E3T-ST14-L 2M

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The E3T-ST14-L 2M is an optical sensor with a photoelectric, industrial application. This type of optical sensor is designed to detect objects, such as products on a production line, and then send output signals to a control system to initiate particular operations. In this way, the E3T-ST14-L 2M aids in the automation of many industrial processes, such as fabricating, packaging, and assembling.

The E3T-ST14-L 2M utilizes a special detector head to sense objects. Inside the detector head are an infrared light-emitting diode (LED) and a light-receiving element. The LED emits a beam of light and the light-receiving element detects the reflected light from the object, if any. The sensor harnesses the power of this optical technology to provide reliable object sensing without contact.

The E3T-ST14-L 2M is a two-wire type optical sensor that functions in quasi-monostable mode. This type of sensor requires just two patch wires and can be wired directly into the load. It has an adjustable detection distance and is designed with an on-off ratio of 1:3 and a capacitive load capacity of up to 300 mA. This optical sensor also features a wide sensing distance range, up to 2000 mm, and a high noise rejection rate.

The E3T-ST14-L 2M\'s protective features include overvoltage protection, reverse connection protection, and surge suppression for up to one second. The operating temperature range is from -25°C to +70°C and the relative humidity range is from 40% to 85%. This optical sensor has a maximum power consumption of 56 mW and an operating voltage of 12 - 24VDC, making it a reliable yet energy-efficient choice for industrial settings.

The E3T-ST14-L 2M\'s superior reliability and high performance make it an excellent choice for a variety of industrial applications. It can be used for non-contact sensing, positioning, and counting in a variety of settings, such as food and beverage production, printing machines, automotive assembly, and packaging lines. Its high noise-rejection rate and fast response time make it the ideal choice for environments with harsh and fluctuating conditions.

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