BT-27

BT-27 Application Field and Working Principle

The BT-27 terminal block, a member of the Barrier Block family, was designed to allow for secure connections between conductors. The BT-27 terminal block offers superior performance in situations where high level of electrical, thermal and mechanical stability are needed. This product is suitable for applications such as lighting, power supply systems, HVAC, industrial control systems, power distribution systems, transformers, and motors.

In order to meet the various requirements of these applications, the BT-27 terminal block has a number of different features. First, it utilizes a set of spring-loaded contact pins that serve to provide a secure connection between conductors. These contact pins have a small gap between them, which allow them to move and keep an electrical and mechanical connection with the conductors, even when connected under high vibration or shock forces. Secondly, the BT-27 terminal block has a unique clamping mechanism that allow for tighter connections. This clamping mechanism utilizes a set of rotor disks that offer reliable electrical and mechanical stability as well as a secure grip that keeps connected cables in place.

In addition to the features mentioned above, the BT-27 terminal block also offers heat dissipation. The product is designed with an integrated cooling system that releases heat away from the contact pins, thus preventing them from overheating and reducing the possibility of short circuits. The BT-27 terminal block also offers a high degree of flexibility in installation. It is designed to be easily mounted on the DIN rail, which allows for simple and quick installation.

In summary, the BT-27 terminal block is an ideal solution for applications requiring secure connections with superior electrical, mechanical, and thermal stability. It is easy to install, offers heat dissipation, and is suitable for a wide range of applications. Furthermore, the BT-27 is a cost-effective solution, allowing users to save money while still ensuring reliable performance.