Axial pressure corrugated compensator http://www.zlongjx.com/850.htm 
 Axial internal pressure compensator to compensate for axial displacement mainly, but also can compensate for axial and lateral displacement or horizontal displacement synthesis, with the ability to compensate for angular displacement, but generally do not apply it compensates for the angular displacement. 

 Internal pressure compensator of the bearing force is calculated: 
 Pressure thrust: F = 100 · P · A Axial stretch: Fx = Kx · (f · X) 
 Horizontal stretch: Fy = Ky · Y moment: My = Fy · L 
 Moment: Mθ = Kθ · θ synthetic moment: M = My + Mθ 
 Where: Kx: axial stiffness N / mm X: the actual axial displacement mm 
 Ky: lateral stiffness N / mm Y: mm lateral displacement of the actual 
 Kθ: angular stiffness N · m / degree θ: angle measured to the actual displacement 
 P: Working pressure MPa A: bellows effective area cm2 (check samples) 
 L: compensator m distance from the midpoint to the bearing 
 Category: Products http://www.zlongjx.com/product.htm 
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