huanzhong big tie rod transverse type compensator know how much

huanzhong big tie rod transverse type compensator know how much
Large tie rod transverse corrugated compensator tie rod transverse corrugated compensator (pipe expansion joint, metal bellows expansion joint) through the transverse displacement compensation pipeline system "L"-shaped and single plane "Z"-shaped pipe section of thermal expansion.
1 . The use of large tie rod transverse corrugated compensator:
Large tie rod corrugated compensator has the advantages of large compensation capacity, good rigidity, no medium pressure thrust, no leakage, low cost, etc.. In recent years, it has been widely used in the heat supply network.
2 . Structure and working principle of large tie rod transverse corrugated compensator:
Large tie rod corrugated compensator (also known as double tie rod) is a flexible element composed of two identical bellows, end pipe, end plate and tie rod, through the angular deflection of the bellows, absorbing the pipe in one plane or more planes. 4 long tie rods can withstand internal pressure thrust and other additional external forces. The bolts at both ends of the tie rods are factory adjusted. The big tie rod is loose before installation. After the compensator is deformed, the big tie rod can limit the deformation amount. The role of protecting the bellows.
3 . The characteristics and advantages of the big tie rod compensator:
Large compensation volume, no internal pressure thrust, small thrust on the bracket. No leakage, correct the cold tightness. Low cost.
4 . The scope of application of large tie rod compensator:
Large tie rod corrugated compensator is suitable for steam, hot water and various non-corrosive media, usually optional pipe diameter of 50-2500mm. large rod corrugated compensator is suitable for overhead pipelines. Due to its lateral deformation characteristics, it can be installed in the L and Z-shaped parts of the pipeline. There are usually two ways of horizontal installation and vertical installation. The advantage of horizontal installation is that it does not affect drainage and self-flow, and the disadvantage is that it increases the floor space and land acquisition cost. Vertical installation usually does not increase the footprint because the space occupied is parallel to the pipeline plane. The disadvantage is that the drainage device is installed before the pipe is lifted to increase the drainage capacity of the pipe...