Panasonic CW-XC100VK - Page 30

Before using the circuit diagram, read the following carefully.
Intake air
temperature
Temperature
setting
Discharge air
temperature
Pipe
temperature
Cooling 27°C 16°C 17°C 15°C
•
Indications for resistance
−
a. K...K
Ω
b. W...WATT
c. M...M
Ω
d. Not indicated...1/4W
−
Type
Not indicated Carbon resistor
Tolerance (+-) 5%
Metal oxide resistor
Tolerance (+-) 1%
•
Indications for capacitor
Unit
−
µ...µF
−
P...pF
Type
−
Not indicated...ceramic capacitor
−
(S)...S series aluminium electrolytic capacitor
−
(Z)...Z series aluminium electrolytic capacitor
−
(SU)...SU series aluminium electrolytic capacitor
−
(K)...K series aluminium electrolytic capacitor
−
(P)...P series polyester system
−
(SXE)...SXE series aluminium electrolytic capacitor
−
(SRA)...SRA series aluminium electrolytic capacitor
−
(KME)...KME series aluminium electrolytic capacitor
•
Diode without indication...MA165
•
Circuit Diagram is subject to change without notice for
further development.
17.2. Electronic Circuit Diagram (Remote Control)
17.3. How to use electronic circuit diagram
•
Voltage measurement
Voltage has been measured with a digital tester when the fan is set at high fan speed under the following conditions without
setting the timer.
Use them for servicing.
Voltage indication is in red.
17.4. Timer Table
Name Time Test Mode (Shortened CN-TEST pin) Remarks
Hour Timer 1hr.
10 min.
1 min.
1 min.
10 sec.
1 sec.
Time delay Safety Control 2 min. 58 sec. 0 sec.
Forced Operation 60 sec. 0 sec.
Time Save Control 7 min. 42 sec.
Freeze Prevention Control 3 min. 0 sec.
Compressor Reverse Rotation Detection 2 min. 0 sec.
Starting Current Control 1.6 sec. 0 sec.
Jet Mode Operation 15 min. 15 sec.
Random Auto Restart Control 0 ~ 62 sec. 0 ~ 6.2 sec. Add value to Time Delay Safety Control.
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CW-XC100VK / CW-XC120VK