Product Description

The B&R Industrial Automation 0TB704.91 terminal block is an essential component designed for voltage supply and fieldbus connection applications in industrial settings. Featuring a single-row 4-pin terminal block with a push-in terminal block design and a pitch of 5.08 mm, it ensures secure and efficient wire connections, accommodating a range of wire sizes including 26 to 12 AWG for AWG wires and 0.20 to 2.50 mm^2 for single-wire and fine-stranded wires with plastic-covered end sleeves. This versatility supports diverse wiring needs, enabling straightforward installation and maintenance. Certified to meet stringent safety standards such as CE and UL cULus E115267, the terminal block ensures compliance with industrial control equipment requirements, guaranteeing reliable operation in demanding environments.

Operating at a nominal voltage of 300 V and capable of handling 10 A per contact, the terminal block features a low contact resistance of 5 m, optimizing electrical conductivity and minimizing power loss. It is designed exclusively for copper wires, excluding aluminum wires to maintain consistent performance and durability. The 0TB704.91 terminal block's robust construction and precise engineering make it suitable for critical applications where reliable voltage supply and Fieldbus connectivity are essential, contributing to seamless operation within industrial automation systems.

Crafted by B&R Industrial Automation, this terminal block exemplifies quality craftsmanship and reliability, offering a dependable solution for powering and connecting field devices in industrial environments. Its compact size and ergonomic design facilitate space-saving installations while ensuring secure electrical connections that meet the rigorous demands of modern manufacturing and automation processes. The 4-pin configuration of the B&R 0TB704.91 terminal block underscores its versatility and efficiency, making it a preferred choice for integrating and managing electrical connections in industrial control and automation applications.