The Pipe Data Table is a repository of information for the pipes, fittings, and valves, which FHCutilises in your input hydraulic model calculation. As such, it's a pivotal component in the calculation.The PDT can accommodate up to 30 individual pipes or tube specifications, each with up to 20 pipesizes and a maximum of 20 different fittings and valves.
In this TDS, we will explain how to use the FHC Test verification module, what it's for and how toresolve any errors. The FHC Test verification module runs several predefined FHC Projects andcompares the results from your FHC installation on your computer to a set of known results and willshow you a pass or fail for each test.
This TDS is a register of all the Technical Data Sheets which have been produced together with the status.
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 whichoption you use in FHC for your calculation, and this will depend on the system pressure, water velocity and if the systemhas any additives.
The FHC program can use a water supply curve when calculating. This can be a pump, city or town-main, or a fixed pressure device such as a pressurized cylinder or a continuous pressure pump. This technical data sheet describes the steps you need to take to enter the curve into the FHC.
Canute LLP
148 Rose Bowl,
Portland Crescent
Leeds, West Yorkshire
United Kingdom LS1 3HB
t: +44 (0) 113 328 0350
e: info@canutesoft.com