NSF Product and Service Listings
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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[9] |
|
| U(1)(2)009 | |
| U(1)(2)012 | |
| U(1)(2)015 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
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.
|
|
|
BB Series[9] |
|
| BBL(2)10 | |
| BBL(2)15 | |
| BBM(2)11 | |
| BBM(2)16 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
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, Y = A2L
(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.
|
|
|
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 45 Bar, G = Glycol, H = CO2 90 Bar, S = Standard, Y = A2L
(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] [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, Y = A2L
(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
|
|
|
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.
|
|
|
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.
|
|
|
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.
|
|
|
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.
|
|
|
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[9] |
|
| U(1)(2)009 | |
| U(1)(2)012 | |
| U(1)(2)015 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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[9] |
|
| BTO(1)(2)09 | |
| BTO(1)(2)18 | |
| BTO(1)(2)25 | |
| BTO(1)(2)35 | |
| BTO(1)(2)45 | |
| BTO(1)(2)55 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
C Series[9] |
|
| C(1)(2)13 | |
| C(1)(2)17 | |
| C(1)(2)23 | |
| C(1)(2)30 | |
| C(1)(2)43 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
KMK Series[9] |
|
| KMK(2)13 | |
| KMK(2)17 | |
| KMK(2)23 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
RAMK Series[9] |
|
| RAMK(2)13 | |
| RAMK(2)17 | |
| RAMK(2)23 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
TA Series[9] |
|
| TA(1)(2)10 | |
| TA(1)(2)13 | |
| TA(1)(2)17 | |
| TA(1)(2)23 | |
| TA(1)(2)30 | |
| TA(1)(2)43 | |
| TA(1)(2)55 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
TL Series[9] |
|
| TL(2)09 | |
| TL(2)12 | |
| TL(2)16 | |
| TL(2)21 | |
| TL(2)28 | |
| TL(2)35 | |
| TL(2)53 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
VA Series[9] |
|
| VA(1)(2)06 | |
| VA(1)(2)08 | |
| VA(1)(2)12 | |
| VA(1)(2)17 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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.
|
|
[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.
[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.
|
|
|
LFAH Series[1] [2] [3] |
|
| LFAH-070 | |
[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.
|
|
|
BB Series[9] |
|
| BBL(2)10 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
LFAH Series[1] [2] [3] |
|
| LFAH-087 | |
[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.
|
|
|
BB Series[9] |
|
| BBL(2)15 | |
| BBM(2)11 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
LFAH Series[1] [2] [3] |
|
| LFAH-120 | |
[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.
|
|
|
BB Series[9] |
|
| BBM(2)16 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
LFAH Series[1] [2] [3] |
|
| 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.
|
|
|
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, Y = A2L
(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.
|
|
|
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 45 Bar, G = Glycol, H = CO2 90 Bar, S = Standard, Y = A2L
(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] [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, Y = A2L
(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
|
|
|
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.
|
|
|
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.
|
|
|
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.
|
|
|
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.
|
|
|
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.
|
|
|
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[9] |
|
| U(1)(2)009 | |
| U(1)(2)012 | |
| U(1)(2)015 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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[9] |
|
| BTO(1)(2)09 | |
| BTO(1)(2)18 | |
| BTO(1)(2)25 | |
| BTO(1)(2)35 | |
| BTO(1)(2)45 | |
| BTO(1)(2)55 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
C Series[9] |
|
| C(1)(2)13 | |
| C(1)(2)17 | |
| C(1)(2)23 | |
| C(1)(2)30 | |
| C(1)(2)43 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
KMK Series[9] |
|
| KMK(2)13 | |
| KMK(2)17 | |
| KMK(2)23 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
RAMK Series[9] |
|
| RAMK(2)13 | |
| RAMK(2)17 | |
| RAMK(2)23 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
TA Series[9] |
|
| TA(1)(2)10 | |
| TA(1)(2)13 | |
| TA(1)(2)17 | |
| TA(1)(2)23 | |
| TA(1)(2)30 | |
| TA(1)(2)43 | |
| TA(1)(2)55 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
TL Series[9] |
|
| TL(2)09 | |
| TL(2)12 | |
| TL(2)16 | |
| TL(2)21 | |
| TL(2)28 | |
| TL(2)35 | |
| TL(2)53 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
|
|
|
VA Series[9] |
|
| VA(1)(2)06 | |
| VA(1)(2)08 | |
| VA(1)(2)12 | |
| VA(1)(2)17 | |
[9] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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 |
|
|
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, Y = A2L
(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 45 Bar, G = Glycol, H = CO2 90 Bar, S = Standard, Y = A2L
(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, Y = A2L
(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
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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.
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|
|
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.
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|
|
Unit Cooler Series[1] [2] [4] |
|
[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).
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|
|
TA Series[7] |
|
| TA(1)(2)10 | |
| TA(1)(2)13 | |
| TA(1)(2)17 | |
| TA(1)(2)23 | |
| TA(1)(2)30 | |
| TA(1)(2)43 | |
| TA(1)(2)55 | |
[7] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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).
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|
|
TL Series[7] |
|
| TL(2)09 | |
| TL(2)12 | |
| TL(2)16 | |
| TL(2)21 | |
| TL(2)28 | |
| TL(2)35 | |
| TL(2)53 | |
[7] Model Options
(1) Coil option
K = coated
Blank = not coated
(2) Refrigerant Option
P = Propane
Blank = Standard (HFC) Refrigerant
(3) 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.
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