Inertial Sensors | Sensors

Inertial Measurement Unit - CS-IMU-09

The CS-IMU-09 inertial measurement unit is specifically designed to detect the galloping state of overhead power lines, outputting tri-axis gyroscope and tri-axis accelerometer data, galloping frequency, acceleration, amplitude, trajectory, and attitude angles. It features digital UART (TTL level) output, low power consumption, self-calibration, and no strict installation requirements.

Dual-axis Accelerometer - CS-2LAS/2LAS-02

The CS-2LAS/2LAS-02 dual-axis accelerometer features a wide measurement range, analog voltage output, small size, light weight, and good shock and vibration resistance. It is mainly used in aircraft safety systems, seismic monitoring, and test bench acceleration measurement.

Dual-axis Accelerometer - CS-2LAS-01

The CS-2LAS-01 dual-axis accelerometer features a wide measurement range, digital RS485 output, full temperature range compensation, nonlinearity correction, small size, light weight, and good shock and vibration resistance. It is mainly used in aircraft safety systems and seismic monitoring.

Single-axis Accelerometer - CS-LAS-03

The CS-LAS-03 single-axis accelerometer features magnetic mounting, analog voltage output, small size, and light weight. It is mainly used in mechanical equipment vibration monitoring and linear acceleration measurement.

Inertial Measurement Unit - CS-IMU

The CS-IMU inertial measurement unit is an economical product with analog voltage output, strong vibration resistance, small size, and light weight. It is mainly used in UAV control and navigation and guidance systems.

Inertial Measurement Unit - CS-IMU-04

The CS-IMU-04 inertial measurement unit features digital RS422 output, full temperature range compensation, nonlinearity correction, cross-coupling correction, and good shock and vibration resistance. It is mainly used in UAV control and navigation and guidance systems.

Inertial Measurement Unit - CS-IMU-07/08

The CS-IMU-07/08 inertial measurement units feature high accuracy, good bias stability, digital RS422 output, full temperature range compensation, nonlinearity correction, and cross-coupling correction. The CS-IMU-08 is designed for ultra-low temperature operation. They are mainly used in navigation and guidance, seeker control, and antenna stabilization platform systems.

Dual-axis Inclinometer - CS-2TAS-01A/01C/01D

The CS-2TAS-01A/01C/01D dual-axis inclinometers feature waterproof housings for CS-2TAS-01A/01D, low power consumption for CS-2TAS-01C, and analog output. They are mainly used in tower crane monitoring systems, construction machinery, and cable car tilt measurement.

Dual-axis Gyroscope - CS-2ARS-02

The CS-2ARS-02 dual-axis gyroscope features good bias stability, analog voltage output, and low noise. It is mainly used in optoelectronic gimbal stabilization systems and aircraft control systems.

Tri-axis Gyroscope - CS-3ARS-02B

The CS-3ARS-02B tri-axis gyroscope features analog voltage output, wide measurement range, high shock resistance, small size, and light weight. It is mainly used in telemetry systems and platform control systems.

Tri-axis Gyroscope - CS-3ARS-06

The CS-3ARS-06 tri-axis gyroscope is an economical product with analog voltage output, small size, light weight, and high shock resistance. It is mainly used in high-end toy cars, digital cameras, and robots.

Tri-axis Accelerometer - CS-3LAS-03

The CS-3LAS-03 tri-axis accelerometer features high frequency response up to 22 kHz, analog voltage output, wide measurement range, small size, light weight, and good shock and vibration resistance. It is mainly used in power line aeolian vibration monitoring and mechanical equipment vibration monitoring.

Tri-axis Accelerometer - CS-3LAS-01A

The CS-3LAS-01A tri-axis accelerometer is a sensor for measuring acceleration. It uses an imported high-precision MEMS-IC chip with BIMOS signal limiting circuits. Designed considering multi-user needs, it is manufactured with surface mount technology, featuring high reliability and robust packaging. It internally uses digital compensation to correct zero drift, cross-coupling, and nonlinearity according to their characteristics, ensuring it meets specifications across the full temperature range.