The basic things about Bus Bar Trunking System you MUST know!

What is BUSBAR TRUNKING SYSTEM?

Basically, Busbar Trunking System refers to the distribution of electrical power using a set of copper/Aluminum bus bars enclosed in suitable encloser with a high degree of protection against any ingress of foreign bodies. Most of the consultant and engineering companies progressively favor Bus bar Trunking over cable installation for power transmission & distribution. 

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The most common Bus bar Trunking System ratings are from 25 A to 6,300 A

Power Transmission

Power is transmitted from the transformer to the load following the low voltage switchgear by using the bus bar trunking system. Trunking units without tap-off points are used for power transmission. These are available in standard lengths. Besides the standard lengths, the customer can also choose a specific length from various length ranges to ensemble specific practical requirements.

Power Distribution

Power distribution is the foremost area of application for bus bar Trunking systems. Tapping points can be varied and changed as desired within the entire power distribution system which is not possible in the cable distribution system. Tap-off points are available on either or just one side on the straight Trunking units. For each bus bar Trunking system, a wide range of tap-off units is available for the connection of load.

Why Busbar Trunking System

Easy to plan and flexible to use; Bus bar Trunking systems bring energy economically into any building easily. The power distribution system can be precisely planned from the total load rating and the type and number of loads.

Quick installation; Plug and Play assembly of bus bar Trunking systems saves time and money compared to the costly cable installation method. Installation errors are practically ruled out by the safe and user-guided connection technology.

Common Features of Any Busbar Trunking

1. Sandwich Construction

2. Totally Enclosed Housing

3. Compact Size

4. High-Class Insulation

5. High Dielectric Strength

6. One Bolt Joint

7. Labor Saving

8. Internal Smoke/Gas Barrier

9. Low Voltage Drop

10. High Short Circuit Strength