Σετ ράγας ρεύματος 3 τεμ., Rittal SV 3504.000, χαλκός

Rittal SV 3504.000 is a set of three copper bus bars supplied as a pack of 3 pieces, intended for electrical distribution and conductive connections inside enclosures and switchgear. These copper bars provide stable current-carrying paths for panel installations, grounding and power distribution tasks where high conductivity and corrosion resistance of copper are required. The product is compatible with PLS special busbar systems and is designed for installation without drilling, simplifying retrofits and upgrades in electrical cabinets.

Advantages

The three-piece copper bus bar set offers uniform conductivity and low electrical resistance for reliable power transfer. Copper construction ensures good corrosion resistance and stable long-term performance under typical electrical load conditions. Compatibility with PLS special busbars and a no-drill installation approach reduce installation time and the need for additional hardware, while the pack format provides all required bars for three-phase or multi-conductor setups.

Suitable for

Key specifications

How to use

Identify the busbar mounting points inside the enclosure or switchgear and verify compatibility with the PLS special busbar system. Position the copper bars in the designated channels or supports and secure them according to the enclosure manufacturer's instructions; no drilling is required for compatible fittings. Ensure tight, clean electrical connections at attachment points and apply appropriate torque to connection hardware. Verify clearances, insulation barriers and any required protective covers before energizing the circuit.

Recommendations

Use appropriate personal protective equipment and follow local electrical standards when installing or servicing bus bars. Clean connection surfaces to remove oxides, apply recommended anti-oxidation compound if specified, and ensure proper torque settings for terminals. Confirm that conductor ratings and short-circuit withstand capacity meet your system requirements before final commissioning.