Raptors, the authorized dealer of Cummins (China), established in 2015 by Mr. Jordan Wang who worked in Cummins (China) for 8 years, Jordan had been responsible for mine market for 4 years during working in Cummins china, so we have big advantages for almost all genuine Cummins generators, engine assembly and spare parts, especially for NTA855, KTA19, KTA38, KTA50, QSK60, QSX15 etc...
T-Bolt ClampIntroduction
T-type strong clamp is a heavy-duty clamp with reliable sealing and can provide uniform and consistent pressure. It can also stabilize its mechanical performance under strong vibration and large diameter conditions. The pipe clamp connection is a connection method, and the clamp connection technology is also called the grooved pipe fitting connection technology. The grooved clamp is clamped on the ring groove of the pipe to ensure that the pipe will not be pulled apart when it is subjected to sufficient axial tension. The clamp can be locked with only two bolts, which is easier to fasten than the flange , Convenient and reliable. For pipes connected with grooved clamps, there is usually a gap of 2~3mm directly on the end face of the pipe, which can ensure a small amount of axial displacement of the pipe. Commonly used in the automotive industry, field equipment, and industrial machinery.
T-Bolt ClampFunction
U-One of the biggest disadvantages of double wire clamps and worm gear clamps is the inability to adjust the clamping adaptively. In some pipeline systems with large temperature difference changes, the double steel wire clamp and worm gear clamp cannot compensate for the gap caused by the aging of the rubber hose, the elastic deformation of the rubber hose itself, and the thermal expansion and contraction of the rubber hose, causing the pipeline to appear. varying degrees of leakage. Therefore, after the equipment has been used for a period of time, the phenomenon of water leakage, air leakage and oil leakage in the pipeline is not caused by the failure of the clamps to be tightened before leaving the factory, but the aging of the hose material itself, the change of the medium temperature and the structure that the clamps cannot automatically adjust the clamping structure. Must be retightened manually. Then there is a T-shaped spring clamp with a spring installed at the clamp head. When the clamp is installed, the energy is stored by compressing the spring. When the hose becomes loose, the spring releases energy to compensate, so that the pipeline system is always in a clamped state.