H-IN-4

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H-IN-4 application field and working principle

H-IN-4 is an infrared (IR) electronic device typically used in industrial remote sensing applications. It is capable of sensing and measuring distances and movement of objects within a specific area. It is widely used in industrial fields of:

• Automation and robotics
• Monitoring of hazardous environments
• Automated production line control
• Systems for safety and security
• Anti-collision detection

H-IN-4 works on the principle of triangulated IR transmission and reception. The device features up to four IR emitters and one IR detector. The emitter will transmit an IR signal which is received by the detector, which measures the distance of the target object. The distance is calculated based on the angle of the reflected IR beam, and the distance is then used in the control system to perform the desired task.

In addition to the range sensing principles, H-IN-4 also has features for directional sensing and proximity sensing. By using two or more IR emitters and an IR detector, a directional sensing device can be constructed. The IR signal is received by the detector at different angles depending on the direction the object is moving in. This allows the device to measure the direction and speed of an object.

The proximity sensing feature of H-IN-4 is used to detect objects in the vicinity of the IR emitter and provide feedback to the control system. This feature allows the device to detect the presence of an object within a certain range and takes action accordingly. For example, the device can be used to activate certain functions such as the motion of a robot arm or the opening of a door when an object is detected near the IR emitter.

H-IN-4 is a powerful and versatile electronic device, which is suitable for a range of industrial applications requiring detection, measurement, and control. It can be used in a wide range of industrial fields such as monitoring hazardous environments, automated production line control, and anti-collision systems. Its capabilities include range sensing, directional sensing, and proximity sensing, enabling it to detect and measure objects within a specific area and take appropriate action.

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