SV3572.005 Rittal Laminated copper bar WH: 24x10mm L: 2000mm

Why Choose the Rittal SV 3572.005 Laminated Copper Bar 24 x 10 mm, 2000 mm?

Rittal SV 3572.005 is a laminated copper bar engineered for compact, low impedance power distribution in control panels and switchgear. Built from high purity electrolyte copper with a tough vinyl insulation, it delivers high current carrying capacity with excellent flexibility for routing, reduced eddy current losses compared with solid bars, and reliable dielectric performance in industrial environments.

Key Takeaways

• High current capacity: 585 A at 30 K, 770 A at 50 K, 920 A at 70 K temperature rise
• Precise dimensions: 24 mm width x 10 mm thickness x 2000 mm length
• Laminated construction: 10 copper laminas, each approximately 1 mm, for flexibility and low inductance
• Durable insulation: Vinyl compound, UL 94 V0, dielectric strength 20 kV per mm
• Wide temperature range: minus 30 C to plus 105 C

Technical Specifications

• Article number: SV 3572.005
• Material: High purity electrolyte copper lamina
• Construction: 10 laminas x 24 mm width x 1 mm thickness
• Overall bar size: 24 mm width x 10 mm thickness
• Length: 2000 mm
• Rated current at 30 K rise: 585 A
• Rated current at 50 K rise: 770 A
• Rated current at 70 K rise: 920 A
• Insulation: Highly resistant vinyl compound, dielectric strength 20 kV per mm
• Flammability: UL 94 V0
• Operating temperature: minus 30 C to plus 105 C
• Notes: Can be cut to length; current ratings are based on temperature rise above ambient

Frequently Asked Questions About the Rittal SV 3572.005

• What current ratings does this laminated bar support?
• Can the bar be cut or formed during installation?
• What insulation properties and standards does it meet?
• Where is a laminated bar preferred over a solid busbar?
• What are the basic installation guidelines?

Rittal SV 3572.005 Overview

The SV 3572.005 laminated copper bar combines high conductivity with a flexible, space efficient profile for dense panel layouts. The multiple thin laminas lower inductance compared with a solid bar of the same cross section, improving dynamic performance under switching and fault conditions while the vinyl insulation provides reliable electrical separation.

Typical uses include main and sub distribution in MCCs, control panels, switchboards, and compact busbar systems in industrial automation.

Speed and Safety Benefits

• Faster wiring: Flexible laminated stack eases routing around components and in tight spaces
• Lower inductance: Helps reduce electromagnetic effects versus solid bars of the same section
• Reliable insulation: High dielectric strength with UL 94 V0 flammability rating supports robust designs

Key Features of the SV 3572.005

• High purity electrolyte copper for low resistance and efficient power transfer
• 10 lamina construction for improved flexibility and reduced eddy current losses
• Vinyl insulation, 20 kV per mm dielectric strength, UL 94 V0
• Operational from minus 30 C to plus 105 C
• Defined current ratings at 30 K, 50 K, and 70 K temperature rise

Trusted By Customers Worldwide

We standardised on Rittal laminated bars for our panel builds. The flexibility of the lamination and dependable insulation help us keep assemblies compact without compromising on current capacity.

Choose the Rittal SV 3572.005 Laminated Copper Bar for reliable, space efficient power distribution with verified electrical performance in industrial panels and switchgear.