1.0 / January 11, 2015
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Description

For Calculation design water SprinklerSystemsin PIPE standard NFPA 13
Automatic fire sprinkler system water is a sprinkler system hasbeenrecognized as effective in controlling the fire was very good.Andare currently installed are widely used worldwide. You cancontrolthe fire that occurred immediately while the fire is stillsmall.Make fire stop its aggressive expansion. The birth was lesssmokeand fire occurred in a limited area. This system makes thebuildingmore and more time in the fire. Which represents the lifeof thebuilding will have more fire safety as well.

Download Manual Water Sprinkler Pro Calculation Design Link
https://drive.google.com/file/d/0BxaWWGlfYY6NY0FZWGN0RFo2U1U/view?usp=sharing

Function in Water Sprinkler Pro Calculation Design
1. Calculation Number Sprinkler
2. Calculation Area Sprinkler Nozzle
3. Calculation Flow Sprinkler
4. Calculation Pressure Sprinkler
5. Calculation Friction Loss Pipe or Pressure LossPipe(Hazen-william) Formula
6. Graph For Design Sprinkler
7. Table For Design Pipe Schedules Sprinkler, K-Factor,C VlaueLosspipe,Hose Stream Water
Type of Automatic Sprinkler System
1. Wet pipe systems is suitable for use with a fire atambienttemperature does not make the water in the pipesclotting.
2. Dry pipe systems is suitable to use for protected areasaregenerally below freezing temperatures. Which causes hardeningofthe water in the pipe. The pipeline will have a compressedairinstead of water. For countries with cold climates.
3. Tubular slow drying water (Pre Action System) system is idealforareas that require protection to avoid. Fire sprinkler systemsworkthat can go wrong.
4. Open (Deluge System) system is ideal for special fireprotectionarea. Fire or water in bulk from the sprinkler head open(OpenSprinkler) at the head of all the types of systems thatarediscussed in this.
In the design and installation of fire sprinkler water. Foranybuilding, regardless of water pressure tank or pipe publicwithsufficient pressure and flow. Determination of water to thefiresprinkler system, sprinkler. Occupied areas of the buildingmust betaken into consideration as well. This type ofdiscrimination thatis occupied. Will depend on the type andquantity of materials intofuel that is in the area.

An assortment of area occupied for the building is divided into3categories.
1. Space occupied less dangerous (Light Hazard Occupancies)refersto the place where the fuel and the ability to burn lowasresidential, office, school, hospital, etc.
2. Occupied dangerous medium (Ordinary Hazard Occupancies).
2.1. Space occupied moderate hazard group 1 (Ordinary HazardGroup1) refers to the place where the fuel is its ability to burnlow.Moderate amount of fuel Division of materials into fuel withamaximum height of 8 feet, such as electronicequipmentmanufacturing industries. Canned food factory, etc.
2.2. Space occupied moderate hazard group 2 (Ordinary HazardGroup2) refers to the place where the fuel and the ability to burnamoderate to high. Division of materials into fuel with amaximumheight of 12 feet, such as manufacturing, textiles, paperand pulpmills, etc.
3. occupy dangerous areas (Extra Hazard Occupancies).
3.1. The space occupied a very dangerous group 1 (Extra HazardGroup1) refers to the place where the fuel and the ability toburnextremely dusty or substances that cause an erection caughtfire.Or other material that could cause the flames quickly, butnotflammable and combustible materials, such as plywood andtimberproduction. Rubber industry, etc.
3.2. Occupied a very dangerous group 2 (Extra Hazard Group 2)refersto the place where the amount of flammable andcombustiblesubstances or storage medium to very large. These areasarecharacterized by the use involving flammable liquids(CombustibleLiquid) or flammable liquids (Flammable Liquid) such asplants,refineries, paint, etc.

App Information Water Sprinkler ProCalDesign

  • App Name
    Water Sprinkler ProCalDesign
  • Package Name
    com.soft.watersprinklerpro
  • Updated
    January 11, 2015
  • File Size
    Undefined
  • Requires Android
    Android 2.2 and up
  • Version
    1.0
  • Developer
    FrankEngineer
  • Installs
    50 - 100
  • Price
    $5.49
  • Category
    Education
  • Developer
    Visit website Email [email protected]
    102 moo.2 T.changkong A.Nanoi Nan 55150 Thailand
  • Google Play Link

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Novec-1230 Fluid offers a unique combinationof safety, low environmental impact and extinguishingperformance,making it the first chemical halon replacement to offera viable, long-term,sustainable technology for special hazards fireprotection.Download Manual Novec-1230 Desing Linkhttps://drive.google.com/file/d/0BxaWWGlfYY6NVmtSU0ctZ0djdTg/view?usp=sharingFunction in Novec-1230 Design1. Calculation Room Volume For Design Room2. Function Data Design Class concentration3. Calculation Novec-12304. Calculation Number Nozzle Novec-1230 For design Pipe5. Calculation design Pipe For6. Table design Pipe Novec-1230Novec-1230 Fluid is Applied as a gas, but is liquid at roomtemperature. It is electrically non-conducting in both the liquidand gasesous state. The breakdown voltage of Novec-1230 fluid vaporubder saturated conditions at 1 atm ,21 C over a 2.7 mm electrodegap is 15.6 kV, nearly 2.3 time that of dry nitrogen. 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It is generallyused in situations where water from a fire sprinkler would damageexpensive equipment or where water-based fire protection isimpractical, such as museums, banks, clean rooms and hospitals.Novec -1230 fluid does not deplete ozone (ODP 0).Novec-1230 Fire Protection Fluid is a next-generation holanalternative offering outstanding performance, large margin ofsafety and excellent environmental profile.• Zero ozone depletion potential• A global warning potential of 1.• 5-day atmospheric lifetime• A large margin of safety for occupied spaces.Novec-1230 Fire Protection Fluid is Based on a proprietary chemicalA fluorketone. The full chemical name for this compound isdodecafluoro-2-methylpentan-3-one. Its ASHRAE nomenclature-the wayit is designaed in the NFPA 2001 and ISO 14520 clean agentstandars-is FK-5-1-12. Novec-1230 Fluid offers a unique combinationof safety, low environmental impact and extinguishing performance,making it the first chemical halon replacement to offer a viable,long-term, sustainable technology for special hazards fireprotection.Download Manual Novec-1230 Desing Link.https://drive.google.com/file/d/0BxaWWGlfYY6NVmtSU0ctZ0djdTg/view?usp=sharingFunction in Novec-1230 Design1. Calculation Room Volume For Design Room.2. Function Data Design Class concentration3. Calculation Novec-12304. Calculation Number Nozzle Novec-1230 For design Pipe.5. Calculation design Pipe For6. Table design Pipe Novec-1230.Novec-1230 Fluid is Applied as a gas, but is liquid at roomtemperature. It is electrically non-conducting in both the liquidand gasesous state. The breakdown voltage of Novec-1230 fluid vaporubder saturated conditions at 1 atm, 21 C over a 2.7 mm electrodegap is 15.6 kV, nearly 2.3 time that of dry nitrogen. The breakdownvoltage of liquid Novec-1230 fluid under the same conditions is 48kV.The properties of Novec-1230 are similar to many of the firestgeneration halon alternatives with one primary exception -thiscompound is a liquid at ambient conditions. The boiling point ofNovec-1230 fluid is 49.2 C, meaning this product has a much lowervapor pressure than other clean agents, which are gases at ambientconditions.Novec-1230 fluid has a very low heat of vaporization,approximately 25 times less then. that of water. This allows theagent to transition from a liquid to a gaseous state very rapidlywhen discharged through a nozzle. In a properly designed system,Novec-1230 fluid will rapidly vaporize and evenly distributethroughout the protected space.
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For Calculation design water SprinklerSystemsin PIPE standard NFPA 13Automatic fire sprinkler system water is a sprinkler system hasbeenrecognized as effective in controlling the fire was very good.Andare currently installed are widely used worldwide. You cancontrolthe fire that occurred immediately while the fire is stillsmall.Make fire stop its aggressive expansion. The birth was lesssmokeand fire occurred in a limited area. This system makes thebuildingmore and more time in the fire. Which represents the lifeof thebuilding will have more fire safety as well.Download Manual Water Sprinkler Pro Calculation Design Linkhttps://drive.google.com/file/d/0BxaWWGlfYY6NY0FZWGN0RFo2U1U/view?usp=sharingFunction in Water Sprinkler Pro Calculation Design1. Calculation Number Sprinkler2. Calculation Area Sprinkler Nozzle3. Calculation Flow Sprinkler4. Calculation Pressure Sprinkler5. Calculation Friction Loss Pipe or Pressure LossPipe(Hazen-william) Formula6. Graph For Design Sprinkler7. Table For Design Pipe Schedules Sprinkler, K-Factor,C VlaueLosspipe,Hose Stream WaterType of Automatic Sprinkler System1. Wet pipe systems is suitable for use with a fire atambienttemperature does not make the water in the pipesclotting.2. Dry pipe systems is suitable to use for protected areasaregenerally below freezing temperatures. Which causes hardeningofthe water in the pipe. The pipeline will have a compressedairinstead of water. For countries with cold climates.3. Tubular slow drying water (Pre Action System) system is idealforareas that require protection to avoid. Fire sprinkler systemsworkthat can go wrong.4. Open (Deluge System) system is ideal for special fireprotectionarea. Fire or water in bulk from the sprinkler head open(OpenSprinkler) at the head of all the types of systems thatarediscussed in this.In the design and installation of fire sprinkler water. Foranybuilding, regardless of water pressure tank or pipe publicwithsufficient pressure and flow. Determination of water to thefiresprinkler system, sprinkler. Occupied areas of the buildingmust betaken into consideration as well. This type ofdiscrimination thatis occupied. Will depend on the type andquantity of materials intofuel that is in the area.An assortment of area occupied for the building is divided into3categories.1. Space occupied less dangerous (Light Hazard Occupancies)refersto the place where the fuel and the ability to burn lowasresidential, office, school, hospital, etc.2. Occupied dangerous medium (Ordinary Hazard Occupancies).2.1. Space occupied moderate hazard group 1 (Ordinary HazardGroup1) refers to the place where the fuel is its ability to burnlow.Moderate amount of fuel Division of materials into fuel withamaximum height of 8 feet, such as electronicequipmentmanufacturing industries. Canned food factory, etc.2.2. Space occupied moderate hazard group 2 (Ordinary HazardGroup2) refers to the place where the fuel and the ability to burnamoderate to high. Division of materials into fuel with amaximumheight of 12 feet, such as manufacturing, textiles, paperand pulpmills, etc.3. occupy dangerous areas (Extra Hazard Occupancies).3.1. The space occupied a very dangerous group 1 (Extra HazardGroup1) refers to the place where the fuel and the ability toburnextremely dusty or substances that cause an erection caughtfire.Or other material that could cause the flames quickly, butnotflammable and combustible materials, such as plywood andtimberproduction. Rubber industry, etc.3.2. Occupied a very dangerous group 2 (Extra Hazard Group 2)refersto the place where the amount of flammable andcombustiblesubstances or storage medium to very large. These areasarecharacterized by the use involving flammable liquids(CombustibleLiquid) or flammable liquids (Flammable Liquid) such asplants,refineries, paint, etc.