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Customer Questions and Answers for Compressor Inverter Board by Ge

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Manufacturer Part
4.89 (64)
By: Ge
Part Number: OEM18998775
Manufacturer Part Number: WR87X29409

The Compressor Inverter Board is an OEM part for GE refrigerators. It controls the operation of the compressor, adjusting its speed to optimize cooling efficiency and energy consumption. This component is crucial for maintaining consistent temperatures inside the refrigerator and ensuring smooth, reliable performance.

Causes of a bad compressor inverter board can include electrical surges, overheating, or component failure due to wear and tear. When the inverter board malfunctions, it can lead to inadequate cooling and increased energy usage.

Symptoms of a bad Compressor Inverter Board include:

  • Refrigerator not cooling properly
  • Unusual noises coming from the compressor
  • The compressor running continuously or not running at all
  • Error codes or flashing lights on the control panel

This GE replacement part is also compatible with Hotpoint, RCA, and some Kenmore models.

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Questions & Answers

For Ge Compressor Inverter Board (Part Number: OEM18998775)

Ted for Model Number GE cafe fridge CFE 29TSDBSS

There is no cooling. The compressor looks like it is not on - no noise nor vibration. The condenser and compressor fans are all working. There is 120 v coming to the Inverter Board. The resistance of the condenser between the neutral and each of the 2 windings is about 6 ohms. The resistance between the two windings directly is also 6 ohms which I do not understand since I thought it would be 12 ohms? Am I missing something here? Does it appear that the inverter board is bad?

1 Answer

Hello Ted, If you have voltage to the inverter board and the compressor is not coming on, the inverter board WR87X29409 is the part in question. A variable-speed compressor will have the same resistance on each winding so there will be no 12 ohm reading in this case.

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1 Answer

Hello JW, there should be 120vac on the orange and brown wires to the inverter, and J15 should be anywhere between 4-12vdc, power output from the inverter to the variable speed 3 phase 240vac compressor cannot be tested with a multimeter, instead if the compressor windings ohm out equally with no opens or grounds, then usually the inverter is replaced before the compressor. The compressor cannot be tested further without a known working inverter.

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1 Answer

Charles, it would be recommended that the inverter WR87X29409 is tested for 120VAC at the orange wire to the black wire coming from the power supply cord, and a DC voltage at the red wire to the white wire coming from the main control WR55X46805 at the red. If the voltages are present, the inverter should be operating the compressor WR87X10199. The next step would be to unplug the refrigerator power cord and test the compressor winding pins where the inverter plugs into the compressor. If the numbers EEI68 are on the compressor, the windings should measure 12.4O on each winding. If the number VEGY6H is on the compressor the windings should measure 6.4O each. Finally, if the number VEGD7H is on the compressor, the windings should measure 7.69O. If the windings test good, then the inverter has failed.

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1 Answer

Hanna, Check to see if the compressor is running, check to make sure that the condenser fan is running and the condenser is clean. if the coils are clean and the fan is running then this will likely be caused by a compressor that is faulty.

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1 Answer

HGS, based on the information provided, there is a sealed system failure that could potentially be a compressor WR87X10111 failure.

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1 Answer

Gary, The main control board will send a run signal between 1.5 and 3.5 VDC effective voltage to the inverter, this is "normal". But, when the sensors and control call for cooling the DC volts should be at least 5 VDC and could be as high as 14 VDC depending on the sensor and temperatures. When measuring signal voltage (from the main control board) at the inverter, disconnect the wire harness connector at the inverter and measure the voltage at the connector. A signal voltage from the main control board (J15 connector ) lower than 5 VDC indicates a faulty main control board.

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1 Answer

Tom in short, yes it could be a bad board. Also, remember that many electronic boards change voltages and output several different voltages based on design. The best practice is to find diagrams and verify which voltages should be measured where.

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Alex Wolf for Model Number GE PFE29PSDASS

Our GE PFE29PSDASS is not cooling (both fridge and freezer). It looks like either the inverter or main board. The compressor resistances are all 7V. The main board output is 3VDC at J15 and 120VAC. I have been reading that J15 should be nominally between 4VDC and 6VDC but it can go as low as 2.5VDC and as high as 13VDC. Since it is at the lower end, I am undecided about whether I should change the mother board or the inverter board. Any recommendation?

1 Answer

Alex, This issue sounds like it would be caused by a faulty inverter board on the unit.

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1 Answer

Adam, The main control board should receive the signal from the inverter board and if you are getting 12VDC at the connector on the mainboard then you would need to replace the inverter board.

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