- Fire sprinkler design calculations manual#
- Fire sprinkler design calculations software#
- Fire sprinkler design calculations free#
It must ensure to withstand the seismic tremors of an earthquake, preventing the building from collapsing in case of an earthquake. The construction of such places requires a seismic design for most of their infrastructure.
Some buildings or facilities are in locations that possess earthquake threats. Thus, the fire sprinkler system design includes variables including fire risks, building material, size, scale, and environmental threats such as earthquakes. Each facility carries its personal fire hazards.
However, there are many other things that they have to consider when installing the piping system. Conventionally, technicians tend to design the fire sprinkler system in correspondence to the building’s design.
Here are just some of the available reports.How do seismic calculations and analysis factor into a fire sprinkler system design? Fire sprinklers can be life saving installations in case there is a fire outbreak. You can specify exactly which reports are to be included, and all reports can be previewed on the screen. The Fire Program provides numerous reports including: general project data, pipe and node input data, node grouping flows, detailed pipe and sprinkler output, water supply/demand graph, and a pipe network summary. Fitting equivalent lengths are automatically looked up, depending upon fitting type, size, and pipe material. The pipe library allows up to 50 user defined pipe materials as well. Fire contains a built-in library of pipe materials that includes cast iron, copper, steel, PVC, pex, and many others. In addition, the pipe length, nominal size, material type, and fitting quantities and types must be entered for each pipe section. If sprinkler heads are located at the pipe nodes, then the sprinkler K-factor must be given. The pipe data requires that each pipe section be defined as having a beginning and ending node number. The general project data includes the project name and location, the client name, sprinkler specifications, hazard description, density requirements, hose stream allowances, hydrant test data, and other data. Two types of data are requested: general project data and pipe segment data. Upon completion of the input process, all data is saved and can be reviewed and edited whenever desired. Program InputĪll input is checked at the time of entry so that no improper data can be entered.
Fire sprinkler design calculations manual#
The user manual lists all the pertinent equations to allow for a full manual verification. Calculations can be made for a given water supply pressure or they can be performed such that Fire determines the lowest water supply pressure needed to adequately supply the sprinkler system. Calculation Methodįire uses the Newton Raphson matrix solution technique to solve pipe networks, and each pipe is defined to flow according to the Hazen Williams equation.
Fire sprinkler design calculations software#
Create your own small project or load the built-in sample project and explore all the features of the Fire program to see how quickly you could begin using the Fire software for your own project.
Fire sprinkler design calculations free#
The report format is designed to aid both the designer and the plan reviewer.ĭownload the free functional demo here that allows you to calculate for small pipe networks with up to 10 pipe sections. Meters, backflow preventers, alarm check valves and standpipes can also be analyzed.įire calculates the GPM water flow and velocity through all pipe sections, the GPM flow and residual pressure at each sprinkler head, the pressure losses incurred in each pipe section due to both friction and elevation changes, the maximum system demand pressure, and the total water GPM demanded by the system.
Fire can handle all types of sprinkler systems (trees, grids, loops, and hybrids) with up to 1,000 or more sprinklers and pipes. Fire also estimates sprinkler head requirements, calculates optimal pipe sizes, and automatically performs a peaking analysis. The Fire Program quickly performs all necessary hydraulic calculations as required by the National Fire Protection Association (NFPA 13).
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