Description
Earth bars are metallic strips or bars, typically made from copper or aluminium, that consolidate multiple electrical connections at a single point. It serves as the central node in an electrical system, managing incoming and outgoing currents efficiently. This essential component ensures that electrical power is uniformly distributed and easily manageable across various applications.
At Axis, we manufacture and export Earth bus bars, with over 30 years of experience, our bars are installed in low-voltage setups to ultra-high voltage substations exceeding 765kV.
The Role of Earth Bar in Electrical Power Distribution
They play a pivotal role in streamlining and safeguarding electrical power distribution. By centralizing connections, earth bus bars significantly reduce the complexity and cost of electrical setups. They simplify the addition of protective measures and facilitate quick isolation and reconnection during faults via associated circuit breakers and isolators.
Types and Materials
These bus bars are available in different forms, such as solid, hollow, or flexible, and can be shaped in rectangular or round forms to suit various installation needs. Here’s a closer look at the materials used:
- Copper Earth Bus Bars: Known for superior conductivity and tensile strength, these copper bus bars are ideal for applications requiring minimal power loss and voltage drop. They offer better overall performance in ampacity and electrical resistance compared to their aluminium counterparts.
- Aluminium Earth Bus Bars: While aluminium Earth bus bars provide a lighter alternative with significant cost savings on transportation and installation, they require larger sizes due to their lower conductivity. Aluminium is a practical choice where weight and cost are more critical than maximum conductivity.
Why Choose Axis Electricals?
Choosing Axis means investing in reliability and quality tested by time and technology. Our products are designed to offer:
- Enhanced Safety: With integrated protection features and easy maintenance.
- Cost Efficiency: Reduce installation costs with simplified electrical layouts.
- High Conductivity: Optimal performance with minimal energy loss.
