Search results for "microwave Capacitor"

XPARTCO XPDC35X5-450R Dual Run Capacitor (35/5 MFD, 450V, Round) The XPARTCO XPDC35X5-450R is a universal dual run capacitor for central air conditioners, heat pumps, and condensing units. A run capacitor works alongside a single-phase AC motor to keep it running efficiently once it's started, boosting torque and correcting the phase of the current feeding the motor's windings. This is a dual capacitor, meaning it combines two separate capacitors — one for the compressor, one for the condenser fan motor — into a single three-terminal can, which is why nearly every residential outdoor AC unit uses exactly this style of component to run both motors from one part. Rated 35 MFD for the compressor circuit and 5 MFD for the fan motor circuit, at 450VAC, in a round aluminum can housing. Because a capacitor's voltage rating is a ceiling rather than a fixed match, this 450V-rated capacitor can safely replace an original capacitor rated 370V or 440V — going higher on voltage is always safe, going lower is not. Over time, the dielectric material inside a run capacitor breaks down from heat cycling and electrical stress, causing it to lose capacitance or fail outright. A failing dual capacitor produces a very recognizable set of symptoms: the outdoor unit hums but the compressor or fan won't start, the fan spins slowly or needs a manual push to get going, the system trips the breaker, or the capacitor can itself is visibly bulging, domed, or leaking oily residue at the top. Quick Answer The XPARTCO XPDC35X5-450R Dual Run Capacitor fixes central air conditioners and heat pumps where the outdoor unit hums but won't start, the compressor or fan motor won't run, the fan spins slowly or needs a manual push, the breaker trips, or the capacitor can is visibly bulged or leaking. 35 MFD (compressor) + 5 MFD (fan) dual capacitor, 450VAC, round, 3-terminal. Universal fit for equipment originally speced at 370V or 440V, since a higher voltage rating is always a safe upgrade. Capacitors store a dangerous electrical charge even after power is disconnected — always discharge before handling. Common Problems This Part Fixes Outdoor AC unit hums but the compressor won't start Condenser fan won't spin, or spins slowly and needs a manual push to get going System trips the breaker shortly after starting AC blows warm air because the compressor isn't running Repeated clicking sound from the contactor as it tries and fails to start the motor Capacitor can visibly bulging, domed on top, or leaking oily residue System that used to start slowly and has now stopped starting altogether Burning smell from the outdoor unit's electrical compartment Cross Reference Information Part numbers can change over a product's lifecycle as manufacturers update designs or release new appliance models. For your convenience, we've included any known superseded, alternate, or cross-reference part numbers that match this item. Replaces Part Numbers XPDC35X5-450R This is a universal component rather than a single-manufacturer part, so the specific OEM number your HVAC system's label references will vary by brand (Goodman, Trane, Carrier, Rheem, York, Lennox, Amana, and others). This capacitor is a correct replacement for any dual run capacitor matching the 35 MFD / 5 MFD rating with a voltage rating of 450V or lower. If you have your original part number, contact our support team and we will verify compatibility before you order. Compatibility This dual run capacitor is a universal replacement compatible with central air conditioners, heat pumps, and condensing units across all major HVAC brands, wherever the original capacitor is rated: 35 MFD (compressor) + 5 MFD (fan motor) 370V, 440V, or 450V (this capacitor's 450V rating exceeds and safely replaces either lower rating) Round can shape with 3 terminals Note: The MFD (microfarad) rating must match your original capacitor exactly on both sides — do not substitute a different MFD value for either the compressor or fan side. Voltage rating, on the other hand, can be equal to or higher than the original (450V safely replaces 370V or 440V), but never lower. Can shape (round vs. oval) affects only physical fit inside your unit's electrical compartment, not performance. If you're unsure of your original capacitor's specifications, they're printed directly on its can — contact our support team if you'd like help confirming compatibility. Key Features Universal dual run capacitor — supports both the compressor and condenser fan motor from one component 35 MFD compressor rating + 5 MFD fan motor rating in a single 3-terminal can 450VAC rating — a safe upgrade replacement for equipment originally speced at 370V or 440V Round aluminum can construction Resolves "hums but won't start," "fan spins slowly," "trips the breaker," and "bulging or leaking can" symptoms caused by capacitor failure 1/4" quick-connect terminals for a direct plug-on fit to standard HVAC wiring 50/60Hz rated Safety approved: CQC, VDE, TÜV, and CL; built to GB/T 3667 and EN 60252 standards Built to meet or exceed industry-standard specifications for this capacitor class Product Specifications Part Number XPDC35X5-450R Part Type Dual Run Capacitor Condition New — Universal Replacement Part Capacitance — Compressor 35 MFD (µF) Capacitance — Fan Motor 5 MFD (µF) Voltage Rating 450VAC Shape Round Terminals 3 (1/4" quick-connect) Frequency 50/60 Hz Tolerance ±5% Construction Type Polypropylene film capacitor Operating Temperature Range -40°C to 70°C (-40°F to +158°F) Safety Approvals CQC, VDE, TÜV, CL Approval Standard GB/T 3667, EN 60252 Application Central Air Conditioners, Heat Pumps, Condensing Units Quantity 1 dual run capacitor Compatible Brands Universal — all major HVAC brands Installation Notes ⚠️ Danger — Capacitors Store A Dangerous Electrical Charge Shut off power to the outdoor unit at the disconnect box and at the breaker before beginning. A capacitor stores an electrical charge even after power has been disconnected, and that charge can deliver a serious or fatal shock. Before touching any terminal, discharge the capacitor by shorting each pair of terminals together (C-to-Fan, C-to-Herm, and Fan-to-Herm) using an insulated-handle screwdriver, or by using a proper capacitor discharge tool with a resistor. Never short the terminals with a bare metal tool held with your bare hand. If you are not fully comfortable performing a capacitor discharge safely, have a qualified HVAC technician replace this part instead. ⚠️ Photograph The Wiring Before Disconnecting — Match Terminals Exactly Wear work gloves and safety glasses. After confirming the capacitor is fully discharged, photograph the wiring on the old capacitor's terminals before disconnecting anything — dual capacitors are labeled C (Common), Herm or Comp (compressor/hermetic), and Fan, and getting a wire on the wrong terminal can damage the new capacitor or the motor it feeds. Note which terminal each wire came from, or label them individually with tape. Remove the mounting strap or bracket holding the old capacitor in its housing, and disconnect each wire from its terminal. Install the new XPDC35X5-450R in the same mounting position, secure it with the strap or bracket, and reconnect each wire to the matching terminal (C, Herm, and Fan) exactly as labeled. Double-check every connection before restoring power. Restore power at the breaker and disconnect box, and confirm the compressor and fan both start promptly and run smoothly. Tools needed: insulated-handle screwdriver or capacitor discharge tool, nut driver, work gloves, safety glasses. Frequently Asked Questions My AC unit hums but won't start. Is this the capacitor? It's one of the most common causes of exactly that symptom. A run capacitor gives the compressor or fan motor the extra push needed to start turning; without it, the motor can draw power and hum in place without ever actually starting to spin. If you can see the capacitor can and it looks bulged, domed on top, or is leaking a brown oily residue, that's strong visual confirmation of failure. Can I use a 450V capacitor to replace my old 370V or 440V one? Yes. Voltage rating is a ceiling, not an exact match requirement — a capacitor rated for a higher voltage than your original will work safely and often lasts longer under the same electrical stress. What you cannot do is go the other direction: never install a capacitor with a lower voltage rating than your original, since that risks premature failure or the capacitor breaking down under normal operating conditions. Does the round vs. oval shape matter? Only for physical fit inside your unit's electrical compartment — it has no effect on electrical performance. If your unit's mounting bracket or available space is sized for a round can, use a round capacitor; if it's sized for an oval can, use an oval one. The MFD and voltage ratings are what matter electrically, not the shape. The fan spins if I give it a push, but won't start on its own. What does that mean? This is a classic sign of a weak or failing capacitor — it may still have enough charge to keep the motor running once it's already spinning, but not enough to provide the initial starting torque. This is a strong signal to replace the capacitor before it fails completely and leaves you with no cooling at all. Is this a genuine OEM part? This is a universal replacement part rather than a brand-specific OEM part. Because dual run capacitors are a standardized component defined by their electrical specifications rather than their manufacturer, this capacitor is a correct replacement for any unit's original capacitor that shares the same 35/5 MFD, 450VAC, round dual run capacitor rating — regardless of which HVAC brand originally installed it. Shop With Confidence A U.S.-based appliance parts retailer specializing in genuine OEM and high-quality replacement parts. We stock components for all major appliance brands and offer fast shipping from our U.S. warehouse. Our team is available to help verify compatibility before you purchase. ✓ Quality Replacement Parts ✓ Fast US Shipping ✓ Compatibility Support ✓ Secure Checkout

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XPMTC-180 Microwave Thermal Cut-Off Fuse 180℃ (356°F) – Normally Closed – Universal Microwave Safety Cutoff Product Description Protect your microwave from extreme overheating with the XPMTC-180 Microwave Thermal Cut-Off Fuse 180℃ (356°F), Normally Closed. This high-temperature safety device is designed to remain closed (conductive) during normal operation and open permanently when internal temperatures exceed 180℃, immediately cutting power to prevent serious damage or fire risk. A tripped thermal cut-off can cause the microwave to lose power or stop heating. Replacing it with the correctly rated NC fuse restores safe and reliable operation. Replaces Part Numbers XPMTC-180, MTC-180, Microwave Thermal Fuse 180C NC, 356F Normally Closed Thermal Cutoff, WB24X29270, 4586233, PD00045446, EAP12170419, KSD1 BR1 180, AP6262395, PS12170419, 6930W1A003X, 1365203, AH3530468, EA3530468, PD00001857, AP4443816, PS3530468. Compatibility This normally closed microwave thermal cut-off fuse is compatible with many GE, Whirlpool, Samsung, LG, Frigidaire, Panasonic, Sharp, and Kenmore microwave ovens that require a 180℃ (356°F) NC thermal cutoff. Commonly used near the magnetron, high-heat zones, or cavity protection points. Always verify temperature rating and contact type before ordering.Contact our support team if you’re unsure. 🔍 What’s the Difference Between NC and NO Thermal Cut-Offs? Normally Closed (NC): Circuit is closed during normal operation and opens permanently when the rated temperature is reached.👉 Most microwave thermal cut-offs are NC. Normally Open (NO): Circuit is open during normal operation and closes only when overheated (used in limited designs). ⚠️ Installing the wrong type (NC vs NO) may cause the microwave not to run or fail to protect against overheating. ✅ Key Features 🔄 Aftermarket Replacement – Built to OEM-equivalent safety specifications 🌡️ 180℃ (356°F) Rating – Designed for high-temperature protection zones 🔁 Normally Closed (NC) – Conducts power during normal operation 🛡️ Critical Safety Component – Prevents overheating and fire hazards 💰 Cost-Effective Repair – Affordable alternative to OEM thermal cut-offs 📐 Product Specification Part Number: XPMTC-180 Component Type: Microwave Thermal Cut-Off Fuse Temperature Rating: 180℃ (356°F) Contact Type: Normally Closed (NC) Function: One-time safety cutoff Material: Heat-resistant metal body Application: Magnetron or high-heat cavity temperature protection Quality Level: Aftermarket replacement (not OEM) 🛠️ Installation Notes Tools Needed: Phillips screwdriver, insulated pliers ⚠️ Safety First:Unplug the microwave before servicing. Microwaves contain high-voltage components—allow capacitors to discharge before handling internal parts. Basic Steps: Disconnect microwave power. Remove the outer cabinet or access panel. Locate the thermal cut-off near the magnetron or high-heat area. Disconnect wiring and remove the failed fuse. Install the new XPMTC-180 (NC) thermal cut-off in the same position. Reassemble the microwave and restore power. Test operation. ⏱️ Time Required: 15–25 minutes 📦 Shop With Confidence 🚚 Free Shipping on All Orders ⚙️ Trusted Aftermarket Appliance Parts 🔄 30-Day Return Policy Restore microwave safety under extreme heat conditions — Add to Cart Now for a dependable, budget-friendly repair!

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XPARTCO XPDC40X5-450R Dual Run Capacitor (40/5 MFD, 450V, Round) The XPARTCO XPDC40X5-450R is a universal dual run capacitor for central air conditioners, heat pumps, and condensing units. A run capacitor works alongside a single-phase AC motor to keep it running efficiently once it's started, boosting torque and correcting the phase of the current feeding the motor's windings. This is a dual capacitor, meaning it combines two separate capacitors — one for the compressor, one for the condenser fan motor — into a single three-terminal can, which is why nearly every residential outdoor AC unit uses exactly this style of component to run both motors from one part. Rated 40 MFD for the compressor circuit and 5 MFD for the fan motor circuit, at 450VAC, in a round aluminum can housing. Because a capacitor's voltage rating is a ceiling rather than a fixed match, this 450V-rated capacitor can safely replace an original capacitor rated 370V or 440V — going higher on voltage is always safe, going lower is not. Over time, the dielectric material inside a run capacitor breaks down from heat cycling and electrical stress, causing it to lose capacitance or fail outright. A failing dual capacitor produces a very recognizable set of symptoms: the outdoor unit hums but the compressor or fan won't start, the fan spins slowly or needs a manual push to get going, the system trips the breaker, or the capacitor can itself is visibly bulging, domed, or leaking oily residue at the top. Quick Answer The XPARTCO XPDC40X5-450R Dual Run Capacitor fixes central air conditioners and heat pumps where the outdoor unit hums but won't start, the compressor or fan motor won't run, the fan spins slowly or needs a manual push, the breaker trips, or the capacitor can is visibly bulged or leaking. 40 MFD (compressor) + 5 MFD (fan) dual capacitor, 450VAC, round, 3-terminal. Universal fit for equipment originally speced at 370V or 440V, since a higher voltage rating is always a safe upgrade. Capacitors store a dangerous electrical charge even after power is disconnected — always discharge before handling. Common Problems This Part Fixes Outdoor AC unit hums but the compressor won't start Condenser fan won't spin, or spins slowly and needs a manual push to get going System trips the breaker shortly after starting AC blows warm air because the compressor isn't running Repeated clicking sound from the contactor as it tries and fails to start the motor Capacitor can visibly bulging, domed on top, or leaking oily residue System that used to start slowly and has now stopped starting altogether Burning smell from the outdoor unit's electrical compartment Cross Reference Information Part numbers can change over a product's lifecycle as manufacturers update designs or release new appliance models. For your convenience, we've included any known superseded, alternate, or cross-reference part numbers that match this item. Replaces Part Numbers XPDC40X5-450R This is a universal component rather than a single-manufacturer part, so the specific OEM number your HVAC system's label references will vary by brand (Goodman, Trane, Carrier, Rheem, York, Lennox, Amana, and others). This capacitor is a correct replacement for any dual run capacitor matching the 40 MFD / 5 MFD rating with a voltage rating of 450V or lower. If you have your original part number, contact our support team and we will verify compatibility before you order. Compatibility This dual run capacitor is a universal replacement compatible with central air conditioners, heat pumps, and condensing units across all major HVAC brands, wherever the original capacitor is rated: 40 MFD (compressor) + 5 MFD (fan motor) 370V, 440V, or 450V (this capacitor's 450V rating exceeds and safely replaces either lower rating) Round can shape with 3 terminals Note: The MFD (microfarad) rating must match your original capacitor exactly on both sides — do not substitute a different MFD value for either the compressor or fan side. Voltage rating, on the other hand, can be equal to or higher than the original (450V safely replaces 370V or 440V), but never lower. Can shape (round vs. oval) affects only physical fit inside your unit's electrical compartment, not performance. If you're unsure of your original capacitor's specifications, they're printed directly on its can — contact our support team if you'd like help confirming compatibility. Key Features Universal dual run capacitor — supports both the compressor and condenser fan motor from one component 40 MFD compressor rating + 5 MFD fan motor rating in a single 3-terminal can 450VAC rating — a safe upgrade replacement for equipment originally speced at 370V or 440V Round aluminum can construction Resolves "hums but won't start," "fan spins slowly," "trips the breaker," and "bulging or leaking can" symptoms caused by capacitor failure 1/4" quick-connect terminals for a direct plug-on fit to standard HVAC wiring 50/60Hz rated Safety approved: CQC, VDE, TÜV, and CL; built to GB/T 3667 and EN 60252 standards Built to meet or exceed industry-standard specifications for this capacitor class Product Specifications Part Number XPDC40X5-450R Part Type Dual Run Capacitor Condition New — Universal Replacement Part Capacitance — Compressor 40 MFD (µF) Capacitance — Fan Motor 5 MFD (µF) Voltage Rating 450VAC Shape Round Terminals 3 (1/4" quick-connect) Frequency 50/60 Hz Tolerance ±5% Construction Type Polypropylene film capacitor Operating Temperature Range -40°C to 70°C (-40°F to +158°F) Safety Approvals CQC, VDE, TÜV, CL Approval Standard GB/T 3667, EN 60252 Application Central Air Conditioners, Heat Pumps, Condensing Units Quantity 1 dual run capacitor Compatible Brands Universal — all major HVAC brands Installation Notes ⚠️ Danger — Capacitors Store A Dangerous Electrical Charge Shut off power to the outdoor unit at the disconnect box and at the breaker before beginning. A capacitor stores an electrical charge even after power has been disconnected, and that charge can deliver a serious or fatal shock. Before touching any terminal, discharge the capacitor by shorting each pair of terminals together (C-to-Fan, C-to-Herm, and Fan-to-Herm) using an insulated-handle screwdriver, or by using a proper capacitor discharge tool with a resistor. Never short the terminals with a bare metal tool held with your bare hand. If you are not fully comfortable performing a capacitor discharge safely, have a qualified HVAC technician replace this part instead. ⚠️ Photograph The Wiring Before Disconnecting — Match Terminals Exactly Wear work gloves and safety glasses. After confirming the capacitor is fully discharged, photograph the wiring on the old capacitor's terminals before disconnecting anything — dual capacitors are labeled C (Common), Herm or Comp (compressor/hermetic), and Fan, and getting a wire on the wrong terminal can damage the new capacitor or the motor it feeds. Note which terminal each wire came from, or label them individually with tape. Remove the mounting strap or bracket holding the old capacitor in its housing, and disconnect each wire from its terminal. Install the new XPDC40X5-450R in the same mounting position, secure it with the strap or bracket, and reconnect each wire to the matching terminal (C, Herm, and Fan) exactly as labeled. Double-check every connection before restoring power. Restore power at the breaker and disconnect box, and confirm the compressor and fan both start promptly and run smoothly. Tools needed: insulated-handle screwdriver or capacitor discharge tool, nut driver, work gloves, safety glasses. Frequently Asked Questions My AC unit hums but won't start. Is this the capacitor? It's one of the most common causes of exactly that symptom. A run capacitor gives the compressor or fan motor the extra push needed to start turning; without it, the motor can draw power and hum in place without ever actually starting to spin. If you can see the capacitor can and it looks bulged, domed on top, or is leaking a brown oily residue, that's strong visual confirmation of failure. Can I use a 450V capacitor to replace my old 370V or 440V one? Yes. Voltage rating is a ceiling, not an exact match requirement — a capacitor rated for a higher voltage than your original will work safely and often lasts longer under the same electrical stress. What you cannot do is go the other direction: never install a capacitor with a lower voltage rating than your original, since that risks premature failure or the capacitor breaking down under normal operating conditions. Does the round vs. oval shape matter? Only for physical fit inside your unit's electrical compartment — it has no effect on electrical performance. If your unit's mounting bracket or available space is sized for a round can, use a round capacitor; if it's sized for an oval can, use an oval one. The MFD and voltage ratings are what matter electrically, not the shape. The fan spins if I give it a push, but won't start on its own. What does that mean? This is a classic sign of a weak or failing capacitor — it may still have enough charge to keep the motor running once it's already spinning, but not enough to provide the initial starting torque. This is a strong signal to replace the capacitor before it fails completely and leaves you with no cooling at all. Is this a genuine OEM part? This is a universal replacement part rather than a brand-specific OEM part. Because dual run capacitors are a standardized component defined by their electrical specifications rather than their manufacturer, this capacitor is a correct replacement for any unit's original capacitor that shares the same 40/5 MFD, 450VAC, round dual run capacitor rating — regardless of which HVAC brand originally installed it. Shop With Confidence A U.S.-based appliance parts retailer specializing in genuine OEM and high-quality replacement parts. We stock components for all major appliance brands and offer fast shipping from our U.S. warehouse. Our team is available to help verify compatibility before you purchase. ✓ Quality Replacement Parts ✓ Fast US Shipping ✓ Compatibility Support ✓ Secure Checkout

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XPARTCO HVAC Capacitor Contractor Pack — 18-Piece Assortment Kit (Dual + Single Run) The XPARTCO HVAC Capacitor Contractor Pack bundles the seven most commonly needed dual run capacitor ratings, plus two single run capacitor ratings, into a single 18-piece kit, so a technician can carry one box instead of restocking capacitors between jobs. Each dual run capacitor combines two capacitors into one round, three-terminal can — one rated for the compressor, one for the condenser fan motor — the standard design used across the vast majority of residential and light commercial split systems, window units, and heat pumps. The single run capacitors are 2-terminal units sized for one motor circuit, commonly used on standalone condenser fan motors, pool pumps, and other single-phase motor equipment. The mix in this kit is weighted toward the ratings that fail most often in the field: 35/5, 40/5, and 45/5 MFD capacitors cover the majority of residential 1.5–3.5 ton systems and are included in higher quantities, while 50/5, 60/5, 70/5, and 80/5 MFD round out coverage for larger residential and light commercial compressors. All fourteen capacitors are rated 450VAC, so each one is a safe upgrade replacement regardless of whether the original equipment was speced at 370V, 440V, or 450V. Quick Answer The XPARTCO HVAC Capacitor Contractor Pack is an 18-piece assortment covering the seven dual run capacitor ratings most commonly replaced on residential and light commercial AC systems and heat pumps, plus two single run capacitor ratings for fan motors and similar equipment: 35/5 (×2), 40/5 (×4), 45/5 (×4), 50/5 (×1), 60/5 (×1), 70/5 (×1), 80/5 (×1), single-run 5 (×2), and single-run 7.5 (×2) MFD, all rated 450VAC, round. Built for technicians who want to stock a truck once instead of reordering capacitors mid-week. Capacitors store a dangerous electrical charge even after power is disconnected — always discharge before handling. What's In The Kit Capacitor Rating Qty Typical Application 35/5 MFD, 450V, Round 2 Smaller residential split systems, window/PTAC units 40/5 MFD, 450V, Round 4 Common residential 2–2.5 ton systems — high-frequency replacement size 45/5 MFD, 450V, Round 4 Common residential 2.5–3 ton systems — high-frequency replacement size 50/5 MFD, 450V, Round 1 Mid-size residential systems, 3–3.5 ton 60/5 MFD, 450V, Round 1 Larger residential systems, 3.5–4 ton 70/5 MFD, 450V, Round 1 Larger residential/light commercial systems, 4–5 ton 80/5 MFD, 450V, Round 1 Larger compressors and light commercial equipment 5 MFD, 450V, Round (Single Run) 2 Standalone condenser fan motors, pool pumps, small single-phase motors 7.5 MFD, 450V, Round (Single Run) 2 Standalone condenser fan motors, pool pumps, small single-phase motors Common Problems This Kit Solves Outdoor AC unit hums but the compressor won't start Condenser fan won't spin, or spins slowly and needs a manual push to get going System trips the breaker shortly after starting AC blows warm air because the compressor isn't running Repeated clicking sound from the contactor as it tries and fails to start the motor Capacitor can visibly bulging, domed on top, or leaking oily residue Needing a specific capacitor rating on the spot without a return trip to the supply house Compatibility This kit's capacitors are universal replacements compatible with central air conditioners, heat pumps, and condensing units across all major HVAC brands, wherever the original capacitor's MFD rating matches one included in this kit and its voltage rating is 450V or lower (370V and 440V equipment included, since a higher voltage rating is always a safe upgrade). Note: The MFD (microfarad) rating must match the original capacitor exactly on both the compressor and fan sides — do not substitute a different MFD value. If a job calls for a rating not included in this kit (such as a 25/5, 30/5, or 55/5), each individual dual run capacitor rating is also available separately in our HVAC capacitor line. Contact our support team if you'd like help confirming which rating a specific job needs. Key Features 18-piece assortment covering the 7 most commonly replaced dual run ratings plus 2 single run ratings Quantities weighted toward the highest-frequency replacement sizes (35/5, 40/5, 45/5) All capacitors rated 450VAC — a safe upgrade for equipment originally speced at 370V or 440V Round can construction — 3-terminal (C, Herm, Fan) dual run capacitors and 2-terminal single run capacitors Polypropylene film construction; safety approved CQC, VDE, TÜV, CL; built to GB/T 3667 and EN 60252 standards Operating temperature range -40°C to 70°C (-40°F to +158°F) Eliminates truck-stock gaps — one kit replaces reordering single capacitors between jobs Each rating also available individually for restocking a single value Kit Specifications Kit Contents 18 capacitors — 14 dual run across 7 ratings + 4 single run across 2 ratings (see table above) Capacitor Types Dual Run (Compressor + Fan) and Single Run Condition New — Universal Replacement Parts Voltage Rating (all pieces) 450VAC Shape Round Terminals 3 per dual run capacitor / 2 per single run capacitor (1/4" quick-connect) Frequency 50/60 Hz Tolerance ±5% Construction Type Polypropylene film capacitor Operating Temperature Range -40°C to 70°C (-40°F to +158°F) Safety Approvals CQC, VDE, TÜV, CL Approval Standard GB/T 3667, EN 60252 Application Central Air Conditioners, Heat Pumps, Condensing Units Compatible Brands Universal — all major HVAC brands Installation Notes ⚠️ Danger — Capacitors Store A Dangerous Electrical Charge Shut off power to the outdoor unit at the disconnect box and at the breaker before beginning any capacitor replacement. A capacitor stores an electrical charge even after power has been disconnected, and that charge can deliver a serious or fatal shock. Before touching any terminal, discharge the capacitor fully: on a dual run capacitor, short each pair of terminals together (C-to-Fan, C-to-Herm, and Fan-to-Herm); on a single run capacitor, short the two terminals together. Use an insulated-handle screwdriver, or a proper capacitor discharge tool with a resistor. Never short the terminals with a bare metal tool held with your bare hand. ⚠️ Match The Rating Before Installing — Photograph Wiring First Confirm the failed capacitor's MFD rating on both the compressor and fan sides, and select the matching piece from this kit — the rating printed on the old capacitor's can is the reference, not the equipment's tonnage. Photograph the wiring on the old capacitor's terminals before disconnecting anything; terminals are typically labeled C (Common), Herm or Comp (compressor), and Fan. Remove the mounting strap holding the old capacitor, disconnect each wire, and install the replacement from this kit in the same mounting position, reconnecting each wire to the matching terminal. Restore power and confirm the compressor and fan both start promptly and run smoothly. Tools needed: insulated-handle screwdriver or capacitor discharge tool, nut driver, work gloves, safety glasses. Frequently Asked Questions Why are 35/5, 40/5, and 45/5 included in higher quantities than the others? These three ratings cover the size range used on the largest share of residential split systems in the field, so they're the ratings most likely to come up repeatedly across a week of service calls. The larger ratings (50/5 through 80/5) still come up regularly but less often, which is why the kit includes one of each rather than duplicates. What if a job needs a rating that isn't in this kit, like 25/5 or 55/5? Every rating in this kit — both dual run and single run — is also sold individually, so you can pick up less common values as needed without buying another full kit. Contact our support team if you want help identifying which individual rating a specific job calls for. Can I use a 450V capacitor from this kit to replace an original 370V or 440V capacitor? Yes. Voltage rating is a ceiling, not an exact match requirement — a capacitor rated for a higher voltage than the original works safely and often lasts longer under the same electrical stress. What you can't do is go the other direction, so every capacitor in this kit being 450V means it's a safe fit anywhere the original was rated 370V, 440V, or 450V. Does the MFD rating need to match exactly, or is there some tolerance? Match the rating on both the compressor and fan side as closely as possible to the original — these capacitors carry a ±5% manufacturing tolerance, but that's not the same as intentionally substituting a different rated value. Always select the kit piece whose printed MFD rating matches what was on the failed capacitor. Is this a genuine OEM kit? This is a universal replacement kit rather than a brand-specific OEM product. Because dual run capacitors are a standardized component defined by their electrical specifications rather than their manufacturer, each capacitor in this kit is a correct replacement for any unit's original capacitor sharing the same rating — regardless of which HVAC brand originally installed it. Shop With Confidence A U.S.-based appliance parts retailer specializing in genuine OEM and high-quality replacement parts. We stock components for all major appliance brands and offer fast shipping from our U.S. warehouse. Our team is available to help verify compatibility before you purchase. ✓ Quality Replacement Parts ✓ Fast US Shipping ✓ Compatibility Support ✓ Secure Checkout

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XPMTC-120 Microwave Thermal Cut-Off Fuse 120℃ (248°F) – Normally Closed – Universal Microwave Safety Cutoff Product Description Protect your microwave from overheating with the XPMTC-120 Microwave Thermal Cut-Off Fuse 120℃ (248°F), Normally Closed. This high-quality aftermarket safety device remains closed (conductive) during normal operation and opens permanently when internal temperatures exceed 120℃, cutting power to prevent component damage or fire risk. A tripped thermal cut-off can cause the microwave to lose power or stop heating. Replacing it with the correctly rated NC fuse restores safe operation and proper protection. Replaces Part Numbers XPMTC-120, MTC-120, KSD-120LC, Microwave Thermal Fuse 120C NC, 248F Normally Closed Thermal Cutoff, WB27X1127, 254709, AH239811, EA239811, WB21X0535, WB21X535, PD00023089, EAP239811, AP2026352, PS239811, WB21X10162, 1556022, AH2370041, EA2370041, KSD 120LC, PD00037108, EAP2370041, AP4484224, PS2370041, 5304509474, 5304464093, 4583662, PD00042646, EAP12071309, AP6230621, PS12071309, WB27X11212, 3026293, SE-7350-006, WB24X28948, WB27X10854, PD00044723, EAP8754627, AP5791056, PS8754627, DE47-20059B, 2079767, DE47-20059A, PD00005107, EAP4226453, AP4580112, PS4226453, DE47-20060A, 2079768, PD00036362, EAP4226454, AP4220155, PS4226454, WB27X10567, 946799, AH239709, PD00050529, EA239709, AP3192016, PS239709. Compatibility This normally closed microwave thermal cut-off fuse is compatible with many GE, Whirlpool, Samsung, LG, Frigidaire, Panasonic, Sharp, and Kenmore microwave ovens that require a 120℃ (248°F) NC thermal cutoff. Commonly used in countertop, over-the-range, and built-in microwave models. Always verify temperature rating and contact type before ordering.Contact our support team if you’re unsure. 🔍 What’s the Difference Between NC and NO Thermal Cut-Offs? Normally Closed (NC): Circuit is closed during normal operation and opens permanently when the rated temperature is reached.👉 Most microwave thermal cut-offs are NC. Normally Open (NO): Circuit is open during normal operation and closes only when overheated (used in limited designs). ⚠️ Installing the wrong type (NC vs NO) may cause the microwave not to run or fail to protect against overheating. ✅ Key Features 🔄 Aftermarket Replacement – Built to OEM-equivalent safety specifications 🌡️ 120℃ (248°F) Rating – Trips at unsafe temperature levels 🔁 Normally Closed (NC) – Conducts power during normal operation 🛡️ Critical Safety Component – Helps prevent overheating and fire hazards 💰 Cost-Effective Repair – Affordable alternative to OEM thermal cut-offs 📐 Product Specification Part Number: XPMTC-120 Component Type: Microwave Thermal Cut-Off Fuse Temperature Rating: 120℃ (248°F) Contact Type: Normally Closed (NC) Function: One-time safety cutoff Material: Heat-resistant metal body Application: Magnetron or microwave cavity temperature protection Quality Level: Aftermarket replacement (not OEM) 🛠️ Installation Notes Tools Needed: Phillips screwdriver, insulated pliers ⚠️ Safety First:Unplug the microwave before servicing. Microwaves contain high-voltage components—allow capacitors to discharge before handling internal parts. Basic Steps: Disconnect microwave power. Remove the outer cabinet or access panel. Locate the thermal cut-off near the magnetron or cavity. Disconnect wiring and remove the failed fuse. Install the new XPMTC-120 (NC) thermal cut-off in the same position. Reassemble the microwave and restore power. Test operation. ⏱️ Time Required: 15–25 minutes 📦 Shop With Confidence 🚚 Free Shipping on All Orders ⚙️ Trusted Aftermarket Appliance Parts 🔄 30-Day Return Policy Restore microwave safety and dependable operation — Add to Cart Now for a reliable, budget-friendly repair!

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XPARTCO XPDC45X5-450R Dual Run Capacitor (45/5 MFD, 450V, Round) The XPARTCO XPDC45X5-450R is a universal dual run capacitor for central air conditioners, heat pumps, and condensing units. A run capacitor works alongside a single-phase AC motor to keep it running efficiently once it's started, boosting torque and correcting the phase of the current feeding the motor's windings. This is a dual capacitor, meaning it combines two separate capacitors — one for the compressor, one for the condenser fan motor — into a single three-terminal can, which is why nearly every residential outdoor AC unit uses exactly this style of component to run both motors from one part. Rated 45 MFD for the compressor circuit and 5 MFD for the fan motor circuit, at 450VAC, in a round aluminum can housing. Because a capacitor's voltage rating is a ceiling rather than a fixed match, this 450V-rated capacitor can safely replace an original capacitor rated 370V or 440V — going higher on voltage is always safe, going lower is not. Over time, the dielectric material inside a run capacitor breaks down from heat cycling and electrical stress, causing it to lose capacitance or fail outright. A failing dual capacitor produces a very recognizable set of symptoms: the outdoor unit hums but the compressor or fan won't start, the fan spins slowly or needs a manual push to get going, the system trips the breaker, or the capacitor can itself is visibly bulging, domed, or leaking oily residue at the top. Quick Answer The XPARTCO XPDC45X5-450R Dual Run Capacitor fixes central air conditioners and heat pumps where the outdoor unit hums but won't start, the compressor or fan motor won't run, the fan spins slowly or needs a manual push, the breaker trips, or the capacitor can is visibly bulged or leaking. 45 MFD (compressor) + 5 MFD (fan) dual capacitor, 450VAC, round, 3-terminal. Universal fit for equipment originally speced at 370V or 440V, since a higher voltage rating is always a safe upgrade. Capacitors store a dangerous electrical charge even after power is disconnected — always discharge before handling. Common Problems This Part Fixes Outdoor AC unit hums but the compressor won't start Condenser fan won't spin, or spins slowly and needs a manual push to get going System trips the breaker shortly after starting AC blows warm air because the compressor isn't running Repeated clicking sound from the contactor as it tries and fails to start the motor Capacitor can visibly bulging, domed on top, or leaking oily residue System that used to start slowly and has now stopped starting altogether Burning smell from the outdoor unit's electrical compartment Cross Reference Information Part numbers can change over a product's lifecycle as manufacturers update designs or release new appliance models. For your convenience, we've included any known superseded, alternate, or cross-reference part numbers that match this item. Replaces Part Numbers XPDC45X5-450R This is a universal component rather than a single-manufacturer part, so the specific OEM number your HVAC system's label references will vary by brand (Goodman, Trane, Carrier, Rheem, York, Lennox, Amana, and others). This capacitor is a correct replacement for any dual run capacitor matching the 45 MFD / 5 MFD rating with a voltage rating of 450V or lower. If you have your original part number, contact our support team and we will verify compatibility before you order. Compatibility This dual run capacitor is a universal replacement compatible with central air conditioners, heat pumps, and condensing units across all major HVAC brands, wherever the original capacitor is rated: 45 MFD (compressor) + 5 MFD (fan motor) 370V, 440V, or 450V (this capacitor's 450V rating exceeds and safely replaces either lower rating) Round can shape with 3 terminals Note: The MFD (microfarad) rating must match your original capacitor exactly on both sides — do not substitute a different MFD value for either the compressor or fan side. Voltage rating, on the other hand, can be equal to or higher than the original (450V safely replaces 370V or 440V), but never lower. Can shape (round vs. oval) affects only physical fit inside your unit's electrical compartment, not performance. If you're unsure of your original capacitor's specifications, they're printed directly on its can — contact our support team if you'd like help confirming compatibility. Key Features Universal dual run capacitor — supports both the compressor and condenser fan motor from one component 45 MFD compressor rating + 5 MFD fan motor rating in a single 3-terminal can 450VAC rating — a safe upgrade replacement for equipment originally speced at 370V or 440V Round aluminum can construction Resolves "hums but won't start," "fan spins slowly," "trips the breaker," and "bulging or leaking can" symptoms caused by capacitor failure 1/4" quick-connect terminals for a direct plug-on fit to standard HVAC wiring 50/60Hz rated Safety approved: CQC, VDE, TÜV, and CL; built to GB/T 3667 and EN 60252 standards Built to meet or exceed industry-standard specifications for this capacitor class Product Specifications Part Number XPDC45X5-450R Part Type Dual Run Capacitor Condition New — Universal Replacement Part Capacitance — Compressor 45 MFD (µF) Capacitance — Fan Motor 5 MFD (µF) Voltage Rating 450VAC Shape Round Terminals 3 (1/4" quick-connect) Frequency 50/60 Hz Tolerance ±5% Construction Type Polypropylene film capacitor Operating Temperature Range -40°C to 70°C (-40°F to +158°F) Safety Approvals CQC, VDE, TÜV, CL Approval Standard GB/T 3667, EN 60252 Application Central Air Conditioners, Heat Pumps, Condensing Units Quantity 1 dual run capacitor Compatible Brands Universal — all major HVAC brands Installation Notes ⚠️ Danger — Capacitors Store A Dangerous Electrical Charge Shut off power to the outdoor unit at the disconnect box and at the breaker before beginning. A capacitor stores an electrical charge even after power has been disconnected, and that charge can deliver a serious or fatal shock. Before touching any terminal, discharge the capacitor by shorting each pair of terminals together (C-to-Fan, C-to-Herm, and Fan-to-Herm) using an insulated-handle screwdriver, or by using a proper capacitor discharge tool with a resistor. Never short the terminals with a bare metal tool held with your bare hand. If you are not fully comfortable performing a capacitor discharge safely, have a qualified HVAC technician replace this part instead. ⚠️ Photograph The Wiring Before Disconnecting — Match Terminals Exactly Wear work gloves and safety glasses. After confirming the capacitor is fully discharged, photograph the wiring on the old capacitor's terminals before disconnecting anything — dual capacitors are labeled C (Common), Herm or Comp (compressor/hermetic), and Fan, and getting a wire on the wrong terminal can damage the new capacitor or the motor it feeds. Note which terminal each wire came from, or label them individually with tape. Remove the mounting strap or bracket holding the old capacitor in its housing, and disconnect each wire from its terminal. Install the new XPDC45X5-450R in the same mounting position, secure it with the strap or bracket, and reconnect each wire to the matching terminal (C, Herm, and Fan) exactly as labeled. Double-check every connection before restoring power. Restore power at the breaker and disconnect box, and confirm the compressor and fan both start promptly and run smoothly. Tools needed: insulated-handle screwdriver or capacitor discharge tool, nut driver, work gloves, safety glasses. Frequently Asked Questions My AC unit hums but won't start. Is this the capacitor? It's one of the most common causes of exactly that symptom. A run capacitor gives the compressor or fan motor the extra push needed to start turning; without it, the motor can draw power and hum in place without ever actually starting to spin. If you can see the capacitor can and it looks bulged, domed on top, or is leaking a brown oily residue, that's strong visual confirmation of failure. Can I use a 450V capacitor to replace my old 370V or 440V one? Yes. Voltage rating is a ceiling, not an exact match requirement — a capacitor rated for a higher voltage than your original will work safely and often lasts longer under the same electrical stress. What you cannot do is go the other direction: never install a capacitor with a lower voltage rating than your original, since that risks premature failure or the capacitor breaking down under normal operating conditions. Does the round vs. oval shape matter? Only for physical fit inside your unit's electrical compartment — it has no effect on electrical performance. If your unit's mounting bracket or available space is sized for a round can, use a round capacitor; if it's sized for an oval can, use an oval one. The MFD and voltage ratings are what matter electrically, not the shape. The fan spins if I give it a push, but won't start on its own. What does that mean? This is a classic sign of a weak or failing capacitor — it may still have enough charge to keep the motor running once it's already spinning, but not enough to provide the initial starting torque. This is a strong signal to replace the capacitor before it fails completely and leaves you with no cooling at all. Is this a genuine OEM part? This is a universal replacement part rather than a brand-specific OEM part. Because dual run capacitors are a standardized component defined by their electrical specifications rather than their manufacturer, this capacitor is a correct replacement for any unit's original capacitor that shares the same 45/5 MFD, 450VAC, round dual run capacitor rating — regardless of which HVAC brand originally installed it. Shop With Confidence A U.S.-based appliance parts retailer specializing in genuine OEM and high-quality replacement parts. We stock components for all major appliance brands and offer fast shipping from our U.S. warehouse. Our team is available to help verify compatibility before you purchase. ✓ Quality Replacement Parts ✓ Fast US Shipping ✓ Compatibility Support ✓ Secure Checkout

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XPMTC-100 Microwave Thermal Cut-Off Fuse 100℃ (212°F) – Normally Closed – Universal Microwave Safety Cutoff Product Description Protect your microwave from overheating with the XPMTC-100 Microwave Thermal Cut-Off Fuse 100℃ (212°F), Normally Closed. This high-quality aftermarket safety device is designed to remain closed (conductive) during normal operation and open permanently when temperatures exceed 100℃, cutting power to prevent damage or fire risk. A failed or tripped thermal cut-off can cause the microwave to lose power or stop heating. Replacing it with this correctly rated normally closed fuse restores safe operation and proper protection. Replaces Part Numbers XPMTC-100, MTC-100, Microwave Thermal Fuse 100C NC, 212F Normally Closed Thermal Cutoff, KSD-100LC, WB27X11094, 1556167, AH2370184, EA2370184, PD00044040, EAP2370184, AP4484359, PS2370184, WB27X10909, 1262954, AH1481222, EA1481222, PD00075864, EAP1481222, AP3994059, PS1481222, DE47-20196C, 2079793, DE47-20196A, PD00023369, AP4580114, PS4226487, 5304456094, 1198238, AH1532498, PD00083148, EA1532498, AP3960659, PS1532498. Compatibility This normally closed microwave thermal cut-off fuse is compatible with many GE, Whirlpool, Samsung, LG, Frigidaire, Panasonic, Sharp, and Kenmore microwave ovens that require a 100℃ (212°F) NC thermal cutoff. Commonly used in countertop, over-the-range, and built-in microwave models. Always verify temperature rating and NC (Normally Closed) configuration before ordering.Contact our support team if you’re unsure. ✅ Key Features 🔄 Aftermarket Replacement – Built to OEM-equivalent safety specifications 🌡️ 100℃ (212°F) Rating – Trips at unsafe temperature levels 🔁 Normally Closed (NC) – Conducts power during normal operation 🛡️ Critical Safety Component – Prevents overheating and fire hazards 💰 Cost-Effective Repair – Affordable alternative to OEM thermal cut-offs 📐 Product Specification Part Number: XPMTC-100 Component Type: Microwave Thermal Cut-Off Fuse Temperature Rating: 100℃ (212°F) Contact Type: Normally Closed (NC) Function: One-time safety cutoff Material: Heat-resistant metal body Application: Magnetron or microwave cavity temperature protection Quality Level: Aftermarket replacement (not OEM) 🛠️ Installation Notes Tools Needed: Phillips screwdriver, insulated pliers ⚠️ Safety First:Unplug the microwave before servicing. Microwaves contain high-voltage components—allow capacitors to discharge before handling internal parts. Basic Steps: Disconnect microwave power. Remove the outer cabinet or access panel. Locate the thermal cut-off near the magnetron or cavity. Disconnect wiring and remove the failed fuse. Install the new XPMTC-100 (NC) thermal cut-off in the same position. Reassemble the microwave and restore power. Test operation. ⏱️ Time Required: 15–25 minutes 📦 Shop With Confidence 🚚 Free Shipping on All Orders ⚙️ Trusted Aftermarket Appliance Parts 🔄 30-Day Return Policy Restore microwave safety and dependable operation — Add to Cart Now for a reliable, budget-friendly repair!

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EXPHV13 Microwave High Voltage Diode (Rectifier)  Replaces Part Numbers: W11256462, W10492278, W10886077, WPW10492276, WPW10575765, AP6784287, PS12584264, WPW10687786, W10687786, 4449228, AP6023790, PS11757136, 5304470521, AP4396425, PS2353199, WB27X10597, AH239740, EA239740, AP3192533, PS239740. CL04-12A=500mA CL04-12 12kV Description: This Diode Assembly is a replacement part for specific microwave models. It plays a crucial role in converting alternating current (AC) to direct current (DC), which is essential for the microwave’s high-voltage functions, including powering the magnetron to generate microwave energy. Over time, diodes can fail due to electrical surges, excessive heat, or wear and tear. A faulty diode assembly can lead to inefficient or non-functional microwave operation, impacting its ability to heat food properly. EXPHV13 Microwave High Voltage Diode – OEM-Quality Replacement Replace your faulty diode with the EXPHV13, a high-quality, aftermarket microwave high voltage diode rated for 12,000V / 500mA. It restores proper heating function and is compatible with many leading microwave brands. Key Features: ✅ Rated for 12kV, 500mA ✅ Direct replacement for most standard microwaves ✅ Solves issues like no heat, humming, or tripped breakers ✅ Easy-to-install universal fit for GE, LG, Whirlpool, Panasonic, etc. ⚠️ Always disconnect power before installation. For compatibility questions, contact us—we’re happy to help! 📦 Part Number: EXPHV13💯 30-Day Money Back Guarantee

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XPMTC-70 Microwave Thermal Fuse 70 ℃ (158 °F)  Normally Closed – Universal Microwave Safety Cutoff Product Description Protect your microwave from overheating with the XPMTC-70 Microwave Thermal Fuse 70 ℃ (158 °F). This high-quality aftermarket safety fuse is designed to permanently interrupt power when internal temperatures exceed safe operating limits. A blown thermal fuse can cause the microwave to lose power, stop heating, or shut down entirely. Replacing it with this reliable XPMTC-70 fuse restores safe operation and helps prevent damage to internal components. Replaces Part Numbers XPMTC-70, MTC-70, Microwave Thermal Fuse 70C, 158F Thermal Cutoff, KSD201 70C, KSD-40LC 70,  Compatibility This universal microwave thermal fuse is compatible with many GE, Whirlpool, Samsung, LG, Frigidaire, Panasonic, Sharp, and Kenmore microwave ovens that require a 70 ℃ (158 °F) thermal cutoff. Commonly used in countertop, over-the-range, and built-in microwave models. Always verify temperature rating and fuse style before ordering.Contact our support team if you’re unsure. ✅ Key Features 🔄 Aftermarket Replacement – Matches OEM temperature cutoff performance 🌡️ 70 ℃ (158 °F) Safety Rating – Activates at unsafe temperature levels 🛡️ Critical Safety Component – Helps prevent overheating and fire risk 💪 Durable Construction – Designed for long-term reliability 💰 Cost-Effective Repair – Affordable alternative to OEM thermal fuses 📐 Product Specification Part Number: XPMTC-70 Component Type: Microwave Thermal Fuse / Thermal Cutoff Temperature Rating: 70 ℃ (158 °F) Function: One-time safety cutoff Material: Heat-resistant metal body Application: Microwave cavity or magnetron temperature protection Quality Level: Aftermarket replacement (not OEM) 🛠️ Installation Notes Tools Needed: Phillips screwdriver, insulated pliers ⚠️ Safety First:Unplug the microwave before servicing. Microwaves contain high-voltage components—allow time for capacitors to discharge before handling internal parts. Basic Steps: Disconnect microwave power. Remove the outer cabinet or access panel. Locate the thermal fuse near the magnetron or cavity. Disconnect wiring and remove the blown fuse. Install the new XPMTC-70 thermal fuse in the same position. Reassemble the unit and restore power. Test microwave operation. ⏱️ Time Required: 15–25 minutes 📦 Shop With Confidence 🚚 Free Shipping on All Orders ⚙️ Trusted Aftermarket Appliance Parts 🔄 30-Day Return Policy Restore microwave safety and functionality — Add to Cart Now for a dependable, budget-friendly repair!

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XPARTCO W10804664 Washer Motor Run Capacitor (50µF) The XPARTCO W10804664 is an aftermarket replacement motor run capacitor for Whirlpool-built top-load washers. This capacitor works alongside the washer's motor to help it start and run efficiently — it briefly boosts the voltage delivered to the motor at the moment it's commanded to start, giving it the extra push needed to overcome its own inertia and begin turning smoothly. Once the motor is running, the capacitor continues supporting steady, efficient operation for the duration of the cycle. Rated 50 MFD (µF) at 250VAC. Over time, the dielectric material inside a run capacitor breaks down from repeated startup stress and heat cycling, which reduces its effectiveness or causes it to fail outright. A failing capacitor produces a clear symptom: the washer motor hums but won't start, or the motor makes noise during use without turning properly. Left unaddressed, a struggling motor can also run hotter than normal and wear out faster than it should. It directly replaces W10278117, 4247711, W10666221, W10804664VP, AP5982844, EAP11703494, and PS11703494. Quick Answer The XPARTCO W10804664 Washer Motor Run Capacitor fixes Whirlpool, Maytag, KitchenAid, Jenn-Air, Amana, Magic Chef, Admiral, Norge, Roper, and Crosley top-load washers where the motor hums but won't start, or makes noise during use without running properly. Rated 50 MFD (µF), 250VAC. Replaces W10278117, 4247711, W10666221, W10804664VP, AP5982844, EAP11703494, PS11703494. Capacitors store a dangerous electrical charge even after power is disconnected — always discharge before handling. Common Problems This Part Fixes Washer motor hums but won't start Motor makes noise during operation without turning properly Washer won't agitate or spin because the motor never gets up to speed Motor that struggles to start under load but may run fine once already spinning Washer motor running hotter than normal Cycle stalling at the start of agitation or spin Cross Reference Information Part numbers can change over a product's lifecycle as manufacturers update designs or release new appliance models. For your convenience, we've included any known superseded, alternate, or cross-reference part numbers that match this item. Replaces Part Numbers This washer motor run capacitor directly replaces the following OEM and cross-reference part numbers: W10804664, W10804664VP, W10278117, 4247711, W10666221, AP5982844, EAP11703494, AWP41264, PD00024697, PS11703494 If your part number is not listed above, contact our support team before ordering and we will verify compatibility. Compatibility This motor run capacitor is compatible with select Whirlpool-built top-load washers across the Whirlpool family of brands, including: Whirlpool top-load washers — including 7MWTW1750YW0, 7MWTW1750YW1, 7MWTW1950YW0, 7MWTW1950YW1 Maytag, KitchenAid, Jenn-Air, and Amana top-load washers (select models) Magic Chef, Admiral, and Norge top-load washers (select models) Roper and Crosley top-load washers (select models) Note: Whirlpool uses several different washer motor run capacitors across its platforms with similar-looking part numbers but different MFD ratings — for example, other listings cover 45 MFD (W11158830/W10625045) and different 50 MFD variants (W11395618/W10625046) used on other washer model families, none of which are interchangeable with this 50 MFD/250VAC W10804664. Always verify your full model number and match the MFD rating printed on your original capacitor before ordering. Contact our support team with your model number if you're unsure. Key Features Aftermarket replacement motor run capacitor — boosts voltage to help the washer motor start and run efficiently Rated 50 MFD (µF) at 250VAC Resolves "motor hums but won't start," "noisy motor," and "won't agitate or spin" symptoms caused by capacitor failure Direct drop-in replacement — mounts to the original bracket and wiring Replaces W10278117, 4247711, W10666221, W10804664VP, AP5982844, EAP11703494, and PS11703494 Compatible with Whirlpool, Maytag, KitchenAid, Jenn-Air, Amana, Magic Chef, Admiral, Norge, Roper, and Crosley top-load washers Aftermarket replacement built to OEM-equivalent quality standards Straightforward repair — basic hand tools and some disassembly required Product Specifications Part Number W10804664 OEM Part Number W10804664 Part Type Washer Motor Run Capacitor Condition Aftermarket Replacement Application Top-Load Washers (Whirlpool-Built) Capacitance 50 MFD (µF) Voltage 250VAC Function Boosts voltage to the motor to support efficient starting and running Repair Difficulty Easy to Moderate — basic hand tools required Quantity 1 run capacitor Compatible Brands Whirlpool, Maytag, KitchenAid, Jenn-Air, Amana, Magic Chef, Admiral, Norge, Roper, Crosley Installation Notes ⚠️ Danger — Capacitors Store A Dangerous Electrical Charge Unplug the washer or shut off the house circuit breaker before beginning. A capacitor stores an electrical charge even after power has been disconnected, and that charge can deliver a serious or fatal shock. Before touching either terminal, discharge the capacitor by shorting its two terminals together using an insulated-handle screwdriver, or by using a proper capacitor discharge tool with a resistor. Never short the terminals with a bare metal tool held with your bare hand. If you are not fully comfortable performing a capacitor discharge safely, have a qualified appliance technician replace this part instead. ⚠️ Shut Off Hot And Cold Water Supplies Before Starting Wear work gloves. In addition to disconnecting power, turn off the hot and cold water supplies before beginning disassembly. Access to the capacitor typically requires removing the washer's console and outer body panels — remove the mounting screws and release any spring clips securing the body to the frame, using a putty knife to gently pop them free. Locate the capacitor, usually mounted to the rear panel or motor bracket area. Photograph the wiring before disconnecting anything. After confirming the capacitor is fully discharged, disconnect the wire terminals from the old capacitor, remove its mounting clip or bracket, and pull it free. Install the new W10804664 capacitor in the same position, reconnect the wire terminals, and secure it in its mounting clip or bracket. Reassemble the body panels, spring clips, and console in reverse order. Restore water and power, then run a test cycle through both agitate and spin, confirming the motor starts promptly without humming or hesitation. Tools needed: putty knife, Phillips screwdriver, insulated-handle screwdriver or capacitor discharge tool, work gloves. Frequently Asked Questions My washer motor hums but won't start. Is this the right part? Yes, this is the classic symptom of a failing run capacitor. Since this capacitor's job is to boost voltage to the motor at startup, a weak or failed capacitor can leave the motor energized and humming without ever getting the push it needs to actually begin turning. How do I know I have the right MFD rating for my washer? Check the rating printed directly on your original capacitor's body — this listing is specifically 50 MFD at 250VAC. Whirlpool uses several different run capacitors across its washer platforms, including a 45 MFD version and other 50 MFD variants with different part numbers, and installing the wrong rating can leave the motor under- or over-supported. If you're not sure, contact our support team with your model number. Do I need to shut off the water supply just to replace a capacitor? It's a precaution taken because accessing this capacitor typically requires removing the washer's outer body and console, which involves working around the same general area as the water inlet connections. Shutting off the water first prevents any accidental spills or pressure issues while the body is open, even though you won't necessarily be disconnecting the water lines themselves for this specific repair. Is this an OEM or aftermarket part? This is an aftermarket replacement part built to OEM-equivalent quality standards. It is not a genuine Whirlpool OEM part, but is manufactured to match the 50 MFD, 250VAC electrical rating and mounting configuration of the original W10804664 run capacitor used in compatible Whirlpool, Maytag, KitchenAid, Jenn-Air, Amana, and related top-load washers. Shop With Confidence A U.S.-based appliance parts retailer specializing in genuine OEM and high-quality replacement parts. We stock components for all major appliance brands and offer fast shipping from our U.S. warehouse. Our team is available to help verify compatibility before you purchase. ✓ Quality Aftermarket Parts ✓ Fast US Shipping ✓ Compatibility Support ✓ Secure Checkout

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XPMTC-110 Microwave Thermal Cut-Off Fuse 110℃ (230°F) – Normally Closed – Universal Microwave Safety Cutoff Product Description Protect your microwave from overheating with the XPMTC-110 Microwave Thermal Cut-Off Fuse 110℃ (230°F), Normally Closed. This high-quality aftermarket safety device is designed to remain closed (conductive) during normal operation and open permanently when internal temperatures exceed 110℃, cutting power to prevent damage or fire risk. A tripped thermal cut-off can cause loss of power or heating failure. Replacing it with the correctly rated NC fuse restores safe operation and proper protection. Replaces Part Numbers XPMTC-110, MTC-110, Microwave Thermal Fuse 110C NC, 230F Normally Closed Thermal Cutoff, WB27X10810, 1086422, AH953949, EA953949, PD00057547, AP3792919, PS953949, 6930W1A003J, 1266877, 1365195, 6930W1A002D, 6930WRT003C, PD00030706, EAP3530463, AP4441844, PS3530463, WB27X11208, WB27X10851, 251201300912, 3026289, PD00034878, EAP8754624, AP5791053, S8754624, WB18X35517, PD00066985, EAP16219519, AP6990372, PS16219519, 5304509449, 5304464074, 4583645, PD00050915, EAP12071292, AP6230604, PS12071292. Compatibility This normally closed microwave thermal cut-off fuse is compatible with many GE, Whirlpool, Samsung, LG, Frigidaire, Panasonic, Sharp, and Kenmore microwave ovens that require a 110℃ (230°F) NC thermal cutoff. Commonly used in countertop, over-the-range, and built-in microwave models. Always verify temperature rating and contact type before ordering.Contact our support team if you’re unsure. 🔍 What’s the Difference Between NC and NO Thermal Cut-Offs? Normally Closed (NC): Circuit is closed during normal operation and opens permanently when the rated temperature is reached.👉 Most microwave thermal cut-offs are NC. Normally Open (NO): Circuit is open during normal operation and closes only when overheated (used in limited designs). ⚠️ Installing the wrong type (NC vs NO) may cause the microwave not to run or fail to protect against overheating. ✅ Key Features 🔄 Aftermarket Replacement – Built to OEM-equivalent safety specifications 🌡️ 110℃ (230°F) Rating – Trips at unsafe temperature levels 🔁 Normally Closed (NC) – Conducts power during normal operation 🛡️ Critical Safety Component – Helps prevent overheating and fire hazards 💰 Cost-Effective Repair – Affordable alternative to OEM thermal cut-offs 📐 Product Specification Part Number: XPMTC-110 Component Type: Microwave Thermal Cut-Off Fuse Temperature Rating: 110℃ (230°F) Contact Type: Normally Closed (NC) Function: One-time safety cutoff Material: Heat-resistant metal body Application: Magnetron or microwave cavity temperature protection Quality Level: Aftermarket replacement (not OEM) 🛠️ Installation Notes Tools Needed: Phillips screwdriver, insulated pliers ⚠️ Safety First:Unplug the microwave before servicing. Microwaves contain high-voltage components—allow capacitors to discharge before handling internal parts. Basic Steps: Disconnect microwave power. Remove the outer cabinet or access panel. Locate the thermal cut-off near the magnetron or cavity. Disconnect wiring and remove the failed fuse. Install the new XPMTC-110 (NC) thermal cut-off in the same position. Reassemble the microwave and restore power. Test operation. ⏱️ Time Required: 15–25 minutes 📦 Shop With Confidence 🚚 Free Shipping on All Orders ⚙️ Trusted Aftermarket Appliance Parts 🔄 30-Day Return Policy Restore microwave safety and dependable operation — Add to Cart Now for a reliable, budget-friendly repair!

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3405-001034 Microwave Door Switch - Compatible with Samsung and Other Microwaves Product Description Ensure your microwave operates safely with the 3405-001034 Microwave Door Switch. This high-quality replacement door switch is designed for Samsung and select other microwave models, ensuring the microwave only runs when the door is closed, preventing radiation leaks. This snap-action microswitch addresses issues like the microwave not starting, stopping mid-cycle, or running with the door open. Note: Includes one switch. Take photos of wiring connections during disassembly and discharge the capacitor before installation. Replaces part numbers: 3405-001034, DE96-00887A, 3405-001033, AP5916593, PS9606456 Compatibility: Compatible with models including but not limited to: Samsung: SMH1713S, SMH1816S, ME18H704SFS, ME21F707MJT Verify your model number or contact Parts-O-Matic support for assistance. Key Features: ✅ Brand Compatibility: Fits select Samsung and other microwave models. 🔒 Specifications: Snap-action microswitch, 125V/250V, 16A, designed for door status detection and safety. 💰 Cost-Effective: OEM-equivalent performance at a lower price. 🛠️ Easy Installation: Requires a Phillips screwdriver, needle-nose pliers, work gloves; typically installed in 10–20 minutes. 🛡️ Reliable Fixes: Resolves microwave not starting, not heating, or running with door open. Installation Notes: Safety First: Unplug the microwave and discharge the high-voltage capacitor before installation (consult a professional if unsure). Check all door switches for functionality, as microwaves often have multiple switches. Shop Parts-O-Matic for high-quality replacement appliance parts with a 30-day return policy. Keep your microwave running safely today! Add to cart now for a budget-friendly fix!

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