Bus bar Rittal SV 9603.000, copper, set of 3, length 1100 mm

Rittal SV 9603.000 is a set of three copper bus bars, each 1100 mm in length, intended for electrical distribution and power bus applications inside enclosures and switchgear. These solid copper conductors are supplied as a pack of three pieces and are designed to provide reliable conductive paths for grounding, phase distribution or custom bus configurations in industrial and commercial installations.

Advantages

High electrical conductivity of copper ensures low resistance connections and efficient current transfer. The uniform length and consistent cross-section of the three bus bars simplify installation and alignment inside distribution cabinets. Robust copper construction offers mechanical stability and long service life in protected indoor electrical environments. Supplied as a matched set of three, the bars enable straightforward implementation of multi-phase arrangements or parallel bus layouts.

Suitable for

• Power distribution bus systems in electrical cabinets and enclosures
• Grounding bars and earthing connections
• Phase distribution for three-phase installations
• Custom bus configurations and junctions in switchgear

Key specifications

• Material: copper
• Quantity in set: 3 pieces
• Length: 1100 mm each
• Form: solid straight bus bars suitable for mounting inside enclosures

How to use

Install the bus bars inside the enclosure or switchgear according to the panel layout and applicable electrical standards. Secure the bars to mounting points or insulators using appropriate fasteners and ensure proper spacing and insulation between phases. Connect conductors or terminals to the bus bar ends with suitable bolted or crimped connections, making sure torque values and contact surfaces comply with manufacturer and installation guidelines. Verify continuity and insulation resistance prior to energizing the system.

Usage recommendations

Use the bus bars only in compatible enclosures and protected indoor environments. Ensure all connections are tightened to the correct torque and apply suitable insulating covers or barriers where required by safety standards. For high-current or specialized applications consult an electrical engineer to confirm sizing, clearances and cooling considerations.