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Sick WFM180-120P321 Fork Sensor

The WFM180-120P321 is a Sick Fork Sensor with 180 mm fork width and 124 mm fork depth configuration. This Sick Fork Sensor operates on the optical detection principle with 0.8 mm minimum detectable object, PNP switching output, dark switching mode, 20 mA current consumption, 100 mA output current, M8 3-pin connector, aluminum housing, and integrated circuit protection.

BrandSick
Product TypeFork Sensor
Model NumberWFM180-120P321

Sick WFM180-120P321 Fork Sensor – Technical Specifications

SpecificationValue
Dimensions (W x H x D)10 mm x 200 mm x 141.8 mm
Fork width180 mm
Fork depth124 mm
Minimum detectable object (MDO)0.8 mm
AdjustmentNone
Current consumption20 mA 1)
Switching outputPNP
Switching output (voltage)PNP: HIGH = VS – ≀ 1.5 V / LOW = 0 VNPN: HIGH = approx. VS / LOW ≀ 1.5 V
Switching modeDark switching
Output current Imax.100 mA
Connection typeConnector M8, 3-pin
Circuit protectionUV connections, reverse polarity protectedOutput Q short-circuit protectedInterference pulse suppression
WeightApprox. 80 g ... 190 g 2)
Housing materialAluminum
Functional principleOptical detection principle

WFM180-120P321 Sick Fork Sensor is designed for wide-gap monitoring in industrial automation systems. The Sick WFM180-120P321 Fork Sensor provides 180 mm fork width, 124 mm fork depth, 0.8 mm minimum detectable object, and PNP switching output for PLC input compatibility. With dark switching mode and 20 mA current consumption, it supports consistent detection performance in automated production environments.

In conveyor lines, packaging units, and assembly stations, the WFM180-120P321 Sick Fork Sensor ensures reliable object detection across larger mechanical openings. The M8 3-pin connector simplifies integration, while the aluminum housing and electrical protection features maintain stable operation under industrial electrical conditions.

The Sick WFM180-120P321 Fork Sensor includes reverse polarity protection, short-circuit protection, and interference pulse suppression for dependable output control. Its optical detection principle enables repeatable switching behavior. This Sick Fork Sensor model is structured for industrial automation applications requiring stable and accurate wide-fork sensing.

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