Massive Discount Fl7m-10j6d-cn05a | Dc2-wire Regular Cylindrical Proximity Switch Series [1DmEGyWM]

FL7M-10J6D-CN05A: DC2-Wire Proximity Switch

Introducing the FL7M-10J6D-CN05A, a cutting-edge DC2-Wire Regular Cylindrical Proximity Switch from Azbil's renowned FL7M Series. This innovative switch is designed to deliver superior performance and cost-efficiency in industrial automation applications. With its DC2-wire design, the FL7M-10J6D-CN05A minimizes wiring expenses without compromising on sensing accuracy. Its convenient setting indicator ensures easy configuration, while the rigid housing provides secure mounting with enhanced torque capabilities. The Firefly Glow Indicator Lamp offers unparalleled visibility from any angle, making it an ideal choice for various industrial environments.

Technical Specifications

The FL7M-10J6D-CN05A features a high-frequency oscillation actuation method and a wide operating voltage range of 10 to 30 Vdc. With a supply voltage drift of ±1% max. of sensing distance and ±15% voltage fluctuation, this switch maintains stable performance even under varying conditions. It is equipped with indicator lamps for operation and setting indication, ensuring easy monitoring and troubleshooting. The FL7M-10J6D-CN05A boasts exceptional resistance to vibration and shock, making it suitable for harsh industrial environments. With an IP67G protective structure, it provides robust dust and water resistance, ensuring durability and reliability.

Applications and Benefits

The FL7M-10J6D-CN05A is an ideal choice for a wide range of applications in industrial automation, including position sensing, counting, and presence detection. Its cost-efficiency, enhanced protection, and unparalleled performance make it a perfect fit for various scenarios. Whether you are working in manufacturing, packaging, or logistics, this proximity switch can help streamline your operations and improve productivity. With its easy installation, the FL7M-10J6D-CN05A is a valuable addition to any industrial automation system.