Highly flexible high current copper connectors

Versatile power ­transmission ­elements

High-quality power­strips made of flat copper strands with crimped connections up to 1500 mm².

Highly flexible high current copper connectors LUKA GmbH

Filter Highly flexible high current copper connectors

LHBC 1000/100/100/400 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/100/100/500 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/100/100/700 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1200/100/100/250 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1200/100/100/300 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1200/100/100/400 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1200/100/100/500 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1200/100/100/700 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1500/100/100/250 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1500/100/100/300 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1500/100/100/400 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1500/100/100/500 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1500/100/100/700 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 610/120/120/250 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 610/120/120/300 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 610/120/120/400 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 610/120/120/500 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 610/120/120/700 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/120/120/250 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/120/120/300 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/120/120/400 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/120/120/500 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

LHBC 1000/120/120/700 drilled according to DIN Form 3

Highly flexible fabric tape

Highly flexible current tape made of copper mesh

Details

FlexGround HV 120/60/750

Highly flexible grounding connector

Copper round stranded wire with M12 double-hole cable lug

Details

Highly flexible high current copper connectors

Highly flexible current­tapes are movable current­transmission­elements made of copper­flat­mesh. They are used in switchgear and device construction to enable the transmission of high currents between components. They compensate for vibrations, thermal expansions and three-dimensional movements. Current­tapes are made from braided, thin individual wires and therefore guarantee enormous flexibility. The connections consist of E-CU/-ETP contact sleeves and are pressed seamlessly and solder-free under high pressure.