ELVP13100E

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The ELVP13100E Terminal Block is a professional power distribution product. It is commonly used to protect against destruction and sudden fires at high power environments, particularly in electrical distribution systems. It acts as a power terminal between the power and load, ensuring continuous and reliable power distribution. ELVP13100E Terminal Blocks are suitable for power distribution up to 32A and 16kV.

Application Field

ELVP13100E Terminal Blocks are mainly used in the electric power industry, such as transmission lines, distribution lines, transformer stations, lighting projects, substations, and airports. In the household and public lighting project, for example, it can control the power distribution system of lights and lamps, and the power supply system works reliably and stably with the help of ELVP13100E Terminal Block. Moreover, they are also used for control wiring in factories, workshops, and other special occasions.

Working Principle

ELVP13100E Terminal Blocks use two contact plates to connect two conductors. A spring force is exerted on the contact plates to ensure a secure connection. The contact surfaces are gold-plated, and all components are designed to minimize arcing and provide a good vibration resistance and mechanical stability for contact surfaces. A series of bus themes enable the user to install, connect, and disconnect the electrical power. There is also a sliding mechanism that helps protect the bus bar from damage and displacement.

The terminal block has a double fuse module that provides protections against short circuits, overloaded, and weak current. It can withstand 100,000 open and close cycles making it highly reliable and easy to use. The components are moulded with flame-retardant materials and sealed with a PVC strip, which adds to the safety of the system.

The ELVP13100E Terminal Block is a perfect choice for power distribution systems since it provides high efficiency, reliability, and electrical safety. It is a cost-effective product that can help reduce the risk of overloads and short circuits in power systems.

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