ATDS4G

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Terminal Blocks are an important component in cable management and signal routing for most electrical devices. The DIN Rail Type, usually acronymed as ATDS4G, are designed to meet the requirements of high-end applications in industrial and communication applications. It allows for signal control between two electronic components and provides a more robust and reliable connection by providing secure locking of the electrical contacts. In this article, we discuss the application fields and working principle of ATDS4G.

Application fields of ATDS4G

ATDS4G is mostly used in the energy supply industry, especially the medium and low voltage systems. It is also used in the communication industry and can be used in data network systems, frequency and system control systems, and power supply systems. Additionally, the ATDS4G can also be used in electronic systems such as production lines, safety systems, feedback systems, automation systems, communications systems, and displays. Their main purpose is to provide secure and reliable connections in different application fields.

Working principle of ATDS4G

ATDS4G terminals are made up of two parts; a base block and a conductor bar. The base terminal is made of thick and reliable insulated materials such as ABS, aluminum, glass, and stainless steel. The conductor bar is designed to fit in the grooves in the base block and its pins or plugs accept the electrical wires. The conductor bar can be securely locked in place by the fastening screws or pressing pins.

The connector of the electrical wire is forced in the terminal pins which makes an electrical connection by pressing the insulation and the conductor. The contact is secured in place by the fastening screws or the pressing pins. The screws or the pressing pins tightly press the conductor bar against the base terminal and make a reliable electrical contact that is secure from external damage and ensures a reliable connection.

The ATDS4G also has a second type called the channel type terminal. It is made of two layers, the upper layer and the conductor bar, connected by the fastening screws or the pressing pins. The upper layer has an insulation protective layer that insulates the conductor from the other components. The conductor bar also has pin contacts that accept the electrical wires.

The main feature of the ATDS4G terminal is its self-clamping technology. This ensures a reliable connection between the conductor and the base terminal. This feature also allows a quick and easy connection and disconnection of the electrical wires. The connection is made without the need for pliers or wrenches. This makes the ATDS4G terminal ideal for applications where frequent connections and disconnections between components are necessary.

The use of ATDS4G terminals helps reduce wiring errors and ensure reliable electrical connections. It also helps reduce costs associated with production or installation as the ATDS4G terminals require no special tools for installation. It also has a longer service life as it is resistant to corrosion and other environmental factors.

In summary, ATDS4G terminals provide reliable electrical connections in a wide range of applications. They are suitable for use in energy supply systems, communication systems, and electronic systems. Due to their simple installation and maintenance, they are ideal for use in production, safety systems, automation systems, and communication systems. The self-clamping technology ensures that the electrical connection is securely locked and provides reliable connections for a variety of applications.

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