In the realm of electrical engineering and automation, selecting the right interface component is crucial for ensuring seamless operation and reliability. This particular interface product is designed to meet rigorous industrial and commercial demands with a host of features tailored for efficiency and durability.
Operating at a rated voltage of 220 VAC and consuming just 0.85 W of power, this interface is both energy-efficient and robust. Its SPDT (Single Pole Double Throw) contact configuration provides versatility in switching applications, making it suitable for various control systems. The contacts are crafted from AgNi (Silver Nickel), known for its excellent conductivity and resistance to welding, ensuring reliable performance over time.
Installation is straightforward thanks to the screw terminal type, which offers secure connections while allowing easy maintenance or replacement when necessary. With a compact width of just 14 mm, this interface can be seamlessly integrated into tight spaces without compromising on functionality.
Durability is a standout feature here; boasting an impressive mechanical life span of up to 10 million operations, this device promises long-term reliability even in demanding conditions. It also withstands shock resistance up to 980 ms and vibration frequencies between 10-55 Hz, ensuring stability across various environments.
The operational temperature range spans from -40°C to 55°C, making it adaptable to extreme weather conditions without sacrificing performance. Additionally, with humidity tolerance ranging from 5% to 85%, it maintains its integrity across diverse climate scenarios.
Safety compliance is assured with CE, cULus, and RoHS certifications—providing peace of mind that this product meets international standards for quality and environmental responsibility. Its IP20 degree of protection indicates suitability for indoor use where exposure to dust or water ingress is minimal.
Weighing in at just 52 grams, it's lightweight yet packed with features that cater specifically to technical requirements in industrial setups.