Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Cembre 2388810 is a tin-plated electrolytic copper tube crimping lug designed to provide a dependable compression termination for large copper power conductors in professional electrical installations.
The Cembre 2388810 is a professional copper tube crimping lug designed for terminating large copper power conductors in industrial power distribution, switchgear, machinery and electrical infrastructure applications. Manufactured as part of Cembre's established range of compression cable terminals, it provides a robust interface between a copper conductor and a compatible bolted electrical connection point.
Cembre copper tube terminals are manufactured from high-conductivity electrolytic copper and use an annealed construction to provide the material characteristics required for effective compression crimping. When installed using the correctly matched professional crimping tool and die, the tubular barrel compresses securely around the conductor strands to create a mechanically strong and electrically dependable termination.
The terminal features a tin-plated copper construction that provides additional surface protection against oxidation. Its substantial tubular barrel and single-hole palm make it suitable for connecting high-current power cables to busbars, switchgear, transformers, distribution equipment and industrial machinery where dependable long-term electrical connections are essential.
Copper tube crimping lugs provide a mechanically secure and electrically conductive interface between stranded copper power cables and bolted equipment terminals. During installation, a correctly selected crimping tool and die compress the tubular barrel around the conductor strands, producing a permanent termination designed to minimise electrical resistance while maintaining the mechanical integrity required in demanding power systems.
Cembre cable termination products are designed for professional electrical installation and maintenance applications. Their combination of conductive copper construction, controlled crimping characteristics and protective tin-plated surface makes them suitable for switchgear, distribution equipment, machinery and infrastructure where reliable long-term power cable connections are required.
| Manufacturer | Cembre |
|---|---|
| Product code | 2388810 |
| Product type | Copper tube crimping lug |
| Terminal type | Non-insulated compression cable lug |
| Conductor type | Copper conductor |
| Material | Electrolytic copper |
| Surface finish | Tin plated |
| Construction | Annealed copper tube |
| Number of fixing holes | 1 |
| Conductor termination | Compression crimp |
| Equipment connection | Bolted connection |
| Installation method | Professional compression crimping |
The Cembre 2388810 is a copper tube crimping lug designed to terminate a copper power conductor and provide a secure bolted connection to compatible electrical equipment.
The terminal is designed for use with copper electrical conductors in professional power distribution, machinery and industrial electrical installations.
The terminal is manufactured from high-conductivity electrolytic copper with an annealed tubular construction suitable for professional compression crimping.
Yes. The copper terminal has a tin-plated surface finish that provides additional protection against oxidation.
They are commonly installed in switchboards, busbar systems, electrical control panels, industrial machinery, transformers and power distribution equipment requiring dependable bolted power cable connections.
Cembre copper tube crimping lugs are designed for professional electrical installations requiring high conductivity, robust mechanical performance and dependable cable termination across industrial and power distribution systems.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.