Bus bar Rittal SV 3528.000, copper, set of 3, length 695 mm

Rittal SV 3528.000 is a set of three rigid copper bus bars, each 695 mm long, designed for electrical distribution and switching applications. These solid copper conductors are manufactured to provide consistent conductivity and mechanical stability for installations in switchgear, control panels and power distribution systems where durable copper bus bars are required. The product is supplied as a pack of three bars and is part of a range with lengths available from 495 mm to 2400 mm to accommodate different panel sizes and layouts.

Advantages

The copper composition ensures high electrical conductivity and reliable current carrying capacity while offering corrosion resistance suitable for indoor electrical enclosures. The rigid form factor simplifies mounting and alignment inside switchgear and control cabinets. Supplied as a matched set of three, the bus bars provide consistent dimensions and surface finish for uniform electrical and mechanical connections.

Suitable for

Key specifications

How to use

Inspect the bus bars and the target mounting area for compatibility with the panel layout and clearances before installation. Secure each bus bar using appropriate insulated fasteners or clamps and ensure solid mechanical and electrical connections at connection points. Maintain required creepage and clearance distances, torque terminal connections to manufacturer-recommended values for the specific hardware used, and follow local electrical codes and standards during installation and commissioning. After mounting, verify continuity and insulation resistance as part of routine commissioning tests.

Recommendations

Use proper personal protective equipment and follow electrical safety procedures during handling and installation. Choose the bus bar length that matches panel dimensions and load requirements from the available range. Where surface treatment or additional corrosion protection is required, consider appropriate protective finishes or environmental controls in the enclosure.