Victaulic

M11 Compliant assembly built to accommodate up to 4’’I 102mm of dynamic movement including differential settlement, seismic and thermal movement Sizes from 14 – 78’’ DN350 – DN1950 Working pressure is equal to the Style W77 coupling on equivalent wall thickness pipe. Reference submittal 20.03

• STYLESC85

Joins shouldered steel pipe, fittings and valves Sizes from 2 – 14″ | DN50 –DN350 Pressures up to 610 psi | 4200 kPa | 42 bar Supplied standard with galvanized coating Regional availability, contact Victaulic for details

• STYLE44 VIC

Provided with a variety of ring options to maintain full pipe wall thickness for abrasive systems Sizes from 4 – 60″ | DN100 – DN1500 Pressures up to 175 psi | 1207 kPa | 12 bar

Convenience of a one-piece fitting with the simplicity of the Style 607 rigid coupling Available for joining CTS copper tube Sizes from 2 –- 3” | DN50 –- DN80 Pressures up to 300 psi | 2068 kPa | 21 bar

• STYLE107N

Angled bolt pad provides rigidity Sizes from 2 – 12″ | DN50 – DN300 Pressures up to 750 psi | 5171 kPa | 52 bar Optional galvanized coating

The main approach to piping a building to accommodate seismic activity is to use a rigid piping system that will minimize overall piping movement. Typically, more than 95 percent of the grooved couplings used in a piping system will be rigid, while the remainder will be flexible couplings. Why is that important? Because too much swing could affect other pipes and equipment, despite being within the capability of the grooved coupling. The key to effectively accommodating movement in a building is to allow controlled movement and that can be done with grooved technology.