | |
| TL-16 | |
| TL-21 | |
| TL-28 | |
| TL-35 | |
| TL-53 | |
| TLP-09 | |
| TLP-12 | |
| TLP-16 | |
| TLP-21 | |
| TLP-28 | |
| TLP-35 | |
| TLP-53 | |
| VA-06 | |
| VA-08 | |
| VA-12 | |
| VA-17 | |
| VAK-06 | |
| VAK-08 | |
| VAK-12 | |
| VAK-17 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
|
|
|
WK Series[1] [2] [3] |
|
| WK-050 | |
| WK-075 | |
| WK-100 | |
| WK-130 | |
| WK-155 | |
| WK-180 | |
| WK-210 | |
| WK-270 | |
| WK-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
WKE Series[1] [2] [3] |
|
| WKE-050 | |
| WKE-075 | |
| WKE-100 | |
| WKE-130 | |
| WKE-155 | |
| WKE-180 | |
| WKE-210 | |
| WKE-270 | |
| WKE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
WKG Series[1] [2] [3] |
|
| WKG-050 | |
| WKG-075 | |
| WKG-100 | |
| WKG-130 | |
| WKG-155 | |
| WKG-180 | |
| WKG-210 | |
| WKG-270 | |
| WKG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
[6] Certified for use inside refrigerators, freezers or display cases for pre-packaged
products only (splash zone application).
Facility : Queretaro, México
|
Evaporator Units - COMPONENTS |
|
|
ADT Series[1] [2] [3] |
|
| ADT040 | |
| ADT052 | |
| ADT065 | |
| ADT070 | |
| ADT090 | |
| ADT104 | |
| ADT120 | |
| ADT130 | |
| ADT140 | |
| ADT156 | |
| ADT180 | |
| ADT208 | |
| ADT260 | |
| ADT312 | |
| ADT370 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
EC Series[3] [6] |
|
| (1)EC0050(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0065(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0075(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0095(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0120(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0130(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0135(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0175(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0180(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0200(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0225(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0250(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0255(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0280(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0285(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0360(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0450(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0550(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0600(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0700(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0750(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0850(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC0950(2)(3)(4)(5)(6)(7)(8) | |
| (1)EC1150(2)(3)(4)(5)(6)(7)(8) | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[6] (1) Prefix to denote Brands – B – Bohn, L – Larkin, C – Climate Control,
H – Chandler
(2) Denotes voltage A - 115/1/60 or B - 208-230/1/60
(3) Denotes refrigerant S - HFC's like R404A, R448A, R449A etc..,
C = CO2, G = Glycol
(4) Denotes number of fins 7 - 7 Fins per Inch, 6 - 6 Fins per Inch
(5) Denotes type of defrost A - Air, E - Electric Defrost
(6) Denotes motor type M - 2 Speed EC, E - Fixed speed EC
(7) Denotes product vintage A
(8) Optional Alphanumeric characters for coils and internal component
|
|
|
EL Series Evaporators[3] [5] |
|
| BEL(1)(2)(3)(4)(5)(6)A | |
| CEL(1)(2)(3)(4)(5)(6)A | |
| HEL(1)(2)(3)(4)(5)(6)A | |
| LEL(1)(2)(3)(4)(5)(6)A | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[5] Variable suffixes as follow:
(1) 4-digit numerical suffix (0040, 0105, etc.)indicating BTU per hour ratings.
i.e. 0040 = 4000 BTUH, 0120 = 12000 BTUH, 0400 = 400 BTUH/ITD, etc.
(2) Single digit alpha suffix indicating voltage character.
A, B, C, M or Q acceptable.
(3) Single digit alpha suffix indicating application type.
C = CO2, G = Glycol, S = Standard.
(4) Single digit numerical suffix indicating fin spacing in fins per inch:
4 or 6 acceptable.
(5) Single digit alpha suffix indicating defrost type.
A = air, E = electric, H = hot gas.
(6) Single digit alpha suffix indicating motor type.
C, E or M acceptable.
|
|
|
EV Series[3] [6] |
|
| (1)EV0055(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0080(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0125(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0160(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0180(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0215(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0245(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0290(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0360(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0400(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0500(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0750(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV0950(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1100(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1400(2)(3)(4)(5)(6)(7)(8) | |
| (1)EV1650(2)(3)(4)(5)(6)(7)(8) | |
[3] Certified for use inside walk-in refrigerators and freezers only.
[6] (1) Prefix to denote Brands – B – Bohn, L – Larkin, C – Climate Control,
H – Chandler
(2) Denotes voltage A - 115/1/60 or B - 208-230/1/60
(3) Denotes refrigerant S - HFC's like R404A, R448A, R449A etc..,
C = CO2, G = Glycol
(4) Denotes number of fins 7 - 7 Fins per Inch, 6 - 6 Fins per Inch
(5) Denotes type of defrost A - Air, E - Electric Defrost
(6) Denotes motor type M - 2 Speed EC, E - Fixed speed EC
(7) Denotes product vintage A
(8) Optional Alphanumeric characters for coils and internal component
|
|
|
HGT Series[1] [2] [3] |
|
| HGT035 | |
| HGT040 | |
| HGT041 | |
| HGT047 | |
| HGT065 | |
| HGT068 | |
| HGT075 | |
| HGT080 | |
| HGT090 | |
| HGT102 | |
| HGT120 | |
| HGT136 | |
| HGT140 | |
| HGT160 | |
| HGT170 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LET Series[1] [2] [3] |
|
| LET035 | |
| LET040 | |
| LET047 | |
| LET065 | |
| LET075 | |
| LET090 | |
| LET120 | |
| LET140 | |
| LET160 | |
| LET180 | |
| LET200 | |
| LET240 | |
| LET280 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
LLE Series[1] [2] [3] |
|
| LLE041 | |
| LLE068 | |
| LLE080 | |
| LLE102 | |
| LLE136 | |
| LLE170 | |
| LLE204 | |
| LLE235 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
SM Series[1] [2] [3] |
|
| SM-046 | |
| SM-052 | |
| SM-076 | |
| SM-090 | |
| SM-102 | |
| SM-108 | |
| SM-132 | |
| SM-134 | |
| SM-156 | |
| SM-179 | |
| SM-208 | |
| SM-249 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
SME Series[1] [2] [3] |
|
| SME-035 | |
| SME-040 | |
| SME-054 | |
| SME-065 | |
| SME-090 | |
| SME-110 | |
| SME-130 | |
| SME-174 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
Unit Cooler Series[1] [2] [4] |
|
| TA-05 | |
| TA-10 | |
| TA-13 | |
| TA-17 | |
| TA-23 | |
| TA-30 | |
| TA-43 | |
| TA-55 | |
| TAK-10 | |
| TAK-13 | |
| TAK-17 | |
| TAK-23 | |
| TAK-30 | |
| TAK-43 | |
| TAK-55 | |
| TAKP-10 | |
| TAKP-13 | |
| TAKP-17 | |
| TAKP-23 | |
| TAKP-30 | |
| TAKP-43 | |
| TAKP-55 | |
| TAP-05 | |
| TAP-10 | |
| TAP-13 | |
| TAP-17 | |
| TAP-23 | |
| TAP-30 | |
| TAP-43 | |
| TAP-55 | |
| TL-09 | |
| TL-12 | |
| TL-16 | |
| TL-21 | |
| TL-28 | |
| TL-35 | |
| TL-53 | |
| TLP-09 | |
| TLP-12 | |
| TLP-16 | |
| TLP-21 | |
| TLP-28 | |
| TLP-35 | |
| TLP-53 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[4] Certified for use inside storage refrigerators or freezers (food zone indirect contact
applications).
|
|
|
WK Series[1] [2] [3] |
|
| WK-050 | |
| WK-075 | |
| WK-100 | |
| WK-130 | |
| WK-155 | |
| WK-180 | |
| WK-210 | |
| WK-270 | |
| WK-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
WKE Series[1] [2] [3] |
|
| WKE-050 | |
| WKE-075 | |
| WKE-100 | |
| WKE-130 | |
| WKE-155 | |
| WKE-180 | |
| WKE-210 | |
| WKE-270 | |
| WKE-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
|
WKG Series[1] [2] [3] |
|
| WKG-050 | |
| WKG-075 | |
| WKG-100 | |
| WKG-130 | |
| WKG-155 | |
| WKG-180 | |
| WKG-210 | |
| WKG-270 | |
| WKG-340 | |
[1] Models may contain an alpha character (C, G, H, R, X or Y) between the model type and
model size to reflect internal coil circuiting differences.
[2] Models may be followed by up to nine alphanumeric characters to reflect electrical and
internal component differences, followed by alpha vintage code.
[3] Certified for use inside walk-in refrigerators and freezers only.
|
|
Number of matching Manufacturers is 1
Number of matching Products is 1667
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