The Inductive Sensor works seamlessly with the Tachometer as an efficient alternative to taking a feed from the W terminal on the alternator. This innovative sensor utilizes electromagnetic induction to accurately measure rotation speed, making it an ideal solution for various industrial applications.

The inductive sensor counts the gear rotation speed with exceptional precision. Its main advantages include a stable output signal, ensuring reliable measurements even in challenging environments. The sensor boasts a wide range of operational temperatures, making it suitable for diverse industrial settings. Its small size and simple assembly process contribute to easy integration into existing systems, reducing installation time and costs.

One of the key features of this tachometer inductive sensor is its ability to cover a wide range of measurements, including zero rotation speed. This capability allows for accurate monitoring of machinery during startup, shutdown, and low-speed operations, providing valuable insights into equipment performance and efficiency.

This inductive sensor applies advanced induction technology to measure the speed of the flywheel with high accuracy. It generates a large output signal and demonstrates excellent anti-interference properties, eliminating the need for signal amplification or external power supply. These features contribute to the sensor's reliability and ease of use in various industrial applications.

The robust design of the inductive sensor allows it to function effectively in severe circumstances such as smog, oil, and moisture. This durability makes it an excellent choice for harsh industrial environments where other sensors might fail or provide inaccurate readings.

For optimal performance, the sensor can be assembled at the radial position of the gear. The distance between the sensor end and the gear top (air gap) should be approximately 1mm. It's important to note that a smaller distance results in a larger output signal. To achieve a large output signal and sinusoidal waveform, the involute gear must have more than 2 gear modules, and the distance between the sensor end and the gear top should not be less than 1mm. The output voltage waveform for an involute gear is approximately sinusoidal, ensuring smooth and accurate rotation speed measurements.

The tachometer inductive sensor's ability to provide precise rotation speed data makes it an invaluable tool for monitoring and optimizing machinery performance across various industries. Its durability, accuracy, and versatility make it a preferred choice for engineers and technicians seeking reliable speed measurement solutions in challenging industrial environments.