Valosähköinen anturi Datalogic BASIC M12, harmaa kotelo, messinki, 0,5 kHz, 0,2 A, 53,9 mm syvyys

Datalogic BASIC M12 is a photoelectric sensor in a grey, brass-bodied cylindrical housing designed for compact object detection in industrial automation. With a switching frequency of 0.5 kHz and a maximum switching current of 0.2 A, the sensor provides a balance of response speed and electrical load capacity suitable for proximity sensing tasks. The sensor’s 53.9 mm depth and 60 g weight make it a compact option where metal-bodied devices are preferred for mechanical robustness and stable mounting.

Advantages

The brass housing offers mechanical strength and resistance to everyday industrial wear, while the metal body supports secure mounting in conveyor frames and machinery. The 0.5 kHz switching frequency enables reliable detection of moving targets at moderate speeds. Low weight and compact depth simplify integration into constrained machine spaces. The sensor’s design follows established cylindrical form factors commonly used in factory automation for interchangeability and straightforward replacement.

Suitable for

• Object presence detection on conveyor belts and transport systems
• Positioning and part detection on assembly lines
• Integration into industrial machinery and enclosures requiring a metal-bodied sensor
• Applications where compact depth and lightweight sensing heads are necessary

Key specifications

• Sensor type: photoelectric (proximity/object detection)
• Housing material: brass with grey finish
• Switching frequency: 0.5 kHz
• Maximum switching current: 0.2 A
• Depth (housing length): 53.9 mm
• Weight: 60 g

How to use

Install the sensor in a stable position facing the target area, ensuring the optical axis is aligned with the expected object path. Secure the brass housing using appropriate mounting hardware for the M12 cylindrical form factor and make electrical connections according to the machine’s control wiring practices. Configure the sensing distance and any required external settings per system requirements, and verify reliable switching by testing with representative parts at operational speeds. Consider protective routing and strain relief for cabling to maintain signal integrity and mechanical safety.

Recommendations

For reliable operation, keep the sensor optics free of dust and debris and avoid direct exposure to extreme contaminant buildup. Use the metal housing to ground the sensor as required by local wiring standards when mounting on conductive frames. Validate switching response at the intended conveyor or part speed to ensure the 0.5 kHz frequency meets detection timing needs.