88
CHECK THE INSTALLATION STATUS
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3) If Humidity Sensor has trouble
Measuring voltage of ICO1 MICOM #8, CN51 – "4"(WHT) and
CN51 - "8" Pin from PCB typical Ground part are similar.
→ Check the voltage of Resistance, R366.
Bad contact of
connector /insert correctly
Is MAIN PCB
Connector CN51 inserted
correctly?
Is HUMIDITY/AMBIENT
Sensor unit normal?
Is the voltage between
MAIN PCB Connector CN51 – "4"(WHT) and
CN51 - "8" Pin normal
Is input voltage of MICO1
MICOM #11 normal?
Start
No
YES
DATA2. Humidity Sensor Table
Replace the Humidity Sensor
No
Recheck the PCB &
Wire Terminal connection.
NO
(0.6V > Measurement < 4.6V)
Check the iced-solder, solder
bringing, disturbed solder Exchange
the PCB
NO
No trouble with PCB and temperature sensor.
Recheck the bad contact of the connection.
Start
YES
YES
YES
Sensor MICOM/Connector number
Humidity Connector CN51 – "4"(WHT) and CN51 - "8"
Pin from PCB typical Ground.
Voltage measured between 3.5V ~ 1.0V.
DATA1. Temperature table
** Measuring point of resistance value according to
Sensor" Humidity : CN51 - "4"
↔
CN51 - "8"
Resistance value with opened : about 50Ω
** 0Ω: Short trouble / ∞Ω: Open trouble
Refer to circuit diagram in the manual
☞
Checking method of Humidity Sensor resistance
CN51 - "4"(FLAT_WHT)
↔
CN51 - "8"(FLAT_WHT)
- Compare the temperature table after the measure.
☞
Checking method of Sensor resistance
- Measure the voltage of Resistance, R366(MIC01 MICOM #11) on PCB or
CN51 – "4"(WHT) and CN51 - "8" Pin from PCB are as below.
- Compare the temperature table after the measure.
Measuring voltage of R366(MIC01 MICOM #11) on PCB or CN51 –
"4"(WHT) and CN51 - "8" Pin from PCB are as below.
PIN Number
ERROR Code