Rittal OM-Adapter SV 9340.400 poliammide grigio RAL 7035 per barre conduttrici 5 mm, 90 x 208 mm

For installations where busbar components must be secured without drilling or welding, the Rittal OM-Adapter SV 9340.400 offers a snap-on solution that keeps the busbar system intact. The adapter is moulded from polyamide in light grey (RAL 7035), matching Rittal enclosures and distribution boards, and is sized to fit 5 mm thick busbars. Its 90 mm width and 208 mm height provide a stable base for mounting devices, terminals, or covers in SV busbar systems.

Highlights

• Quick mounting: attaches directly to 5 mm busbars without tools
• Robust polyamide body resists impact and industrial environments
• RAL 7035 light grey blends with standard Rittal enclosures
• 90 x 208 mm footprint supports a wide range of components
• Part of the Rittal OM system for modular busbar assembly

In daily use

The OM-Adapter SV 9340.400 is intended for electricians and panel builders who need to add accessories to existing busbar runs. It slides onto the busbar and locks in place, providing a flat surface for mounting terminal blocks, fuse holders, or cable guides. Because it is made of insulating polyamide, it also helps maintain clearance between live busbars and adjacent metal parts. The grey colour keeps the installation looking uniform, and the adapter can be removed and repositioned if the layout changes.

Full specifications

• Brand: Rittal
• Model: OM-Adapter SV 9340.400
• MPN: 9340.400
• EAN: 4028177673830
• Product type: OM-Adapter
• Material: Polyamide
• Colour: Grey (RAL 7035)
• Width: 90 mm
• Height: 208 mm
• Busbar thickness compatibility: 5 mm
• Mounting system: Rittal OM System
• System compatibility: Rittal SV Busbar Systems
• Application: Busbar mounting and component integration
• Installation type: Adapter for quick mounting
• Component category: Electrical Distribution Accessory

Final note

This adapter is a practical accessory for Rittal SV busbar systems, offering a secure and insulated mounting point without modifying the busbar itself.