DBAL 60/10/80-310S
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
DetailsHighly flexible high current copper connectors
Versatile power transmission elements
High-quality powerstrips made of flat copper strands with crimped connections up to 1500 mm².
Filter Highly flexible high current copper connectors
DBAL 80/10/100-350S
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 100/10/100-350S
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 120/10/120-390 V
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 160/10/160-470 V
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/5/60-180V drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/5/60-180V drilled according to DIN, Form 1
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/5/80-280V drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/5/80-280V drilled according to DIN, form 1
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/10/50-180V drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/10/50-180V drilled according to DIN, Form 1
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/10/80-280V drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/10/80-280V drilled according to DIN, form 1
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 50/10/60-220V drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 50/10/60-220V drilled according to DIN, form 1
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 50/10/80-280V drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 50/10/80-280V drilled according to DIN, form 1
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 60/10/70-240V drilled according to DIN, form 3
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 60/10/80-280V drilled according to DIN, form 3
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 80/10/80-280V drilled according to DIN, form 4
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 80/10/100-320V drilled according to DIN, form 4
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 100/10/100-300V drilled according to DIN, form 4
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 100/10/110-360V drilled according to DIN, form 4
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
Details
DBAL 40/5/60-250S drilled according to DIN, form 2
Aluminum expansion band
Flexible aluminum rail made of aluminum foil with MIG-welded connections
DetailsHighly 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.
