When it comes to selecting a robust and reliable switch for industrial applications, the MPS2 series offers an excellent choice with its impressive specifications. Designed to meet the demanding needs of commercial environments, this product stands out due to its durable construction and compliance with a broad range of international standards.
First and foremost, the switch operates at a rated voltage of 230 VAC, making it suitable for most standard electrical systems. Its illumination feature enhances visibility in low-light conditions, while the red color provides clear indication during operation. Made from high-quality plastic material, this switch is engineered for durability without compromising on performance.
The operational temperature range spans from -25 to 70 degrees Celsius, ensuring reliable functionality in diverse environmental conditions—from cold storage facilities to hot manufacturing floors. This adaptability is further supported by adherence to multiple standards such as CSA C22.2 No. 14 and UL 508 among others, guaranteeing safety and reliability across various regions.
With a rated insulation voltage of 690 V and an impulse withstand voltage of 6 kV, this switch is designed to handle significant electrical loads safely. The contact configuration features a single normally open (1NO) contact which simplifies integration into existing systems without complex rewiring requirements.
The actuator type is a long handle design that supports momentary function—ideal for applications requiring temporary activation rather than sustained engagement. Rated thermal current capacity reaches up to 10 A, accommodating moderate power demands efficiently.
A cutout size of 22 mm ensures compatibility with standard panel designs, facilitating straightforward installation or replacement within existing setups. Additionally maintained positions C and B offer flexibility in operation depending on specific application needs.
In summary, this MPS2 series switch combines practical design elements with rigorous safety standards—making it an optimal choice for professionals seeking dependable performance in their electrical systems.