T38170-05-0

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Terminal Blocks - Barrier Blocks

T38170-05-0 is a type of terminal block, also known as a barrier block. These blocks are used to create electrical connections between two or more components and provide a safe and reliable way to connect them. They are often used in industrial environments and often come with multiple mounting options including wall mounting and rack mounting.

These types of blocks are particularly useful in connecting power circuit breakers and fuses, and controlling power supply via the barrier connections. Terminals are usually clearly identified and cross stranded wires can be easily connected via the connection point.

T38170-05-0 provides efficient power isolation, current transfer, and component separation from one another. It is available in single, double, and triple pole varieties, all of which include a barrier between each pole. The enclosure of the block is made of polycarbonate nylon with a low tangle thermoplastic base. Furthermore, these blocks feature screw terminals for easy connection and feature a unique bridge design that provides a secure connection. The open design maximizes airflow and heat dissipation, allowing for longer service life without degrading the performance.

The working principle behind T38170-05-0 is quite simple. It consists of two parts: the block itself and the connection point. The block is basically a plug-in connector that is inserted into the connection point. The connection point is basically a pair of contacts which are separated by a barrier. When the connection is made, the two contacts come in contact with each other and electricity is able to flow between the two poles of the connection point. This flow of electricity is used to supply the necessary power to the connected components.

These types of blocks can be used in many different types of applications and provide a safe and reliable way to connect electrical components. They are most commonly found in the automotive, communications, and industrial sectors. They provide an efficient way to interconnect multiple components and increase the power supply of a given system by ensuring safety and reliability.

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