3209578 Phoenix Contact

The Phoenix Contact 3209578 is a high-quality feed-through terminal block designed for versatile and reliable wire-to-wire connections in a broad range of industrial applications. This terminal block, part of the PT 2,5-QUATTRO series, is engineered to facilitate easy and secure wiring tasks within control cabinets and distribution systems. Crafted with a compact width of 5.2 mm, the 3209578 terminal block is an ideal solution for space-constrained environments, allowing for high-density wiring while maintaining accessibility. The terminal block is built from durable polyamide (PA) with an inflammability class of V0 according to UL 94, ensuring robust performance in demanding conditions. The 3209578 terminal block boasts a nominal voltage rating of 800 V and a nominal current rating of 24 A, with a rated surge voltage of 8 kV, which categorises it under surge voltage category III and pollution degree 3. These specifications make it suitable for a wide range of operating voltages and currents, ensuring compatibility with various industrial systems. Featuring a leg spring connection type, the terminal block accepts a conductor cross-section range from 0.14 mm² to 4 mm² solid and 0.14 mm² to 2.5 mm² stranded, with a stripping length of 10 mm. This range accommodates a variety of wire sizes, making it a flexible option for different wiring requirements. The 3209578 terminal block is designed for mounting on NS 35/7,5 or NS 35/15 DIN rails, providing a secure and stable installation. Its open side panel design allows for easy access and identification of connections, enhancing the efficiency of installation and maintenance tasks. With a comprehensive set of approvals, including UL Recognised, cUL Recognised, and EAC, the Phoenix Contact 3209578 feed-through terminal block meets stringent international standards, ensuring its suitability for global industrial applications. Overall, the Phoenix Contact 3209578 feed-through terminal block is a reliable and efficient choice for professionals seeking a high-performance wiring solution that offers both durability and flexibility.