How to Replace WR60X10185 Evaporator Fan Motor on GE Refrigerator — Step-by-Step

You wake up to find your milk warm and your freezer making a grinding noise that sounds like it's auditioning for a death metal band. Your GE refrigerator's evaporator fan motor is probably dead or dying. This little motor lives inside your freezer compartment and pushes cold air over the evaporator coils — when it fails, temperatures climb in both the fridge and freezer sections. The good news? Replacing the WR60X10185 evaporator fan motor is straightforward once you get past the freezer panels.

What You Need Before Starting

This repair doesn't require many tools, but you'll need access behind your freezer's back panel:

• ¼-inch nut driver or socket
• Phillips screwdriver
• Flathead screwdriver (for wire harness clips)
• Work gloves (metal edges can be sharp)
• Cooler with ice (to store frozen food temporarily)

Estimated Time: 45-60 minutes
Difficulty: Moderate — requires removing freezer panels and working in tight spaces

Safety First

Unplug your refrigerator completely before starting this repair. You'll be working near electrical connections and metal fan blades. The evaporator coils can have sharp edges, and if your system recently ran, those coils might be cold enough to cause skin irritation on contact. Empty your freezer or transfer items to a cooler — you'll have the door open for 30-45 minutes.

Step 1: Access the Evaporator Fan Housing

Open your freezer door and remove all the shelves and bins. You're looking for the back panel inside the freezer — it's usually white plastic with several screws along the edges. On most GE models like the BSS25JFTDWW or GSS25GFPHCC, you'll find 4-6 Phillips screws holding this panel. Remove these screws and gently pull the panel forward at the bottom, then lift up to unhook the top tabs. You might encounter some ice buildup — that's normal. If it's excessive, let it melt or carefully chip it away with a plastic scraper.

Step 2: Remove the Old Fan Motor

Behind that panel you'll see the evaporator coils (they look like radiator fins) and the fan motor assembly mounted to a bracket. The WR60X10185 motor is typically held in place by a metal mounting bracket with 2-3 screws. Disconnect the wire harness first — it usually has a plastic connector that you squeeze and pull apart. Then remove the mounting screws with your ¼-inch nut driver. The entire fan assembly (motor, blade, and bracket) should come free. If your fan blade is damaged or doesn't spin freely, now's the time to replace it too.

Step 3: Install the New WR60X10185 Motor

Here's something critical: the WR60X10185 does NOT include the thermistor. If your old motor had a thermistor wire attached (looks like a thin sensor wire), you'll need to carefully transfer it to the new motor or order the motor-thermistor combo separately. Position your new motor in the mounting bracket exactly how the old one sat — the fan blade should have about ¼-inch clearance from the coils. Secure it with the mounting screws, making them snug but not overtightened. Connect the wire harness until you hear it click.

Step 4: Test Fan Operation Before Closing Up

Before you reinstall that back panel, plug your refrigerator back in briefly and listen. The evaporator fan should start running within a few seconds (you might need to close the freezer door to trigger the door switch). You should hear a smooth humming sound, not grinding, clicking, or squealing. Open the door again — the fan should stop. Close it — fan starts again. That's the door switch working correctly. If everything sounds good, unplug the unit again to finish up.

Step 5: Reassemble the Freezer Compartment

Line up the back panel's top tabs with their slots and push up, then swing the bottom into place. Replace all the screws you removed earlier. Don't force anything — if the panel doesn't sit flush, check for ice buildup or wire pinching behind it. Reinstall your shelves and bins, plug the refrigerator back in, and give it 4-6 hours to pull down to temperature. Both your fridge and freezer sections should start cooling properly now that air's circulating again.

Testing After Installation

Monitor your refrigerator for the next 24 hours. Your freezer should reach 0°F and your fridge should hit 37-40°F. Listen for that quiet fan hum when the door's closed — if you hear grinding, clicking, or nothing at all, you may have a wiring issue or the fan blade might be hitting something. Check that all wire connections are secure and the fan blade spins freely by hand when unplugged.

Frequently Asked Questions

Why is my new fan motor making noise after installation?

If you're hearing clicking or grinding, the fan blade is probably hitting the evaporator coils or the housing. Unplug the unit and check the blade clearance — you need at least ¼-inch all around. Also verify the motor is mounted securely and not vibrating loose. Sometimes ice buildup on the coils causes interference; let it melt completely and try again.

Will this fix both my warm fridge and warm freezer?

Yes, if the evaporator fan motor is your problem. This fan circulates cold air from the freezer to the refrigerator compartment. When it fails, you lose cooling in both sections. However, if only your freezer is warm or you're not hearing any fan noise at all, you might have a compressor or sealed system issue instead.

Do I need to buy a new fan blade with the WR60X10185 motor?

Not usually — the motor typically comes with a new blade, but double-check your order. If your old blade is cracked, warped, or doesn't spin smoothly on its shaft, replace it. A damaged blade causes the same symptoms as a failed motor: noise, poor cooling, and short motor life from imbalanced operation.