Fotoelektrinen anturi Datalogic BASIC M12, harmaa kotelo, messinki, 1 kHz, 0,2 A, syvyys 72,4 mm

Datalogic BASIC M12 is a photoelectric sensor in a grey brass cylindrical housing designed for basic object detection in automation systems. It provides proximity and presence sensing with a compact depth of 72.4 mm and a lightweight construction of approximately 60 g. With an operating frequency of 1 kHz and a maximum switching current of 0.2 A, the sensor is intended for straightforward detection tasks on conveyor lines, machine interfaces and simple monitoring points in industrial environments.

Advantages

The sensor combines a robust brass housing with a compact M12 form factor for easy integration into existing machines and fixtures. Its 1 kHz operating frequency enables reliable detection of moving objects at moderate speeds while the low current rating supports compatibility with a variety of control inputs. The grey finish and classic cylindrical design provide mechanical durability and a neutral appearance suitable for industrial panels and conveyor installations.

Suitable for

• Proximity detection on conveyor belts and accumulation lines
• Basic presence/absence sensing at machine inlets and outlets
• Object counting and simple part verification in assembly processes

Key specifications

• Sensor type: photoelectric sensor with cylindrical M12-style housing
• Housing material: brass with grey finish
• Operating frequency: 1 kHz
• Maximum switching current: 0.2 A
• Installation depth: 72.4 mm
• Weight: approximately 60 g

How to use

Mount the sensor using the M12-compatible fixture or clamp, ensuring the sensing face is aligned toward the target path. Connect the sensor according to the machine’s wiring scheme and verify the control input accepts the sensor’s current rating. Power the device and adjust the sensor position or mounting distance so targets pass within the effective sensing area. Perform functional checks by passing representative parts at expected conveyor speeds and confirm consistent switching behavior.

Recommendations

Use the sensor for simple detection tasks where a compact, mechanically robust M12-style device is required. Avoid exceeding the specified maximum current and select appropriate mounting hardware to maintain alignment. For higher-speed applications, greater sensing distances, or heavy-duty switching loads, consider sensors with higher frequency, stronger output ratings, or alternative sensing technologies.