Brazed shunts are used because of their high reliability. The low resistance is a guarantee for the transmission capacity in grids. Under normal operating conditions, the performance of a brazed shunt must be better than that of mechanically brazed copper bars. They can be designed for specific applications to fulfill overload requirements and safety standards, as well as easy installation and repair.
- Brazed shunts are used because of their high reliability. Sometimes low resistance is necessary for grid transmission. Under normal operating conditions, the performance of a brazed shunt should be better than that of mechanically brazed copper bars. They can be designed for specific applications to fulfill overload requirements and safety standards, as well as easy installation and repair.
- Brazed shunt technology offers many advantages, such as excellent stability and long life, low-temperature coefficient, and an unlimited lifetime. Moreover, it is a very cost-efficient solution with respect to construction costs. Although they are more expensive than other connection types, they remain superior to all others in terms of cost-effectiveness, durability, and insulation. This means that using brazed shunt fittings allows you to use either a thinner busbar or one larger busbar for the same application. This is why brazed shunt fittings are the first choice for many engineers and industrial designers.
- Brazed shunts are used to maximize transmission capacity in grids, especially for their high reliability. Because of the design for specific applications, the brazed shunts have low resistance and are able to fulfill overload requirements and safety standards. Furthermore, easy installation and repair also made these products more competitive in the market. Brazed shunts are the most reliable kinds of shunts and have the lowest resistance, which makes them ideal for the transmission capacity in grids. They perform better than mechanically brazed copper bars during normal operating conditions and can be easily integrated into any grid with specific requirements. A low resistance is a guarantee for peak performance in the grid. Mechanical brazing can guarantee the reliability of bars under normal operating conditions and provide, as well as easy installation and repair.
In conclusion, there are many advantages to using brazed shunt connectors. Not only is it an effective option for a wide range of applications, but it is also cost-effective.