<p>The MPS2 Series switch is a robust and reliable choice for industrial and commercial applications, designed to meet the demands of professionals seeking dependable performance. This switch operates at a rated voltage of 110 VAC, ensuring compatibility with standard power systems. Its clear illumination feature aids in visibility, making it suitable for environments where clarity is paramount.</p><p>Constructed from durable plastic, this switch can withstand operational temperatures ranging from -25 to 70 degrees Celsius, offering resilience in diverse settings. The product adheres to several international standards and approvals including CSA C22.2 No. 14 and UL 508, reflecting its compliance with stringent safety and quality benchmarks.</p><p>With a rated insulation voltage of 690 V and a rated impulse withstand voltage of 6 kV, the MPS2 Series switch provides robust protection against electrical surges and insulation failures. It features a contact configuration of 1NC (Normally Closed), which is essential for various control circuit applications.</p><p>The actuator type is a short handle design that facilitates ease of use while maintaining functionality through its maintained operation function. This means that once engaged, the switch remains in position without requiring constant pressure or interaction—a useful feature in many industrial settings where stability is crucial.</p><p>Rated for a thermal current of up to 10 A, this switch supports substantial current flow without overheating or compromising performance. The cutout size stands at an industry-standard 22 mm, allowing seamless integration into existing panels or setups without the need for extensive modifications.</p><p>Maintained positions are specified as A and C, providing flexibility depending on specific operational requirements or preferences within your setup.</p><p>In summary, the MPS2 Series offers reliability backed by compliance with global standards—making it an ideal choice for those needing assured performance under varying conditions while integrating seamlessly into existing systems.</p>