Allen Bradley A-B 42EF-R2MNBT-A2 RightSight Photosensor

    The Allen Bradley 42EF-R2MNBT-A2 RightSight Photosensor is designed for industrial automation environments, offering reliable detection capabilities for various applications including material handling and packaging systems. It is engineered to ensure smooth operation in challenging environments.

Sensor Type:Photoelectric Sensor

Operating Voltage:10-30 VDC

Detection Range:Up to 10 meters

Response Time:< 1 ms

Output Type:NPN/PNP Switching Output

Protection Rating:IP67

Operating Temperature:-25°C to +55°C

Cable Length:2 m

    Designed with advanced optics technology, the Allen-Bradley A-B 42EF-R2MNBT-A2 RightSight Photosensor ensures reliable operation in challenging industrial environments. Its robust construction includes an IP67-rated enclosure that safeguards against dust and water ingress, making it suitable for use in washdown areas and outdoor installations.

    This photosensor features a user-friendly LED status indicator that provides immediate feedback on its operational status, aiding quick troubleshooting and maintenance. With a detection distance up to 50mm, it can accurately detect objects at close range without compromising on precision.

    The A-B 42EF-R2MNBT-A2 is compatible with a wide range of voltage inputs from 10-30 VDC, providing flexibility in integration with existing systems. Its NPN open collector output configuration makes it easy to integrate with PLCs and other control systems, enhancing its utility in complex automation setups.

    Maintenance of the A-B 42EF-R2MNBT-A2 is straightforward, thanks to its modular design and ease of installation. The device supports quick replacement and minimal downtime, making it a reliable choice for continuous production lines.

    For more demanding applications requiring higher performance, the Allen-Bradley A-B 42EF-R2MNBT-A2 RightSight Photosensor stands out with its ability to operate at switching frequencies up to 1kHz. This capability ensures that it remains responsive and accurate even in fast-moving machinery environments.