ELVH141G0

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ELVH 141G0 Application Field and Working Principle

ELVH 141G0 terminals belong to the family of terminal blocks. Terminal blocks are also referred to as headers, plugs and sockets. They are designed to connect electrical wires or cables between power supplies and loads, while insulating and protecting them from mechanical damage.

When it comes to ELVH 141G0, it is a terminal block that is designed to handle voltages up to 300 VAC, and current ratings up to 30A, at temperatures of up to 75 °C. It features a twist and lock action for quick installation, and its design ensures secure connections. The insulation is made from polyamide 6.6, and is resistant to UV light.

In terms of application field, the ELVH 141G0 terminal block is mostly used to connect household and industrial appliances, as it is ideal for medium- and low-voltage applications. It is also used in the manufacture of switchboards, energy distribution boards, surge protectors and lighting systems, among others.

In addition, the ELVH 141G0 is widely used in the medical field. It is suitable for medical applications due to its high-voltage and high-current ratings and fast, simple installation. Its insulation and protection features make it an ideal choice for medical applications.

To understand the working principle of ELVH 141G0, it is important to take a look at its design. The terminal block has two terminals: one for the incoming electrical signal (power in) and the other for the outgoing electrical signal (power out). As power is applied to the incoming terminal, a contact plate beneath the terminals gets heated. This causes the contacts on the surface of the contact plate to be forced against each other, creating a connection via a mechanical interlock system.

In addition, the contacts are sealed against moisture and dust, and the terminal is insulated to prevent short circuits. This ensures that the circuit is securely connected and can handle higher current and voltage loads. In conclusion, the ELVH 141G0 terminal block is a reliable and efficient way to interconnect electrical signals in a variety of applications, from home and industrial appliances to medical devices.

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