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CONDENSER FAN MOTOR<br />

1 2 3 4<br />

Electrical Shock Hazard<br />

Disconnect power before servicing.<br />

Replace all parts and panels before operating.<br />

Failure to do so can result in death or electrical shock.<br />

Refer to page 4-12 for the procedure for accessing<br />

the condenser fan motor.<br />

1. Run the diagnostics tests (see page 6-2)<br />

and check for the proper operation of the<br />

condenser fan motor in step 04.<br />

NOTE: During the condenser fan motor operation,<br />

120 volts AC will be present at pins<br />

1 and 4.<br />

WARNING<br />

5-4<br />

EVAPORATOR FAN MOTOR<br />

1 2<br />

3 4<br />

Refer to page 4-26 for the procedure for accessing<br />

the evaporator fan motor.<br />

1. Run the diagnostics tests (see page 6-2)<br />

and check for the proper operation of the<br />

evaporator fan motor in step 03.<br />

NOTE: During the evaporator fan motor operation,<br />

5 to 17 volts DC will be present at the<br />

yellow and white wires. A constant 12 volts at<br />

the red and white wires will be present anytime<br />

the fan motor is operating. The remaining<br />

steps will allow you to check the resistance of<br />

the evaporator fan motor.<br />

2. Unplug refrigerator or disconnect power.<br />

3. Disconnect the wire connector going to<br />

the evaporator fan motor.<br />

4. Set the ohmmeter to the R x 10K scale.<br />

5. Touch the ohmmeter test leads to pins 1<br />

(white wire) and 4 (red wire) of the evaporator<br />

fan motor connector. The meter<br />

should indicate approximately 1400 to<br />

1700 Ω.

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