5-7
— Chart C —
Component Diagnostics Mode
For Original & 2002 Design Boards
COMPONENT DIAGNOSTICS MODE CHART
5. Close the freezer door to align the optics and a harvest cycle will begin in 5 seconds.
1. Disconnect the power supply.
2. Slide the ice maker out and remove the cover.
3. Jumper holes “T” and “H” to bypass the bimetal and start a harvest.
4. Reconnect the power supply.
Status LED Output Codes
4 PULSES
, repeated once, indicates the relay is defective. Replace both the emitter and receiver boards.
6. Open the freezer door and observe the ice maker. A “harvest” should be in progress.
NOTE: If holes “T” and “H” are properly jumpered and the ice maker will not run, stop the test, and check the ice maker.
7. Remove the jumper before the fingers reach 10:00. Reinstall the ice maker, or be prepared to catch the water fill during step 8.
8. Disconnect power immediately after the water fill.
STEADY LIGHT
for 5 seconds indicates the relay and optics are okay, and the receiver senses the ice maker.
NO LIGHT:
Unplug the refrigerator for 5 seconds, and repeat the test.
3 PULSES
, repeated once, indicates the optics and relay are okay, but the ice maker is not being sensed, or will not operate. If this happens:
COMPONENT DIAGNOSTICS MODE (RUN OPTICS DIAGNOSTICS PROCEDURE FIRST)
• Check the bail arm switch to make sure it is On.
9. With the freezer door closed, reconnect the power supply.
• Check the ice maker circuit and the connections back to the receiver board and neutral.
• Check the ice maker components.
2 PULSES
, repeated once, indicates the optics are blocked, or defective. Clear the optics path, and repeat the “Optics Diagnostics Procedure.”
Replace both boards, if necessary.
10. Wait 5 seconds, to a maximum of 50 seconds, then open the freezer door, and watch the Status LED for one of the following codes.
Содержание 4322658A
Страница 4: ... iv NOTES ...
Страница 12: ...2 6 NOTES ...
Страница 14: ...3 2 NOTES ...
Страница 24: ...4 10 NOTES ...
Страница 44: ...6 4 NOTES ...
Страница 48: ...CORPORATION ...