The product under discussion is a versatile and robust industrial component, suitable for various applications requiring reliable performance. Designed with precision, this Product Type 966 offers multiple rated current options: 3.1 A, 10 A, 5.5 A, and 3 A, catering to diverse operational needs.
Its mounting type conforms to the 40 mm EN 50041 standard, ensuring compatibility with a wide range of systems and ease of installation. The housing is crafted from high-quality plastic material that not only contributes to its lightweight nature at just 0.132 kg but also enhances its durability against environmental factors.
Rated at IP65 for degree of protection, this device provides excellent resistance against dust ingress and water jets from any direction—a crucial feature for maintaining functionality in demanding environments. The operational temperature range spans from -25°C to +70°C, allowing it to perform reliably across varying climatic conditions.
In terms of dimensions, the product measures a compact length of 41 mm by width of 41 mm and height of 104 mm—facilitating integration into space-constrained setups without compromising on performance or accessibility.
The contact configuration consists of one normally open (1NO) and one normally closed (1NC) contact arrangement. This dual-contact setup ensures flexibility in circuit design and operation control. Coupled with snap action switching type technology, it delivers swift response times essential for high-speed operations.
Equipped with a plain plunger actuator made from durable steel material, this component promises long-lasting mechanical integrity even under frequent usage scenarios. Its impressive mechanical durability is rated at an astounding 25 million operations—indicative of its capability to withstand rigorous cycles while maintaining consistent performance over time.
Overall, this product presents itself as a reliable choice for professionals seeking dependable solutions in automation or industrial contexts where precision engineering meets practical application requirements without compromise on quality or efficiency.