HTE18-L1G2AH

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Optical sensors are devices that detect light either directly or indirectly, and then convert that light into an electrical signal. Photoelectric sensors are one type of optical sensor, and the HTE18-L1G2AH is a particular model of photoelectric sensor. This article will explore the application field and working principle of the HTE18-L1G2AH.

The HTE18-L1G2AH is primarily designed for industrial applications. This sensor can detect the presence of objects up to 30mm away from it, and features a wide range of model sizes and configurations to accommodate different kinds of manufacturing and process requirements. It is also designed to withstand harsh environmental conditions and can operate in temperatures from -20 to +80 degrees Celsius. With its long working life of up to 1 million hours, it is one of the most reliable and durable photoelectric sensors on the market.

The HTE18-L1G2AH utilizes a transmitter and receiver design, which is common among photoelectric sensors. The device is designed to emit an infrared light from the transmitter, and when an object is detected within the range of the device, the light is reflected back to the receiver. The receiver then detects the difference between the two light, as well as the distance of the object, and sends a signal back to the transmitter to indicate the presence of the object. This type of design is what makes the sensor capable of reliable and accurate object detection.

The HTE18-L1G2AH has a wide range of uses in industrial and manufacturing applications such as safety switches, robot vision systems, material handling systems, and packaging machines. This sensor is also suitable for use in hazardous environments as it can be configured to meet either ATEX or UL standard safety requirements. In addition, the device is designed to be easy to install and integrate into existing systems, thus eliminating the need for expensive third-party integration or modifications.

The working principle of the HTE18-L1G2AH is relatively simple. The transmitter and receiver design described earlier allows the device to detect an object and to determine its distance or position. When an object is detected, the infrared light emitted from the transmitter is reflected back to the receiver. The receiver then reads the difference in the reflection, allowing the sensor to accurately calculate the distance and position of the object. The collected data is then used to trigger an electrical signal, which can be used by the controller or system to complete a certain action.

In conclusion, the HTE18-L1G2AH is an industrial photoelectric sensor that is ideal for detecting objects up to 30mm away with reliable accuracy. It features a transmitter and receiver design, which allows the device to detect objects in the range and send a signal back to the controller. This sensor is versatile and suitable for use in a wide range of industrial applications, and can easily be integrated into existing systems and processes. With its long life and reliable operation, the HTE18-L1G2AH is sure to be a valuable asset in any high-end industrial setup.

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