In terms of material selection, the conductive components of a bus duct connector must possess both high strength and high conductivity.
From car engine mounts to high-speed rail track pads, from precision instrument bases to household appliance foot pads, rubber products have become core components for achieving the goals of "quiet operation" and "stable movement."
These designs not only reduce installation and maintenance costs, but also expand the application scenarios of busbar systems, making them an indispensable key component in modern power transmission.
Matching the pressure of the top bolt with the rotor speed is crucial. High pressure can enhance shear force, while a suitable speed can balance the dispersion efficiency and the equipment load.
In environments with severe vibrations, damping pads or rubber sleeves can be installed around the connector to absorb vibration energy and reduce the impact on the connector.
Creepage distance and arc resistance are two core indicators for measuring its insulation capability, and corrugated column insulators effectively improve these two key performance characteristics through their unique structure and material technology.