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Untitled Document

LBP Model Quick Selection

   
Untitled Document

HMBP Model Quick Selection

   

R134a

Model
Refr.
HP
Ambient
Rated
Cooling Capacity
COP without RC
COP with RC
     
Temp C
Voltage
ASHRAE CECOMAF ASHRAE CECOMAF ASHRAE CECOMAF
    -23.3C -25C -23.3C -25C -23.3C -25C
kcal/h W W/W W/W W/W W/W

GL45AA

LBP::R134a 1/8 43 A 96 82 1.06 0.82
---
---

GL45AN

LBP::R134a 1/8 50 C 96 81 1.05 0.8
---
---

GL60AA

LBP::R134a 1/6 43 A 132 114 1.14 0.89
---
---

GL60AF

LBP::R134a 1/6 43 D 132 113 1.07 0.82
---
---

GL60AH

LBP::R134a 1/6 43 A 133 114 --- ---
1.31
1.01

GL60AN

LBP::R134a 1/6 50 C 132 114 1.07 0.83
---
---

GL70AA

LBP::R134a 1/5 43 A 149 128 1.18 0.92
---
---

GL70AN

LBP::R134a 1/5 50 D 150 129 1.08 0.83
---
---

GL70AT

LBP::R134a 1/5 43 E 143.6 122 1.09 0.84
---
---

GL75AA

LBP::R134a 1/5 43 A 155 133 1.18 0.92
---
---

GL80AA

LBP::R134a 1/5 43 A 173 148 1.19 0.93
---
---

GL80AF

LBP::R134a 1/5 43 D 167 141 1.14 0.88
---
---

GL80AH

LBP::R134a 1/5 43 A 175 150 --- ---
1.35
1.06

GL80AN

LBP::R134a 1/5 50 D 166 141 1.5 0.81
---
---

GL90AA

LBP::R134a 1/4 43 A 195 167 1.19 0.93
---
---

GL90AH

LBP::R134a 1/4 43 A 196 168 --- ---
1.36
1.06

GL90AN

LBP::R134a 1/4 50 D 190 163 1.1 0.85
---
---

GL90AT

LBP::R134a 1/4 43 E 190 161 1.19 0.92
---
---

GL99AA

LBP::R134a 1/4 43 A 214 182 1.24 0.96
---
---

GL99AH

LBP::R134a 1/4 43 A 215 182 --- ---
1.39
1.08

GL80AD

LBP::R134a 1/5 43 W 200 170 1.13 0.87
---
---

GL90AD

LBP::R134a 1/4 43 W 222 190 1.14 0.88
---
---

GL45AF

LBP::R134a 1/8 43 D 95 81 0.97 0.74
---
---

GP12FB

LBP::R134a 1/3 43 A 225 190 1.13 0.87
---
---

GL50AA

LBP::R134a 1/7 43 A 110 94 1.10 0.85
---
---

* Check boxes to compare between models

Compressor cooling:
S = static
F = fan cooled
OC = oil cooler

Voltage range:
Vn -15% +10% 
Test conditions:
LBP
  Ashrae Cecomaf
Condensing temp. 55C 55C
Liquid temp. 32C 55C
Return Gas temp. 32C 32C
Ambient temp. 32C 32C
Voltage and frequencies:
A=
220/240V 50HZ
B=
200/220V 50HZ,230V 60HZ
C=
200/240V 50HZ,220/230V 60HZ
D=
200/220V 50HZ,220/230V 60HZ
E=
200/220V 50HZ
W=
115V 60HZ
Capacity conversion:
Capacity(W) = capacity(Kcal/h) x 1.163
Capacity(Btu/h) = capacity(Kcal/h) / 3.968
Approx. Capacity at 60Hz = Capacity at 50Hz x 1.16
Motor Type:
RSIR :
Resistance Start Induction Run
RSCR :
Resistance Start Capacitor run
CSIR :
Capacitor Start Induction run

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