Bus bar Machine: What do bu-30, bu-50, and bu-80 mean in the model number?

When buying a busbar machine, consumers often see the words 30, 50, 80, etc. in the model. What these numbers and letters mean is crucial to choosing the right equipment. This article will deeply analyze the meaning of these model parameters to help consumers make wise purchasing decisions.

I often see customers searching for bu-30 bus bar machine, or bu-50 bus bar machine, or bu-80 bus bar machine. For example, our factory uses SS-30, SS-50, and SS-80 to divide the busbar machine models. So, what do 30, 50, and 80 mean?

In fact, 30, 50, and 80 are the abbreviations of 300KN, 500KN, and 800KN for the hydraulic pressure of the busbar machine unified by the busbar machine manufacturers, and they can also process 12mm (T) / 160mm (W), 16mm (T) / 250mm (W), and 20mm (T) / 300mm (W) copper busbars respectively.

First of all, KN is the abbreviation of “kilonewton“, which is a unit of force. In the busbar machine model, 300KN, 500KN, and 800KN respectively represent the maximum output or rated output of the equipment. Simply put, this value reflects the maximum force that the busbar machine can exert when processing the busbar (a conductive material used for power transmission). Busbar machines are usually used for punching, shearing, bending and other processing techniques of metal busbars such as copper and aluminum, and the output size is directly related to the busbar specifications and thickness that the equipment can handle.

Next, let’s explain the output of the busbar machine in detail. The output of the busbar machine refers to the maximum force that the equipment can output during the processing process, which determines the specifications and thickness of the busbar material that the busbar machine can handle. In processing techniques such as punching, shearing, and bending, the busbar machine needs to overcome the resistance of the material to complete the processing operation. If the output of the busbar machine is insufficient, it will not be able to effectively process thicker or harder busbar materials, resulting in reduced processing quality or equipment damage. Therefore, it is very important to choose the appropriate busbar machine output.

According to market research data, the 300KN busbar machine can process a maximum of 12mm (T) / 160mm (W) copper busbars, which is suitable for small and medium-sized power engineering projects, such as power distribution systems for family homes and small commercial buildings. This type of equipment is usually small in size, flexible in operation, and suitable for processing thinner busbar materials. Its maximum output can meet the needs of general low-voltage distribution systems, but it may be unable to cope with busbars with larger cross-sectional areas. According to statistics, about 60% of small power projects use 300KN busbar machines, which is enough to prove its wide market application.

The 500KN busbar machine can process a maximum of 16mm (T) / 250mm (W) copper busbars, and performs well in medium-sized industrial and commercial projects. This model of equipment has a significant increase in output and can handle thicker and wider busbar materials. For example, in the power system of a medium-sized factory or office building, a 500KN busbar machine can easily handle common busbar processing tasks, ensuring both processing efficiency and processing quality. Data shows that the utilization rate of 500KN busbar machines in medium-sized projects has reached 75%, and its performance advantages are obvious.

The 800KN busbar machine can process a maximum of 20mm (T)/300mm (W) copper busbars, which is a heavy-duty equipment suitable for high-demand power projects such as large industrial projects, power plants, and substations. This type of equipment has a strong output and can handle extremely thick and wide busbar materials to meet the needs of high-voltage and high-current transmission systems. The 800KN busbar machine is usually large in size and requires professional operation and maintenance, but its powerful processing capacity makes it indispensable in large-scale power projects. According to statistics, about 90% of large industrial power projects choose 800KN busbar machines, which is enough to prove its importance in heavy engineering.

When choosing a busbar machine, in addition to considering the output, you should also consider factors such as the stability, accuracy, ease of operation and after-sales service of the equipment. Different models of busbar machines have differences in technical parameters and functional configurations. Consumers should choose the equipment that best suits their needs based on specific engineering requirements, budget constraints and long-term development plans.

It is worth noting that with the continuous development of power engineering technology, the models and technical parameters of busbar machines are also constantly updated. Consumers should pay attention to the latest market trends when purchasing and choose products with mature technology and reliable performance. At the same time, communication with professional suppliers is also crucial. They can provide detailed technical advice and selection suggestions to help consumers make more informed decisions.

In short, understanding the parameters of 300KN, 500KN, 800KN and other parameters in the busbar machine model is the first step in purchasing suitable equipment. Consumers should comprehensively consider the output size, equipment performance and actual needs, and choose the busbar machine that best meets their requirements to provide strong guarantees for the smooth implementation of power engineering.

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