Features
Compared to rigid copper busbars, flexible copper busbars offer several advantages in modern power distribution systems.
Their laminated construction allows controlled flexibility, simplifying installation in compact switchgear and reducing mechanical stress on connection points.
Flexible busbars also improve tolerance to vibration and thermal expansion, helping maintain reliable electrical contact over time.
These characteristics make them particularly suitable for compact electrical panels, modular switchgear and high-current installations where installation space and assembly efficiency are critical.
Advantages
easier installation in compact electrical panels
reduced mechanical stress on terminals and equipment
improved vibration resistance
compensation of thermal expansion
simplified routing in complex layouts
reduced installation time compared to rigid copper bars
Applications
Low voltage switchgear, Industrial power distribution systems, Inverters and power converters, Battery energy storage systems (BESS), Data center power cabinets, Industrial machinery and automation equipment
Their flexibility simplifies installation in compact electrical panels and complex layouts, reducing mechanical stress on terminals and improving assembly efficiency.
Standard Specifications
Cu-ETP high conductivity copper
Laminated strip construction
Standard length: 2 meters
Operating voltage: 1000 V AC / 1500 V DC
Operating temperature: -40 °C to +105 °C
Dielectric strength: 20 kV/mm
Insulation thickness: 1.6 - 2 mm
UL94 V0 self-extinguishing insulation
UL recognized insulation system
Tin-plated version available on request
Preformed insulated bars available on demand
Current ratings are calculated according to DIN 43671 with reference ambient temperature of 35 °C, available for ΔT 30 °C, 50 °C and 70 °C. Short circuit current (Icc) values are provided for 1 second according to IEC 60724.
Please download the product data for complete specifications or details of custom design options.
