When selecting a busway, it is necessary to take into consideration several factors. These include a comprehensive analysis of the busway's features and specifications. In addition, the installation environment is also an important factor to consider. The dimensions, capacity, and conductor material should be examined, as well as any additional features such as adaptability and customizability. Only by thoroughly evaluating all of these aspects can an effective busway be chosen that meets the unique needs of a particular environment.
For fire safety, it is necessary to use thermal insulation material that is flame-retardant and can withstand high temperatures without releasing toxic fumes. This is crucial to prevent the chimney effect on the structure. To ensure proper fire protection, it is recommended to opt for bus ducts that are densely insulated. If the air insulated type is selected, it is important to provide fire barriers and each unit in a trough enclosure. In particularly important areas, it is advisable to choose refractory tanks to ensure uninterrupted emergency power supply during a fire.
When choosing the installation location for a tank, we must prioritize the protection level of its shell. Additionally, we should consider how the building structure will impact the shape of the trunking, as well as the shape of the mounting bracket and the span. Ultimately, these factors will play a crucial role in determining the best installation location for the tank.
In order to enhance the dissipation of heat in indoor dedicated workplaces like large-capacity substations, utilizing IP30 busbars is an effective solution.
To maintain its normal functioning in indoor humid areas or environments with splash-proof needs, it is important to choose a busway that has a protection level not lower than IP54. This protective measure ensures that the busway can still operate efficiently even when it is subjected to splashing.
In environments that require specific features, such as protection against water spray, waves, or corrosion, it is recommended to use resin busbars for insulation purposes. This applies particularly to outdoor settings or industries with unique requirements. Resin busbars can offer the necessary protection to ensure that the equipment stays in optimal condition. Their insulation properties make them an ideal solution, providing safety and longevity.
When it comes to large-span facilities, it's important to opt for shell-reinforced busway. In terms of choosing the right rated current, it's crucial to consider the technical performance, heat dissipation effect, and price. Currently, the market predominantly makes use of aluminum alloy housing with strong heat dissipation capabilities and energy efficiency.
