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We've released an option that doubles the speed and acceleration detection capabilities.

Laser In-plane Velocimeter LV-7000 Series

  • LV-7002 equipped with LV-0730 sensor high-speed module and LV-7100 equipped with LV-0731 controller high-speed module
    LV-7002 equipped with LV-0730 sensor high-speed module and LV-7100 equipped with LV-0731 controller high-speed module

The LV-7000 series laser in-plane speedometer is a non-contact speedometer that uses laser light to detect the rotational speed, rotational speed unevenness, and rotational resonance of a rotating shaft, as well as the speed, speed unevenness, and distance of a moving transmission belt or film, without contact or load.

The newly released high-speed sensor module (LV-0730) and high-speed controller module (LV-0731) double the detection speed and acceleration of the laser in-plane velocity sensor (LV-7002) and laser in-plane velocity controller (LV-7100). The upper limit of detectable speed is expanded from 1800 m/min to 3600 m/min, and the upper limit of acceleration is expanded from 800 m/s² to 1600 m/s². This enables speed detection at tire speeds exceeding 200 km/h and during rotational resonance accompanied by high acceleration.

Features

This device can be attached to your existing laser in-plane velocometer (LV-7002 / LV-7100) to expand its performance.

The detection range for both speed and acceleration can be doubled.

Speed detection range: 1800 m/min → 3600 m/min
Acceleration detection upper limit: 800 m/s2 → 1600 m/s2

Application example

Detection of speed variations and rotational resonance in rotating parts such as compressors and flywheels.

Tire and wheel speed, speed fluctuations, and rotational resonance detection.

Detection of spinning speed, speed variation, and distance in synthetic fibers.

The information on this page is based on the information available at the time of publication.
Please note that if product sales are discontinued, organizational changes are made, or specifications are changed after publication, the information may differ from the latest information.

This page is created by an automatic translation system based on the information in the Japanese version. Details