Description
A Busbar Trunking System is an electrical distribution solution designed to carry large currents safely and efficiently across industrial plants, commercial buildings, and high-rise structures. Unlike conventional cabling, busbars provide a compact, modular, and flexible method of distributing power to various equipment, panels, or floors.
Busbar Trunking Systems are made from high-conductivity copper or aluminum bars enclosed in insulated and fire-resistant housings. They offer high current-carrying capacity, reduced power loss, and excellent heat dissipation. Advanced systems come with modular designs for easy extension, fault isolation, and maintenance. Safety features such as short-circuit protection, fire-resistant insulation, and grounding ensure reliable operation under demanding conditions.
Manufactured according to international standards, busbar trunking is ideal for applications requiring high efficiency, minimal downtime, and clean installation. It simplifies electrical distribution in factories, data centers, shopping malls, and large infrastructure projects.
Key Features:
- High current-carrying capacity with minimal voltage drop
- Modular and flexible design for easy installation
- Fire-resistant and insulated housing
- Reduces wiring complexity and maintenance time
- Compliant with international electrical standards
Technical Specifications:
| Specification | Details |
|---|---|
| Product Type | Busbar Trunking System |
| Material | Copper / Aluminum Conductors |
| Rated Voltage | Up to 690 V AC |
| Rated Current | 100 A – 5000 A (depending on design) |
| Insulation | Fire-Resistant Epoxy / PVC / Thermoset |
| Protection | Short-Circuit, Overload, Earthing |
| Mounting | Horizontal / Vertical / Suspended |
| Operating Temperature | -20°C to +80°C |
| Compliance | IEC 61439-6, IS 8623 or local standards |
Applications:
- Industrial plants and factories
- Commercial complexes and high-rise buildings
- Data centers and IT facilities
- Airports, hospitals, and large public buildings
- Power distribution in critical infrastructure



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