HSS-1670

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The HSS-1670 is an advanced magnetic position and proximity detection system for industrial automation and robotics. It’s built using technologies such as magnetic sensor, Hall effect, signal processing, and analog circuitry to enable accuracy and reliability in a variety of applications.

The HSS-1670 is a module-level magnetic sensor designed for use in industrial automation, robotics, access control systems, and other applications requiring accurate and reliable position, proximity, and speed detection. It’s designed to be integrated into the host machine or product, easily connecting to the host’s existing electronic circuitry. With its high degree of flexibility, it is also suitable for applications with space, power, weight, and heat constraints.

The HSS-1670’s operating principle is based on the measurement of the magnetic fields generated by a target object placed in front of the device. It utilizes Hall effect technology to detect these fields, granting it the ability to detect objects from a distance of up to 10 cm. This distance allows for easy operation in applications where the device must be positioned at a distance of the target object.

This module has two main modes of operation: single axis and dual axes. In the single-axis mode, the module detects a range of up to 10 cm, detecting a range of ±180°. The dual-axis mode allows for detection of up to 4 cm, offering a range of detection from 0° to 270°.

Using signals generated in the presence of a magnetic field, the HSS-1670 is able to detect proximity and speed of objects. It’s able to measure these values with a high degree of accuracy and dependability, thanks to its advanced signal processing and analog circuitry.

The HSS-1670 is well suited to applications that require accurate position, proximity, and speed detection. It offers high performance and stability, and with its small size, light weight, and low power consumption, is perfectly suited for tight integration into host systems. Its low power consumption and high accuracy make it particularly suited for industrial automation and robotics, where accuracy and reliability are paramount.

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