LG LSC26905TT - Temperature compensation and temperature compensation circuit

1-10. Temperature compensation and temperature compensation circuit
1. Temperature compensation in freezer and refrigerator
(1) GR-L267BV(T)R (Refer to appendix) (2) GR-L267BV(T)RA (Refer to appendix)
(3) GR-L267BV(T,S)PA
(Refer to appendix)
u Temperature compensation table by adjustment value (difference value against current temperature)
Ex) If you change compensation resistance at the refrigerator (RCR1) from 10 kΩ (current resistance) to 18 kΩ (modified
resistance), the temperature at the refrigerator will increase by +1°C[+1.8°F].
EXPLANATION FOR MICOM CIRCUIT
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Temperature compensation at refrigerator
Temperature compensation at freezer
Temperature compensation at refrigerator
Temperature compensation at freezer
Freezer Refrigerator
Resistance value Temperature Resistance value Temperature Remarks
(RCF1) compensation (RCR1) compensation
180 kΩ +5 °C [+9°F] 180 kΩ +2.5 °C [+4.5°F] Warmer
56 kΩ +4 °C [+7.2°F] 56 kΩ +2.0 °C [+3.6°F]
33 kΩ +3 °C [+5.4°F] 33 kΩ +1.5 °C [+2.7°F]
18 kΩ +2 °C [+3.6°F] 18 kΩ +1.0 °C [+1.8°F]
12 kΩ +1 °C [+1.8°F] 12 kΩ +0.5 °C [+0.9°F]
10 kΩ 0 °C [0°F] 10 kΩ 0 °C [0°F] Reference temperature
8.2 kΩ -1 °C [-1.8°F] 8.2 kΩ -0.5 °C [-0.9°F]
5.6 kΩ -2 °C [-3.6°F] 5.6 kΩ -1.0 °C [-1.8°F]
3.3 kΩ -3 °C [-5.4°F] 3.3 kΩ -1.5 °C [-2.7°F]
2 kΩ -4 °C [-7.2°F] 2 kΩ -2.0 °C [-3.6°F]
470 Ω -5 °C [-9°F] 470 Ω -2.5 °C [-4.5°F] Cooler