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#Opensprinkler tutorial series
This presentation is part of the monthly training webinar series organized by Fire Smarts to deliver quality NFPA based fire protection training. He serves on several NFPA technical and correlating committees including NFPA 13, 15, 16, 25, 30, 30B, 1 (building code). states, District of Columbia and Guam and a Certified Fire Protection Specialist (CFPS).
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He is licensed as a Professional Engineer in 49 U.S. He has extensive experience with fire suppression system design, fire hazard analysis and fire protection system inspection and testing. Webinar instructor, Tracey Bellamy, P.E., CFPS, has more than 25 years’ experience in the fire protection community including all areas of the fire sprinkler industry. “This includes a seismic design layout exercise covering structural framing limitations, determining piping seismic loads, and evaluating brace hardware, spacing, methods of attachment.”
“I’ll be going through seismic bracing requirements in detail to help each participant understand the terminology and methodology to apply seismic bracing requirements” said Tracey Bellamy, P.E., CFPS. Registered participants unable to attend the live webinar will have access to the webinar recording to view at a later time. Certificates will be issued to attendees following the webinar.
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The webinar qualifies for one contact hour of continuing education training as approved by the International Code Council (ICC) and recognized by NICET for professional development. “This webinar series will help clarify these requirements and their application when designing a fire sprinkler system in an earthquake risk area.” Smith, Executive Director of Fire Smarts, LLC. “Seismic bracing requirements can be one of the more complicated aspects of fire sprinkler system design,” said Ryan J. For more information and to register for this webinar click here Understanding Seismic Bracing for Fire Sprinkler Systems (Part 1).
#Opensprinkler tutorial registration
Registration is open to all interested parties. Finally, pipe loads that must be included in the Zone of Influence (ZOI) and determining vertical seismic load will be reviewed. Sprinkler piping clearance requirements will also be covered for penetrations to the wall, floor, foundation and structure.
Bellamy will examine the use, location and installation requirements of components such as flexible couplings, seismic separation assemblies, and sway bracing. During this two-part 90-minute each training, Mr. The “Understanding Seismic Bracing for Fire Sprinkler Systems (Part 1)” and “Using Seismic Bracing for Fire Sprinkler Systems (Part 2)” webinars will be presented by fire protection industry expert, Tracey Bellamy, P.E., CFPS. The webinar is part of the online training resources offered by Fire Smarts.
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This includes a discussion on how to determine when seismic bracing is required as well as provide an understanding of the design objectives for seismic bracing including flexibility, clearance and restraint. Two-part webinar presentation will educate facility managers, building and fire officials and service providers on the seismic bracing requirements for fire sprinkler systems based on NFPA 13.Ī new two-part webinar series has been prepared by Fire Smarts, LLC to educate facility managers, building and fire officials and service providers worldwide on seismic bracing to protect fire sprinkler piping in areas subject to earthquakes and is based on ‘NFPA 13 Standard for the Installation of Sprinkler Systems’. Seismic Bracing for Fire Sprinkler Systems Training Webinars The OSPi v3.0 kit includes the enclosure (with a clear acrylic window), assembled and tested OSPi circuit board and terminal blocks. Small flathead screwdriver, Phillips head screwdriver, and needle nose electronics plier Tapered machine screws to attach back to front of OpenSprinkler housing (screw head must fit into OSPi slot)Ĩx 8 inch solid wire (same gauge as Rainbird wire) Rainbird irrigation system with 7 zones and 24V AC sprinkler valves (OSPi can handle more zones with additional parts) Micro USB to USB cable 3ft from Amazon $5.49 Orbit Water Conservation Sprinkler System Rain/Freeze Sensor, Amazon $30.11 SanDisk Ultra 16GB Ultra Micro SDHC UHS-I/Class 10 Card with Adapter (SDSQUNC-016G-GN6MA) from Amazon $6.60 OpenSprinkler OS3.0 AC-powered (including 24VAC power adapter, US) $166.00 A case and power supply for the Raspberry are not needed. The parts below seem to work best for me. In another Raspberry Pi project, I measured, tested and experimented with various kits and components.
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