T38023-10-0

T38023-10-0 Application Field and Working Principle

The T38023-10-0 terminal block is designed for applications in the control and distribution of electrical energy. It is used in a wide range of industries, from lighting and power distribution to instrumentation, automation, and motor control.

The T38023-10-0 terminal block features a rigid one-piece insulation body and a patented bridge-type contact design. This provides maximum contact performance and connection reliability. The terminal block is also UL-listed and CSA-certified to applicable safety requirements. It has a maximum rating of 10A at 250V, making it ideal for use in commercial and residential applications. The maximum wire size it can accommodate is 4 AWG.

The working principle of the T38023-10-0 terminal block is based on the use of a bridge-type contact design. The contact points of this design are connected by bridges made of copper. When the contacts are connected, the bridges make electrical contact, thus creating a closed circuit between two power sources. This type of contact design is used in terminal blocks to ensure reliable electrical connections.

The T38023-10-0 terminal block is designed for quick and easy installation. The terminal block is mounted onto a DIN Rail, allowing for easy installation and removal. The contacts are easy to access and all connections are terminated using standard wiring practices. The bridges can be removed or replaced quickly, making maintenance fast and easy. The terminal block is also interlocked, which helps ensure no accidental short circuits when working on the circuit.

The T38023-10-0 terminal block is an ideal choice for commercial and residential applications that require reliable electrical power distribution. It is UL-listed and CSA-certified, making it a safe and reliable solution for any environment. Its bridge-type contact design ensures strong connections and its easy installation and removal make maintenance and repairs easy. This terminal block is perfect for any application that requires reliable power distribution.