Busbar trunking systems are used to supply power to moving equipment. The quality of busbar trunking systems affects their service life and also impacts the normal operation of cranes. Therefore, when selecting busbar trunking systems, it is essential to pay attention to the quality provided by the manufacturer. Below, we will explain how to distinguish the quality of busbar trunking systems. Let's take a look together.
1. Thickness of the PVC housing. Generally, the housing of busbar trunking systems serves to protect the conductor insulation and also provides protection against sunlight, moisture, rain, snow, and dust. The thickness of the housing is also a criterion for measuring the quality of busbar trunking systems. If the housing is relatively thin, it may be prone to accidental damage, and the safety performance will also be significantly reduced.
2. Conductor cross-sectional area and thickness. It is obvious that the larger the conductor cross-sectional area, the better its heat dissipation; the thicker the conductor, the stronger its conductivity. When purchasing busbar trunking systems, it is necessary to inspect the conductor cross-sectional area and also the thickness of the conductor. It is not ruled out that some manufacturers may pass off busbar trunking systems with lower current ratings as those with higher current ratings.
3. Quality and source of the aluminum alloy conductor material. This factor is also a major determinant of the price of busbar trunking systems. Better aluminum alloy conductor materials lead to higher prices, and vice versa.
4. Overall appearance design. This aspect may seem to have little effect, but it actually accounts for a certain proportion. The overall appearance design of busbar trunking systems should fit most engineering environments, and the design should facilitate protection of the system, adding highlights from an aesthetic perspective. This enhances the competitiveness of the product in the busbar trunking market. Good overall design and improved quality are essential for long-term market presence.
5. Regarding the selection of current collectors for busbar trunking systems, as a key component for crane power supply, how to choose the current collector is particularly important. The current collector mainly consists of shoe pieces, shoe boxes, springs, collector brackets, and collector support parts. When selecting a current collector, first consider manufacturers that match the busbar trunking system; do not use incompatible collectors, as this may affect the normal operation of the crane and, in severe cases, burn out the busbar trunking system.
How to choose busbar trunking systems
1. Look at the structural form, such as safe combined busbar trunking systems or separated safe busbar trunking systems, rigid base separated busbar trunking systems, etc.
2. When selecting, based on the total power of all cranes used, the maximum current can be calculated. Use the magnitude of the current to determine the quality of the busbar; those with higher maximum current are generally better.
3. When selecting, consider the length, total impedance, or material of the busbar, and make a comprehensive assessment.
