ASUM Electric supplies a comprehensive range of Low Voltage (LV) Panels engineered for safe, efficient, and reliable power distribution, control, and automation. Our LV systems are built to international standards such as IEC 61439, IEC 60947, and ISO 9001, ensuring top-tier quality, durability, and performance across a wide range of environments.
Types of Low-Voltage Panels We Offer:
Main Power Distribution Boards (MDBs) up to 4000 A
- Serve as the primary point of electrical power distribution in a facility.
- Handle high current ratings with built-in protection and monitoring systems.
Sub Distribution Boards (SDBs)
- Feed power to various sections or floors from the main distribution board.
- Designed for easy maintenance and load management.
Motor Control Centers (MCCs)
- Control and protect electric motors through feeders, starters, and variable frequency drives (VFDs).
- Available in fixed, semi-withdrawable, and fully withdrawable designs.
Automatic Power Factor Correction (APFC) Panels
- Improve energy efficiency by maintaining optimal power factor and reducing energy losses.
- Equipped with capacitor banks, contactors, and automatic regulators.
Other Panel Types
We also supply:
- Synchronization and Load Sharing Panels
- Automatic Transfer Switch (ATS) Panels
- Control and Automation Panels
- Lighting Distribution Boards (LDBs)
- Capacitor and Harmonic Filter Panels
Applications:
- Industrial Facilities: For process control, machinery operation, and power management.
- Commercial Buildings: For lighting, HVAC, and power distribution.
- Data Centers and Hospitals: For critical power control and uninterrupted operation.
- Infrastructure Projects: Airports, tunnels, transportation systems, and utilities.
- Renewable Energy Systems: For solar plant integration and smart load distribution.
Low Voltage Panels form the cornerstone of power management systems ensuring reliable control, protection, and distribution across all applications. From industrial automation to commercial infrastructure, our LV panels are engineered to deliver maximum performance, safety, and operational continuity.