Conector de barras colectoras Rittal SV pack de 3 — Modelo 9320.070

Rittal SV busbar connection supplied as a pack of three, model 9320.070, is designed to provide secure and compact interconnection of busbars in low-voltage switchgear and distribution enclosures. Manufactured for compatibility with the Rittal SV system, these connectors enable reliable electrical continuity and mechanical stability in control panels and electrical assemblies. The product is intended for professional use in electrical installation, assembly and maintenance where consistent performance and secure busbar joining are required.

Advantages

The busbar connection offers a compact design that minimizes space consumption inside enclosures while maintaining electrical conductivity and mechanical strength. Being supplied as a pack of three supports efficient installation of multiple connections in a single project. Compatibility with Rittal SV system components reduces the need for additional adaptors and simplifies assembly. The design focuses on straightforward fitting and dependable performance under typical operating conditions in low-voltage distribution equipment.

Suitable for

Key specifications

How to use

Select the appropriate position on the busbar system and ensure that mating surfaces are clean and free of corrosion or debris. Align the busbar connection with the mating busbar sections and secure according to the Rittal SV system mounting method, ensuring mechanical tightness and correct alignment to maintain electrical continuity. Follow standard torque and safety requirements for low-voltage installations, and verify the connection visually and, where applicable, with electrical testing equipment before re-energizing the panel.

Recommendations

Use only with compatible Rittal SV system components and follow applicable electrical installation standards and local regulations. Inspect connections periodically as part of regular maintenance and retighten or replace connectors if signs of wear, corrosion, or thermal damage are observed.