🔩 Heating element grounded Repair Guide for GE GFD45ESSMWW
💡 Don’t panic! Heating element grounded on your GE GFD45ESSMWW dryer is a common issue that many DIY enthusiasts successfully repair. This comprehensive guide will walk you through each step with detailed explanations to help you diagnose and fix the problem safely and effectively. 🎉 You’ve got this!
🔧 Required Tools & Parts
- Heating element
- Multimeter
📝 Pro Tip: Gather all your tools and parts before starting. This saves time and prevents frustration mid-repair. Most of these parts can be found online or at appliance parts stores. Make sure you have the correct model number when ordering parts! ✔️ Double-check compatibility before purchasing.
⚠️ Safety First!
⚠️ Always disconnect power before working on your dryer. Electrical safety is non-negotiable. If you’re working with gas dryers, also shut off the gas supply. If you’re unsure about any step, consult a professional technician. Your safety is more important than saving a few dollars! ⚠️ When in doubt, call a pro!
✔️ Step-by-Step Repair Instructions
🔌
🔧 Step 1: Disconnect power completely
- Locate your home’s main electrical panel (breaker box), typically found in the basement, garage, utility room, or exterior wall of your home.
- Open the breaker panel door by pulling the metal handle or lifting the cover.
- Identify the breaker labeled “Dryer” or check for a double-pole breaker rated at 30 amps (two switches connected together with a bridge). GE dryers typically use a 30-amp, 240-volt circuit.
- Switch the dryer breaker to the OFF position by pushing the toggle switch fully to the right until it clicks. If it’s a double-pole breaker, both switches will move together.
- Place a piece of masking tape over the breaker and write “DO NOT TURN ON – DRYER REPAIR IN PROGRESS” to prevent someone from accidentally restoring power.
- Return to the dryer location and pull the unit approximately 2-3 feet away from the wall to access the rear panel and power cord connection.
- Locate the power cord connection point at the center-rear of the dryer, approximately 12 inches from the bottom of the unit. You’ll see either a 3-prong or 4-prong power cord entering a metal junction box or terminal block.
- Unplug the power cord from the wall outlet by gripping the plug body (not the cord) and pulling straight out with firm pressure.
- Use a non-contact voltage tester (Klein NCVT-2 or equivalent) and hold it against the three or four metal prongs on the power cord plug. The tester should NOT light up or beep, confirming zero voltage present.
- Test the voltage tester’s functionality by touching it to a known live outlet to verify the tester itself is working properly—it should light up and beep at the live outlet.
🔧
🛠️ Step 2: Remove back panel
- Locate the 6 Phillips-head screws securing the back panel – 2 screws at the top edge approximately 8 inches from each side, 2 screws at mid-height (approximately 30 inches from the floor) positioned 6 inches from each side, and 2 screws at the bottom approximately 10 inches from each side.
- Use a Phillips-head #2 screwdriver to remove all 6 screws, turning counterclockwise.
- Place the screws in a container to prevent loss.
- Grasp the back panel at the top corners with both hands.
- Pull the top of the panel straight back approximately 1 inch until the top edge clears the mounting tabs.
- Lift the panel upward about 2 inches while continuing to pull it away from the dryer body – the panel slides on vertical slots.
- Tilt the panel away from the dryer and set it aside on a protected surface.
- Identify the internal components now visible: the blower housing (large cylindrical component at bottom left), the heating element assembly (rectangular metal housing at bottom center), the motor (mounted on the right side), and the main wire harness (bundle of wires running vertically along the right side).
- Verify the back panel is completely removed by checking that all mounting tabs are disengaged – you’ll see 4 rectangular slots on the dryer’s rear frame where the panel tabs were inserted, located at the top left, top right, bottom left, and bottom right corners.
- Position the back panel face-down on your work surface to prevent scratching the exterior finish.
🔍
⚙️ Step 3: Locate heating element
- Position yourself in front of the dryer drum opening with a flashlight in hand.
- Look at the rear wall inside the drum – this is a smooth metal panel approximately 22 inches in diameter.
- Identify the heating element housing: it’s located behind this rear drum wall and is not directly visible from the drum opening.
- Move to the back of the dryer unit where you removed the lower access panel in the previous step.
- Crouch down and shine your flashlight into the lower rear compartment through the access panel opening.
- Locate the cylindrical metal housing on the right side of the compartment, approximately 8 inches from the right edge and 4 inches up from the bottom.
- Identify the heating element housing by these characteristics:
- Trace the housing to confirm it connects to the blower assembly ductwork on the left side via a 3-inch diameter air duct.
- Note the high-limit thermostat attached to the top of the housing – this is a small, coin-sized disc (approximately 1 inch diameter) with two wire terminals.
- Verify you’ve located the correct component: the heating element housing should be directly in line with the lint filter housing above it when looking from the side.
🧪
🔩 Step 4: Test element to ground with multimeter
- Set your digital multimeter to the resistance (Ω) setting at the 20K or 200K ohm range.
- Touch the two multimeter probes together to verify the meter is working – you should see a reading of 0 or near 0 ohms, confirming continuity.
- Locate the heating element terminals at the rear wall inside the dryer drum – you’ll see two metal terminal screws protruding through the white or silver housing, positioned approximately 12 inches from the bottom and 8 inches from the right side.
- Place the red (positive) multimeter probe firmly against either one of the two element terminal screws.
- While maintaining contact with the terminal, touch the black (negative) multimeter probe to the bare metal dryer cabinet frame – touch any unpainted metal surface such as the drum support roller bracket or the edge of the cabinet opening.
- Observe the multimeter reading – it must display “OL” (overload) or “1” or infinite resistance, indicating no connection between the element and ground.
- Move the red probe to the second element terminal screw and repeat the test with the black probe still touching the cabinet frame – you must again see “OL” or infinite resistance.
- If either test shows any numeric reading below 1000 ohms (typically 0 to 500 ohms), the element is grounded and must be replaced – this indicates the heating coil is touching the metal housing.
- If both tests show infinite resistance (“OL”), the element passes the ground test and the short circuit is not present.
- Leave the multimeter set to resistance mode for the next continuity test.
🧪
📋 Step 5: If element shows continuity to ground, it’s shorted
- Rotate the multimeter dial to the continuity setting (icon showing sound waves or diode symbol with parentheses).
- Touch the red multimeter probe to one of the two terminal screws on the heating element where you previously tested for continuity.
- Touch the black multimeter probe to the bare metal mounting bracket of the heating element (the metal frame that bolts to the dryer drum housing).
- Observe the multimeter display—if it shows “0.0”, “OL”, or infinite resistance and produces no beep, the element passes this portion of the test.
- If the multimeter beeps or shows any resistance reading below 1000 ohms, the element is shorted to ground and must be replaced (GE part number WE11X10010 for this model).
- Move the red probe to the second terminal screw on the heating element.
- Keep the black probe on the bare metal mounting bracket.
- Observe the multimeter display again—you should see “OL” or infinite resistance with no beep.
- If the multimeter beeps or shows continuity on either terminal-to-ground test, write down “FAILED – SHORTED TO GROUND” on your diagnostic notes.
- Touch the black probe to the metal housing of the dryer drum (silver-colored metal visible through the lint screen opening) while keeping the red probe on either element terminal as an additional ground test.
- Confirm no continuity exists between the element terminals and the dryer housing (multimeter should display “OL” and remain silent).
- A passing result means the element’s heating coil is properly insulated from the metal components—the electricity flows only through the intended coil path, not through the dryer frame where it would trip breakers or create shock hazards.
🔄
âś… Step 6: Remove old heating element
- Locate the heating element at the bottom rear of the dryer drum cavity, positioned horizontally approximately 2 inches above the air duct opening.
- Identify the two wire terminals on the right side of the heating element housing – you’ll see a white wire and a red wire connected with spade connectors.
- Grip the white wire connector firmly at the metal spade terminal (not the wire itself) and pull straight off with a rocking motion.
- Grip the red wire connector at the metal spade terminal and pull straight off with the same rocking motion.
- Locate the mounting bracket on the left side of the heating element assembly – you’ll see a metal tab with a single 5/16-inch hex head screw.
- Use a 5/16-inch nut driver or socket wrench to remove this mounting screw, rotating counterclockwise approximately 8-10 full turns until the screw is completely free.
- Locate the second mounting bracket on the right side of the heating element housing with an identical 5/16-inch hex head screw.
- Remove this right-side screw using the same 5/16-inch tool, rotating counterclockwise 8-10 turns.
- Grasp the heating element housing firmly with both hands on the left and right sides.
- Pull the heating element assembly straight toward you, out of the two mounting slots – it will slide out approximately 3-4 inches before coming completely free.
- Set the old heating element assembly on your work surface with the wire terminal side facing up.
- Inspect the element coils visible through the metal housing vents – look for breaks, separations, or points where the coil appears melted or fused together, confirming the element failure.
âś…
🔍 Step 7: Install new heating element
- Position the new heating element (part number WE11X10024) so the wire terminals face toward the right side of the drum opening and the curved portion matches the contour of the blower housing.
- Align the two mounting brackets on the heating element with the two rectangular slots in the blower housing, located at the 10 o’clock and 2 o’clock positions on the housing perimeter.
- Slide the heating element forward into the slots until the mounting brackets are fully inserted and the element sits flush against the blower housing surface.
- Insert the two 1/4-inch hex head screws through the mounting brackets into the blower housing threaded holes.
- Hand-tighten both screws initially to hold the element in position.
- Use a 1/4-inch nut driver to tighten the left screw first, turning clockwise until snug but not over-torqued (approximately 18-20 inch-pounds or hand-tight plus one-quarter turn).
- Tighten the right screw using the same method and torque.
- Locate the two wire connectors hanging from the heating element – one white wire with a blue stripe and one solid orange wire.
- Connect the white-with-blue-stripe wire to the corresponding terminal on the thermal fuse assembly (mounted on the blower housing at 1 o’clock position, approximately 3 inches to the right of the heating element).
- Push the spade connector firmly onto the terminal until it bottoms out – you’ll feel resistance stop and the connector won’t slide further.
- Connect the solid orange wire to the high-limit thermostat terminal (white disc-shaped component mounted at 11 o’clock position, approximately 2 inches above the heating element).
- Push this connector fully onto the terminal using the same bottoming-out technique.
- Verify both connections by gently pulling on each wire – properly seated connectors will not pull off with moderate hand pressure.
✔️
💡 Step 8: Ensure element doesn’t touch housing
- Position yourself at the dryer’s front opening with a flashlight to inspect the heating element assembly you just installed.
- Locate the heating element coil inside the rectangular metal housing—you’ll see spiral or coiled metal wire running the length of the housing, approximately 18-20 inches long.
- Visually trace the entire length of the heating element coil from left to right, looking for any points where the metal coil makes contact with the metal housing walls.
- Check the top edge first: shine your flashlight along the upper portion and verify a minimum clearance of 1/4 inch (6mm) between the coil and housing roof throughout its entire length.
- Check the bottom edge: examine the lower portion and verify the same 1/4 inch minimum clearance between coil and housing floor.
- Check both side walls: verify 1/4 inch minimum clearance on the left and right sides of the housing.
- If you spot any contact points, use needle-nose pliers to gently reshape the element coil away from the housing wall—grip the coil at a point 2-3 inches away from the contact spot, not at the contact point itself, and apply light pressure to create proper spacing.
- Insert a 1/4 inch drill bit (or similar gauge) between the coil and housing wall at multiple points along the element’s length to verify consistent spacing—the bit should slide through without forcing or touching both surfaces simultaneously.
- Rock the entire heating element housing gently side-to-side by hand (approximately 1/4 inch movement in each direction) while watching the coil—the element should move with the housing as one unit without the coil flexing toward the walls.
- Success confirmation: the heating element coil maintains visible separation from all housing surfaces during movement, with no metallic scraping sounds when the housing is gently shaken.
âś…
⚡ Step 9: Reinstall back panel
- Lift the back panel vertically and position it approximately 2 inches away from the rear of the dryer cabinet, aligning the panel’s edges with the dryer’s side walls.
- Locate the 4 keyhole slots on the back panel—2 at the top edge (spaced 18 inches apart, centered) and 2 at the bottom edge (matching the top spacing).
- Align the top 2 keyhole slots with the upper mounting screws that you left partially installed in the cabinet, positioned 3 inches down from the top edge.
- Slide the panel upward by 1/4 inch until the screws seat firmly in the narrow portion of the keyhole slots—you’ll feel resistance when properly engaged.
- Press the bottom of the panel flush against the cabinet frame while ensuring the top remains secured in the keyhole slots.
- Insert the bottom 2 screws (5/16-inch hex head sheet metal screws) into the pre-drilled holes located 4 inches up from the bottom edge, positioned at the left and right sides.
- Hand-tighten both bottom screws using a 5/16-inch nut driver, turning clockwise until the screw heads contact the panel surface.
- Tighten the bottom screws an additional 1/4 turn beyond hand-tight using the nut driver—the panel should now be flush against the cabinet with no gaps.
- Tighten the top 2 screws using the 5/16-inch nut driver, turning clockwise until fully seated—approximately 3-4 full rotations from their partially installed position.
- Run your hand along all 4 edges of the back panel, verifying no gaps exist between the panel and cabinet frame—the seal should be continuous around the entire perimeter.
- Verify all 4 screws sit flush with or slightly below the panel surface—no screw heads should protrude above the metal.
🧪
🎯 Step 10: Test dryer operation
- Verify all 4 screws securing the top panel are fully tightened—2 screws at the front corners (1 inch from each edge) and 2 screws at the rear corners (1 inch from each edge).
- Confirm the lint filter is inserted completely into its housing at the top front of the drum opening until it sits flush with the opening edge.
- Push the dryer back into its installation position, leaving 4-6 inches of clearance from the rear wall for proper airflow.
- Plug the power cord into the 240-volt outlet—you’ll feel resistance, then the plug will seat firmly when fully inserted.
- Turn the gas supply valve handle counterclockwise until it aligns parallel with the gas line (valve is now open).
- Open the dryer door, load 3-4 dry bath towels (approximately 5 pounds of laundry) into the drum, and close the door until you hear the latch click.
- Turn the cycle selector knob clockwise to the “Normal Dry” setting—this is typically located at the 12 o’clock position on the control panel.
- Press the “Start” button once—you’ll hear a single beep and the drum will begin rotating within 2-3 seconds.
- Listen for the igniter clicking sound (3-5 clicks occurring within the first 30 seconds), followed by the whoosh of gas igniting.
- Open the door after 2 minutes of operation—press the door release button located at the top right of the door opening.
- Place your hand 6 inches inside the drum and verify you feel warm air (approximately 120-140°F at this stage).
- Close the door and press “Start” again to resume the cycle.
- Let the dryer run for 5 additional minutes, then press the “Cancel” button twice to stop the cycle.
- Open the door and touch the towels—they should feel noticeably warm throughout, confirming proper heat distribution and airflow.
đź›’ Recommended Products
🛠️ Step 2: Remove back panel
- Locate the 6 Phillips-head screws securing the back panel – 2 screws at the top edge approximately 8 inches from each side, 2 screws at mid-height (approximately 30 inches from the floor) positioned 6 inches from each side, and 2 screws at the bottom approximately 10 inches from each side.
- Use a Phillips-head #2 screwdriver to remove all 6 screws, turning counterclockwise.
- Place the screws in a container to prevent loss.
- Grasp the back panel at the top corners with both hands.
- Pull the top of the panel straight back approximately 1 inch until the top edge clears the mounting tabs.
- Lift the panel upward about 2 inches while continuing to pull it away from the dryer body – the panel slides on vertical slots.
- Tilt the panel away from the dryer and set it aside on a protected surface.
- Identify the internal components now visible: the blower housing (large cylindrical component at bottom left), the heating element assembly (rectangular metal housing at bottom center), the motor (mounted on the right side), and the main wire harness (bundle of wires running vertically along the right side).
- Verify the back panel is completely removed by checking that all mounting tabs are disengaged – you’ll see 4 rectangular slots on the dryer’s rear frame where the panel tabs were inserted, located at the top left, top right, bottom left, and bottom right corners.
- Position the back panel face-down on your work surface to prevent scratching the exterior finish.
🔍
⚙️ Step 3: Locate heating element
- Position yourself in front of the dryer drum opening with a flashlight in hand.
- Look at the rear wall inside the drum – this is a smooth metal panel approximately 22 inches in diameter.
- Identify the heating element housing: it’s located behind this rear drum wall and is not directly visible from the drum opening.
- Move to the back of the dryer unit where you removed the lower access panel in the previous step.
- Crouch down and shine your flashlight into the lower rear compartment through the access panel opening.
- Locate the cylindrical metal housing on the right side of the compartment, approximately 8 inches from the right edge and 4 inches up from the bottom.
- Identify the heating element housing by these characteristics:
- Trace the housing to confirm it connects to the blower assembly ductwork on the left side via a 3-inch diameter air duct.
- Note the high-limit thermostat attached to the top of the housing – this is a small, coin-sized disc (approximately 1 inch diameter) with two wire terminals.
- Verify you’ve located the correct component: the heating element housing should be directly in line with the lint filter housing above it when looking from the side.
🧪
🔩 Step 4: Test element to ground with multimeter
- Set your digital multimeter to the resistance (Ω) setting at the 20K or 200K ohm range.
- Touch the two multimeter probes together to verify the meter is working – you should see a reading of 0 or near 0 ohms, confirming continuity.
- Locate the heating element terminals at the rear wall inside the dryer drum – you’ll see two metal terminal screws protruding through the white or silver housing, positioned approximately 12 inches from the bottom and 8 inches from the right side.
- Place the red (positive) multimeter probe firmly against either one of the two element terminal screws.
- While maintaining contact with the terminal, touch the black (negative) multimeter probe to the bare metal dryer cabinet frame – touch any unpainted metal surface such as the drum support roller bracket or the edge of the cabinet opening.
- Observe the multimeter reading – it must display “OL” (overload) or “1” or infinite resistance, indicating no connection between the element and ground.
- Move the red probe to the second element terminal screw and repeat the test with the black probe still touching the cabinet frame – you must again see “OL” or infinite resistance.
- If either test shows any numeric reading below 1000 ohms (typically 0 to 500 ohms), the element is grounded and must be replaced – this indicates the heating coil is touching the metal housing.
- If both tests show infinite resistance (“OL”), the element passes the ground test and the short circuit is not present.
- Leave the multimeter set to resistance mode for the next continuity test.
🧪
📋 Step 5: If element shows continuity to ground, it’s shorted
- Rotate the multimeter dial to the continuity setting (icon showing sound waves or diode symbol with parentheses).
- Touch the red multimeter probe to one of the two terminal screws on the heating element where you previously tested for continuity.
- Touch the black multimeter probe to the bare metal mounting bracket of the heating element (the metal frame that bolts to the dryer drum housing).
- Observe the multimeter display—if it shows “0.0”, “OL”, or infinite resistance and produces no beep, the element passes this portion of the test.
- If the multimeter beeps or shows any resistance reading below 1000 ohms, the element is shorted to ground and must be replaced (GE part number WE11X10010 for this model).
- Move the red probe to the second terminal screw on the heating element.
- Keep the black probe on the bare metal mounting bracket.
- Observe the multimeter display again—you should see “OL” or infinite resistance with no beep.
- If the multimeter beeps or shows continuity on either terminal-to-ground test, write down “FAILED – SHORTED TO GROUND” on your diagnostic notes.
- Touch the black probe to the metal housing of the dryer drum (silver-colored metal visible through the lint screen opening) while keeping the red probe on either element terminal as an additional ground test.
- Confirm no continuity exists between the element terminals and the dryer housing (multimeter should display “OL” and remain silent).
- A passing result means the element’s heating coil is properly insulated from the metal components—the electricity flows only through the intended coil path, not through the dryer frame where it would trip breakers or create shock hazards.
🔄
âś… Step 6: Remove old heating element
- Locate the heating element at the bottom rear of the dryer drum cavity, positioned horizontally approximately 2 inches above the air duct opening.
- Identify the two wire terminals on the right side of the heating element housing – you’ll see a white wire and a red wire connected with spade connectors.
- Grip the white wire connector firmly at the metal spade terminal (not the wire itself) and pull straight off with a rocking motion.
- Grip the red wire connector at the metal spade terminal and pull straight off with the same rocking motion.
- Locate the mounting bracket on the left side of the heating element assembly – you’ll see a metal tab with a single 5/16-inch hex head screw.
- Use a 5/16-inch nut driver or socket wrench to remove this mounting screw, rotating counterclockwise approximately 8-10 full turns until the screw is completely free.
- Locate the second mounting bracket on the right side of the heating element housing with an identical 5/16-inch hex head screw.
- Remove this right-side screw using the same 5/16-inch tool, rotating counterclockwise 8-10 turns.
- Grasp the heating element housing firmly with both hands on the left and right sides.
- Pull the heating element assembly straight toward you, out of the two mounting slots – it will slide out approximately 3-4 inches before coming completely free.
- Set the old heating element assembly on your work surface with the wire terminal side facing up.
- Inspect the element coils visible through the metal housing vents – look for breaks, separations, or points where the coil appears melted or fused together, confirming the element failure.
âś…
🔍 Step 7: Install new heating element
- Position the new heating element (part number WE11X10024) so the wire terminals face toward the right side of the drum opening and the curved portion matches the contour of the blower housing.
- Align the two mounting brackets on the heating element with the two rectangular slots in the blower housing, located at the 10 o’clock and 2 o’clock positions on the housing perimeter.
- Slide the heating element forward into the slots until the mounting brackets are fully inserted and the element sits flush against the blower housing surface.
- Insert the two 1/4-inch hex head screws through the mounting brackets into the blower housing threaded holes.
- Hand-tighten both screws initially to hold the element in position.
- Use a 1/4-inch nut driver to tighten the left screw first, turning clockwise until snug but not over-torqued (approximately 18-20 inch-pounds or hand-tight plus one-quarter turn).
- Tighten the right screw using the same method and torque.
- Locate the two wire connectors hanging from the heating element – one white wire with a blue stripe and one solid orange wire.
- Connect the white-with-blue-stripe wire to the corresponding terminal on the thermal fuse assembly (mounted on the blower housing at 1 o’clock position, approximately 3 inches to the right of the heating element).
- Push the spade connector firmly onto the terminal until it bottoms out – you’ll feel resistance stop and the connector won’t slide further.
- Connect the solid orange wire to the high-limit thermostat terminal (white disc-shaped component mounted at 11 o’clock position, approximately 2 inches above the heating element).
- Push this connector fully onto the terminal using the same bottoming-out technique.
- Verify both connections by gently pulling on each wire – properly seated connectors will not pull off with moderate hand pressure.
✔️
💡 Step 8: Ensure element doesn’t touch housing
- Position yourself at the dryer’s front opening with a flashlight to inspect the heating element assembly you just installed.
- Locate the heating element coil inside the rectangular metal housing—you’ll see spiral or coiled metal wire running the length of the housing, approximately 18-20 inches long.
- Visually trace the entire length of the heating element coil from left to right, looking for any points where the metal coil makes contact with the metal housing walls.
- Check the top edge first: shine your flashlight along the upper portion and verify a minimum clearance of 1/4 inch (6mm) between the coil and housing roof throughout its entire length.
- Check the bottom edge: examine the lower portion and verify the same 1/4 inch minimum clearance between coil and housing floor.
- Check both side walls: verify 1/4 inch minimum clearance on the left and right sides of the housing.
- If you spot any contact points, use needle-nose pliers to gently reshape the element coil away from the housing wall—grip the coil at a point 2-3 inches away from the contact spot, not at the contact point itself, and apply light pressure to create proper spacing.
- Insert a 1/4 inch drill bit (or similar gauge) between the coil and housing wall at multiple points along the element’s length to verify consistent spacing—the bit should slide through without forcing or touching both surfaces simultaneously.
- Rock the entire heating element housing gently side-to-side by hand (approximately 1/4 inch movement in each direction) while watching the coil—the element should move with the housing as one unit without the coil flexing toward the walls.
- Success confirmation: the heating element coil maintains visible separation from all housing surfaces during movement, with no metallic scraping sounds when the housing is gently shaken.
âś…
⚡ Step 9: Reinstall back panel
- Lift the back panel vertically and position it approximately 2 inches away from the rear of the dryer cabinet, aligning the panel’s edges with the dryer’s side walls.
- Locate the 4 keyhole slots on the back panel—2 at the top edge (spaced 18 inches apart, centered) and 2 at the bottom edge (matching the top spacing).
- Align the top 2 keyhole slots with the upper mounting screws that you left partially installed in the cabinet, positioned 3 inches down from the top edge.
- Slide the panel upward by 1/4 inch until the screws seat firmly in the narrow portion of the keyhole slots—you’ll feel resistance when properly engaged.
- Press the bottom of the panel flush against the cabinet frame while ensuring the top remains secured in the keyhole slots.
- Insert the bottom 2 screws (5/16-inch hex head sheet metal screws) into the pre-drilled holes located 4 inches up from the bottom edge, positioned at the left and right sides.
- Hand-tighten both bottom screws using a 5/16-inch nut driver, turning clockwise until the screw heads contact the panel surface.
- Tighten the bottom screws an additional 1/4 turn beyond hand-tight using the nut driver—the panel should now be flush against the cabinet with no gaps.
- Tighten the top 2 screws using the 5/16-inch nut driver, turning clockwise until fully seated—approximately 3-4 full rotations from their partially installed position.
- Run your hand along all 4 edges of the back panel, verifying no gaps exist between the panel and cabinet frame—the seal should be continuous around the entire perimeter.
- Verify all 4 screws sit flush with or slightly below the panel surface—no screw heads should protrude above the metal.
🧪
🎯 Step 10: Test dryer operation
- Verify all 4 screws securing the top panel are fully tightened—2 screws at the front corners (1 inch from each edge) and 2 screws at the rear corners (1 inch from each edge).
- Confirm the lint filter is inserted completely into its housing at the top front of the drum opening until it sits flush with the opening edge.
- Push the dryer back into its installation position, leaving 4-6 inches of clearance from the rear wall for proper airflow.
- Plug the power cord into the 240-volt outlet—you’ll feel resistance, then the plug will seat firmly when fully inserted.
- Turn the gas supply valve handle counterclockwise until it aligns parallel with the gas line (valve is now open).
- Open the dryer door, load 3-4 dry bath towels (approximately 5 pounds of laundry) into the drum, and close the door until you hear the latch click.
- Turn the cycle selector knob clockwise to the “Normal Dry” setting—this is typically located at the 12 o’clock position on the control panel.
- Press the “Start” button once—you’ll hear a single beep and the drum will begin rotating within 2-3 seconds.
- Listen for the igniter clicking sound (3-5 clicks occurring within the first 30 seconds), followed by the whoosh of gas igniting.
- Open the door after 2 minutes of operation—press the door release button located at the top right of the door opening.
- Place your hand 6 inches inside the drum and verify you feel warm air (approximately 120-140°F at this stage).
- Close the door and press “Start” again to resume the cycle.
- Let the dryer run for 5 additional minutes, then press the “Cancel” button twice to stop the cycle.
- Open the door and touch the towels—they should feel noticeably warm throughout, confirming proper heat distribution and airflow.
đź›’ Recommended Products
🔩 Step 4: Test element to ground with multimeter
- Set your digital multimeter to the resistance (Ω) setting at the 20K or 200K ohm range.
- Touch the two multimeter probes together to verify the meter is working – you should see a reading of 0 or near 0 ohms, confirming continuity.
- Locate the heating element terminals at the rear wall inside the dryer drum – you’ll see two metal terminal screws protruding through the white or silver housing, positioned approximately 12 inches from the bottom and 8 inches from the right side.
- Place the red (positive) multimeter probe firmly against either one of the two element terminal screws.
- While maintaining contact with the terminal, touch the black (negative) multimeter probe to the bare metal dryer cabinet frame – touch any unpainted metal surface such as the drum support roller bracket or the edge of the cabinet opening.
- Observe the multimeter reading – it must display “OL” (overload) or “1” or infinite resistance, indicating no connection between the element and ground.
- Move the red probe to the second element terminal screw and repeat the test with the black probe still touching the cabinet frame – you must again see “OL” or infinite resistance.
- If either test shows any numeric reading below 1000 ohms (typically 0 to 500 ohms), the element is grounded and must be replaced – this indicates the heating coil is touching the metal housing.
- If both tests show infinite resistance (“OL”), the element passes the ground test and the short circuit is not present.
- Leave the multimeter set to resistance mode for the next continuity test.
🧪
📋 Step 5: If element shows continuity to ground, it’s shorted
- Rotate the multimeter dial to the continuity setting (icon showing sound waves or diode symbol with parentheses).
- Touch the red multimeter probe to one of the two terminal screws on the heating element where you previously tested for continuity.
- Touch the black multimeter probe to the bare metal mounting bracket of the heating element (the metal frame that bolts to the dryer drum housing).
- Observe the multimeter display—if it shows “0.0”, “OL”, or infinite resistance and produces no beep, the element passes this portion of the test.
- If the multimeter beeps or shows any resistance reading below 1000 ohms, the element is shorted to ground and must be replaced (GE part number WE11X10010 for this model).
- Move the red probe to the second terminal screw on the heating element.
- Keep the black probe on the bare metal mounting bracket.
- Observe the multimeter display again—you should see “OL” or infinite resistance with no beep.
- If the multimeter beeps or shows continuity on either terminal-to-ground test, write down “FAILED – SHORTED TO GROUND” on your diagnostic notes.
- Touch the black probe to the metal housing of the dryer drum (silver-colored metal visible through the lint screen opening) while keeping the red probe on either element terminal as an additional ground test.
- Confirm no continuity exists between the element terminals and the dryer housing (multimeter should display “OL” and remain silent).
- A passing result means the element’s heating coil is properly insulated from the metal components—the electricity flows only through the intended coil path, not through the dryer frame where it would trip breakers or create shock hazards.
🔄
âś… Step 6: Remove old heating element
- Locate the heating element at the bottom rear of the dryer drum cavity, positioned horizontally approximately 2 inches above the air duct opening.
- Identify the two wire terminals on the right side of the heating element housing – you’ll see a white wire and a red wire connected with spade connectors.
- Grip the white wire connector firmly at the metal spade terminal (not the wire itself) and pull straight off with a rocking motion.
- Grip the red wire connector at the metal spade terminal and pull straight off with the same rocking motion.
- Locate the mounting bracket on the left side of the heating element assembly – you’ll see a metal tab with a single 5/16-inch hex head screw.
- Use a 5/16-inch nut driver or socket wrench to remove this mounting screw, rotating counterclockwise approximately 8-10 full turns until the screw is completely free.
- Locate the second mounting bracket on the right side of the heating element housing with an identical 5/16-inch hex head screw.
- Remove this right-side screw using the same 5/16-inch tool, rotating counterclockwise 8-10 turns.
- Grasp the heating element housing firmly with both hands on the left and right sides.
- Pull the heating element assembly straight toward you, out of the two mounting slots – it will slide out approximately 3-4 inches before coming completely free.
- Set the old heating element assembly on your work surface with the wire terminal side facing up.
- Inspect the element coils visible through the metal housing vents – look for breaks, separations, or points where the coil appears melted or fused together, confirming the element failure.
âś…
🔍 Step 7: Install new heating element
- Position the new heating element (part number WE11X10024) so the wire terminals face toward the right side of the drum opening and the curved portion matches the contour of the blower housing.
- Align the two mounting brackets on the heating element with the two rectangular slots in the blower housing, located at the 10 o’clock and 2 o’clock positions on the housing perimeter.
- Slide the heating element forward into the slots until the mounting brackets are fully inserted and the element sits flush against the blower housing surface.
- Insert the two 1/4-inch hex head screws through the mounting brackets into the blower housing threaded holes.
- Hand-tighten both screws initially to hold the element in position.
- Use a 1/4-inch nut driver to tighten the left screw first, turning clockwise until snug but not over-torqued (approximately 18-20 inch-pounds or hand-tight plus one-quarter turn).
- Tighten the right screw using the same method and torque.
- Locate the two wire connectors hanging from the heating element – one white wire with a blue stripe and one solid orange wire.
- Connect the white-with-blue-stripe wire to the corresponding terminal on the thermal fuse assembly (mounted on the blower housing at 1 o’clock position, approximately 3 inches to the right of the heating element).
- Push the spade connector firmly onto the terminal until it bottoms out – you’ll feel resistance stop and the connector won’t slide further.
- Connect the solid orange wire to the high-limit thermostat terminal (white disc-shaped component mounted at 11 o’clock position, approximately 2 inches above the heating element).
- Push this connector fully onto the terminal using the same bottoming-out technique.
- Verify both connections by gently pulling on each wire – properly seated connectors will not pull off with moderate hand pressure.
✔️
💡 Step 8: Ensure element doesn’t touch housing
- Position yourself at the dryer’s front opening with a flashlight to inspect the heating element assembly you just installed.
- Locate the heating element coil inside the rectangular metal housing—you’ll see spiral or coiled metal wire running the length of the housing, approximately 18-20 inches long.
- Visually trace the entire length of the heating element coil from left to right, looking for any points where the metal coil makes contact with the metal housing walls.
- Check the top edge first: shine your flashlight along the upper portion and verify a minimum clearance of 1/4 inch (6mm) between the coil and housing roof throughout its entire length.
- Check the bottom edge: examine the lower portion and verify the same 1/4 inch minimum clearance between coil and housing floor.
- Check both side walls: verify 1/4 inch minimum clearance on the left and right sides of the housing.
- If you spot any contact points, use needle-nose pliers to gently reshape the element coil away from the housing wall—grip the coil at a point 2-3 inches away from the contact spot, not at the contact point itself, and apply light pressure to create proper spacing.
- Insert a 1/4 inch drill bit (or similar gauge) between the coil and housing wall at multiple points along the element’s length to verify consistent spacing—the bit should slide through without forcing or touching both surfaces simultaneously.
- Rock the entire heating element housing gently side-to-side by hand (approximately 1/4 inch movement in each direction) while watching the coil—the element should move with the housing as one unit without the coil flexing toward the walls.
- Success confirmation: the heating element coil maintains visible separation from all housing surfaces during movement, with no metallic scraping sounds when the housing is gently shaken.
âś…
⚡ Step 9: Reinstall back panel
- Lift the back panel vertically and position it approximately 2 inches away from the rear of the dryer cabinet, aligning the panel’s edges with the dryer’s side walls.
- Locate the 4 keyhole slots on the back panel—2 at the top edge (spaced 18 inches apart, centered) and 2 at the bottom edge (matching the top spacing).
- Align the top 2 keyhole slots with the upper mounting screws that you left partially installed in the cabinet, positioned 3 inches down from the top edge.
- Slide the panel upward by 1/4 inch until the screws seat firmly in the narrow portion of the keyhole slots—you’ll feel resistance when properly engaged.
- Press the bottom of the panel flush against the cabinet frame while ensuring the top remains secured in the keyhole slots.
- Insert the bottom 2 screws (5/16-inch hex head sheet metal screws) into the pre-drilled holes located 4 inches up from the bottom edge, positioned at the left and right sides.
- Hand-tighten both bottom screws using a 5/16-inch nut driver, turning clockwise until the screw heads contact the panel surface.
- Tighten the bottom screws an additional 1/4 turn beyond hand-tight using the nut driver—the panel should now be flush against the cabinet with no gaps.
- Tighten the top 2 screws using the 5/16-inch nut driver, turning clockwise until fully seated—approximately 3-4 full rotations from their partially installed position.
- Run your hand along all 4 edges of the back panel, verifying no gaps exist between the panel and cabinet frame—the seal should be continuous around the entire perimeter.
- Verify all 4 screws sit flush with or slightly below the panel surface—no screw heads should protrude above the metal.
🧪
🎯 Step 10: Test dryer operation
- Verify all 4 screws securing the top panel are fully tightened—2 screws at the front corners (1 inch from each edge) and 2 screws at the rear corners (1 inch from each edge).
- Confirm the lint filter is inserted completely into its housing at the top front of the drum opening until it sits flush with the opening edge.
- Push the dryer back into its installation position, leaving 4-6 inches of clearance from the rear wall for proper airflow.
- Plug the power cord into the 240-volt outlet—you’ll feel resistance, then the plug will seat firmly when fully inserted.
- Turn the gas supply valve handle counterclockwise until it aligns parallel with the gas line (valve is now open).
- Open the dryer door, load 3-4 dry bath towels (approximately 5 pounds of laundry) into the drum, and close the door until you hear the latch click.
- Turn the cycle selector knob clockwise to the “Normal Dry” setting—this is typically located at the 12 o’clock position on the control panel.
- Press the “Start” button once—you’ll hear a single beep and the drum will begin rotating within 2-3 seconds.
- Listen for the igniter clicking sound (3-5 clicks occurring within the first 30 seconds), followed by the whoosh of gas igniting.
- Open the door after 2 minutes of operation—press the door release button located at the top right of the door opening.
- Place your hand 6 inches inside the drum and verify you feel warm air (approximately 120-140°F at this stage).
- Close the door and press “Start” again to resume the cycle.
- Let the dryer run for 5 additional minutes, then press the “Cancel” button twice to stop the cycle.
- Open the door and touch the towels—they should feel noticeably warm throughout, confirming proper heat distribution and airflow.
đź›’ Recommended Products
âś… Step 6: Remove old heating element
- Locate the heating element at the bottom rear of the dryer drum cavity, positioned horizontally approximately 2 inches above the air duct opening.
- Identify the two wire terminals on the right side of the heating element housing – you’ll see a white wire and a red wire connected with spade connectors.
- Grip the white wire connector firmly at the metal spade terminal (not the wire itself) and pull straight off with a rocking motion.
- Grip the red wire connector at the metal spade terminal and pull straight off with the same rocking motion.
- Locate the mounting bracket on the left side of the heating element assembly – you’ll see a metal tab with a single 5/16-inch hex head screw.
- Use a 5/16-inch nut driver or socket wrench to remove this mounting screw, rotating counterclockwise approximately 8-10 full turns until the screw is completely free.
- Locate the second mounting bracket on the right side of the heating element housing with an identical 5/16-inch hex head screw.
- Remove this right-side screw using the same 5/16-inch tool, rotating counterclockwise 8-10 turns.
- Grasp the heating element housing firmly with both hands on the left and right sides.
- Pull the heating element assembly straight toward you, out of the two mounting slots – it will slide out approximately 3-4 inches before coming completely free.
- Set the old heating element assembly on your work surface with the wire terminal side facing up.
- Inspect the element coils visible through the metal housing vents – look for breaks, separations, or points where the coil appears melted or fused together, confirming the element failure.
âś…
🔍 Step 7: Install new heating element
- Position the new heating element (part number WE11X10024) so the wire terminals face toward the right side of the drum opening and the curved portion matches the contour of the blower housing.
- Align the two mounting brackets on the heating element with the two rectangular slots in the blower housing, located at the 10 o’clock and 2 o’clock positions on the housing perimeter.
- Slide the heating element forward into the slots until the mounting brackets are fully inserted and the element sits flush against the blower housing surface.
- Insert the two 1/4-inch hex head screws through the mounting brackets into the blower housing threaded holes.
- Hand-tighten both screws initially to hold the element in position.
- Use a 1/4-inch nut driver to tighten the left screw first, turning clockwise until snug but not over-torqued (approximately 18-20 inch-pounds or hand-tight plus one-quarter turn).
- Tighten the right screw using the same method and torque.
- Locate the two wire connectors hanging from the heating element – one white wire with a blue stripe and one solid orange wire.
- Connect the white-with-blue-stripe wire to the corresponding terminal on the thermal fuse assembly (mounted on the blower housing at 1 o’clock position, approximately 3 inches to the right of the heating element).
- Push the spade connector firmly onto the terminal until it bottoms out – you’ll feel resistance stop and the connector won’t slide further.
- Connect the solid orange wire to the high-limit thermostat terminal (white disc-shaped component mounted at 11 o’clock position, approximately 2 inches above the heating element).
- Push this connector fully onto the terminal using the same bottoming-out technique.
- Verify both connections by gently pulling on each wire – properly seated connectors will not pull off with moderate hand pressure.
✔️
💡 Step 8: Ensure element doesn’t touch housing
- Position yourself at the dryer’s front opening with a flashlight to inspect the heating element assembly you just installed.
- Locate the heating element coil inside the rectangular metal housing—you’ll see spiral or coiled metal wire running the length of the housing, approximately 18-20 inches long.
- Visually trace the entire length of the heating element coil from left to right, looking for any points where the metal coil makes contact with the metal housing walls.
- Check the top edge first: shine your flashlight along the upper portion and verify a minimum clearance of 1/4 inch (6mm) between the coil and housing roof throughout its entire length.
- Check the bottom edge: examine the lower portion and verify the same 1/4 inch minimum clearance between coil and housing floor.
- Check both side walls: verify 1/4 inch minimum clearance on the left and right sides of the housing.
- If you spot any contact points, use needle-nose pliers to gently reshape the element coil away from the housing wall—grip the coil at a point 2-3 inches away from the contact spot, not at the contact point itself, and apply light pressure to create proper spacing.
- Insert a 1/4 inch drill bit (or similar gauge) between the coil and housing wall at multiple points along the element’s length to verify consistent spacing—the bit should slide through without forcing or touching both surfaces simultaneously.
- Rock the entire heating element housing gently side-to-side by hand (approximately 1/4 inch movement in each direction) while watching the coil—the element should move with the housing as one unit without the coil flexing toward the walls.
- Success confirmation: the heating element coil maintains visible separation from all housing surfaces during movement, with no metallic scraping sounds when the housing is gently shaken.
âś…
⚡ Step 9: Reinstall back panel
- Lift the back panel vertically and position it approximately 2 inches away from the rear of the dryer cabinet, aligning the panel’s edges with the dryer’s side walls.
- Locate the 4 keyhole slots on the back panel—2 at the top edge (spaced 18 inches apart, centered) and 2 at the bottom edge (matching the top spacing).
- Align the top 2 keyhole slots with the upper mounting screws that you left partially installed in the cabinet, positioned 3 inches down from the top edge.
- Slide the panel upward by 1/4 inch until the screws seat firmly in the narrow portion of the keyhole slots—you’ll feel resistance when properly engaged.
- Press the bottom of the panel flush against the cabinet frame while ensuring the top remains secured in the keyhole slots.
- Insert the bottom 2 screws (5/16-inch hex head sheet metal screws) into the pre-drilled holes located 4 inches up from the bottom edge, positioned at the left and right sides.
- Hand-tighten both bottom screws using a 5/16-inch nut driver, turning clockwise until the screw heads contact the panel surface.
- Tighten the bottom screws an additional 1/4 turn beyond hand-tight using the nut driver—the panel should now be flush against the cabinet with no gaps.
- Tighten the top 2 screws using the 5/16-inch nut driver, turning clockwise until fully seated—approximately 3-4 full rotations from their partially installed position.
- Run your hand along all 4 edges of the back panel, verifying no gaps exist between the panel and cabinet frame—the seal should be continuous around the entire perimeter.
- Verify all 4 screws sit flush with or slightly below the panel surface—no screw heads should protrude above the metal.
🧪
🎯 Step 10: Test dryer operation
- Verify all 4 screws securing the top panel are fully tightened—2 screws at the front corners (1 inch from each edge) and 2 screws at the rear corners (1 inch from each edge).
- Confirm the lint filter is inserted completely into its housing at the top front of the drum opening until it sits flush with the opening edge.
- Push the dryer back into its installation position, leaving 4-6 inches of clearance from the rear wall for proper airflow.
- Plug the power cord into the 240-volt outlet—you’ll feel resistance, then the plug will seat firmly when fully inserted.
- Turn the gas supply valve handle counterclockwise until it aligns parallel with the gas line (valve is now open).
- Open the dryer door, load 3-4 dry bath towels (approximately 5 pounds of laundry) into the drum, and close the door until you hear the latch click.
- Turn the cycle selector knob clockwise to the “Normal Dry” setting—this is typically located at the 12 o’clock position on the control panel.
- Press the “Start” button once—you’ll hear a single beep and the drum will begin rotating within 2-3 seconds.
- Listen for the igniter clicking sound (3-5 clicks occurring within the first 30 seconds), followed by the whoosh of gas igniting.
- Open the door after 2 minutes of operation—press the door release button located at the top right of the door opening.
- Place your hand 6 inches inside the drum and verify you feel warm air (approximately 120-140°F at this stage).
- Close the door and press “Start” again to resume the cycle.
- Let the dryer run for 5 additional minutes, then press the “Cancel” button twice to stop the cycle.
- Open the door and touch the towels—they should feel noticeably warm throughout, confirming proper heat distribution and airflow.
đź›’ Recommended Products
💡 Step 8: Ensure element doesn’t touch housing
- Position yourself at the dryer’s front opening with a flashlight to inspect the heating element assembly you just installed.
- Locate the heating element coil inside the rectangular metal housing—you’ll see spiral or coiled metal wire running the length of the housing, approximately 18-20 inches long.
- Visually trace the entire length of the heating element coil from left to right, looking for any points where the metal coil makes contact with the metal housing walls.
- Check the top edge first: shine your flashlight along the upper portion and verify a minimum clearance of 1/4 inch (6mm) between the coil and housing roof throughout its entire length.
- Check the bottom edge: examine the lower portion and verify the same 1/4 inch minimum clearance between coil and housing floor.
- Check both side walls: verify 1/4 inch minimum clearance on the left and right sides of the housing.
- If you spot any contact points, use needle-nose pliers to gently reshape the element coil away from the housing wall—grip the coil at a point 2-3 inches away from the contact spot, not at the contact point itself, and apply light pressure to create proper spacing.
- Insert a 1/4 inch drill bit (or similar gauge) between the coil and housing wall at multiple points along the element’s length to verify consistent spacing—the bit should slide through without forcing or touching both surfaces simultaneously.
- Rock the entire heating element housing gently side-to-side by hand (approximately 1/4 inch movement in each direction) while watching the coil—the element should move with the housing as one unit without the coil flexing toward the walls.
- Success confirmation: the heating element coil maintains visible separation from all housing surfaces during movement, with no metallic scraping sounds when the housing is gently shaken.
âś…
⚡ Step 9: Reinstall back panel
- Lift the back panel vertically and position it approximately 2 inches away from the rear of the dryer cabinet, aligning the panel’s edges with the dryer’s side walls.
- Locate the 4 keyhole slots on the back panel—2 at the top edge (spaced 18 inches apart, centered) and 2 at the bottom edge (matching the top spacing).
- Align the top 2 keyhole slots with the upper mounting screws that you left partially installed in the cabinet, positioned 3 inches down from the top edge.
- Slide the panel upward by 1/4 inch until the screws seat firmly in the narrow portion of the keyhole slots—you’ll feel resistance when properly engaged.
- Press the bottom of the panel flush against the cabinet frame while ensuring the top remains secured in the keyhole slots.
- Insert the bottom 2 screws (5/16-inch hex head sheet metal screws) into the pre-drilled holes located 4 inches up from the bottom edge, positioned at the left and right sides.
- Hand-tighten both bottom screws using a 5/16-inch nut driver, turning clockwise until the screw heads contact the panel surface.
- Tighten the bottom screws an additional 1/4 turn beyond hand-tight using the nut driver—the panel should now be flush against the cabinet with no gaps.
- Tighten the top 2 screws using the 5/16-inch nut driver, turning clockwise until fully seated—approximately 3-4 full rotations from their partially installed position.
- Run your hand along all 4 edges of the back panel, verifying no gaps exist between the panel and cabinet frame—the seal should be continuous around the entire perimeter.
- Verify all 4 screws sit flush with or slightly below the panel surface—no screw heads should protrude above the metal.
🧪
🎯 Step 10: Test dryer operation
- Verify all 4 screws securing the top panel are fully tightened—2 screws at the front corners (1 inch from each edge) and 2 screws at the rear corners (1 inch from each edge).
- Confirm the lint filter is inserted completely into its housing at the top front of the drum opening until it sits flush with the opening edge.
- Push the dryer back into its installation position, leaving 4-6 inches of clearance from the rear wall for proper airflow.
- Plug the power cord into the 240-volt outlet—you’ll feel resistance, then the plug will seat firmly when fully inserted.
- Turn the gas supply valve handle counterclockwise until it aligns parallel with the gas line (valve is now open).
- Open the dryer door, load 3-4 dry bath towels (approximately 5 pounds of laundry) into the drum, and close the door until you hear the latch click.
- Turn the cycle selector knob clockwise to the “Normal Dry” setting—this is typically located at the 12 o’clock position on the control panel.
- Press the “Start” button once—you’ll hear a single beep and the drum will begin rotating within 2-3 seconds.
- Listen for the igniter clicking sound (3-5 clicks occurring within the first 30 seconds), followed by the whoosh of gas igniting.
- Open the door after 2 minutes of operation—press the door release button located at the top right of the door opening.
- Place your hand 6 inches inside the drum and verify you feel warm air (approximately 120-140°F at this stage).
- Close the door and press “Start” again to resume the cycle.
- Let the dryer run for 5 additional minutes, then press the “Cancel” button twice to stop the cycle.
- Open the door and touch the towels—they should feel noticeably warm throughout, confirming proper heat distribution and airflow.
đź›’ Recommended Products
🎯 Step 10: Test dryer operation
- Verify all 4 screws securing the top panel are fully tightened—2 screws at the front corners (1 inch from each edge) and 2 screws at the rear corners (1 inch from each edge).
- Confirm the lint filter is inserted completely into its housing at the top front of the drum opening until it sits flush with the opening edge.
- Push the dryer back into its installation position, leaving 4-6 inches of clearance from the rear wall for proper airflow.
- Plug the power cord into the 240-volt outlet—you’ll feel resistance, then the plug will seat firmly when fully inserted.
- Turn the gas supply valve handle counterclockwise until it aligns parallel with the gas line (valve is now open).
- Open the dryer door, load 3-4 dry bath towels (approximately 5 pounds of laundry) into the drum, and close the door until you hear the latch click.
- Turn the cycle selector knob clockwise to the “Normal Dry” setting—this is typically located at the 12 o’clock position on the control panel.
- Press the “Start” button once—you’ll hear a single beep and the drum will begin rotating within 2-3 seconds.
- Listen for the igniter clicking sound (3-5 clicks occurring within the first 30 seconds), followed by the whoosh of gas igniting.
- Open the door after 2 minutes of operation—press the door release button located at the top right of the door opening.
- Place your hand 6 inches inside the drum and verify you feel warm air (approximately 120-140°F at this stage).
- Close the door and press “Start” again to resume the cycle.
- Let the dryer run for 5 additional minutes, then press the “Cancel” button twice to stop the cycle.
- Open the door and touch the towels—they should feel noticeably warm throughout, confirming proper heat distribution and airflow.
đź›’ Recommended Products
Here are the recommended products for this repair:
- Upgraded 279838-Dryer-Heating-Element-W10724237 fit for Whirlpool Kenmore 70 80 Series Cabrio Roper Maytag Amana Admiral Roper Dryer Heating Element Dryer by AMI PARTS
As an Amazon Associate, I earn from qualifying purchases.