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RB-CD005
Yamaha
22mm
Orange Color
Black
Product Name: Honda 37700-KVS-J01 Crankshaft Speed Position Sensor
The 37700-KVS-J01 motorcycle crankshaft speed sensor is a high-performance, high-precision electronic sensing device designed for motorcycle engines. It can monitor and feedback the crankshaft speed and position data in real time, help optimize the engine's ignition timing and fuel injection, and improve the overall driving experience and engine efficiency.
High-precision measurement: 37700-KVS-J01 Sensor using advanced Hall effect or magnetoelectric technology to ensure accurate monitoring of crankshaft speed and position.
Fast response: real-time data transmission to ensure the best operating state of the engine under various working conditions.
Strong durability: high-quality materials and sealing design, with excellent heat resistance, corrosion resistance and wear resistance.
Wide compatibility: suitable for a variety of brands and models of motorcycles, easy installation and simple maintenance.
Type: Hall effect sensor or magnetic induction sensor is usually used.
Installation location: Generally installed on the front or side of the engine, close to the crankshaft, to ensure that the rotation information of the crankshaft can be accurately captured.
Signal output: The sensor will send an electrical pulse signal to reflect the speed and position of the crankshaft.
Fault detection: If the crankshaft sensor fails, it may cause difficulty in starting the engine, unstable idle speed or increased fuel consumption, and the ECU will usually record a fault code.
Motorcycle engine management system
High-performance motorcycle modification
Motorcycle repair and maintenance
Applicable Models:
HONDA TITAN 160 2016-2022
HONDA FAN 160 2016-2022
HONDA START 160 2016-2022
HONDA CARGO 160 ES 2016-2022
HONDA ELITE 125 2019-2022
Optimize engine performance: Accurate ignition timing and fuel injection control to improve engine power output and fuel efficiency.
Improve fuel economy: Reduce fuel waste and reduce operating costs.
Environmental protection and energy saving: Optimize the combustion process, reduce harmful emissions, and contribute to environmental protection.
Safety and reliability: Ensure that the engine runs smoothly under various driving conditions and improve the overall safety and reliability of the vehicle.
Regular inspection: It is recommended to regularly inspect the sensor and its connecting wires to prevent malfunctions due to wear or corrosion.
Replacement time: If the engine is found to be running abnormally or there is a fault code prompt, the sensor needs to be inspected and replaced in time.
Installation steps:
Fix the crankshaft speed sensor on the engine at the specified position, usually located in the reserved mounting hole near the crankshaft.
Connect the sensor's wiring harness to the corresponding interface of the engine control unit (ECU) to ensure that the connection is firm and correct.
Calibration and debugging:
Start the engine, enter the diagnostic mode, and check whether the sensor output signal is normal.
If necessary, use a special diagnostic tool to calibrate to ensure the synchronization between the sensor and the ECU.
Product Name: Honda 37700-KVS-J01 Crankshaft Speed Position Sensor
The 37700-KVS-J01 motorcycle crankshaft speed sensor is a high-performance, high-precision electronic sensing device designed for motorcycle engines. It can monitor and feedback the crankshaft speed and position data in real time, help optimize the engine's ignition timing and fuel injection, and improve the overall driving experience and engine efficiency.
High-precision measurement: 37700-KVS-J01 Sensor using advanced Hall effect or magnetoelectric technology to ensure accurate monitoring of crankshaft speed and position.
Fast response: real-time data transmission to ensure the best operating state of the engine under various working conditions.
Strong durability: high-quality materials and sealing design, with excellent heat resistance, corrosion resistance and wear resistance.
Wide compatibility: suitable for a variety of brands and models of motorcycles, easy installation and simple maintenance.
Type: Hall effect sensor or magnetic induction sensor is usually used.
Installation location: Generally installed on the front or side of the engine, close to the crankshaft, to ensure that the rotation information of the crankshaft can be accurately captured.
Signal output: The sensor will send an electrical pulse signal to reflect the speed and position of the crankshaft.
Fault detection: If the crankshaft sensor fails, it may cause difficulty in starting the engine, unstable idle speed or increased fuel consumption, and the ECU will usually record a fault code.
Motorcycle engine management system
High-performance motorcycle modification
Motorcycle repair and maintenance
Applicable Models:
HONDA TITAN 160 2016-2022
HONDA FAN 160 2016-2022
HONDA START 160 2016-2022
HONDA CARGO 160 ES 2016-2022
HONDA ELITE 125 2019-2022
Optimize engine performance: Accurate ignition timing and fuel injection control to improve engine power output and fuel efficiency.
Improve fuel economy: Reduce fuel waste and reduce operating costs.
Environmental protection and energy saving: Optimize the combustion process, reduce harmful emissions, and contribute to environmental protection.
Safety and reliability: Ensure that the engine runs smoothly under various driving conditions and improve the overall safety and reliability of the vehicle.
Regular inspection: It is recommended to regularly inspect the sensor and its connecting wires to prevent malfunctions due to wear or corrosion.
Replacement time: If the engine is found to be running abnormally or there is a fault code prompt, the sensor needs to be inspected and replaced in time.
Installation steps:
Fix the crankshaft speed sensor on the engine at the specified position, usually located in the reserved mounting hole near the crankshaft.
Connect the sensor's wiring harness to the corresponding interface of the engine control unit (ECU) to ensure that the connection is firm and correct.
Calibration and debugging:
Start the engine, enter the diagnostic mode, and check whether the sensor output signal is normal.
If necessary, use a special diagnostic tool to calibrate to ensure the synchronization between the sensor and the ECU.
