<p>The Limit Switch is a robust and reliable component designed for industrial and commercial applications, offering dependable performance with precise control. With a rated voltage of 400 VAC and a rated current of 4 A, this switch is engineered to handle demanding electrical environments efficiently.</p><p>Constructed from die-cast light alloy and painted for additional durability, the housing ensures long-lasting protection against mechanical wear. The switch boasts an IP65 degree of protection, making it resistant to dust ingress and water jets from any direction—ideal for harsh industrial settings where reliability is paramount.</p><p>This limit switch meets several important standards and approvals, including CCC, cULus, EC000030, and ENIEC 60947-5-1. These certifications underscore its compliance with international safety and quality standards, providing peace of mind regarding its operational integrity.</p><p>Weighing in at 508 grams, the device maintains a compact form factor without compromising on sturdiness or functionality. The contact configuration includes one normally open (NO) contact and one normally closed (NC) contact. This dual-contact setup allows versatile application possibilities across various automated systems.</p><p>Featuring slow action switching type technology, the limit switch ensures smooth operation by minimizing abrupt changes in state that could lead to wear over time. It supports actuating speeds up to 3 m/s—suitable for rapid processes without sacrificing accuracy or control.</p><p>Crafted with silver contacts known for their excellent conductivity and resistance to corrosion, this product guarantees efficient electrical transmission while maintaining longevity. Its impressive mechanical life span of up to five million operations further attests to its durability under continuous use conditions.</p><p>Overall, this limit switch combines high performance with rigorous safety standards—a practical choice for professionals seeking reliable solutions in automation tasks requiring precision control mechanisms within challenging environments.</p>