Restock Alert Allen-bradley 872c-d2np8-p3 Shop Now [iHxbqyKC]

Compact Inductive Proximity Sensor

The Restock Alert Allen-bradley 872c-d2np8-p3 Shop Now [iHxbqyKC] is a top-tier compact inductive proximity sensor designed for non-contact detection of metallic objects in industrial environments. This sensor is a perfect choice for automation systems and OEM machinery due to its robust design and reliable performance. With its M12 threaded body and 2mm sensing distance, it offers precise and efficient detection capabilities.

Key Product Features

The Restock Alert Allen-bradley 872c-d2np8-p3 Shop Now [iHxbqyKC] boasts a range of essential features that make it an excellent addition to any industrial setup. Its NPN 3-wire output ensures compatibility with various control systems, while the 10–30V DC voltage range provides flexibility for different power requirements. The sensor's nickel-plated brass housing and IP67 enclosure rating offer durability and protection against harsh industrial conditions. Here are some of its key features:

• Sensor Type: Inductive proximity sensor for precise metallic object detection.
• Thread Size: M12 x 1 for easy integration into existing systems.

Applications and Benefits

The Restock Alert Allen-bradley 872c-d2np8-p3 Shop Now [iHxbqyKC] is versatile and suitable for a wide range of applications, including conveyor and parts detection, industrial automation lines, packaging and assembly machines, robotic positioning systems, and material handling equipment. This sensor's compact form factor and flush-mount design make it easy to integrate into various machinery, while its rugged housing and IP67 protection ensure it can withstand challenging environments. By choosing the 872C-D2NP8-P3, you benefit from reliable metal detection, easy integration, and Allen-Bradley's quality assurance. Here are some of its practical uses:

• Conveyor and parts detection: Ensures accurate and efficient operation of conveyor systems.
• Industrial automation lines: Enhances the performance and efficiency of automated processes.