Cable lug: Aluminium alloy
Conductor: Al
Bolts, nuts: M12, hot dip galvanized., alternatively stainless steel A2
The short-circuit currents IK apply to a current density of 100 A/mm² and heat the short-circuit bridges from an initial temperature θ = 20°C to a final temperature θ = 160°C.
Other versions on request.
Cable lug: Aluminium alloy
Conductor: Al
Bolts, nuts: M12, hot dip galvanized., alternatively stainless steel A2
The short-circuit currents IK apply to a current density of 100 A/mm² and heat the short-circuit bridges from an initial temperature θ = 20°C to a final temperature θ = 160°C.
Other versions on request.
Cable lug: Aluminium alloy
Conductor: aluminium/steel
Bolts, nuts: M12, hot dip galvanized., alternatively stainless steel A2
The short-circuit currents IK apply to a current density of 100 A/mm² and heat the short-circuit bridges from an initial temperature θ = 20°C to a final temperature θ = 160°C.
Other versions on request.
Conductor: copper/ tinned
Cable lug: copper/ tinned
Bolts: A2
In order to thermally relieve the terminal suspensions in the event of a short circuit, the installation of short-circuit jumpers is recommended.
Depending on the cu-shunt current, one or two cu-shunt are installed.
These connect the clamping body halves to the mast.
Cu-shunt can also be supplied with heat shrink tubing on request.
The short-circuit currents IK apply to a current density of 150 A/mm² and heat the cu-shunt from an initial temperature θ = 20°C to a final temperature θ = 160°C.
Attention!
Not all versions are supplied with screws. Please note the numbering of the technical sketches.
Conductor: copper/ tinned
Cable lug: copper/ tinned
Bolts: A2
In order to thermally relieve the terminal suspensions in the event of a short circuit, the installation of short-circuit jumpers is recommended.
Depending on the cu-shunt current, one or two cu-shunt are installed.
These connect the clamping body halves to the mast.
Cu-shunt can also be supplied with heat shrink tubing on request.
The short-circuit currents IK apply to a current density of 150 A/mm² and heat the cu-shunt from an initial temperature θ = 20°C to a final temperature θ = 160°C.
Attention!
Not all versions are supplied with screws. Please note the numbering of the technical sketches.
Conductor: copper/ tinned
Cable lug: copper/ tinned
Bolts: A2
In order to thermally relieve the terminal suspensions in the event of a short circuit, the installation of short-circuit jumpers is recommended.
Depending on the cu-shunt current, one or two cu-shunt are installed.
These connect the clamping body halves to the mast.
Cu-shunt can also be supplied with heat shrink tubing on request.
The short-circuit currents IK apply to a current density of 150 A/mm² and heat the cu-shunt from an initial temperature θ = 20°C to a final temperature θ = 160°C.
Attention!
Not all versions are supplied with screws. Please note the numbering of the technical sketches.