PX0691/30/63

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Power entry connectors are usually found in a variety of electrical systems and products. They provide a secure connection between electrical components and other elements of an electrical system. One example of a power entry connector – inlets, outlets, modules – is the PX0691/30/63. This article looks at the application field and working principle of this power entry connector.

Applications

The PX0691/30/63 is designed for use in power supplies, uninterruptible power supplies, and power conditioners. The power entry connector features 9 mm pin spacing between the two contacts, allowing it to easily connect two separate components together. The pins are gold plated for increased durability and corrosion resistance. Additionally, the power entry connector is UL/CSA approved, making it suitable for use in both commercial and residential applications.

Working Principle

The PX0691/30/63 is a two-pole power entry connector. The two poles, when combined, form a secure connection between two separate components in an electrical system or product. The two poles combine via a screw-locking mechanism, which ensures that the power flow is directed to the correct area of the electrical system or product.

When the power entry connector is used in an electrical system or product, the two poles will connect together to form a secure connection. The poles then allow for the power to be safely routed between both components. The connection is further secured by the screw-locking mechanism, which helps to prevent unintentional disconnection. Both poles will have the same connections at their ends, allowing for the transfer of power from one component to the next.

The PX0691/30/63 power entry connector is a reliable and secure connector for use in a variety of electrical systems and products. It features 9 mm pin spacing, gold plated pins, and is UL/CSA approved for commercial and residential applications. The two poles connect together via a secure screw-locking mechanism, allowing for the safe transfer of power between two separate components.

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