Mechanical Shearhead bolted Cable Lug,CLBI-10-2-25-50

Mechanical Shearhead Terminal Lug, 10KV medium voltage lines, 25-50 mm2 Aluminum power cable, 2 shear head bolts

Features

Easy Operation with simply hex ket.
Wide Application Range from 25 to 50mm².
Durable Material, aluminum
Designed for both solid and stranded cables.
Factory location in China

DESCRIPTION

TEST

REVIEW

Application

The mechanical cable lug CLBI-10-2-25-50, is a compact and durable connector designed for terminating aluminum conductors ranging from 25 mm² to 50 mm² in medium-voltage systems up to 10 kV. Its robust construction ensures a secure and long-lasting connection to electrical equipment without the need for compression tools.

The lug features a shearhead bolt mechanism, which allows for quick and reliable installation using a standard hex key. Once the correct torque is applied, the bolt head shears off, providing a visual confirmation of proper connection.

Technical specification

Product code	Cable size, mm2	Bolt number	Application cable
CLBI-10-2-25-50	25-50	2	Aluminum

Components and Materials

Mechanical terminal Lug, CLBI-10-2-25-50 is produced by a direct factory location in China -- Jera Line, and it is also under Research and Design RnD by Jera Line, Shearhead electrical bolts lugs does not require the compression tool for installation.

The aluminum mechanical lug consists of the following main part:

Components	Materials
Body	Aluminum alloy
Shear off torque bolts	Aluminum alloy

Dimensions

Test

Aluminum Shearbolt Conductor Lug, CLBI-10-2-25-50 has successfully passed routine testing conducted at Jera Line’s in-house factory laboratory. If required, Jera Line can provide a factory test report in accordance with IEC 61238-3 standards, ensuring compliance with international performance benchmarks.

Jera Line maintains its own dedicated laboratory facilities, equipped with tensile strength testing machines to perform routine mechanical evaluations. These tests verify the lug’s mechanical integrity, durability, and reliability under operational stress, supporting its use in 10 kV medium-voltage power systems.