3D Solid State Gyroscope Sensor, 3 Axis, 0-360°

The intelligently adapted gyro sensors offer a wide choice of output signals (voltage or current) and a wide range of supply voltages from 9 to 36V, making them highly adaptable. The sensor is compact and lightweight, which is ideal for scenarios with limited installation space. The waterproof aviation plug design enhances the connection stability of the device and passes the IP67 certification. Its operating current is only 35mA, with low power consumption, and with the full temperature compensation capability, it is a cost-effective 3-axis angular velocity gyroscope sensor.

Specification

Detail

1. Aluminum Alloy Shell: High strength, impact resistance, anti-interference and rainproof, reliable and durable quality.
2. Aviation Connector: Waterproof and moisture-proof, with good stability and high sensitivity.
3. Signal Shielding Cable: Strong and durable, tensile bending, swinging and other indicators, have passed the rigorous testing.

Dimensional Drawing (unit: mm)

Axis Direction

ATO-ML7200 is mainly used to measure the yaw angle of moving objects. This gyroscope sensor is not affected by magnetic field interference, so it can measure the yaw angle normally in the magnetic field area, only need to set the desired zero-deviation angle. It can replace the function of an electronic compass without being affected by magnetic fields. The fastest speed this gyroscope can measure is 300 degrees/second, please do not exceed this limit when using it, otherwise it will cause measurement overload, which will cause a large integration error, resulting in a larger output angle error.

Wiring Drawing

Note: ML7200 outputs standard voltage 0~5V, 0~10V, standard current 4~20mA, 0~20mA, corresponding to the minimum range and maximum range of angle measurement. When calculating the angle, just press the ratio to get the corresponding angle value.

Applications

Tips: What is a 3D solid-state gyro sensor?

A 3D solid-state gyroscope sensor is a miniature sensor capable of detecting the rotational velocity of an object in three dimensions, typically used to measure angular velocity in three axes (X, Y, Z). Its principle of operation is based on the Coriolis effect: when the resonator inside the sensor is subjected to rotation, an internal vibrating element generates a force related to the direction of rotation. This force is converted into an electrical signal that accurately reflects the rotational information of the object. Due to its solid-state design, it has no moving parts, providing greater reliability and a longer service life.