Rittal SV 3524.000 barra conduttrice, 495mm rame, confezione da 3

In industrial switchgear and power distribution cabinets, reliable current-carrying components are essential. The Rittal SV 3524.000 busbar delivers exactly that: a set of three flat copper bars, each 495 mm long, engineered for use with the RiLine60 busbar system. Electricians and panel builders rely on these bars to create robust, low-resistance connections in low-voltage assemblies, ensuring stable power flow to breakers, fuse holders, and other modular devices.

Key specifications

• Product type: flat busbar for power distribution
• Material: electrolytic copper (E-Cu), untreated surface
• Dimensions per piece: 495 mm length × 30 mm width × 5 mm thickness
• Cross-section per piece: 150 mm²
• Pack quantity: 3 pieces
• Compatible with Rittal RiLine60 busbar system
• Designed for IEC 61439 low-voltage switchgear applications
• Weight per piece: approx. 0.665 kg

Why choose it

These busbars are made from high-conductivity electrolytic copper, which minimizes voltage drop and heat generation under load. The flat profile allows for easy mounting and secure contact with RiLine60 adapters and components. Supplied in a convenient 3-pack, they provide flexibility for building or extending busbar runs without excess inventory. The natural copper finish ensures optimal electrical performance and is ready for further processing if required.

Ideal use cases

• Power distribution in industrial control panels and switchgear
• Creating main or sub-distribution busbar runs in RiLine60 systems
• Connecting modular devices such as circuit breakers and motor starters
• Retrofitting or expanding existing low-voltage assemblies

Good to know

The busbars are supplied untreated, which is standard for copper busbars intended for indoor use in protected enclosures. For applications requiring corrosion resistance or insulation, appropriate surface treatment or covers should be applied. Always follow Rittal installation guidelines and local electrical codes when working with busbar systems.