6DBL-04-006

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Terminal blocks, more formally known as interface connectors, are components used to join two or more paths within a system. The purpose of a terminal block is to simplify and facilitate wiring of the system. Barrier blocks are a specialized form of terminal blocks that are designed to protect the high voltage side dring current. The 6DBL-04-006 terminal block is an example of such a barrier block component.

The 6DBL-04-006 barrier block is a DC 10A rated 4-pin barrier terminal block. This is a two-level, 6mm-wide component made from nylon material with brass terminations. The barrier block provides overvoltage protection and insulation between the terminals of the block. This electrical insulation is critically important for allowing the current to flow safely and protect the high voltage side of a network.

The main application of the 6DBL-04-006 barrier block is in medium-voltage applications. This terminal block is suited for both open-air and enclosed applications, and can be used with a wide variety of device-connected connection systems. Examples of potential applications include: high-voltage track systems, low-voltage DC/AC power systems, and secondary power distribution systems.

The working principle of the6DBL-04-006 barrier block is simple. The terminals on either side are connected directly to each other, allowing a direct current connection between them. This current connection is protected by an insulating barrier, which prevents the high voltage side of the system from being affected by current surges. Additionally, the terminal block has a variety of other features such as vibration- and shock-resistant insulation, gold-plated contacts, and a self-locking system. All these features work together to ensure a reliable and durable power connection.

In summary, 6DBL-04-006 is a DC 10A rated 4-pin barrier terminal block. This terminal block is typically used in medium-voltage applications, providing overvoltage protection and insulation between the terminals. The working principle of the block is relatively simple and relies on the direct current connection that is protected by an insulating barrier. Finally, the terminal block has a variety of additional features to ensure a reliable connection between the terminals.

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