Phoenix Contact 3101197 MTK BU Series Knife Disconnect Terminal Block is a robust, screw-termination blue terminal block designed for seamless integration in electrical measurement and control systems. This 1-Level terminal block supports wire cross sections from 0.2mm² up to 4mm² (equivalent to 24AWG to 12AWG), catering to a wide range of wiring needs.
Rated for operational voltages up to 400 volts and current-carrying capacity of 16 amperes, it ensures reliable performance under stringent electrical loads. The terminal block features a convenient knife disconnect mechanism facilitating fast and effective maintenance or troubleshooting by disconnecting circuits safely and effortlessly.
The compact, space-saving design allows for efficient DIN rail mounting, optimizing panel space in industrial, commercial, and laboratory applications. The screw termination provides stable and secure cable connections suitable for dynamic industrial environments.
Certainly ideal for use in industrial automation, control panels, power distribution boards, and measurement systems, this terminal block complies with internationally recognized standards such as IEC 60947-7-1, DNV, EAC, CSA, and cULus, ensuring safety, reliability, and regulatory compliance.
Supports wire sizes from 0.2mm² to 4mm² with a minimum wire size of 24AWG and maximum of 12AWG. Rated for 400V and 16A current. Space-saving and easy-to-operate knife disconnect design. Screw termination ensures secure cable fixing.
Complies with IEC 60947-7-1, DNV, EAC, CSA, and cULus standards. Color-coded blue for circuit identification. Manufactured in Poland adhering to stringent quality standards.
This product is engineered for industrial, laboratory, and automation environments requiring dependable electrical disconnection and wiring integrity. It is a trusted solution within the Phoenix Contact MTK BU series for high-performance terminal connections.
Explore the full range of DIN Rail Terminal Blocks on EnvMart for compatible and complementary products designed for diverse electrical and electronic applications.
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