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LT PANEL
RuncoN

LT Panel Manufacturers

RuncoN LT Panel (Low Tension Panel) is a type of electrical distribution board that operates at low voltage, typically less than 1kV (kilovolt). These panels are widely used in industrial, commercial, and residential settings to distribute electricity to various devices, machines, or sections of a facility.

Foremost in quality of workmanship and investment in state-of-art technology to manufacture world-class LT Switchboards, RuncoN has established itself as a symbol of quality and innovation. In recognition of world-class quality standards, we have been awarded the ISO 9001:2015 certification. The Panels have been successfully tested at CPRI to withstand short circuit levels of 50/70 & 100 KA with ACB, IP 54, 55 & 65 degree of protection & temperature rise as per international standards.

PRODUCT DETAILS
♦ Minimum Order Quantity:1 Unit
♦ IP Rating:IP 54 / IP 55 / IP 65
♦ Voltage:200 V – 5000 V
♦ Power:As per customer requirement
♦ Short Circuit Level:50 / 70 / 100 KA
♦ Brand:RuncoN
♦ Country of Origin:Made in India

Key Components of an LT Panel

Every RuncoN LT Panel is assembled with industry-grade components, precision-tested for reliability, and built to meet the demanding requirements of industrial, commercial, and residential power distribution.

1
Circuit Breakers
Provide protection against overcurrent and short-circuit conditions, automatically disconnecting the circuit when a fault is detected.
2
Busbars
Copper or aluminium conductors that efficiently distribute incoming power to all outgoing circuits within the panel.
3
Relays
Used for monitoring and control functions, triggering protective actions when abnormal electrical conditions are detected.
4
Meters
Digital or analog meters for real-time monitoring of voltage, current, power, and energy consumption across the distribution network.
5
Switches & Fuses
Additional safety components for manual isolation and overcurrent protection of individual circuits or equipment groups.
6
Enclosure
Heavy-gauge sheet metal enclosure with powder coating that protects all internal components from dust, moisture, and environmental hazards.
7
Power Factor Devices (Optional)
Capacitor banks that can be integrated to improve the power factor of the electrical system and reduce reactive power losses.
Applications
🏭
Industrial Plants Distributing and controlling power across factories, manufacturing units, and industrial facilities.
🏢
Commercial Buildings Controlling power distribution in offices, malls, hotels, hospitals, and data centers.
🏠
Residential Complexes Supplying power to apartment blocks, housing societies, and smaller residential loads.