SELVO 100 Amps 415 Volts Busbar chamber board with 100A Four pole Isolator Protection

SELVO busbar chambers with Isolator provision are designed for safe reliable & economical distribution of power with the. These are available in 100A and 63A Current ratings . The User has to connect the incoming power supply to the Isolator and the cables are connected from the output terminal of the isolator to the input terminals of the busbar as given in the images. The busbar can be further connected to different loads using wires with the provision of thimbles. To operate the busbar, the isolator has to be turned by pushing the knob in the upward direction, and then the power supply will flow in the circuit.

 Enhanced Safety: By incorporating isolator protection directly into the busbar system, you create a safer environment for both equipment and personnel. This integration allows for easy and safe isolation of electrical circuits without needing separate isolation equipment. It also reduces the risk of accidental contact with live parts during maintenance.

Streamlined Maintenance: With isolator protection integrated into the busbar system, maintenance procedures become more straightforward. Technicians can safely isolate and work on specific sections of the busbar without interrupting the entire electrical system. This not only improves safety but also increases the efficiency of maintenance operations.

 Reduced Installation Complexity: Integrating isolator protection into SELVO busbars simplifies the overall system design. Instead of installing separate isolators and busbars, the integrated system reduces the need for additional components and wiring. This streamlined approach can lead to cost savings and a more compact installation.

Future-Proofing: As electrical systems evolve and expand, having a busbar system with built-in isolator protection ensures that the system can adapt to new requirements. The flexibility of SELVO busbars, combined with integrated isolators, supports future upgrades and expansions with minimal disruption.