The Schneider XCKJ161 is a robust and versatile limit switch that forms an essential component of industrial control systems. Designed to meet the rigorous demands of factory automation and commercial machinery, this limit switch is engineered by Schneider Electric, a leader in electrical and automation solutions.
Crafted with a durable metal body and plunger head, both made from high-quality Zamak, the XCKJ161 ensures reliable operation even in challenging environments. Its fixed body and plunger head design conform to the CENELEC EN 50041 standard, offering a dependable solution for a wide range of applications.
The switch features a linear movement operating head with a spring return plunger made of metal, providing a tactile and precise response to physical displacement. It is equipped with two poles and offers a contact configuration of 1 NC (Normally Closed) + 1 NO (Normally Open), enabling it to be integrated into various circuit designs with ease.
The XCKJ161 is designed for quick and secure electrical connections, thanks to its screw-clamp terminals that can accommodate wires from 0.34 to 1.5 mm². It also boasts a positive opening operation with a minimum force requirement, ensuring safety and consistency in performance.
With an impressive mechanical durability of 30 million cycles and an electrical durability that supports millions of cycles for DC-13 inductive loads, this limit switch is built to last. It can operate within a temperature range of -25 to 70°C, making it suitable for a broad spectrum of operating conditions.
The switch's compact dimensions, with a width of 40 mm, height of 77 mm, and depth of 44 mm, along with a net weight of 0.43 kg, make it an easy fit in tight spaces without compromising on functionality.
In summary, the Schneider XCKJ161 is a high-quality, reliable limit switch that offers precision, durability, and ease of use for industrial applications. Its robust construction and compliance with international standards make it a smart choice for businesses looking to maintain or enhance their operational efficiency.