SCB / SSB Pipig Restraints: A Solution to many installation problems
Suspended piping can be safely prevented from swaying during earthquakes using properly designed restraints. Cable restraints were originally designed for vibration isolated systems since the cables do not interfere with isolator function but effectively control movement.....

SCB / SSB Piping Restraint System Summary
Suspended piping can move through large displacements in a seismic event and damage surrounding building elements. All seismic codes contain provisions for bracing suspended piping for the purpose of life safety....

SCB / SSB Piping Restraint Installation Photos
These all directional restraint locations utilize Mason SCB brackets and aircraft cable. Transverse cables are attached to the clevis cross bolt and longitudinal cables are attached to a riser clamp....

The Effects of Seismic Input on Resiliently Supported Equipment
Earthquake control of resiliently mounted systems is an area of primary concern for acoustical and mechanical engineers. The Northridge, CA. earthquake of January 17th 1994, provided several valuable lessons regarding protection of these systems....

Seismic Control of Resiliently Mounted Equipment
A DISCUSSION OF, AND SPECIFICATIONS FOR, THE USE OF THE Z-1011 SNUBBER AND COMPUTER PROGRAM FOR ISOLATED EQUIPMENT IN EARTHQUAKE ZONES....


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