In fact FHC can calculate almost any water-based fire protection system. FHC is very flexible and any type of pipework network can be built from a simple tree, looped to a multiple looped system or any combination. As you create the pipe network in FHC and connect the pipes together, FHC will automatically find any tee's and elbows and will look up the equivalent length in its extensive pipe and fitting database. This will save you a considerable amount of time and is less prone to input errors.
Also if you change the pipework configuration FHC will make the necessary fitting adjustments automatically for you to ensure your hydraulic model is up to date. FHC will give you the results you require in seconds allowing you to concentrate on optimising the system for the most economic design.
You can choose to use Hazen-Williams or Darcy-Weisbach pressure loss equations to calculate the pipe friction loss. FHC can calculate the source pressure and flow required for the system or you can specify a fire pump curve, constant pressure pump or a city water supply and FHC will balance the system to the water supply.
FHC is renowned for its speed of hydraulic calculation and its ability to undertake the calculations for the most demanding fire protection system with the accuracy required by all the international design standard. FHC can balance tree and branch system, looped and gridded or loop in loops so whatever pipework configuration you have your system is using FHC will be able to assist. With FHC you can build complex hydraulic models easily with a set of drawing tools which allow you to draw the system on the screen.
You can instantly see the pipe network updating, which minimises input errors and allows you to concentrate on optimising your hydraulic model, saving design time and installation costs with smaller pipe sizes or system pumps. With the increase of ever larger logistic facilities and more complex storage solutions, the requirement for roof and rack fire sprinkler system has never been so high.
FHC can accommodate the most demanding of system helping the designer to balance the system, reduce pipe sized and help to determine the pump requirements. Simple on-screen data entry Automatic pipe node numbering Automatic fitting equivalent lengths Fast calculation Automatic location of MRA.
Calculate the source pressure and flow or balance to a water supply curve such as a city water supply, pump curve or constant pressure pump for water mist systems. FHC is a full hydraulic calculation program for use with fire sprinkler systems and other water based fixed fire protection systems to International standards.
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See for yourself what Inspect Point can do for your fire inspection business. Request a Demo. Have five minutes? Optimizing pump systems offers the greatest opportunity in saving energy and improving overall reliability. PSIM 2 is a free educational tool that allows engineers to build models of pump systems and simulate hydraulic behavior.
PSIM 2 will model pump system behavior and demonstrate the impact of operational and design tradeoffs on system performance and energy usage for centrifugal and positive displacement pumping systems. Current version: 2. The free tool is designed for industrial energy coordinators, plant managers, engineers, and personnel who are interested in improving system efficiency and measuring potential savings opportunities in both dollars and energy savings.
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