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Water Supply Pump Calculation
Working Hours :8Hours
No. of Person :54Persons
Water Consumption / person :100L/day
Total water consumption : 5.400 L/day
: 11,25L/min
Water tank (1 day) :5.400 L
Water Supply pump :33,75L/min
Pump capacity calculation Based on Sanitary Fixture
No.Sanitary Qty Flow Req / unitTotal FlowMin Pressure
1Faucet / Tap 0 15 0 0,3
2Garden Faucet 0 15 0 0,3
3Closet Flush 0 40 0 0,4
4Closet Low level 8 10 80 0,3
5Urinal 2 20 40 0,4
6Shower 18 0 0,7
7Lavatory / Sink 8 10 80 0,3
Total 200
Pump Capacity200 x 30 %= 60L/min
heighest point from lower level + working pressure of sprinklz..
Total head is based on first the flow rate is set and then based on the flow rate the pipe is sized and then based on that size the friction factor for the type of pipe is found out and then based on that the friction loss in pipe is found out ,for the fittings you can use two method one is k factor for the fittings generally employed in chilled water pipe and other method is equivalent length of pipes adding up the total head and friction loss we get the total head in psi,bar,mtr or feet
in case transfer pump for over head tank filling .total height and horizontal pipe length and number of bent
in case booster pump installing ground tank check last point height .and how much bar presser need
in case roof top pressure pump installation check how much bar pressure need
FIRE FIGHTING SYSTEM
PROJECT : XXX PROJECT
REGULATION : FIRE PREVENTION AND PROTECTION FOR BUILDING AND STRUCTURES
DESIGN REQUIREMENTS (TCVN - 2622 : 1995)
1)BUILDING INFORMATION:
[]Type of Building: Factory [] Production Class: -
[]Volume of Building (Maximum area): 36.207 m3 []Fire resistance Class of Building: -[]Area: 4.860 m2 [] Outdoor piping required: required
2)FIRE HYDRANT SYSTEM:
[]Internal Fire Hydrant Box: 4 Sets [] External Fire Hydrant Box: 4 Sets
Simultaneous operation number: 2 Sets (1)Simultaneous Fire number: 2 Fire (4)
Water Flow for each Hose: 2,5 l/s (2)Water Flow for each Fire: 15 l/s (5)
Hose Length: 30 m Hose Length: 30 m
Hose Size: 50 A Hose Size: 65 A
Water Flow Requirements: (1)x(2) 300 l/min (3)Water Flow Requirements: (4)x(5) 1800 l/min (6)
[]Fire Hydrant Pump Requirements:
Capacity:Max [(3) and (6)] Q = 1800 l/min
Pump Head Calculation:
Pipe Length (Maximum): 126 m
Pipe's Fitting (Pipe equivalent Length): 63 m
Valve (Pipe equivalent Length): 50 m
Unit Friction Loss: 50 mmAq/m
Total Pipe Friction loss 11,95 mAq
Potential difference: 8 mAq
Fire Hydrant Hose Friction loss: 5 mAq
Nozzle Pressure: 8 mAq
Safety Factor: k = 1,1
Total Pump Head Requirements: h = 36,25mAq
[]Fire Hydrant Pump Selection:
Electric Pump Jockey Pump
Suction x Discharge size: (looking selection pump) Suction x Discharge size: (looking selection pump)
Capacity: 2000 l/min Capacity: 200l/min
Pump Head: 40mAq Pump Head: 50 mAq
Motor Capacity:(looking selection pump) Kw Motor Capacity: (looking selection pump) Kw
Phase:3 phase Phase: 3 phase
Pump's Accessory: Priming Tank [ ? ]
Control Panel [ ? ] Elevated Tank Capacity: 60 m3
[]Water Storage Tank: (Underground Concrete Made) Q = 60 m3 or Regulation Local
[]Fire Dept. Car Connection size: 100 x 2A
[]Piping system:[] Material Galvanized Steel
[] Main Pipe size:150 A
[] Branch Pipe size: 50 A
3)FIRE EXTINGUISHER SYSTEM:
[]Fire Extinguisher ABC 3,5 Kg; 21 Sets
[]Fire Extinguisher ABC - Kg; - Sets
[]Fire Extinguisher CO2 - Kg; - Sets
[]Fire Extinguisher CO2 - Kg; - Sets
4)DESIGN DRAWING FOR FIRE PROTECTION SYSTEM:No.Drawing Name
M-3Fire Hydrant system schematic
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PT. TAIKISHA INDONESIA ENGINEERING
Project : XXX Project
Water Supply Pump Calculation
Working Hours :8Hours
No. of Person :54Persons
Water Consumption / person :100L/day
Total water consumption : 5.400 L/day
: 11,25L/min
Water tank (1 day) :5.400 L
Water Supply pump :33,75L/min
Pump capacity calculation Based on Sanitary Fixture
No.Sanitary Qty Flow Req / unitTotal FlowMin Pressure
1Faucet / Tap 0 15 0 0,3
2Garden Faucet 0 15 0 0,3
3Closet Flush 0 40 0 0,4
4Closet Low level 8 10 80 0,3
5Urinal 2 20 40 0,4
6Shower 18 0 0,7
7Lavatory / Sink 8 10 80 0,3
Total 200
Pump Capacity200 x 30 %= 60L/min
Pump Head
Sanitary =7mH
Gravity level =8,2mH
Pressure Tank =8mH
Piping and Valve =70m x 0.05 mAq/m =3,5mH
Total Head =26,7 mH
Pump Head =29mH
Pump Spec.
Package Booster Pump Parallel & Alternate Operation
Capacity : 90 L/min x 30 mH x 2 Units
it is better to learn how to do it in Elite fire program
in general :
total pump head = height from lowest point to the highest point + friction due to pipes and fitting to the last point + working pressure of the sprinkler
هل تحتاج لمساعدة في كتابة سيرة ذاتية تحتوي على الكلمات الدلالية التي يبحث عنها أصحاب العمل؟
