HTE18-N4A1BH

Optical sensors are a form of sensor technology that relies on the engagement of a switch or other system through a beam of light. Optical sensors are often comprised of a transmitter, a receiver and an object that interrupts the light beam sent from the transmitter to the receiver. In industrial settings, these type of sensors are used to detect the presence of objects, measure thickness, and measure distances. One of the most popular optical sensors used in industrial settings is the HTE18-N4A1BH, an optical fiber loop amplifier.

Application Field:

The HTE18-N4A1BH is particularly suitable for use in a variety of industrial machinery such as pulleys, magnetic clutches and brakes. This sensor can also be used to measure the thickness of parts that are made of aluminum, steel and other metals. Additionally, this sensor is also used to detect the presence of hazardous gases and to detect the presence of corrosive substances.

Working Principle:

The HTE18-N4A1BH sensor works by using optical fibers to detect and amplify signals. The sensor includes an optical fiber loop amplifier that is used to amplify the signal from the object being measured or scanned. This optical fiber loop amplifier is connected to the optical transmitter, and the signal is relayed to the optical receiver. The signal is then processed and sent back to the transmitter, which can then be used to control the object or substance being measured or scanned.

The HTE18-N4A1BH sensor is able to measure the thickness of parts through the use of a light sensitive emitter that emits light in the UV, visible and IR wavelength ranges. The emitter is connected to the optical fiber loop amplifier, which amplifies the signal and sends it to the optical receiver. The receiver then reads the signal and can provide an accurate measurement of the part\'s thickness.

This sensor can also be used in hazardous and corrosive environments. The sensor utilizes a special type of fiberoptic cable that is resistant to corrosion and able to withstand high temperatures. This allows the sensor to be safely used in high-stress, hazardous or corrosive environments.

Conclusion:

The HTE18-N4A1BH optical fiber loop amplifier sensor is an effective and reliable form of optical sensing technology. This sensor can be used in a variety of industrial settings, including measuring thickness or detecting presence of objects, hazardous gases and corrosive substances. The sensor is equipped with a special type of fiberoptic cable that is both corrosion and high-temperature-resistant, making it suitable for use in hazardous and corrosive environments.