Sensors - Knock Sensor
1KS1320
Knock Sensor
Knock Sensors respond to a wide range of engine knock frequencies providing accurate engine condition to the ECM for optimal ignition timing. These sensors use the highest quality piezoceramic elements manufactured to tight tolerances for increased durability and accuracy. These Knock Sensors are designed to meet and exceed OEM specifications.
Features:
- Precision piezoceramic element ensures accurate response to a wide range of engine vibrations
- Manufactured using the highest quality OEM materials to ensure optimal performance and rugged durability
- Designed to meet or exceed all OEM specifications in fit, form & function
- Extensive product testing includes salt spray, high/low temperature impact, thermal cycling, vibration, drop among other tests, to ensure all sensors meet or exceed OEM specifications.
Specifications:
- Prop 65: WARNING: Cancer and Reproductive Harm - www.p65warnings.ca.gov
- Wiring Harness Included: No
- Mounting Type: Bolt-On
- Connector Gender: Female
- Terminal Quantity: 2
- Terminal Gender: Male
- Mounting Hardware Included: No
- Length: 1.73 in
- Length: 43.94 mm
- Terminal Type: Blade
- Connector Shape: Rectangular
Interchanges:
- Advance EKC1012
- Airtex Engine Management 5S12501
- BWD EKS904
- CARQUEST (Wells) 716975
- Chrysler 5149188AA
- HOLSTEIN 2KNC0202
- HOLSTEIN 2KNC0396
- HOLSTEIN 2KNC0536
- MotoRad - EM 1KS1320
- NAPA DKS844
- NGK (NTK) ID0046
- OReilly 1KS1320
- SMP (Standard Motor Products) KS404
- Volkswagen 7B0905377C
- Volkswagen 7B0905377F
Applications:

Need help finding the right product?
Our dedicated team is here to steer you in the right direction. Click below and let us know how we can assist you in finding the ideal product for your need. Your journey to experiencing BETTER starts here.
Looking for custom development?
We’re not just about products; we’re about crafting tailored solutions that match your needs. Are you ready to bring your new project to life? Click below, and let’s embark on the journey of custom product development together.






