ELLH06190

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Terminal Blocks - Headers, Plugs and Sockets are widely used in many fields due to their versatile range of applications.

The ELLH06190 terminal block is a part of a series of terminal blocks from ELLH. It is a 4-pole push-in termination terminal block which has side entry for easy installation. It is widely used in the industry for a range of applications. Its features include a housing made of polyamide or polycarbonate, a holding force of up to 8N, a width of 16mm, and a creepage distance up to 10mm. In addition, the poles are mounted with male or female threading.

The terminal block is commonly used in the field of automated control systems, instrumentation, and automation engineering where connections between processing systems and control loops are necessary. It is also used in the field of power distribution networks, often used as a switchable part in stepped voltage regulation systems. In terms of electrical engineering, the terminal block is often used in equipment such as relays, motor starters, and other circuits that require a number of control points.

The working principle of the ELLH06190 terminal block is similar to other terminal blocks. It works by providing good electrical contact between the wires which enter the header and the terminal block. The header contains a male or female threading which is used to securely screw the wires together. Once the screws are tightened, the wires are firmly connected and electrical signals can flow freely.

The ELLH06190 terminal block has a number of benefits over other terminal blocks. It is easy to use and install, and requires no additional tools or connectors. It also provides a good electrical connection with low contact resistance, which is helpful in ensuring high system performance. Furthermore, it is highly reliable and can withstand high temperatures.

In conclusion, the ELLH06190 terminal block is an ideal solution for applications which require a reliable and secure connection. Its wide range of applications and easy installation make it a popular choice for automated control systems, power distribution networks and other electrical engineering projects.

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