The MPS2 series selector switch is a reliable choice for industrial and commercial applications, designed to meet rigorous standards while providing dependable performance. This selector switch operates at a rated voltage of 110-130 VAC and features an illuminated clear actuator, enhancing visibility in various settings.
Constructed from durable plastic material, the MPS2 selector switch ensures longevity even under challenging conditions. Its operational temperature range spans from -25 to 70 degrees Celsius, making it suitable for diverse environments. The robust design meets multiple international standards and approvals including CSA C22.2 No. 14, DIN 40050-9, EN 50013, IEC/EN 60073, IEC/EN 60529, IEC/EN 60947-1, IEC/EN 60947-5-1, IEC/EN 60947-5-5, and UL 508.
With a rated insulation voltage of up to 690 V and an impressive rated impulse withstand voltage of 6 kV, the MPS2 selector switch offers high-level electrical safety. The contact configuration is set as two normally open (2NO), which is ideal for momentary operations where circuit closure is only needed when the actuator is engaged.
The long handle actuator type provides ease of use and ergonomic operation. Designed with a momentary function in mind, this switch returns to its original position after activation unless held manually in place. It supports maintained positions C and B for versatile application needs.
This product also boasts a rated thermal current of up to 10 A ensuring efficient handling of electrical loads without overheating or compromising performance integrity. The cutout size required for installation measures at a standard diameter of 22 mm facilitating seamless integration into existing setups or new installations.
Engineers looking for reliable components will appreciate the technical specifications that promise both safety and efficiency in demanding environments—whether it's automation panels or control systems across various sectors—the MPS2 series selector switch stands out as a practical solution meeting essential industry requirements without unnecessary complexity or cost implications.