The MPS2 series offers a robust and reliable solution for industrial and commercial applications requiring precise control mechanisms. Designed to meet stringent standards, this product is ideal for professionals seeking efficiency combined with safety.
Operating at a rated voltage of 12 VDC, the switch features an illuminated yellow actuator that ensures visibility even in dimly lit environments. The long handle design provides ease of use while enhancing operational accuracy. Made from durable plastic, it withstands rigorous conditions without compromising performance.
The switch functions in a maintained position (A, C), allowing it to remain in its set state until manually changed. This feature is particularly useful in scenarios where consistent operation is necessary over extended periods. The contact configuration includes a single normally open (1NO) contact which suits various circuit requirements.
Engineered to endure extreme temperatures ranging from -25°C to 70°C, this device proves its reliability across diverse settings. Additionally, its rated insulation voltage stands at an impressive 690 V, ensuring high-level protection against electrical faults.
Safety and compliance are paramount; hence this product adheres to multiple standards including CSA C22.2 No. 14, DIN 40050-9, EN 50013, IEC/EN 60073 among others—guaranteeing adherence to international quality benchmarks.
With a rated impulse withstand voltage of 6 kV and a thermal current rating of up to 10 A, the switch exhibits excellent resilience against transient overvoltages and thermal stress respectively. These attributes make it suitable for demanding environments where reliability cannot be compromised.
Installation is straightforward with a cutout size of 22 mm that fits standard panel designs seamlessly. This compatibility reduces installation time and potential errors during setup—an advantage for technicians working under tight deadlines or within complex systems.
In summary, the MPS2 series switch embodies practicality fused with advanced engineering principles tailored for those who prioritize function over formality in their operations—a solid choice when dependability is non-negotiable.