Insulated flexible busbar MMC 50x1x10 500mm² 2m MOFLEX 82204001

Flexible Copper Busbar with PVC Insulation – Solution for High-Current Circuits

The MOFLEX 50x1x10 busbar with a cross-section of 500 mm² is not just a conductor – it is a compact solution that replaces several thick copper cables, reducing space occupancy in switchboards and simplifying installation. Made from electrolytic copper Cu-ETP (99.90% purity), it ensures stable conductivity even under heavy loads – up to 1404 A at 1000 V AC / 1500 V DC.

The self-extinguishing PVC insulation (UL 94 V-0) not only protects against short circuits but also maintains integrity in extreme temperatures – from -40°C to 105°C. Its dielectric strength exceeding 20 kV/mm ensures safe operation even in installations with high voltage impulses.

Why It Performs Better Than Traditional Cables

• Smaller cross-section, higher current capacity – for the same current, the busbar occupies 25% less space than a standard flexible busbar.
• Reduced skin effect – thanks to its ribbon structure, the effective cross-section is 60% smaller than that of a conventional copper cable carrying the same current.
• Flexibility without compromise – elongation exceeding 200% enables easy installation in tight angles and confined spaces, without the need for additional connectors or flexible joints.
• Mechanical durability – tensile strength of 15 N/mm² and thin yet robust insulation ensure the busbar remains undamaged during installation and long-term use.

Installation and Application

Ideal for installation in medium and high-power switchboards – especially where smooth adaptation to the circuit shape is required: in UPS systems, inverters, DC power supplies, or industrial switchboards. No special tools are needed – just a standard screwdriver and an appropriately sized mounting screw. The black insulation not only fits aesthetically into modern installations but also effectively protects against accidental contact and contamination.

Product manufactured in Germany – compliant with quality requirements for critical installations.