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switchgear manufacturing

Group Mounted Switchboards: Smart, Simple Installation

Group Mounted Electrical Switchboards provide improved safety, smart features, and environmentally friendly solutions for many kinds of projects. These switchboards are intended for simple switchboard installation, operation, and maintenance, making them useful for healthcare, industrial, mining, oil and gas, data center, and telecom applications.

Compared to typical switchboards, the modular design offers more efficient use of space and faster deployment.

electrical switchboard design and manufacturing
Meeting UL-891 Switchboard standards. 
Ranging from 1600 amps to 4000 amps. Feeder sections from 45” wide to 60” wide to accommodate different plug-in style breakers.

Group Mounted Electrical Switchboards provide improved safety, smart features, and environmentally friendly solutions for many kinds of projects. These switchboards are intended for simple installation, operation, and maintenance, making them useful for healthcare, industrial, mining, oil and gas, data center, and telecom applications.

Compared to typical switchboards, the modular design offers more efficient use of space and faster deployment. And digital switchboard technology with bluetooth enabled breakers make remote diagnostics possible.

Need Switchboard Help?

Ready to upgrade your power system? Contact us today to explore the best switchboard solutions for your needs.

molded case

What is a Finger Cluster for a Circuit Breaker?

What is a Finger Cluster in a Circuit Breaker?

A finger cluster is an important component of a circuit breaker that maintains a reliable electrical connection between the breaker and the busbar or other conductors. Finger clusters in breakers are made of highly conductive materials like copper or silver-plated alloys and include of several spring-loaded fingers that make strong contact under any conditions. These clusters are particularly important in switchgear systems used in medium and high-voltage applications where dependability and performance are critical.

Why Finger Clusters Are Essential for Performance

Finger clusters are meant to keep steady pressure on electrical contacts even under conditions of vibration, wear, or high electrical loads. This spring-loaded design makes sure that the circuit breaker will function dependably over time. In power distribution systems, this dependability reduces the risks related to loose or overheated connections, that can result in safety issues or equipment failure. Their reliability and performance play a role in industrial and commercial settings.

Maintenance and Efficiency Benefits of Finger Clusters

Finger clusters for circuit breakers not just increase reliability but also simplify maintenance of modern electrical switchboards and motor control centers. Their design allows quick removal and replacement of circuit breakers, decreasing downtime during repairs or upgrades. Finger clusters also help in thermal control, so the breaker functions within acceptable temperature ranges. This improves both system efficiency and lifetime.

5 Key Benefits of Finger Clusters:

 

    1. Provides stable, low-resistance electrical connections.

    1. Compensates for vibration, wear, and load fluctuations.

    1. Enhances safety by reducing overheating and connection faults.

    1. Simplifies maintenance with easy breaker insertion and removal.

  1. Improves thermal management for better power distribution performance.