TR1135510000G

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Terminal blocks are built to secure wires with different types of electrical components. The TR1135510000G is a type of terminal block designed specifically for applications where high current is needed, such as in the automotive industry. This terminal block is a wire to board terminal block, meaning it is designed to connect a wire to a printed circuit board or other device with a socket or connector.

The TR1135510000G is designed to carry a maximum current of up to 50A. It has an integrated latch that locks the wire into place, providing a secure connection. The terminal block has a molded body design which provides superior protection against shocks and vibrations. The body is also designed to be resistant to solvents, oils, and other environmental hazards.

The TR1135510000G has two contacts which are connected to the wire and the board. The wire is inserted into the terminal block and secured with a fastening clip. The clip has a spring-loaded plunger which contacts the conductor to secure the connection. The board is then connected to the terminal block using a mounting nut. This nut is designed to be difficult to remove once tightened, ensuring the terminal block remains securely mounted to the board.

The working principle of the TR1135510000G terminal block is simple. Once the connection is secured with the clip, it provides a direct connection between the wire and the board. This creates a circuit between the two, allowing electrical currents to flow freely. The spring-loaded plunger ensures that the connection remains secure even when the board is subjected to shocks and vibrations.

The TR1135510000G is designed for applications that require a robust connection between wires and boards. It is suitable for a variety of automotive applications, including engine control, battery management, and AC systems. It is also suitable for a wide range of general electrical applications, such as lighting, switch boards, and industrial control systems. Its resistance to solvents, oils, and other environmental hazards make it suitable for a variety of applications in a wide range of industries.

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