Long Palm Lugs are used for terminating onto busbar systems or extended take off palms on contactors, MCBs, ACBs or where more than one stud fixing is required. Remora Long Palm Lugs are manufactured from precision drawn seamless copper tube to BS EN 12449:1999.

Cembre copper cable lugs featuring a reduced palm width, designed for installation within Low Voltage circuit breakers which have reduced space between terminal guards.

Leading supplier of Palm Lugs, Tube Pin Terminals, Brazed sheet Terminals and 4-hole fixings for cable termination. Technical support - Fast quote - Fast delivery.

The flared entry allows for ease of insertion of any cable without having to go up a lug size and risking a weaker crimp connection. These are available in 10mm² – 300mm² with other sizes available made to order.

ETS copper cable lugs with extended blank palm, designed to be drilled on site to the fixing dimensions required – (the extended palm can accomodate two fixings bolts). For use with standard copper conductors to BS6360 Class 2 for all …

APPLICATION F Long palm lugs are used to connect a cable to its electrical source. The long palm provides added connectivity through a larger surface Note

RING TERMINAL WITH NARROW PALM, FOR COPPER CONDUCTORS, FOR LOW VOLTAGE CIRCUIT BREAKERS

The compressed palm of the narrow palm lug provides an effective and efficient termination. Remora Narrow Palm Lugs are manufactured from precision drawn seamless copper tube to BS EN 12449:1999. All standard types in the range between 35mm² and 300mm² have bell mouth entries to ensure ease of entry, even with flexible conductors.

The long palm enables users with specific requirements to customise the stud sizes and positions, also available to order in a 2 hole configuration. All terminals are provided with an inspection hole to ensure the conductor is fully inserted before crimping.

TriCab Long Palm Bi-Metallic lugs are specifically designed to directly terminate our flexible Aluminium cables without the need for copper tails. This saves enormous installation costs and time. They are manufactured using a friction welding process, which provides optimal transition between the Aluminium barrel and Copper palm.