1862495

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Terminal Blocks - Wire to Board

1862495 is a terminal block used in wire-to-board applications. It is a DC rated terminal block with dimensions of 47.6 mm by 12.6 mm. It is available with a 6.2 mm hole and a M3.5 port.

Application

Terminal blocks serve a dual purpose, firstly providing strain relief for cables, and secondly ensuring electrical connections are maintained during use. They are ideally suited to applications which involve vibration, or require frequent connection and disconnection of cables. 1862495 designed for wire-to-board applications, meaning it is usually used to connect two boards together. This is especially common in equipment which involves mechanical relays, like automatic equipment.

Working principle

Terminal blocks are designed to create secure and resilient connections for various kinds of cables. 1862495 terminal block is no exception. Once two wires are inserted into the terminals in the body of the block, a lever is used to both hold the wires in place and secure them. The lever engages an internal contact which provides electrical continuity via metal strips on the inner surface. This contact is maintained by a spring mechanism which also insulates the connection from the outside environment.

Installation

Installing a 1862495 terminal block into a circuit requires the following steps:

• Push the switch levers into the open position.
• Insert the two wires you wish to connect into the two terminals at the base of the body.
• Use the lever to press down and secure the connection.
• If required, use the screws to secure the block in its desired location.

Benefits

Using the 1862495 terminal block has several advantages. Firstly, it provides a secure mechanical connection to minimize the potential for errors or failure. It also helps prevent cable twisting and enhances the strain relief properties of the cables. Furthermore, it is fast and easy to install and does not require any soldering. With a low cost and superior performance, it is an excellent choice for a variety of applications, particularly those which involve mechanical relays.

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