SICK Optical Photoelectric Sensor, Fork Sensor

SICK Series WF Photoelectric Sensor, Aluminium Housing, IP65 - WF2-60B416

This photoelectric sensor is an optical detection device designed for industrial automation tasks, using infrared light to detect objects in a fork-style arrangement. It is housed in aluminium and configured for panel mounting, offering electrical interfacing via a Compact M8 connector. The unit operates within a defined temperature range and meets recognised CE standards for industrial use.

Features and Benefits:

• Infrared light source enables non-contact detection at speed Fork sensor design provides Rapid object interruption detection Response time 100μs supports high-speed switching tasks Output selectable PNP/NPN allows flexible integration Maximum 30V DC rating suits common control voltages IP65 enclosure protects against dust and low-pressure water jets

Applications

• Suitable for part-present sensing on conveyor forks Ideal for high-speed counting in assembly lines Used for edge detection in pick-and-place equipment Suitable for panel-mounted machine control interfaces Used for optical interruption sensing in packaging machines

What connector type does it use for wiring integration?

It employs a 4-pin M8 connector that provides a compact, standardised electrical Interface for sensor connections.

What current limitations should be considered when wiring outputs?

The maximum continuous current draw is 100mA, which should be respected to avoid overloading the output stage.

How does the sensor perform across temperature variations?

It operates reliably from -20 to 60°C, covering typical industrial ambient conditions without derating the detection function.

What mounting method is recommended for stable alignment?

The device is intended for panel-mount installation to ensure secure positioning within control panels or machine frames.

Which protection standard applies to environmental exposure?

The enclosure meets IP65, providing protection against dust ingress and low-pressure water jets during routine operation.