Sub Switch Boards

Characteristics:

Distribution Point:

A sub switchboard serves as a distribution point for electrical power within a building or facility. It receives electricity from the main distribution board or electrical supply and redistributes it to various circuits and loads throughout the premises.

Segmentation

Sub switchboards enable the segmentation of electrical circuits.

Key Features

• Circuit Breakers

  Sub switchboards typically feature circuit breakers, which automatically interrupt the electrical supply when an overload or short circuit occurs. This prevents damage to the wiring and equipment and minimizes the risk of electrical fires.

• Busbars

  They are equipped with busbars, which are conductive bars that carry electrical current between circuit breakers and other components. Busbars provide a low-resistance path for electricity, minimizing energy loss and heat generation.

• Monitoring and Metering

  Advanced sub switchboards may include built-in monitoring and metering capabilities. These features allow you to monitor energy consumption, voltage, and current levels, helping you optimize energy usage and identify potential issues.

• Remote Control

  Some sub switchboards offer remote control and monitoring through digital interfaces or building management systems. This enables operators to manage power distribution from a centralized location and receive real-time alerts in case of abnormalities.

• Scalability

  Sub switchboards are designed to be scalable, allowing for future expansion and the addition of more circuits as the electrical requirements of a building or facility evolve.

• Safety Standards Compliance

  A quality sub switchboard complies with safety standards and regulations, ensuring that it meets the necessary safety and performance criteria.

Applications

• Commercial Buildings: Sub switchboards are commonly used in commercial buildings to distribute power to different floors, departments, or sections.

• Industrial Facilities:They play a crucial role in industrial settings, ensuring power distribution to various machines and equipment with different power requirements.

• Residential Complexes: In larger residential complexes or apartment buildings, sub switchboards are used to divide power between different units or sections.

• Hospitals: Hospitals use sub switchboards to manage power distribution to various critical areas like operating rooms, intensive care units, and diagnostic equipment.

• Data Centers: Data centers rely on sub switchboards to efficiently distribute power to racks of servers and networking equipment.

Benefits of our Service

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