Set of portable equipotential bonding devices for overhead lines

Intended use : protective equipment for bonding work machinery/equipment to components of a medium-voltage overhead line before carrying out work. The kit creates electrical connections between an overhead conductor (previously earthed using short-circuiting devices), metal components of the pole crossarm and the pole earthing system, and between the mobile elevating work platform chassis or ladder and the pole earthing system or another temporary earth electrode.

Components :
1. Portable equipotential bonding device connecting the mobile elevating work platform chassis/ladder to the portable earth electrode DME 1 (one piece), fitted with a 16mm2 connection cable, 4 m long, and a CCRUp manual earthing clamp
2. Portable equipotential bonding device connecting the overhead conductor to the metal crossarm/earthing strip at the top of the pole, or the mobile elevating work platform chassis/ladder to the pole earthing strip DME 2 (one piece), fitted with a CAA automatic self-locking overhead conductor clamp, a 16mm2 connection cable, 4 m long, and a CCRUp manual earthing clamp
3. Portable equipotential bonding device connecting the overhead conductor to the portable earth electrode DME 3 (one piece), fitted with a CAA automatic self-locking overhead conductor clamp, a 16mm2 connection cable, 14 m long, and a CCRUp manual earthing clamp
4. Manual earthing clamp CCRUp – two pieces
5. Portable earth electrode – one piece

The overhead conductor clamps are automatic (CAA), with an insulated handle for easy operation. At the customer's express request, the insulated handle can be replaced with a removal ring and fittings for use with sticks and accessories for MV overhead-line short-circuiting devices.
The earthing clamps have a classic vice-type construction and can be applied to the pole earthing strip, an earth rod or other metal parts of different shapes and cross-sections.

Other configurations are available on request to suit the customer's work equipment, including different earthing cable lengths and alternative overhead conductor or earthing clamp designs.