Consistently effective equipotential bonding
It is a fact that you, as the system operator, are responsible for the availability of the system. Equipotential bonding must be consistently effective.
In practice, however, conductive parts of the construction or cable tray system are often defined as “equipotential bonding conductors”. These do not guarantee the required safe, consistent and permanently effective electrical connection. Problems soon arise, particularly during structural alterations when, for example, conductive system parts are removed or isolated.
Systematic safety
The system solution by DEHN serves to create a ring / radially connected equipotential bonding to be mounted on cable tray systems. It ensures consistent equipotential bonding.
Conductive system parts and electrical equipment like power units, motors, field devices, sensors, etc., can be effortlessly integrated in the equipotential bonding – protecting both people and systems.
The equipotential bonding system is mounted on cable tray systems. All conductive system parts and electrical equipment are integrated in the Ex equipotential bonding by means of equipotential bonding plates and clamps as well as a closed ring equipotential bonding conductor.
EB clamp for cable trays and EB plate
- Easy assembly, simple retrofitting
- Clear documentation, labeling, traceability
- Compatible with commonplace cable tray systems
- Simple trouble shooting
- Time-saving inspection, service and maintenance
Versions
Version 1 for cable tray systems
EB clamp for cable trays and EB plate
- Connection only with ring equipotential bonding conductor (tinned copper cable)
- For mounting on cable trays with side perforations or on the equipotential bonding plate (PAP 1 / PAP 2)
- EB clamp to be mounted approx. every 1.5′
Version 2 for wire cable trays
EB clamp for wire cable trays
- Connection only with ring equipotential bonding conductor 35 mm², Part No. 832 838 (tinned copper cable)
- For mounting on the wire cable tray or the EB plate (PAP 1 / PAP 2)
- EB clamp to be mounted approx. every 1.5′