Skip to content

Select your region & language

Global

Region

Thin, lightweight, and highly sensitive! Easy to install and use!

  • Combining a slim, lightweight design with high sensitivity! Easy to use with one-touch attachment! _No.1
Combining a slim, lightweight design with high sensitivity! Easy to use with one-touch attachment! _No.2

By using amorphous metal fiber elements, both thinness, weight reduction, and high sensitivity can be achieved.

It is compatible with the engine's structure and mechanism, and can be attached to signal cables that were previously difficult to install.

Easy to use with one-touch attachment.

High reliability with heat-resistant design (+120°C)

The IP-3000 engine rotation detector utilizes amorphous metal fiber elements to achieve a thinner and lighter design compared to our conventional products, with a thickness of 1/4 (volume: approximately 1/50) and weight of 1/3. It also achieves high sensitivity, ensuring consistent output from low to high rotation speeds. This makes it ideal for gasoline engines.

Designed to accommodate the structure and mechanism of modern gasoline engines, it can be easily attached to ignition cables (primary side cords of the ignition coil and current cords of the electronic distributor), which were difficult to install with conventional products. Furthermore, its heat-resistant design up to a temperature of +120°C makes it suitable for measurements in harsh environments.

The IP-3000 engine rotation detector can be used in combination with the following rotation indicators:

CT-6520 Digital engine tachometer
AR-7240 Analog Engine Tachometer
SE-1520 Gasoline Engine Tachometer (scheduled for release at the end of 2000)

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