H C

FHC - Hydraulic Analysis Software - Ver: 1.8.0

Full Hydraulic Calculations Computer Printout Page No 1

Program FHC

Project Data and Design Parameters

Project: Standpipe & Hose System of Glory Industries Ltd Address: Biazid. CTG

Number: SA-GIL-5H-V1.0 Area ref: Most Unfavourable Hazard: ordinaryAuthority: National Fire Protection Association Source: 2904.1 l/min @ 7.985 bar

Tel: Fax: Printout: 22-January-15 at 17:06

Project name : Standpipe & Hose System of Glory Industries Ltd

Area reference : Most Unfavourable

Address / location : Biazid. CTG

Project number : SA-GIL-5H-V1.0

Installation number(s) : 0

Drawing number(s) : SA-GIL-5H-V1.0

Issue no / date : 22.01.15

Designers reference : 5th floor

Project Data File : K:\alvi\SA-GIL-7H-V1.0.FHC

Hazard classification : ordinary

Design authority : National Fire Protection Association

Insurance company : ---

Specified density of discharge : 0.00 mm/min (l/min/m2)

Assumed maximum area of operation : 0.00 m2

Number of operating sprinkler heads : 3

Maximum area covered per head : 0.00 m2

Highest head / nozzle above source : 0.00 m

Number of pipes in system : 36 from 80 to 150 mm

Pressure loss equation used : Hazen-Williams

Fluid : Water

Pipe Data Table : STD_PIPE.PDT

Maximum fluid velocity : 3.69 m/s in pipe 107 108

Volume of pipework and fittings : 3.31 m3

Elbows are welded for : 65 mm and above

Comment : ---

Checked by & Date :

Source duty = 2904.1 l/min @ 7.985 bar at node no 100

Submitted by Engr MIEB No M/29837

S.M. Samsuddoza (Alvi)



Program FHC

Hydraulically Significant Pipes in System




NUMBERS | P I P E | F L O W |DIMENSIONS|ANGLE| VALUES |HEIGHT M|PRESSURES BARSPipe|Start|Size Type| L/min | Length VJ|Dir. | Eq.len | Start | Start Frict no | End |Bore 'C'| Vel m/s |EL T VT|Slope| mbar/m | End | End Static

1 100 150mm MW 2904.1 1.000 Up 11.14 0.000 7.985 -0.052 101 155.32 120 2.6 0 0 MV 90.0 4.7 1.000 7.835 -0.098

2 101 150mm MW 2904.1 0.650 Up 3.82 1.000 7.835 -0.018 102 155.32 120 2.6 0 0 BV 90.0 4.7 1.650 7.753 -0.064

3 102 150mm MW 2904.1 48.140 270 50.99 1.650 7.753 -0.239 103 155.32 120 2.6 1 0 0.0 4.7 1.650 7.514 +0.000

4 103 150mm MW 2904.1 16.770 0 19.62 1.650 7.514 -0.092 104 155.32 120 2.6 1 0 0.0 4.7 1.650 7.423 +0.000

5 104 150mm MW 2904.1 11.970 90 14.82 1.650 7.423 -0.069 105 155.32 120 2.6 1 0 0.0 4.7 1.650 7.353 +0.000

6 105 150mm MW 2904.1 0.860 0 3.71 1.650 7.353 -0.017 122 155.32 120 2.6 1 0 0.0 4.7 1.650 7.336 +0.000

7 122 150mm MW 1922.5 23.870 0 23.87 1.650 7.336 -0.052 106 155.32 120 1.7 0 0 0.0 2.2 1.650 7.284 +0.000

8 106 150mm MW 1922.5 43.750 90 46.60 1.650 7.284 -0.102 107 155.32 120 1.7 1 0 0.0 2.2 1.650 7.182 +0.000

9 107 100mm MW 1922.5 1.520 Up 3.61 1.650 7.182 -0.053 108 105.14 120 3.7 1 0 90.0 14.6 3.170 6.980 -0.149

11 108 100mm MW 1922.5 3.660 Up 3.66 3.170 6.980 -0.053 110 105.14 120 3.7 0 0 90.0 14.6 6.830 6.568 -0.359

13 110 100mm MW 1922.5 3.660 Up 3.66 6.830 6.568 -0.053 112 105.14 120 3.7 0 0 90.0 14.6 10.490 6.156 -0.359

15 112 100mm MW 1922.5 3.660 Up 3.66 10.490 6.156 -0.053 114 105.14 120 3.7 0 0 90.0 14.6 14.150 5.744 -0.359

17 114 100mm MW 1922.5 3.660 Up 3.66 14.150 5.744 -0.053 116 105.14 120 3.7 0 0 90.0 14.6 17.810 5.332 -0.359

19 116 100mm MW 1922.5 3.660 Up 3.66 17.810 5.332 -0.053 118 105.14 120 3.7 0 0 90.0 14.6 21.470 4.920 -0.359

20 118 80mm MW 977.5 1.520 90 6.94 21.470 4.920 -0.105 119 80.68 120 3.2 0 1 0.0 15.2 21.470 4.815 +0.000

21 118 100mm MW 945.0 3.660 Up 3.66 21.470 4.920 -0.014 120 105.14 120 1.8 0 0 90.0 3.9 25.130 4.547 -0.359

22 120 80mm MW 945.0 1.520 90 3.33 25.130 4.547 -0.047 121 80.68 120 3.1 1 0 0.0 14.2 25.130 4.500 +0.000

23 122 100mm MW 981.6 1.520 Up 8.50 1.650 7.336 -0.036 123 105.14 120 1.9 0 1 90.0 4.2 3.170 7.151 -0.149

25 123 100mm MW 981.6 3.660 Up 3.66 3.170 7.151 -0.015 125 105.14 120 1.9 0 0 90.0 4.2 6.830 6.777 -0.359

Continued on the next page

Submitted by Engr




Program FHC

MV 100BV

MRH

H C

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