GBFTX-2

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Barrier blocks provide the most common form of electrical interconnection when it comes to wire connecting. GBFTX-2 belongs to this category which is widely used in a variety of applications. This article will explain its working principle, application field and features.

Working principle

The GBFTX-2 consists of two wiring levels that are connected by two separate insulated connection bodies called “barrier blocks”. The first level is connected to the necessary current terminals which are insulated from each other, providing an easy connection point for wiring to the power supply. The second level is connected to the control terminals which provide a direct connection between the power supply and the actuator. This action triggers the actuator to move and complete the circuit.

The barrier blocks are embedded with fasteners and nut-and-bolt screws that securely attaches the connection blocks to each other. This ensures an electrical interlocking connection and allows wiring to be attached securely through an easy installation procedure. The terminal blocks also have a secure locking mechanism which holds the wire in place, preventing any accidental breaking of the wires.

Applications

GBFTX-2 barrier blocks are often used in industrial applications which require the electrical signals to be safely and securely linked to the power supply. These barrier blocks can be used in a variety of applications such as industrial automation, process automation, electronic process control, and communication systems. They are also widely used in automotive, aerospace, and defense industries.

The barrier block features a high current-carrying capacity which makes it ideal for the movement of high-current vehicle automation circuits. This feature also ensures that the connection circuit remains consistent throughout the circuit, ensuring a sustained and stable performance of the application.

Features

The GBFTX-2 barrier block features a highly efficient design which drastically reduces the chances of a short circuit. The connector blocks are made of highly durable materials and can handle high operating temperatures. These features make the connector blocks ideal for use in a wide range of applications in the most adverse conditions.

The hand-activated mechanism of the barrier blocks ensures that the blocks remain safely connected even when subjected to extremely high vibrations. In addition, the block also features a unique screw lock system which ensures that the block stays securely locked and that there are no accidental releases of the connection blocks.

The GBFTX-2 can be easily configured and installed in both standard barriers and together with specialized connectors. The compact design of the connector blocks ensures that wires can be securely and conveniently coupled to the block. The block also features an easy mounting system which reduces the installation time and the number of screws needed.

Conclusion

The GBFTX-2 Barrier Blocks provide a strong, reliable connection between components. They can be easily installed and configured in both standard barriers and specialized connectors. The blocks feature a secure locking mechanism which ensures a consistent electrical connection throughout the circuit. The connectors are highly efficient and can handle high operating temperatures. Furthermore, the connector blocks are made of highly durable materials and can handle high vibrations. These features make the GBFTX-2 barrier block ideal for use in a wide range of industrial and automotive applications.

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