FHC is fast, accurate, dependable, easy to learn, and can calculate any pipe network from a tree and loops to complex grids. from the most complex fire sprinkler installations with roof and racks, water mist systems, water spray systems, hydrants or a water cannon installation.

FHC is fast, accurate, dependable, easy to learn, and can calculate any pipe network from a tree and loops to complex grids.

FHC hydraulic calculation software is able to calculate almost any type of water-based fire protection system from the conventional tree pipe configuration to the more complicated roof and rack gridded systems.

With FHC you can build complex hydraulic models with a set of easy to use design tools Which allows you to see the pipe network instantly on the screen. You can calculate any type of pipework network from simple tree systems to multiple looped systems or any other combination.

Nov 19, 2021 · When designing a system, you first need to determine the supply pipe size, hose connection location, size, and pressure based on the standpipe classification. There are three classes of standpipe systems, they include Class I, Class II, and Class II.

You will use the EDIT pipe command when you wish to edit the pipes properties for pipes which have already been added to the FHC project. You can access this command from the menu Draw->Edit Pipe, or using the shortcut code [Ctrl+E] or from the icon on the toolbar.

You will use the ADD pipe command when you wish to add additional pipes to your FHC hydraulic model. You can access this command from the menu Draw -> Add Pipe or from the shortcut code [Ctrl+A] or from the icon on the toolbar.

The Canute FHC hydraulic calculation software can be used to calculate water mist systems for low, intermediate and high-pressure systems as defined by NFPA 750. Careful consideration needs to be given on which option you use in FHC for your calculation.

Recommended method: the recommended method sizing unsized pipes is to set a maximum velocity which you will permit within individual pipes and the FHC calculation engine will adjust the pipe sizes accordingly.

This tutorial provides instructions for getting started with the FHC hydraulic calculation software. It describes the program's main features and menus, including how to open example projects, view pipe networks in different orientations, edit project details, perform hydraulic calculations, and view results summaries.