Allen Bradley Guardmaster Sensor Actuator Cable

Get connected with the 889D-F8AB-5 cordset by Allen Bradley Guardmaster. This handy cable ensures a secure connection for limit switches, proximity sensors, photoelectric sensors, and other field devices to help you establish a reliable and efficient safety system. This cable is an ideal solution for simplifying and consolidating your wiring.

The 889D-F8AB-5 cordset is a straight female 8-Pin DC Micro (M12) unshielded PUR cable, in black. The length is 5m (16.4ft). The assembly rating for this connector is 300V AC/36V DC, 1.5 A, and the wire size is 24 AWG. The contact material is nickel-plated brass.

Allen Bradley Cordsets are made to be highly dependable, versatile, safe, and rugged enough to suit a variety of industrial applications. They adhere to UL2238 cable assembly standards and the NFPA-79 electrical standard, which require rigorous quality and performance testing. The cordsets are expertly designed to offer smooth connectivity and help decrease downtime.

• 5m length

Applications: This cable offers non-network connectivity which is perfectly suited for compact machines and cost-sensitive installations, as well as those which require minimal diagnostics.

Certifications: IP67 Rated, UL recognised, CSA

Rockwell Automation is a global leader in industrial automation and digital transformation, and brings smart manufacturing to life. With a long legacy of creating Allen-Bradley® integrated control and information solutions, we help make you as productive as possible. Our portfolio of sensing, safety and motor control products can support your move towards smart machine applications. Allen-Bradley® IO-Link sensors are data-enabled and communicate with all field buses, providing diagnostic and health information about the device before a machine stops, and enabling quick production changeovers through fast parameter downloads from PLCs into the device. This reduces machine downtime and increases manufacturing OEE. For safety components, products with built-in diagnostics simplify the set-up of the smart device, and reduce maintenance, leading to a more efficient, machine data-driven approach.