arcelik K60365 - Freezer fan motor (Freezer Compartment Fan Motor); Fridge fan motor (Fridge Compartment Fan Motor); Sensor Characteristics

33
10.3 Freezer fan motor (Freezer Compartment Fan Motor)
It is mounted on the inner body of refrigerator behind the rear cover of evaporator. It ensures
circulation of the freezer compartment air in the freezer compartment by passing it continuously
over the evaporator.
10.4
Fridge fan motor (Fridge Compartment Fan Motor)
10.5 Sensor Characteristics
Its resistance decreases as the temperature rises. Sensors on the refrigerator body detect the
temperature of their surrounding area and transmit this to the electronic control board. Heat-
resistance variance table for the sensors is below:
Temperature
(°C)
RT/R25
R deviation
Resistance
(k)
-40
33.25
2.64
332.50
-35
24.01
2.40
240.10
-30
17.53
2.16
175.30
-25
12.93
1.93
129.30
-20
9.636
1.71
96.36
-15
7.249
1.49
72.49
-10
5.503
1.29
55.03
-5
4.214
1.08
42.14
0
3.251
0.89
32.51
5
2.532
0.70
25.32
10
1.986
0.52
19.86
15
1.568
0.34
15.68
20
1.248
0.17
12.48
25
1.000
0.00
10.00
30
0.8051
0.16
8.051
Type
FDQC28AL3C PANASONIC
Voltage range
220-240 V, 50 Hz
Power (W)
2,5
Rotation Direction
Counter Clockwise (CCW)
Rotation per minute
1650 +/- 200
Type
SUNON HA 9225
Voltage range
220-240 V, 50 Hz
Power (W)
1,5
Rotation Direction
Counter Clockwise (CCW)
Rotation per minute
2050 +/-200
Freezer fan motor