ESLM25100

ESLM 25100 terminal blocks are fairly new to the market, but they are rapidly gaining in popularity for their ease of use and price point. The terminal block is designed to provide reliable electrical connection between two wire conductors.

The ESLM 25100 terminal block is a two-position, non-grounding, spring-clamp terminal block. It is manufactured using phosphor bronze contacts and is rated for up to 25 Amps. It is UL 1059 rated and CSA certified for 4-16 AWG conductor sizes. The terminal block is designed to work with both stranded and solid conductor cables. It also has a voltage rating of 600V.

In terms of applications, the ESLM 25100 terminal block is suitable for a wide range of industrial and commercial installations. It is ideal for applications such as electrical panel and wiring harness assembly, control panels, switch boxes, and other electrical systems. It can also be used to connect appliances to AC power cords or other wiring.

The ESLM 25100 terminal block operates on a simple working principle. The terminal block works by inserting each of the two wires into the two positions on the terminal block. When the wires are inserted, a spring clamp contacts each wire and securely holds it in place. This ensures that the electrical connection between the two wires remains stable and reliable.

In addition to providing a reliable electrical connection between two wires, the ESLM 25100 terminal block also features a few other benefits. It requires no soldering and is very easy to install. It can also be used in a wide range of temperatures and can handle extreme temperature fluctuations with ease. Additionally, these terminal blocks are available in a variety of colors, which makes it easier to match the terminal block to an existing color scheme.

Overall, the ESLM 25100 terminal block from Wire to Board is an excellent choice for applications that require a secure, reliable electrical connection between wires. It is quick and easy to install, requires no soldering, and can handle extreme temperature fluctuations.