<p>The MPS2 Series Selector Switch is a robust and reliable solution for industrial and commercial applications, designed to meet the demanding requirements of professionals in the electrical engineering sector. This selector switch stands out with its illuminated red design, ensuring visibility and ease of operation even in low-light environments.</p><p>Operating at a rated voltage of 220 VDC, this selector switch is crafted from durable plastic materials that can withstand harsh conditions. It operates efficiently within a broad temperature range of -25 to 70 degrees Celsius, making it suitable for diverse environments. The short handle actuator type provides straightforward operation, while the maintained function ensures consistent performance without the need for constant manual engagement.</p><p>This model incorporates a contact configuration of 2NO (two normally open contacts), which supports seamless integration into various control systems. The rated insulation voltage is an impressive 690 V, providing ample protection against electrical faults. Additionally, it boasts a rated impulse withstand voltage of 6 kV and a rated thermal current capacity of 10 A, highlighting its capability to handle substantial electrical loads safely.</p><p>Designed with practicality in mind, the cutout size measures at an industry-standard of 22 mm, facilitating easy installation or replacement in existing panels or enclosures. The maintained positions B and C offer flexibility in operational settings based on specific application needs.</p><p>Compliance with numerous standards such as CSA C22.2 No. 14, DIN 40050-9, EN 50013 among others ensures that this selector switch adheres to international safety and quality benchmarks like IEC/EN standards including IEC/EN 60073 and UL508 certifications.</p><p>In summary, this MPS2 Series Selector Switch combines functionality with reliability—ideal for engineers seeking dependable components that align with stringent industry standards while offering practical features tailored to enhance operational efficiency across varied applications.</p>