Selling Out Fl7m-10j6w-cn05 | Dc2-wire Cylindrical Proximity Switch Certified [58SZNo3B]

FL7M-10J6W-CN05 Cylindrical Proximity Switch: Engineered for Excellence

The FL7M-10J6W-CN05 Cylindrical Proximity Switch by Azbil is a premium solution designed to thrive in the harsh environments of automotive production lines. This cutting-edge device features advanced anti-spatter technology, ensuring that your welding processes operate seamlessly without interruption. With a flame-resistant cable and noncombustible variants, safety is paramount even in high-temperature conditions. Its robust construction, including IP67 and IP67G certifications, guarantees durability and reliability in challenging settings.

Unmatched Specifications and Features

The FL7M-10J6W-CN05 Cylindrical Proximity Switch is packed with specifications that elevate its performance. Offering a differential travel of up to 15% of the sensing distance, it delivers precise operation. It is designed for a rated supply voltage of 12/24 Vdc and has an operating voltage range of 10 to 30 Vdc, providing flexibility for various applications. With a leakage current of 0.55 mA and temperature drift of ±10% max. over the –25 to +70˚C range, the switch ensures consistent and stable performance. Its surge absorption, load short-circuit, and reverse connection protection enhance the overall safety and reliability.

Optimal Solutions for Automotive Production Lines

Perfect for daily use in automotive manufacturing, the FL7M-10J6W-CN05 Cylindrical Proximity Switch is the go-to choice for professionals seeking reliability, safety, and efficiency. Its various wiring methods and indicator lamps make installation a breeze. With its ability to resist spatter adhesion and its flame-resistant cable, the switch ensures a smooth welding process that enhances productivity. The switch is ideal for any application where high-performance, safety, and durability are crucial. Embrace the future of proximity switching technology with the FL7M-10J6W-CN05 Cylindrical Proximity Switch by Azbil.