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Customer Questions and Answers for Radiant Element by Ge

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Manufacturer Part
4.89 (64)
By: Ge
Part Number: OEM7904238
Manufacturer Part Number: WB30T10062

This genuine replacement part is a radiant element for electric stoves. The radiant element is the component of the stove that heats up to allow the stove to perform its essential function of cooking. If the stove is no longer heating properly or not at all, it could mean that the radiant element needs to be replaced. Luckily this is a relatively simple process.To replace the radiant element, make sure to turn the power supply off to the stove by either unplugging it or shutting off the circuit breaker. Once powered off, proceed to locate the screws that attach the radiant element to the stove. Once identified, remove them using a screwdriver and pull up on the radiant element to release it from the stove. Once released, remove the wire harness that is connected to the radiant element and place it into the new part. Place the new radiant element on top of the stove and secure the screws that hold it in place.This OEM replacement part is sold individually and is compatible with General Electric, Hotpoint, and RCA brand electric stoves.

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Questions & Answers

For Ge Radiant Element (Part Number: OEM7904238)

1 Answer

Audiel, The F153 error code would be caused by a open temperature sensor. You will want to check the element, sensor and wiring harness connectors. Make sure that they are tight and secure. Remove the sensor connector from the board and measure resistance. Should have a resistance between 1030 and 1050 ohms. If not then replace the element and if the fault continues then replace the main board.

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1 Answer

Sulu, The reason the manual states to replace the burner instead of the sensor is that the sensor is not available as a separate part. This comes as part of the element.

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Finplanner69 for Model Number PP980S0M1SS

Replaced the front left burner and turned everything back on. Went to calibrate per the enclosed instructions, but when I push the timer on/off and the fl+ and rl+ buttons, it does not say tech on the display. It says CAL1 which flashes for a bit and then stops flashing. Nothing else is lit on the panel (other than control lock light of course). I tried placing disk on burner after the CAL1 stops flashing and then hitting the pan & fl+ button and sometimes it just turns off and sometimes it changes to CAL2 flashing and then says fail. Is there something wrong with the board or is this just a different calibration process? Thanks!

1 Answer

Finplanner69, You will want to make sure that you hit the control lockout key for 3 seconds then push the timer on/off and the fl+ and RL+ to enter the tech mode. If this still does not allow then double check all your wiring and make sure that there are no pinched wires.

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1 Answer

Hello Joseph! Yes, the right front element is part number WB30T10062. No, you shouldn't need to replace any other parts unless currently defective on your model. Thanks!

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1 Answer

Ron, The most likely cause for the unit dual elements working on low but not high would be a faulty relay board which is part number WB23T10014.

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1 Answer

Hello Craig, Error F-133 is for an Open temperature sensor (RTD). The tech sheet say to do the following: (1) Check all heater, sensor, and wire harness connectors. Make sure they are tight and secure. Check heater ribbon for possible damage. (2) Remove sensor connector from the board and measure RTD resistance. Should read from 1030-1150 Ohms (46°F-102°F.) If it does not, replace the heater and recalibrate inductive sensors. (3) If fault persists, replace main board and recalibrate inductive sensors.

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1 Answer

Rick, To determine what the issue is would be the following: (1) Check all heater, sensor, and wire harness connectors. Make sure they are tight and secure. Check heater ribbon for possible damage. (2) Measure resistance across the heater ribbon at the heater terminals. Resistance should read from 20-80 Ohms. If it does not, replace the heater and recalibrate the inductive sensors. (3) If fault persists, remove sensor connector from the board and measure RTD resistance. Should read from 1030-1150 Ohms (46°F-102°F).If it does not, replace the heater and recalibrate inductive sensors. (4) If fault persists, replace power board. (5) If fault persists, replace main board and recalibrate inductive sensors.

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1 Answer

Rick, You will want to: (1) Check all heater, sensor, and wire harness connectors. Make sure they are tight and secure. Check heater ribbon for possible damage. (2) Measure resistance across the heater ribbon at the heater terminals. Resistance should read from 20-80 Ohms. If it does not, replace the heater and recalibrate the inductive sensors. (3) If fault persists, remove sensor connector from the board and measure RTD resistance. Should read from 1030-1150 Ohms (46°F-102°F).If it does not, replace the heater and recalibrate inductive sensors. (4) If fault persists, replace power board. (5) If fault persists, replace main board and recalibrate inductive sensors.

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