Rittal SV ράγα ρεύματος 3585.005 – μη διάτρητος χαλκός, 2400 mm, 3 τεμ.

In industrial power distribution, reliable and efficient current transmission is non-negotiable. The Rittal SV Busbar 3585.005 delivers exactly that: a set of three unperforated copper busbars, each 2400 mm long, engineered for high-current applications in switchgear and enclosure systems. Made from electrolytic copper (E-Cu), these busbars provide excellent conductivity and corrosion resistance, ensuring stable performance over years of service.

Who is it for

This product is intended for electrical engineers, panel builders, and maintenance professionals who design or upgrade power distribution systems. It is particularly suited for those working with Rittal SV busbar systems, where compatibility and precise fit are critical. Whether you are constructing a new switchgear assembly or retrofitting an existing enclosure, these busbars offer the flexibility and robustness needed for demanding industrial environments.

Main features

• Unperforated design allows custom drilling or punching to match specific connection layouts.
• Electrolytic copper (E-Cu) material ensures high electrical conductivity (approx. 58 MS/m) and excellent thermal performance.
• Cross-section of 30 mm × 10 mm provides a substantial current-carrying capacity for high-power circuits.
• Length of 2400 mm per bar enables large-scale distribution or cutting to required sizes.
• Supplied as a pack of 3 pieces, offering convenience for multi-phase or parallel busbar arrangements.
• Bare copper surface allows direct contact with connectors and supports, and can be tin-plated if needed for enhanced corrosion protection.
• RoHS compliant, meeting environmental standards for restricted substances.

Specifications

• Product type: Busbar
• Material: Electrolytic copper (E-Cu)
• Busbar design: Unperforated
• Cross-section width: 30 mm
• Cross-section thickness: 10 mm
• Length: 2400 mm
• Quantity included: 3 pieces
• Application area: Power distribution, switchgear, industrial enclosures
• System compatibility: Rittal SV busbar systems
• Surface finish: Bare copper
• Corrosion resistance: Good (inherent to copper)
• Standard compliance: RoHS
• Material density: approx. 8.96 g/cm³

Tips

When installing these busbars, ensure that all contact surfaces are clean and free of oxidation. Use appropriate torque settings on connection bolts to avoid overheating. For outdoor or harsh environments, consider applying a protective coating or tin plating to prevent corrosion. Always verify that the busbar supports and insulators are rated for the expected short-circuit forces and thermal loads. Proper spacing between phases is essential to maintain dielectric strength and prevent arcing.