T38070-01-0

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Terminal Blocks - Barrier Blocks

Barrier blocks are used to provide efficient separation between the user’s connections and the power supply. The T38070-01-0 is among the leading barrier blocks in the market, providing reliable mounting and great insulation performance. This article will be focused on the application field and working principle of the T38070-01-0 barrier block.

Application field

The T38070-01-0 barrier block is mainly used in low voltage motor control, equipment control, and connection circuits. It has over-voltage and over-current protection capabilities, providing an efficient and safe connection for electronic components or devices.

The T38070-01-0 is suitable for use in a variety of industries, including medical, lighting, power electronics, renewable energy, and consumer electronics. It can also be used in industrial automation, as well as in aerospace technology. This barrier block provides reliable performance and is easy to install in tight spaces, making it a great choice for the most demanding applications.

Working Principle

The T38070-01-0 barrier block is powered by AC or DC power sources. This terminal block features power and ground terminals that provide short-circuit protection, as well as high current carrying capacity. Additionally, the terminal features a protective housing that prevents against accidental contact, ensuring a high level of safety.

The T38070-01-0 also features insulated contacts, which provide its most unique feature. The insulation is designed to prevent any electrical shock or damage to the surrounding components. The insulation is also designed to prevent dust and moisture from entering the block, providing a reliable connection even in harsh environments.

In addition, the device is also capable of providing protection against electric arc generation. This protection is provided by two zinc-plated terminals that are strategically positioned within the housing. The terminals provide the necessary protection against combustible gas and metallic particles that may be generated from arcing.

Finally, the device is also capable of providing short-circuit protection. The device is equipped with a fuse that breaks the current path between the input and output terminals if the current exceeds a predetermined limit. This ensures that the circuit is not damaged by an excessive current.

Conclusion

The T38070-01-0 barrier block provides reliable performance in a variety of applications. Its insulated and isolated contacts provide short-circuit protection and high current carrying capacity. Additionally, the device is also capable of providing protection against electric arc generation and short-circuits. Overall, the T38070-01-0 is an ideal choice for the most demanding applications.

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