PCSBMT2/0-8-2Y

PCSBMT2/0-8-2Y is a kind of terminal wire splice connector developed by France Phoenix Group, which has been widely used in the fields of telecommunications, aerospace, satellite communication, high-speed railways, urban railways, electric power, petroleum and petrochemical industry, and municipal engineering.

The PCSBMT2/0-8-2Y terminal wire splice connector is an improved splice structure of PCSBMT2/0-14. It is suitable for 2/0 (35mm2) and below high-current connection, and is widely used in electric power equipment and electrical engineering. Thanks to its unique design, tools are not required during installation, which reduces labor intensity and improves work efficiency.

The working principle of the terminal wire splice connector is based on the original pin, double-ended structure and internal insulation stress control barrel. The original pin is a tin-plated copper rod, which is fixed while the wire acts as a conductor. The double-ended structure of the terminal makes use of its shape and length characteristics, so that when the assembly enters the insulation stress control barrel, the wire becomes the connecting pin and the strength of the connector can be improved. And the stress control barrel acts as a protection layer for the original pin, providing thermal protection and tension relief for the wire.

The PCSBMT2/0-8-2Y terminal wire splice connector is widely used in the wiring works of high-voltage, medium-voltage and low-voltage power distribution equipment. It has features of high reliability, good insulation and stable connection. Compared with the traditional splicing method, it improves the safety of splicing and reduces labor intensity.

In conclusion, the PCSBMT2/0-8-2Y terminal wire splice connector is a kind of terminal connector developed by France Phoenix Group, which has been widely used in the fields of telecommunications, aerospace, satellite communication, high-speed railways, urban railways, electric power, petroleum and petrochemical industry, and municipal engineering. Its special design and working principle make it a reliable and efficient splicing solution, protecting wires from overcurrent, overvoltage, and overheat.