GFTPX-6

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Terminal Blocks - Barrier Blocks is a kind of terminal blocks used in different industrial applications. GFTPX-6 is a barrier block which is used to limit current and provide a connection between two terminals. It is used for applications such as: motor control, power distribution, signal transmission and distribution, and ground fault protection.

The main features of GFTPX-6 barrier blocks include a contact rating of up to 600VAC/VDC and amp rating up to 15A. The contact material is silver-plated copper alloy which ensures excellent electrical and thermal conductivity. The terminal blocks feature a unique design which allows for easy installation and maintenance with minimal force. The design also ensures uniform distribution of current and contact pressure along the length of the contact, resulting in improved arc suppression and enhanced safety.

In motor control applications, GFTPX-6 barrier blocks are used to provide greater connection flexibility and more reliable connections due to their ability to transfer high currents with minimal arcing. The terminal blocks can be used in power distribution applications to ensure efficient and reliable power distribution. In signal transmission and distribution, such as Ethernet networks, the blocks are used to ensure proper signal transmission without interference or delay. Finally, in ground fault protection, the terminal blocks are used to shut down a circuit in case of an electrical fault.

The working principle of GFTPX-6 barrier block is based on a thermal magnetic tripping system which works by measuring the time-dependent strength of the current and the temperature of the contacts. When the current intensity exceeds the pre-specified tripping level, the relay in the terminal block trips and the circuit is immediately cut off, thus protecting the system from electrical overloads or short circuits.

GFTPX-6 barrier block offers a reliable, easy to install, and cost-effective solution for various industrial applications. The inclusion of a thermal-magnetic tripping mechanism allows it to protect against overloads and short circuits, while its unique design ensures uniform distribution of current and contact pressure, leading to improved arc suppression and enhanced safety.

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