How to Replace 325883 Oven Bake Element on GE Hotpoint Kenmore — Step-by-Step

Your oven's preheating for 45 minutes and still not hitting 350°F. You peek through the window and notice the bottom bake element isn't glowing that familiar orange-red. This is the classic sign of a failed bake element — and it's one of the most straightforward oven repairs you can tackle yourself. The 325883 bake element fits dozens of GE, Hotpoint, and Kenmore models, including the JB570GM5BK, RB502S1WH, and JBP62BY1WH.

What You Need Before Starting

This is a beginner-friendly repair that doesn't require special tools. Here's what you'll need:

• Phillips screwdriver or nut driver (typically 1/4 inch)
• Work gloves (element can have sharp edges)
• Towel or small piece of cardboard to protect your floor

Estimated Time: 15-20 minutes

Difficulty: Easy — No disassembly required beyond removing two screws

Safety First

Unplug your oven or flip the dedicated circuit breaker in your electrical panel. Electric ranges typically use a 240-volt circuit, so this step isn't optional — it's critical. If you're unsure which breaker controls the oven, turn off the breaker and check if the clock display goes dark. Wait at least five minutes before starting to let any residual heat dissipate.

Step 1: Access the Bake Element

Open the oven door fully. The bake element is the wide, looped heating coil on the bottom of the oven cavity. You'll see it's held in place by two screws or brackets at the back wall where the element connects. Some models have the element raised slightly off the oven floor, while others sit nearly flat — both install the same way.

Step 2: Remove the Mounting Screws

Locate the two screws securing the element to the rear wall of the oven. These are usually at the left and right connection points where the element terminals go through the back panel. Use your Phillips screwdriver or nut driver to remove both screws completely. Set them aside where they won't roll into the oven cavity. Gently pull the element forward a few inches to expose the wire connections behind it.

Step 3: Disconnect the Wire Terminals

You'll see two wire connectors (spade terminals) pushed onto the element's metal prongs. Firmly grip each connector and pull straight off — don't twist or bend the wires. If they're stuck from years of heat cycling, use needle-nose pliers to grip the connector itself (not the wire) and wiggle while pulling. Take a quick photo with your phone showing which wire goes where, though they're usually interchangeable on bake elements.

Step 4: Install the New 325883 Element

Push the wire connectors onto the terminals of your new element. They should slide on snugly with moderate pressure — if they feel loose, slightly crimp the connector with pliers before attaching. Guide the element back through the mounting holes in the rear panel. Thread the mounting screws back in and tighten them securely, but don't overtighten or you risk cracking the porcelain insulators on the element terminals.

Step 5: Test the Element

Restore power to the oven and set it to bake at 350°F. Within 60-90 seconds, you should see the element start to glow red. It won't glow uniformly right away — it'll light up in sections as it heats. Let it run for five minutes, then check that it's glowing evenly across the entire coil. If part of the element stays dark, you've got a defective new part (rare but possible) or a loose connection.

Testing After Installation

Run a full preheat cycle and use an oven thermometer to verify temperature accuracy. Place the thermometer in the center of the middle rack and let the oven cycle through one complete heating period. It should come within 25°F of your set temperature. If it's running too hot now, you might have a separate issue with the oven sensor or control board, but that's uncommon after just replacing the element.

Frequently Asked Questions

Will this element fit my Kenmore oven if it has a GE model number?

Yes. Many Kenmore ranges were manufactured by GE, so if your model number starts with 790 or 911 and you find a GE equivalent (like JBS04V2WH), this element will fit. Cross-reference your full model number with the compatibility list to be certain.

Why did my old element fail in the first place?

Bake elements fail from normal wear and tear. Every time the element heats and cools, the metal expands and contracts. After thousands of cycles over 8-12 years, the heating coil develops a break internally. It's not caused by anything you did wrong — it's simply the element reaching end-of-life.

Can I test the old element to confirm it's bad before ordering?

Absolutely. Set a multimeter to measure resistance (ohms) and touch the probes to each terminal on the element. A good bake element typically reads between 15-30 ohms. If it reads infinite (open circuit), the element has a break and needs replacement. If it reads very low (under 5 ohms), it's shorted and definitely needs replacing.