265A67-40

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Terminal Blocks - Accessories is a category of electronic components that includes the 265A67-40 model. The 265A67-40 is a terminal block accessory designed by precision machining technology and utilizes rigid insulation material. It is a single-channel, direct current connection terminal block that provides secure connections for anti-interference applications.

The 265A67-40 terminal block consists of a variety of components including two insulation covers, one main body and one secondary body. The main body is made of copper alloy and the secondary body is made of plastic material. The two insulation covers are made of high-strength nylon and feature a unique groove design to securely hold the wire. The main body has two stoppers that can be adjusted to ensure a stable connection between the wires.

The 265A67-40 terminal block has a wide range of applications due to its secure and anti-interference design. It is mainly used in power distribution boards, electrical switchboards, and industrial control systems. It can also be used in audio equipment, monitor systems, and other professional fields.

The working principle of the 265A67-40 is based on the clamping force generated by the two insulation covers. The clamping force is generated when the wires are inserted into the terminal block, which will cause the two insulation covers to firmly hold the wires in place. After the wires are inserted, a spring-loaded locking device will further secure the wire in place.

The 265A67-40 terminal block is also equipped with an electrode protection plate. The contact between the electrode and the wire will be effectively insulated by the protection plate, which helps to ensure the safety of the whole circuit connection.

In conclusion, the 265A67-40 terminal block is an essential component for ensuring secure and anti-interference connections in various industrial and professional applications. Its high-precision machining and durable material make it the ideal choice for electrical and electronic applications.

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