Bus bar Rittal SV 9602.000, copper, set of 3, length 700 mm

Rittal SV 9602.000 is a set of three copper bus bars, each 700 mm long, designed for reliable electrical distribution inside switchgear, distribution panels and industrial enclosures. Manufactured from electrolytic copper with a cross-section of 120 mm², these rigid conductors provide a low-resistance path for phase connections where compact, heavy-current-compatible bus bar solutions are required.

Advantages

The copper composition offers high electrical conductivity and stable mechanical properties for long-term use in industrial and commercial electrical installations. The 700 mm length and uniform cross-section simplify alignment and mounting in standard enclosure layouts, while the set of three bars enables straightforward three-phase wiring. Rigid construction reduces the risk of deformation under load and supports consistent contact pressure at connection points.

Suitable for

• Three-phase power distribution in switchgear and control cabinets
• Building electrical panels and distribution boards
• Industrial enclosures and machine power supply terminals
• Retrofit or upgrade of existing bus bar systems

Key specifications

• Material: electrolytic copper (E-Cu)
• Number of bars: 3 pieces
• Length: 700 mm each
• Bar cross-section: 120 mm²
• Form: rigid, straight bus bars for fixed mounting

How to use

Install the bus bars on mounting supports or insulating standoffs inside the enclosure, ensuring proper spacing and clearance according to applicable electrical standards. Mark and drill connection points or use pre-prepared holes compatible with your terminal hardware, then fasten with appropriate bolts and washers rated for the conductor cross-section. Ensure all connections are torqued to the values recommended for the chosen fasteners and verify continuity and insulation before energizing the circuit.

Usage recommendations

Use appropriate personal protective equipment and follow local electrical codes when installing copper bus bars. Match bolt size and torque to the conductor cross-section, and apply anti-oxidation treatment on exposed copper connections if required by the environment to maintain low contact resistance.