Direct-fit replacement electrically operated resistor that replaces damaged OD units restoring A/C and heater blower motor variable speed control. Tin-plated steel terminals guarantees maximum contact and excellent fit, form and function. Made from high quality ceramics with copper electrical connectors to ensure accurate and precise resistance values for long life and high performance. Thermally protected with on-board fuse. Kanthal D resistor wire provides longer life span for higher watt resistors.
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Direct-fit replacement electrically operated resistor that replaces damaged OD units restoring A/C and heater blower motor variable speed control. Tin-plated steel terminals guarantees maximum contact and excellent fit, form and function. Made from high quality ceramics with copper electrical connectors to ensure accurate and precise resistance values for long life and high performance. Thermally protected with on-board fuse. Kanthal D resistor wire provides longer life span for higher watt resistors.
Direct-fit replacement electrically operated resistor that replaces damaged OD units restoring A/C and heater blower motor variable speed control. Tin-plated steel terminals guarantees maximum contact and excellent fit, form and function. Made from high quality ceramics with copper electrical connectors to ensure accurate and precise resistance values for long life and high performance. Thermally protected with on-board fuse. Kanthal D resistor wire provides longer life span for higher watt resistors.
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Direct-fit replacement electrically operated resistor that replaces damaged OD units restoring A/C and heater blower motor variable speed control. Tin-plated steel terminals guarantees maximum contact and excellent fit, form and function. Made from high quality ceramics with copper electrical connectors to ensure accurate and precise resistance values for long life and high performance. Thermally protected with on-board fuse. Kanthal D resistor wire provides longer life span for higher watt resistors.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. Samarium-Cobalt (SmCo) magnet produces max high voltage output at all speeds.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
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100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Electronic ignition module profile and feedback signal ensures proper OE fit, form, and function. Thermoplastic housing withstands heat stress for enhanced durability. Internal core made from grain-oriented electrical steel limits loss factor within magnetic circuit to reduce heat that may reduce coil endurance. External core made from oriented silicon steel ensures durability and longevity.
Each ignition coil is a direct-fit OE replacement ensures ease of installation. High-quality materials withstand extreme conditions. Undergoes extensive testing to ensure reliability. As a global manufacturer of automotive aftermarket products, we maintain complete quality control throughout the manufacturing process.
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Each ignition coil is a direct-fit OE replacement ensures ease of installation. High-quality materials withstand extreme conditions. Undergoes extensive testing to ensure reliability. As a global manufacturer of automotive aftermarket products, we maintain complete quality control throughout the manufacturing process.
Each ignition coil is a direct-fit OE replacement ensures ease of installation. High-quality materials withstand extreme conditions. Undergoes extensive testing to ensure reliability. As a global manufacturer of automotive aftermarket products, we maintain complete quality control throughout the manufacturing process.
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Each ignition coil is a direct-fit OE replacement ensures ease of installation. High-quality materials withstand extreme conditions. Undergoes extensive testing to ensure reliability. As a global manufacturer of automotive aftermarket products, we maintain complete quality control throughout the manufacturing process.
This professional, time saving repair solution includes everything a technician needs to get the repair done right the first time; 1 Camshaft Sensor, and 1 high-quality connector. Integrated A/D converter and digital signal processing with a dynamically adaptive switch point improves accuracy and operation for every camshaft sensor. The sensor is constructed with an insert molded rare earth magnet and surface mount electronics in a sealed housing suitable for under-the-hood applications to allow the sensor to perform reliably while maintaining it compact shape. Each kit contains 1 high-quality, direct replacement electrical connector that eliminates the need for a harness, replacing only the damaged connector, for a cost effective repair solution. The terminals are manufactured with high grade materials such as copper alloy, brass, and phosphor bronze.
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This professional, time saving repair solution includes everything a technician needs to get the repair done right the first time; 1 Camshaft Sensor, and 1 high-quality connector. Integrated A/D converter and digital signal processing with a dynamically adaptive switch point improves accuracy and operation for every camshaft sensor. The sensor is constructed with an insert molded rare earth magnet and surface mount electronics in a sealed housing suitable for under-the-hood applications to allow the sensor to perform reliably while maintaining it compact shape. Each kit contains 1 high-quality, direct replacement electrical connector that eliminates the need for a harness, replacing only the damaged connector, for a cost effective repair solution. The terminals are manufactured with high grade materials such as copper alloy, brass, and phosphor bronze.
This professional, time saving repair solution includes everything a technician needs to get the repair done right the first time; 1 Camshaft Sensor, and 1 high-quality connector. Integrated A/D converter and digital signal processing with a dynamically adaptive switch point improves accuracy and operation for every camshaft sensor. The sensor is constructed with an insert molded rare earth magnet and surface mount electronics in a sealed housing suitable for under-the-hood applications to allow the sensor to perform reliably while maintaining it compact shape. Each kit contains 1 high-quality, direct replacement electrical connector that eliminates the need for a harness, replacing only the damaged connector, for a cost effective repair solution. The terminals are manufactured with high grade materials such as copper alloy, brass, and phosphor bronze.
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This professional, time saving repair solution includes everything a technician needs to get the repair done right the first time; 1 Camshaft Sensor, and 1 high-quality connector. Integrated A/D converter and digital signal processing with a dynamically adaptive switch point improves accuracy and operation for every camshaft sensor. The sensor is constructed with an insert molded rare earth magnet and surface mount electronics in a sealed housing suitable for under-the-hood applications to allow the sensor to perform reliably while maintaining it compact shape. Each kit contains 1 high-quality, direct replacement electrical connector that eliminates the need for a harness, replacing only the damaged connector, for a cost effective repair solution. The terminals are manufactured with high grade materials such as copper alloy, brass, and phosphor bronze.