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Leuze ET318B.3/4P-M12 50122562 Diffuse Sensors

The ET318B.3/4P-M12 is a high-precision Diffuse Sensor (Part No. 50122562) by Leuze, featuring adjustable sensing range, fast switching response, and M12 industrial interface. The Leuze Diffuse Sensors series ensures accurate object detection and seamless integration in automated systems and assembly line processes.

BrandLeuze
ProductDiffuse Sensors
Model NumberET318B.3/4P-M12

Leuze ET318B.3/4P-M12 50122562 Diffuse Sensors - Technical Specifications

SpecificationValue
Operating principleDiffuse reflection principle
Thread SizeM12
Dimension18 mm x 46 mm
Operating RangeGuaranteed operating range
Wavelength620 nm
Light SourceLED, Red
Supply Voltage10 ... 30 V, DC, Incl. residual ripple
Digital Switching Outputs2 Piece(s)
Switching Frequency500 Hz
Connection TypeConnector
No. of Pin4 -pin
Housing MaterialPlastic
Plastic housingABS
Operating Temperature-40 ... 60 °C
Ambient Temperature, Storage-40 ... 70 °C
Degree of Protection (IP Rating)IP 67
Net weight20 g
Type of displayLED
Switching elementTransistor, PNP
Switching principleLight switching
Response time1 ms
TypeDigital switching output

The ET318B.3/4P-M12 (Part No. 50122562) operates using diffuse reflection technology, emitting a light beam and detecting objects by measuring the reflected light intensity. It converts optical signals into electrical outputs, providing precise detection for various materials and shapes. Its fast response time supports high-speed automation tasks and synchronized operations.

Industries implement the ET318B.3/4P-M12 (Part No. 50122562) for presence detection, part positioning, and process verification. Typical applications include conveyor systems, packaging lines, and automated assembly, where timely and accurate detection is essential to maintain production quality and reduce errors.

Designed for demanding industrial environments, the ET318B.3/4P-M12 (Part No. 50122562) features rugged housing, resistance to dust and ambient light variations, and stable operation across temperature changes. Its durability ensures reliable performance in continuous, high-load manufacturing settings.