MDG-001-3 Busbar Fixing Fittings

1.High-strength materials

Usually made of high-quality aluminum alloy or high-strength steel, featuring high strength and hardness. They can withstand the gravity and tension of busbars, as well as the electrodynamic forces generated during short circuits, ensuring firm fixation of busbars.

2.Good electrical conductivity

Materials such as aluminum alloy offer excellent electrical conductivity, reducing power loss at the fittings' connection points and preventing performance degradation of the fittings due to heat generation.

3.Corrosion resistance

The surface is treated with anti-corrosion measures such as galvanizing, nickel plating, or coating with anti-corrosion layers, providing strong resistance to corrosion. This enables the fittings to adapt to various outdoor environments and prolongs their service life.

4.Compact structure

With a compact design, they occupy minimal space, effectively utilizing busbar installation space while facilitating installation and maintenance.

1.Convenient Installation

With a reasonable structural design, no complex tools or special processes are required for installation. Busbars can be quickly fixed, improving construction efficiency.

2. High Reliability

It can reliably fix busbars, preventing displacement, shaking, or detachment of busbars during operation, and ensuring the safe and stable operation of the power system.

3. Strong Versatility

Available in various specifications and models, it can adapt to different types and cross-sections of busbars, including copper busbars and aluminum busbars, with good versatility.

4. Low Maintenance Cost

Due to excellent materials and corrosion resistance, frequent maintenance is unnecessary under normal operating conditions, reducing maintenance costs.

1. Busbar Fixing

The main function is to firmly fix the busbar on support insulators or busbar brackets, keeping the busbar in the specified position and spacing to meet the installation and operation requirements of electrical equipment.

2. Current Conduction

While fixing the busbar, it can effectively conduct the current in the busbar, ensuring smooth power transmission, reducing contact resistance, and minimizing heat generation.

3. Load Bearing

It bears the natural loads such as the busbar's own weight, wind force, ice and snow, as well as the huge electrodynamic forces generated during short circuits, ensuring the stability of the busbar system under various working conditions.