Performance characteristics of corrosion resistant compensator

Performance characteristics of corrosion resistant compensator
When corrosion resistant compensators are used, only the X and Y axis directions of the ball bearings need to be changed by AC servo motors. The free-welding welding process has many advantages, such as fast welding speed, and even if there is only a small amount of transition welding or spiral welding, it can be fully formed according to the custom welding geometry without re-clamping the tubing. Corrosion-resistant compensators are manufactured for heat exchangers such as air conditioning units and hot water units, mainly due to the limitation of pipe space and welding processing technology with zero welding radius.
 
The corrosion-resistant compensator moves relatively under the action of the thrust W so that the corrosion-resistant compensator is welded with zero radius. In order to prevent local fracture during welding deformation, pressure F is applied at both ends of the corrosion resistant compensator. choosing the appropriate internal pressure P, pressure F and die moving force W is conducive to reducing the possibility of defects in the welding and forming process of the corrosion resistant compensator, thus obtaining the curve.
Corrosion-resistant compensator medium frequency induction local heating corrosion-resistant compensator process is an internationally recognized process method in the processing of large diameter thick-walled pipe corrosion-resistant compensator. To a certain extent, it is a kind of electromagnetic induction local heating corrosion resistant compensator. To some extent, it can control the proper heat deformation area by spraying water or cold air, and guided by guide roll support, rotating curved arm clamps the front end of the pipe to promote the welding and forming of the back end of the pipe.