Snubbers, Sway Braces & Sway Struts
Snubbers and Sway Braces allow pipe movement in either a tension mode or a compression mode under normal operating conditions of our piping system. When an impulse even occurs, snubber devices act as a restraint, and when the event (such as an earthquake) dissipates, the shock control devices go back to their passive mode, and allow the piping system to move as normal. Sway braces use springs to provide a restraint force and allow movement during tension or compression in the pipeline. A stronger spring produces a stronger restraint forces and, unlike the snubber, the sway brace is always activated. Sway struts, while sometimes attached to sway braces, are intended to be a rigid support: where they do not allow for any deflection in either a tension or a compression mode.
- Fig. 2110 & 2120: Sway Strut Assemblies
- Fig. 516: Adjustable Sway Strut Assembly
- Fig. 515: Sway Strut Assembly
- Fig. 2120: Mini-Sway Strut
- Fig. 2110: Sway Strut with 4″ of Adjustment
- Fig 555B
- Fig 555A
- Fig 550A
- Fig 555
- Fig 550
- DynA/Damp: Models AD-1600, AD-1600L, AD-5500, AD-5500L, AD-5500XL, AD-12500, AD-12500L, AD12500XL
- DynA/Damp: Models AD-40, AD-70, AD-150, AD-500, AD-500L
- MSA 1/4 – MSA-100: Mechanical Snubber Assemblies
- Fig 2100
- Fig 510AD & 511AD
- Hydraulic Snubbers
- Mechanical Snubbers
- Sway Braces
- Sway Struts