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AutoSPRINK® FAQ
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The list below contains the most commonly asked questions on this topic.
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If you do not see your question:
- Send us an e-mail describing your question.
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open Weekdays, 8 a.m. - 5 p.m. PST/PDT)
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Click the icon below to see videos of actual AutoSPRINK®
users answering this topic:
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**VIDEO**
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**VIDEO**
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Capabilities |
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This is a two part question. 1. Can AutoSPRINK® deal with the system if the pump
set located at the roof of high rise building (this case some times is required
to reduce the pump set pressure capacity by utilizing the gravity effect)? 2.
Can AutoSPRINK® deal with a system provided with a two fire pump sets located in
different levels of high rise building that feeding a loop system? |
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Regarding your questions #1 & 2 about high-rise pumping systems, when using
AutoSPRINK, creating a 3D model of a fire sprinkler system is quite easy.
Because the system is drawn as a 3D model, all static head pressures (gain or
loss due to gravity) are hydraulically calculated as they occur within a
system. Check point gauges can be added to any point of the virtual model to
report static pressures anywhere in the network of piping to determine if prv’s
are needed and if so at what pressures. The hydraulic results will prove the
adequacy of any pump and piping arrangement in a high-rise building, no matter
how complex. There is really no limit as to how many pumps and/or supplies that
can be combined in the design of a system. The piping network can include
looped or non-looped piping, or any combination of the two, to satisfy the
demands of the project. |
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What other systems can utilize this software? (Foam deluge system, Water mist
system,etc.) |
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A 3D model of any piping network or system type, can be designed in AutoSPRINK.
Deluge, Dry Pipe, PreAction, Water Cannon (Monitor Stations), Water-based mist
systems or any water-based system can be hydraulically calculated utilizing the
universally accepted Hazin-Williams formula. The water supply and discharge
piping of a foam system can also be calculated. The foam piping itself, from
the foam tanks to the proportioner valve can of course be designed in
AutoSPRINK. The calculations for this foam piping are generally provided by the
equipment manufacturer. |
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