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Laminated, Copper Busbar, Fixing Clamp

Max Distance:
20mm, 40mm
Components:
2 galvanized steel and grade 8.8 M8 screws, 2 galvanized steel sheets with rod and screw, non-magnetic material.
Application:
It is used for maximum current connection between rigid copper busbars such as GRL flexible busbars and transformer terminals. Such as 60mm Busbar System, 100mm Busbar System and 185mm Busbar System.
Description

Laminated busbars are an excellent choice for high-current applications due to their ability to distribute electricity evenly. Thanks to their lamination, multiple layers of metal are bonded together tightly. This creates a sturdy product that can withstand heavy use.

Copper busbars are a great choice for electrical conductors because they have high conductivity. This results in increased current carrying capacity and lower impedance compared to solid conductors.

FC Flexibar Clamp

Laminated

Copper Busbar

Consists of 2 galvanized steel and 8.8 grade M8 screws

FC Flexibar Clamp

BC Ribbed-steel Busbar Clamp

Fixing Clamp

Laminated

Copper Busbar

Composed of 2 galvanized steel sheets with robs and screws, Longer 8.8 grade screws can make the clip distance up to 50mm

BC Ribbed-steel Busbar Clamp

HCBC High Current Busbar Clamp

Fixing Clamp

Laminated

Copper Busbar

Made of non-magnetic materials, used for the maximum current connection between GRL flexible busbars and rigid copper busbars such as transformer terminals

HCBC High Current Busbar Clamp

Retaining clips are used to connect electrical components to copper busbars. Laminated copper busbars and retaining clips are essential components in many electrical systems. This Laminated Copper Busbar Clamp is ideal for connecting rigid copper busbars to transformer terminals. Its class 8.8 M8 screws make it a durable and reliable choice for maximum current connections.

Laminated copper busbar retention clips are ideal for applications where high current connections are made between rigid copper busbars such as GRL flexible busbars and transformer terminals.

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