8/17/2019 SIMULARE 12.04.2016

1/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 1 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

Project ref/no = DASFSADFASDFClient ref/no = -

Address/notes 1 = -Address/notes 2 = -Address/notes 3 = -Building ref/no = -

Hazard classification = -System/design ref (MR/MF) = - [Selected 12 most remotest heads]

  Installation ref/no = -

Drawing(s) ref/no = -Drawing(s) dates/issues = -Reviewer/Insurance/Fire = -

Designer/Dept = -Comments 1 = -Comments 2 = -

Start X Y + building DXF = 0 0 NoneDesign area sq.m = 0.0

Elbows welded above mm = 65Specific gravity = 1.00

Node no for zero datum = 0Design authority = EN12845 Rules (latest) using Hazen-Williams formula

Installer/designer = Program provided free by Alan Ashfield

The user name and contact details are storedin the file USERINFO.TXT which you can eitherdelete and re-enter OR amend with NOTEPAD.

Telephone no(s) =FAX no(s) =Registration = 16758 from 23 March 2016 [1251C69C]

Reference = petre on PETRE-PC to PDF Printer  Data file = ++GEORGE 12.04.2016.AHC

All pages checked by . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Sprinklers operating = 12 out of 296 entered  Area of operation = 90.00 sq.m

Max area per head = 7.500 sq.mMin head density = 60.365 mm/min at node 950Min head pressure = 3.500 bars at node 950Max head pressure = 4.165 bars at node 974Max head height = 10.100 m

Pipes = 480 + 285 with zero flowMin pipe size = 32 mm

Max pressure drop = 0.692 bars in pipe 973 974Max pressure drop/metre = 247.08 mbar/m in pipe 973 974

Max velocity = 8.51 m/s in pipe 973 9748.51  Hydrants / hosereels = 0 L/min

Volume of pipework = 7.492 cu.mActual density of discharge = 86.98 mm/min over 5.333 sq.m

Four most remote heads = 920 922 950 952

SOURCE DUTY = 5643.9 L/min at 7.865 bars [node 100]

OPERATING SPRINKLER HEADS AND HYDRANTS

Node Size "K" Flows in L/min A r e a Density mm/min Pipe MRH Height P r e s s u r e s b a rno mm factor Min Actual +% sq.m Min Actual mm # m Min Normal V e l Total

888 20.0 242.00 452.7 476.8 5 7.500 60.00 63.57 32 10.100 3.50 3.882 3.882890 20.0 242.00 452.7 474.9 5 7.500 60.00 63.32 32 10.100 3.50 3.851 3.851892 20.0 242.00 452.7 475.6 5 7.500 60.00 63.42 32 10.100 3.50 3.863 3.863918 20.0 242.00 452.7 476.5 5 7.500 60.00 63.54 32 10.100 3.50 3.877 3.877920 20.0 242.00 452.7 474.6 5 7.500 60.00 63.28 32 1 10.100 3.50 3.846 3.846922 20.0 242.00 452.7 475.3 5 7.500 60.00 63.38 32 2 10.100 3.50 3.858 3.858948 20.0 242.00 452.7 457.6 1 7.500 60.00 61.02 32 10.100 3.50 3.576 3.576950 20.0 242.00 452.7 452.7 0 7.500 60.00 60.37 32 3 10.100 3.50 3.500 3.500

952 20.0 242.00 452.7 452.7 0 7.500 60.00 60.37 32 4 10.100 3.50 3.500 3.500954 20.0 242.00 452.7 458.7 1 7.500 60.00 61.16 32 10.100 3.50 3.593 3.593

974 20.0 242.00 452.7 493.9 9 7.500 60.00 65.85 32 10.100 3.50 4.165 4.165977 20.0 242.00 452.7 474.4 5 7.500 60.00 63.25 32 10.100 3.50 3.843 3.843

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

100 101 200 S40 5643.9 2.000 Up +0.500b 2.91 2.000 2.000 7.865 0.509 7.160101 102 200 S40 5643.9 2.500 East W 2.60 2.91 2.000 7.160 0.022 7.137102 103 200 S40 5643.9 3.000 Down W 2.60 2.91 -3.000 -1.000 7.137 0.024 7.407103 104 200 S40 2753.6 0.500 North T 11.00 1.42 -1.000 7.407 0.013 7.394103 105 200 S40 2890.3 0.500 South T 11.00 1.49 -1.000 7.407 0.015 7.392104 106 150 S40 2753.6 1.000 Down W 2.00 2.46 -1.000 -2.000 7.394 0.013 7.478105 107 150 S40 2890.3 1.000 Down W 2.00 2.58 -1.000 -2.000 7.392 0.014 7.476107 108 125 S40 2890.3 21.260 East W 1.71 3.73 -2.000 7.476 0.271 7.204

106 109 125 S40 2753.6 21.600 East W 1.71 3.56 -2.000 7.478 0.252 7.226108 110 125 S40 2890.3 16.000 South W 1.71 3.73 -2.000 7.204 0.209 6.995

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 2 

8/17/2019 SIMULARE 12.04.2016

2/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 2 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

109 111 125 S40 2753.6 17.000 South W 1.71 3.56 -2.000 7.226 0.202 7.024110 112 150 S40 2890.3 11.400 Up W 2.00 2.58 11.400 9.400 6.995 0.065 5.813111 113 150 S40 2753.6 11.400 Up W 2.00 2.46 11.400 9.400 7.024 0.059 5.848112 114 150 S40 2890.3 1.742 West W 2.00 2.58 9.400 5.813 0.018 5.795

113 115 150 S40 2753.6 9.100 East W 2.00 2.46 9.400 5.848 0.049 5.799114 116 150 S40 2890.3 0.580 South W 2.00 2.58 9.400 5.795 0.012 5.783116 117 50 S40 -41.0 1.155 East T 2.90 0.32 9.400 5.783 0.001 5.784117 119 50 S40 -41.0 3.000 East 0.32 9.400 5.784 0.001 5.785119 121 50 S40 -41.0 3.000 East 0.32 9.400 5.785 0.001 5.786121 123 50 S40 -41.0 3.000 East 0.32 9.400 5.786 0.001 5.787

123 125 50 S40 -41.0 1.030 East 0.32 9.400 5.787 0.000 5.788115 125 150 S40 2753.6 0.580 South W 2.00 2.46 9.400 5.799 0.011 5.788125 135 150 S40 2712.6 2.620 South 2.42 9.400 5.788 0.011 5.776116 126 150 S40 2931.3 2.620 South 2.62 9.400 5.783 0.013 5.770126 127 50 S40 -48.3 1.155 East T 2.90 0.37 9.400 5.770 0.002 5.772127 129 50 S40 -48.3 3.000 East 0.37 9.400 5.772 0.001 5.773129 131 50 S40 -48.3 3.000 East 0.37 9.400 5.773 0.001 5.775131 133 50 S40 -48.3 3.000 East 0.37 9.400 5.775 0.001 5.776133 135 50 S40 -48.3 1.030 East 0.37 9.400 5.776 0.000 5.776135 145 150 S40 2664.3 1.754 South T 8.60 2.38 9.400 5.776 0.043 5.733

126 136 150 S40 2979.6 1.754 South 2.66 9.400 5.770 0.009 5.761136 137 50 S40 103.9 1.155 East T 2.90 0.80 9.400 5.761 0.008 5.753137 139 50 S40 103.9 3.000 East 0.80 9.400 5.753 0.006 5.747

139 141 50 S40 103.9 3.000 East 0.80 9.400 5.747 0.006 5.741141 143 50 S40 103.9 3.000 East 0.80 9.400 5.741 0.006 5.735143 145 50 S40 103.9 1.030 East 0.80 9.400 5.735 0.002 5.733136 146 150 S40 2875.7 2.625 South 2.57 9.400 5.761 0.013 5.748146 147 50 S40 165.5 1.155 East T 2.90 1.27 9.400 5.748 0.019 5.730147 149 50 S40 165.5 3.000 East 1.27 9.400 5.730 0.014 5.716149 151 50 S40 165.5 3.000 East 1.27 9.400 5.716 0.014 5.702

151 153 50 S40 165.5 3.000 East 1.27 9.400 5.702 0.014 5.688153 155 50 S40 165.5 1.030 East 1.27 9.400 5.688 0.005 5.683145 155 150 S40 2768.1 2.625 South T 8.60 2.47 9.400 5.733 0.050 5.683155 156 150 S40 2933.7 0.575 South 2.62 9.400 5.683 0.003 5.681156 157 150 S40 2933.7 2.451 South 2.62 9.400 5.681 0.012 5.668146 158 150 S40 2710.2 1.992 South 2.42 9.400 5.748 0.009 5.740158 159 50 S40 166.6 1.151 East T 2.90 1.28 9.400 5.740 0.019 5.721159 161 50 S40 166.6 3.000 East 1.28 9.400 5.721 0.014 5.707161 163 50 S40 166.6 3.000 East 1.28 9.400 5.707 0.014 5.693163 165 50 S40 166.6 2.995 East 1.28 9.400 5.693 0.014 5.679

165 167 50 S40 166.6 0.692 East 1.28 9.400 5.679 0.003 5.676158 168 150 S40 2543.6 2.682 South 2.27 9.400 5.740 0.010 5.730168 169 50 S40 151.8 1.151 East T 2.90 1.17 9.400 5.730 0.016 5.714169 171 50 S40 151.8 3.000 East 1.17 9.400 5.714 0.012 5.702171 173 50 S40 151.8 3.000 East 1.17 9.400 5.702 0.012 5.690173 175 50 S40 151.8 2.995 East 1.17 9.400 5.690 0.012 5.678175 177 50 S40 151.8 0.692 East 1.17 9.400 5.678 0.003 5.676168 178 150 S40 2391.8 2.200 South 2.14 9.400 5.730 0.007 5.722178 179 50 S40 140.3 1.151 East T 2.90 1.08 9.400 5.722 0.014 5.708179 181 50 S40 140.3 3.000 East 1.08 9.400 5.708 0.010 5.698

181 183 50 S40 140.3 3.000 East 1.08 9.400 5.698 0.010 5.688183 185 50 S40 140.3 2.995 East 1.08 9.400 5.688 0.010 5.678185 187 50 S40 140.3 0.692 East 1.08 9.400 5.678 0.002 5.675178 188 150 S40 2251.5 2.700 South 2.01 9.400 5.722 0.008 5.714188 189 50 S40 127.1 1.151 East T 2.90 0.98 9.400 5.714 0.011 5.702189 191 50 S40 127.1 3.000 East 0.98 9.400 5.702 0.008 5.694191 193 50 S40 127.1 3.000 East 0.98 9.400 5.694 0.008 5.685193 195 50 S40 127.1 2.995 East 0.98 9.400 5.685 0.008 5.677195 197 50 S40 127.1 0.692 East 0.98 9.400 5.677 0.002 5.675188 198 150 S40 2124.4 2.200 South 1.90 9.400 5.714 0.006 5.708

198 199 50 S40 117.1 1.151 East T 2.90 0.90 9.400 5.708 0.010 5.698199 201 50 S40 117.1 3.000 East 0.90 9.400 5.698 0.007 5.691201 203 50 S40 117.1 3.000 East 0.90 9.400 5.691 0.007 5.683203 205 50 S40 117.1 2.995 East 0.90 9.400 5.683 0.007 5.676205 207 50 S40 117.1 0.692 East 0.90 9.400 5.676 0.002 5.675198 208 150 S40 2007.2 2.700 South 1.79 9.400 5.708 0.007 5.701208 209 50 S40 105.9 1.151 East T 2.90 0.82 9.400 5.701 0.008 5.693209 211 50 S40 105.9 3.000 East 0.82 9.400 5.693 0.006 5.687211 213 50 S40 105.9 3.000 East 0.82 9.400 5.687 0.006 5.681213 215 50 S40 105.9 2.995 East 0.82 9.400 5.681 0.006 5.675

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 3 

8/17/2019 SIMULARE 12.04.2016

3/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 3 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

215 217 50 S40 105.9 0.692 East 0.82 9.400 5.675 0.001 5.674208 218 150 S40 1901.4 2.544 South 1.70 9.400 5.701 0.006 5.696218 219 50 S40 96.2 1.151 East T 2.90 0.74 9.400 5.696 0.007 5.689219 221 50 S40 96.2 3.000 East 0.74 9.400 5.689 0.005 5.684

221 223 50 S40 96.2 3.000 East 0.74 9.400 5.684 0.005 5.679223 225 50 S40 96.2 2.995 East 0.74 9.400 5.679 0.005 5.674225 227 50 S40 96.2 0.692 East 0.74 9.400 5.674 0.001 5.672218 228 150 S40 1805.2 3.000 South 1.61 9.400 5.696 0.006 5.690228 229 50 S40 85.9 1.151 East T 2.90 0.66 9.400 5.690 0.006 5.684229 231 50 S40 85.9 3.000 East 0.66 9.400 5.684 0.004 5.680

231 233 50 S40 85.9 3.000 East 0.66 9.400 5.680 0.004 5.676233 235 50 S40 85.9 2.995 East 0.66 9.400 5.676 0.004 5.672235 237 50 S40 85.9 0.692 East 0.66 9.400 5.672 0.001 5.671228 238 150 S40 1719.2 2.883 South 1.54 9.400 5.690 0.005 5.684238 239 50 S40 77.2 1.151 East T 2.90 0.59 9.400 5.684 0.005 5.680239 241 50 S40 77.2 3.000 East 0.59 9.400 5.680 0.003 5.676241 243 50 S40 77.2 3.000 East 0.59 9.400 5.676 0.003 5.673243 245 50 S40 77.2 2.995 East 0.59 9.400 5.673 0.003 5.670245 247 50 S40 77.2 0.692 East 0.59 9.400 5.670 0.001 5.669238 248 150 S40 1642.1 3.000 South 1.47 9.400 5.684 0.005 5.679

248 249 50 S40 69.3 1.151 East T 2.90 0.53 9.400 5.679 0.004 5.675249 251 50 S40 69.3 3.000 East 0.53 9.400 5.675 0.003 5.673251 253 50 S40 69.3 3.000 East 0.53 9.400 5.673 0.003 5.670

253 255 50 S40 69.3 2.995 East 0.53 9.400 5.670 0.003 5.667255 257 50 S40 69.3 0.692 East 0.53 9.400 5.667 0.001 5.666248 258 150 S40 1572.8 2.842 South 1.41 9.400 5.679 0.004 5.675258 259 50 S40 63.1 1.151 East T 2.90 0.49 9.400 5.675 0.003 5.672259 261 50 S40 63.1 3.000 East 0.49 9.400 5.672 0.002 5.669261 263 50 S40 63.1 3.000 East 0.49 9.400 5.669 0.002 5.667263 265 50 S40 63.1 2.995 East 0.49 9.400 5.667 0.002 5.665

265 267 50 S40 63.1 0.692 East 0.49 9.400 5.665 0.001 5.664258 268 150 S40 1509.7 2.305 South 1.35 9.400 5.675 0.003 5.671268 269 150 S40 1509.7 0.850 East W 2.00 1.35 9.400 5.671 0.004 5.667269 270 50 S40 60.1 0.695 South T 2.90 0.46 9.400 5.667 0.003 5.665270 271 50 S40 60.1 0.300 East E 1.50 0.46 9.400 5.665 0.001 5.663271 273 50 S40 60.1 3.000 East 0.46 9.400 5.663 0.002 5.661273 275 50 S40 60.1 3.000 East 0.46 9.400 5.661 0.002 5.659275 277 50 S40 60.1 2.995 East 0.46 9.400 5.659 0.002 5.657277 279 50 S40 60.1 0.300 East 0.46 9.400 5.657 0.000 5.657279 280 50 S40 60.1 0.695 North T 2.90 0.46 9.400 5.657 0.003 5.654

269 280 150 S40 1449.7 9.595 East 1.30 9.400 5.667 0.013 5.654280 281 150 S40 1509.7 0.392 East 1.35 9.400 5.654 0.001 5.654281 267 150 S40 -1200.5 2.305 North T 8.60 1.07 9.400 5.654 0.010 5.664267 257 150 S40 -1137.4 2.842 North 1.02 9.400 5.664 0.002 5.666257 247 150 S40 -1068.2 3.000 North 0.95 9.400 5.666 0.002 5.669247 237 150 S40 -991.0 2.883 North 0.89 9.400 5.669 0.002 5.671237 227 150 S40 -905.1 3.000 North 0.81 9.400 5.671 0.002 5.672227 217 150 S40 -808.9 2.544 North 0.72 9.400 5.672 0.001 5.674217 207 150 S40 -703.0 2.700 North 0.63 9.400 5.674 0.001 5.675207 197 150 S40 -585.9 2.200 North 0.52 9.400 5.675 0.001 5.675

197 187 150 S40 -458.7 2.700 North 0.41 9.400 5.675 0.000 5.675187 177 150 S40 -318.4 2.200 North 0.28 9.400 5.675 0.000 5.676177 167 150 S40 -166.6 2.682 North 0.15 9.400 5.676 0.000 5.676157 294 150 S40 2933.7 2.104 East W 2.00 2.62 9.400 5.668 0.020 5.648294 295 50 S40 111.5 1.214 North T 2.90 0.86 9.400 5.648 0.009 5.639295 296 50 S40 111.5 0.300 East E 1.50 0.86 9.400 5.639 0.004 5.635296 298 50 S40 111.5 2.975 East 0.86 9.400 5.635 0.007 5.628298 300 50 S40 111.5 2.975 East 0.86 9.400 5.628 0.007 5.622300 302 50 S40 111.5 2.975 East 0.86 9.400 5.622 0.007 5.615302 304 50 S40 111.5 0.300 East 0.86 9.400 5.615 0.001 5.615

304 305 50 S40 111.5 1.214 South T 2.90 0.86 9.400 5.615 0.009 5.605294 315 150 S40 2822.2 0.300 East 2.52 9.400 5.648 0.001 5.647315 316 50 S40 26.3 1.811 South T 2.90 0.20 9.400 5.647 0.001 5.646316 318 50 S40 26.3 1.875 South 0.20 9.400 5.646 0.000 5.646318 320 50 S40 26.3 3.025 South 0.20 9.400 5.646 0.000 5.645320 322 50 S40 26.3 1.875 South 0.20 9.400 5.645 0.000 5.645322 324 50 S40 26.3 3.025 South 0.20 9.400 5.645 0.000 5.645324 326 50 S40 26.3 2.367 South 0.20 9.400 5.645 0.000 5.644326 328 50 S40 26.3 3.025 South 0.20 9.400 5.644 0.000 5.644328 330 50 S40 26.3 2.858 South 0.20 9.400 5.644 0.000 5.643

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 4 

8/17/2019 SIMULARE 12.04.2016

4/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 4 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

330 332 50 S40 26.3 3.025 South 0.20 9.400 5.643 0.000 5.643332 334 50 S40 26.3 2.881 South 0.20 9.400 5.643 0.000 5.642334 336 50 S40 26.3 2.255 South 0.20 9.400 5.642 0.000 5.642281 282 150 S40 2710.2 2.451 East 2.42 9.400 5.654 0.010 5.643

282 283 50 S40 109.0 0.770 South T 2.90 0.84 9.400 5.643 0.008 5.635283 284 50 S40 109.0 0.301 East E 1.50 0.84 9.400 5.635 0.004 5.632284 286 50 S40 109.0 2.975 East 0.84 9.400 5.632 0.006 5.625286 288 50 S40 109.0 2.975 East 0.84 9.400 5.625 0.006 5.619288 290 50 S40 109.0 2.975 East 0.84 9.400 5.619 0.006 5.613290 292 50 S40 109.0 0.300 East 0.84 9.400 5.613 0.001 5.612

292 293 50 S40 109.0 0.770 North T 2.90 0.84 9.400 5.612 0.008 5.604282 336 150 S40 2601.2 0.300 East 2.32 9.400 5.643 0.001 5.642315 345 150 S40 2795.9 2.975 East 2.50 9.400 5.647 0.013 5.633345 346 50 S40 21.5 1.811 South T 2.90 0.17 9.400 5.633 0.000 5.633346 348 50 S40 21.5 1.875 South 0.17 9.400 5.633 0.000 5.633348 350 50 S40 21.5 3.025 South 0.17 9.400 5.633 0.000 5.632350 352 50 S40 21.5 1.875 South 0.17 9.400 5.632 0.000 5.632352 354 50 S40 21.5 3.025 South 0.17 9.400 5.632 0.000 5.632354 356 50 S40 21.5 2.367 South 0.17 9.400 5.632 0.000 5.631356 358 50 S40 21.5 3.025 South 0.17 9.400 5.631 0.000 5.631

358 360 50 S40 21.5 2.858 South 0.17 9.400 5.631 0.000 5.631360 362 50 S40 21.5 3.025 South 0.17 9.400 5.631 0.000 5.631362 364 50 S40 21.5 2.881 South 0.17 9.400 5.631 0.000 5.630

364 366 50 S40 21.5 2.255 South 0.17 9.400 5.630 0.000 5.630345 375 150 S40 2774.4 2.975 East 2.48 9.400 5.633 0.013 5.620375 376 50 S40 17.2 1.811 South T 2.90 0.13 9.400 5.620 0.000 5.620376 378 50 S40 17.2 1.875 South 0.13 9.400 5.620 0.000 5.619378 380 50 S40 17.2 3.025 South 0.13 9.400 5.619 0.000 5.619380 382 50 S40 17.2 1.875 South 0.13 9.400 5.619 0.000 5.619382 384 50 S40 17.2 3.025 South 0.13 9.400 5.619 0.000 5.619

384 386 50 S40 17.2 2.367 South 0.13 9.400 5.619 0.000 5.619386 388 50 S40 17.2 3.025 South 0.13 9.400 5.619 0.000 5.619388 390 50 S40 17.2 2.858 South 0.13 9.400 5.619 0.000 5.618390 392 50 S40 17.2 3.025 South 0.13 9.400 5.618 0.000 5.618392 394 50 S40 17.2 2.881 South 0.13 9.400 5.618 0.000 5.618394 396 50 S40 17.2 2.255 South 0.13 9.400 5.618 0.000 5.618375 405 150 S40 2757.1 2.975 East 2.46 9.400 5.620 0.013 5.607405 406 50 S40 13.5 1.811 South T 2.90 0.10 9.400 5.607 0.000 5.607406 408 50 S40 13.5 1.875 South 0.10 9.400 5.607 0.000 5.606408 410 50 S40 13.5 3.025 South 0.10 9.400 5.606 0.000 5.606

410 412 50 S40 13.5 1.875 South 0.10 9.400 5.606 0.000 5.606412 414 50 S40 13.5 3.025 South 0.10 9.400 5.606 0.000 5.606414 416 50 S40 13.5 2.367 South 0.10 9.400 5.606 0.000 5.606416 418 50 S40 13.5 3.025 South 0.10 9.400 5.606 0.000 5.606418 420 50 S40 13.5 2.858 South 0.10 9.400 5.606 0.000 5.606420 422 50 S40 13.5 3.025 South 0.10 9.400 5.606 0.000 5.606422 424 50 S40 13.5 2.881 South 0.10 9.400 5.606 0.000 5.606424 426 50 S40 13.5 2.255 South 0.10 9.400 5.606 0.000 5.605336 366 150 S40 2627.5 2.975 East 2.35 9.400 5.642 0.012 5.630366 396 150 S40 2649.0 2.975 East 2.37 9.400 5.630 0.012 5.618

405 305 150 S40 2743.7 0.300 East 2.45 9.400 5.607 0.001 5.605396 426 150 S40 2666.2 2.975 East 2.38 9.400 5.618 0.012 5.605426 293 150 S40 2679.7 0.300 East 2.39 9.400 5.605 0.001 5.604305 444 150 S40 2855.1 2.237 East 2.55 9.400 5.605 0.011 5.595444 445 50 S40 112.8 1.251 North T 2.90 0.87 9.400 5.595 0.009 5.586445 446 50 S40 112.8 0.300 East E 1.50 0.87 9.400 5.586 0.004 5.581446 448 50 S40 112.8 2.537 East 0.87 9.400 5.581 0.006 5.576448 450 50 S40 112.8 2.537 East 0.87 9.400 5.576 0.006 5.570450 452 50 S40 112.8 2.560 East 0.87 9.400 5.570 0.006 5.564452 454 50 S40 112.8 2.537 East 0.87 9.400 5.564 0.006 5.558

454 456 50 S40 112.8 0.300 East 0.87 9.400 5.558 0.001 5.558456 457 50 S40 112.8 1.251 South T 2.90 0.87 9.400 5.558 0.009 5.548444 460 150 S40 2742.4 0.300 East 2.45 9.400 5.595 0.001 5.594460 461 50 S40 10.2 1.849 South T 2.90 0.08 9.400 5.594 0.000 5.593461 463 50 S40 10.2 1.800 South 0.08 9.400 5.593 0.000 5.593463 465 50 S40 10.2 3.100 South 0.08 9.400 5.593 0.000 5.593465 467 50 S40 10.2 1.800 South 0.08 9.400 5.593 0.000 5.593467 469 50 S40 10.2 3.100 South 0.08 9.400 5.593 0.000 5.593469 471 50 S40 10.2 2.102 South 0.08 9.400 5.593 0.000 5.593471 473 50 S40 10.2 3.480 South 0.08 9.400 5.593 0.000 5.593

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 5 

8/17/2019 SIMULARE 12.04.2016

5/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 5 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

473 475 50 S40 10.2 2.403 South 0.08 9.400 5.593 0.000 5.593475 477 50 S40 10.2 3.480 South 0.08 9.400 5.593 0.000 5.593477 479 50 S40 10.2 2.403 South 0.08 9.400 5.593 0.000 5.593479 481 50 S40 10.2 2.505 South 0.08 9.400 5.593 0.000 5.593

460 490 150 S40 2732.2 2.537 East 2.44 9.400 5.594 0.011 5.583490 491 50 S40 7.5 1.849 South T 2.90 0.06 9.400 5.583 0.000 5.583491 493 50 S40 7.5 1.800 South 0.06 9.400 5.583 0.000 5.582493 495 50 S40 7.5 3.100 South 0.06 9.400 5.582 0.000 5.582495 497 50 S40 7.5 1.800 South 0.06 9.400 5.582 0.000 5.582497 499 50 S40 7.5 3.100 South 0.06 9.400 5.582 0.000 5.582

499 501 50 S40 7.5 2.102 South 0.06 9.400 5.582 0.000 5.582501 503 50 S40 7.5 3.480 South 0.06 9.400 5.582 0.000 5.582503 505 50 S40 7.5 2.403 South 0.06 9.400 5.582 0.000 5.582505 507 50 S40 7.5 3.480 South 0.06 9.400 5.582 0.000 5.582507 509 50 S40 7.5 2.403 South 0.06 9.400 5.582 0.000 5.582509 511 50 S40 7.5 2.505 South 0.06 9.400 5.582 0.000 5.582490 520 150 S40 2724.7 2.537 East 2.44 9.400 5.583 0.011 5.572520 521 50 S40 5.2 1.849 South T 2.90 0.04 9.400 5.572 0.000 5.572521 523 50 S40 5.2 1.800 South 0.04 9.400 5.572 0.000 5.572523 525 50 S40 5.2 3.100 South 0.04 9.400 5.572 0.000 5.572

525 527 50 S40 5.2 1.800 South 0.04 9.400 5.572 0.000 5.572527 529 50 S40 5.2 3.100 South 0.04 9.400 5.572 0.000 5.571529 531 50 S40 5.2 2.102 South 0.04 9.400 5.571 0.000 5.571

531 533 50 S40 5.2 3.480 South 0.04 9.400 5.571 0.000 5.571533 535 50 S40 5.2 2.403 South 0.04 9.400 5.571 0.000 5.571535 537 50 S40 5.2 3.480 South 0.04 9.400 5.571 0.000 5.571537 539 50 S40 5.2 2.403 South 0.04 9.400 5.571 0.000 5.571539 541 50 S40 5.2 2.505 South 0.04 9.400 5.571 0.000 5.571520 550 150 S40 2719.5 2.560 East 2.43 9.400 5.572 0.011 5.561550 551 50 S40 2.9 1.849 South T 2.90 0.02 9.400 5.561 0.000 5.561

551 553 50 S40 2.9 1.800 South 0.02 9.400 5.561 0.000 5.561553 555 50 S40 2.9 3.100 South 0.02 9.400 5.561 0.000 5.561555 557 50 S40 2.9 1.800 South 0.02 9.400 5.561 0.000 5.561557 559 50 S40 2.9 3.100 South 0.02 9.400 5.561 0.000 5.561559 561 50 S40 2.9 2.102 South 0.02 9.400 5.561 0.000 5.561561 563 50 S40 2.9 3.480 South 0.02 9.400 5.561 0.000 5.561563 565 50 S40 2.9 2.403 South 0.02 9.400 5.561 0.000 5.561565 567 50 S40 2.9 3.480 South 0.02 9.400 5.561 0.000 5.561567 569 50 S40 2.9 2.403 South 0.02 9.400 5.561 0.000 5.560569 571 50 S40 2.9 2.505 South 0.02 9.400 5.560 0.000 5.560

550 580 150 S40 2716.6 2.537 East 2.43 9.400 5.561 0.011 5.550580 581 50 S40 -1.8 1.849 South T 2.90 0.01 9.400 5.550 0.000 5.550581 583 50 S40 -1.8 1.800 South 0.01 9.400 5.550 0.000 5.550583 585 50 S40 -1.8 3.100 South 0.01 9.400 5.550 0.000 5.550585 587 50 S40 -1.8 1.800 South 0.01 9.400 5.550 0.000 5.550587 589 50 S40 -1.8 3.100 South 0.01 9.400 5.550 0.000 5.550589 591 50 S40 -1.8 2.102 South 0.01 9.400 5.550 0.000 5.550591 593 50 S40 -1.8 3.480 South 0.01 9.400 5.550 0.000 5.550593 595 50 S40 -1.8 2.403 South 0.01 9.400 5.550 0.000 5.550595 597 50 S40 -1.8 3.480 South 0.01 9.400 5.550 0.000 5.550

597 599 50 S40 -1.8 2.403 South 0.01 9.400 5.550 0.000 5.550599 601 50 S40 -1.8 2.505 South 0.01 9.400 5.550 0.000 5.550580 457 150 S40 2718.4 0.300 East 2.43 9.400 5.550 0.001 5.548293 430 150 S40 2788.8 2.237 East 2.49 9.400 5.604 0.010 5.594430 431 50 S40 113.2 0.975 South T 2.90 0.87 9.400 5.594 0.009 5.585431 432 50 S40 113.2 0.300 East E 1.50 0.87 9.400 5.585 0.004 5.581432 434 50 S40 113.2 2.537 East 0.87 9.400 5.581 0.006 5.575434 436 50 S40 113.2 2.537 East 0.87 9.400 5.575 0.006 5.570436 438 50 S40 113.2 2.560 East 0.87 9.400 5.570 0.006 5.564438 440 50 S40 113.2 2.537 East 0.87 9.400 5.564 0.006 5.558

440 442 50 S40 113.2 0.300 East 0.87 9.400 5.558 0.001 5.557442 443 50 S40 113.2 0.975 North T 2.90 0.87 9.400 5.557 0.009 5.548430 481 150 S40 2675.5 0.300 East 2.39 9.400 5.594 0.001 5.593481 511 150 S40 2685.7 2.537 East 2.40 9.400 5.593 0.011 5.582511 541 150 S40 2693.2 2.537 East 2.41 9.400 5.582 0.011 5.571541 571 150 S40 2698.4 2.560 East 2.41 9.400 5.571 0.011 5.560571 601 150 S40 2701.3 2.537 East 2.41 9.400 5.560 0.011 5.550601 443 150 S40 2699.5 0.300 East 2.41 9.400 5.550 0.001 5.548457 619 150 S40 2831.2 1.628 East 2.53 9.400 5.548 0.008 5.541619 620 50 S40 113.2 1.251 North T 2.90 0.87 9.400 5.541 0.009 5.531

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 6 

8/17/2019 SIMULARE 12.04.2016

6/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 6 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

620 621 50 S40 113.2 0.300 East E 1.50 0.87 9.400 5.531 0.004 5.527621 623 50 S40 113.2 2.537 East 0.87 9.400 5.527 0.006 5.521623 625 50 S40 113.2 2.537 East 0.87 9.400 5.521 0.006 5.516625 627 50 S40 113.2 2.560 East 0.87 9.400 5.516 0.006 5.510

627 629 50 S40 113.2 2.537 East 0.87 9.400 5.510 0.006 5.504629 631 50 S40 113.2 0.300 East 0.87 9.400 5.504 0.001 5.503631 632 50 S40 113.2 1.251 South T 2.90 0.87 9.400 5.503 0.009 5.494619 640 150 S40 2718.0 0.300 East 2.43 9.400 5.541 0.001 5.540640 641 50 S40 -4.2 1.849 South T 2.90 0.03 9.400 5.540 0.000 5.540641 643 50 S40 -4.2 1.800 South 0.03 9.400 5.540 0.000 5.540

643 645 50 S40 -4.2 3.100 South 0.03 9.400 5.540 0.000 5.540645 647 50 S40 -4.2 1.800 South 0.03 9.400 5.540 0.000 5.540647 649 50 S40 -4.2 3.100 South 0.03 9.400 5.540 0.000 5.540649 651 50 S40 -4.2 2.102 South 0.03 9.400 5.540 0.000 5.540651 653 50 S40 -4.2 3.480 South 0.03 9.400 5.540 0.000 5.540653 655 50 S40 -4.2 2.403 South 0.03 9.400 5.540 0.000 5.540655 657 50 S40 -4.2 3.480 South 0.03 9.400 5.540 0.000 5.540657 659 50 S40 -4.2 2.403 South 0.03 9.400 5.540 0.000 5.540659 661 50 S40 -4.2 2.505 South 0.03 9.400 5.540 0.000 5.540640 670 150 S40 2722.2 2.537 East 2.43 9.400 5.540 0.011 5.529

670 671 50 S40 -6.5 1.849 South T 2.90 0.05 9.400 5.529 0.000 5.529671 673 50 S40 -6.5 1.800 South 0.05 9.400 5.529 0.000 5.529673 675 50 S40 -6.5 3.100 South 0.05 9.400 5.529 0.000 5.529

675 677 50 S40 -6.5 1.800 South 0.05 9.400 5.529 0.000 5.529677 679 50 S40 -6.5 3.100 South 0.05 9.400 5.529 0.000 5.529679 681 50 S40 -6.5 2.102 South 0.05 9.400 5.529 0.000 5.529681 683 50 S40 -6.5 3.480 South 0.05 9.400 5.529 0.000 5.529683 685 50 S40 -6.5 2.403 South 0.05 9.400 5.529 0.000 5.529685 687 50 S40 -6.5 3.480 South 0.05 9.400 5.529 0.000 5.529687 689 50 S40 -6.5 2.403 South 0.05 9.400 5.529 0.000 5.529

689 691 50 S40 -6.5 2.505 South 0.05 9.400 5.529 0.000 5.529670 700 150 S40 2728.6 2.537 East 2.44 9.400 5.529 0.011 5.518700 701 50 S40 -9.0 1.849 South T 2.90 0.07 9.400 5.518 0.000 5.518701 703 50 S40 -9.0 1.800 South 0.07 9.400 5.518 0.000 5.518703 705 50 S40 -9.0 3.100 South 0.07 9.400 5.518 0.000 5.518705 707 50 S40 -9.0 1.800 South 0.07 9.400 5.518 0.000 5.518707 709 50 S40 -9.0 3.100 South 0.07 9.400 5.518 0.000 5.518709 711 50 S40 -9.0 2.102 South 0.07 9.400 5.518 0.000 5.518711 713 50 S40 -9.0 3.480 South 0.07 9.400 5.518 0.000 5.518713 715 50 S40 -9.0 2.403 South 0.07 9.400 5.518 0.000 5.518

715 717 50 S40 -9.0 3.480 South 0.07 9.400 5.518 0.000 5.518717 719 50 S40 -9.0 2.403 South 0.07 9.400 5.518 0.000 5.518719 721 50 S40 -9.0 2.505 South 0.07 9.400 5.518 0.000 5.518700 730 150 S40 2737.6 2.560 East 2.45 9.400 5.518 0.011 5.506730 731 50 S40 -11.8 1.849 South T 2.90 0.09 9.400 5.506 0.000 5.507731 733 50 S40 -11.8 1.800 South 0.09 9.400 5.507 0.000 5.507733 735 50 S40 -11.8 3.100 South 0.09 9.400 5.507 0.000 5.507735 737 50 S40 -11.8 1.800 South 0.09 9.400 5.507 0.000 5.507737 739 50 S40 -11.8 3.100 South 0.09 9.400 5.507 0.000 5.507739 741 50 S40 -11.8 2.102 South 0.09 9.400 5.507 0.000 5.507

741 743 50 S40 -11.8 3.480 South 0.09 9.400 5.507 0.000 5.507743 745 50 S40 -11.8 2.403 South 0.09 9.400 5.507 0.000 5.507745 747 50 S40 -11.8 3.480 South 0.09 9.400 5.507 0.000 5.507747 749 50 S40 -11.8 2.403 South 0.09 9.400 5.507 0.000 5.507749 751 50 S40 -11.8 2.505 South 0.09 9.400 5.507 0.000 5.507730 760 150 S40 2749.4 2.537 East 2.46 9.400 5.506 0.011 5.495760 761 50 S40 -15.0 1.849 South T 2.90 0.12 9.400 5.495 0.000 5.495761 763 50 S40 -15.0 1.800 South 0.12 9.400 5.495 0.000 5.496763 765 50 S40 -15.0 3.100 South 0.12 9.400 5.496 0.000 5.496765 767 50 S40 -15.0 1.800 South 0.12 9.400 5.496 0.000 5.496

767 769 50 S40 -15.0 3.100 South 0.12 9.400 5.496 0.000 5.496769 771 50 S40 -15.0 2.102 South 0.12 9.400 5.496 0.000 5.496771 773 50 S40 -15.0 3.480 South 0.12 9.400 5.496 0.000 5.496773 775 50 S40 -15.0 2.403 South 0.12 9.400 5.496 0.000 5.496775 777 50 S40 -15.0 3.480 South 0.12 9.400 5.496 0.000 5.497777 779 50 S40 -15.0 2.403 South 0.12 9.400 5.497 0.000 5.497779 781 50 S40 -15.0 2.505 South 0.12 9.400 5.497 0.000 5.497760 632 150 S40 2764.4 0.300 East 2.47 9.400 5.495 0.001 5.494443 605 150 S40 2812.7 1.628 East 2.51 9.400 5.548 0.007 5.541605 606 50 S40 112.7 0.975 South T 2.90 0.87 9.400 5.541 0.009 5.532

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 7 

8/17/2019 SIMULARE 12.04.2016

7/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 7 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

606 607 50 S40 112.7 0.300 East E 1.50 0.87 9.400 5.532 0.004 5.528607 609 50 S40 112.7 2.537 East 0.87 9.400 5.528 0.006 5.522609 611 50 S40 112.7 2.537 East 0.87 9.400 5.522 0.006 5.517611 613 50 S40 112.7 2.560 East 0.87 9.400 5.517 0.006 5.511

613 615 50 S40 112.7 2.537 East 0.87 9.400 5.511 0.006 5.505615 617 50 S40 112.7 0.300 East 0.87 9.400 5.505 0.001 5.504617 618 50 S40 112.7 0.975 North T 2.90 0.87 9.400 5.504 0.009 5.496605 661 150 S40 2699.9 0.300 East 2.41 9.400 5.541 0.001 5.540661 691 150 S40 2695.7 2.537 East 2.41 9.400 5.540 0.011 5.529691 721 150 S40 2689.3 2.537 East 2.40 9.400 5.529 0.011 5.518

721 751 150 S40 2680.3 2.560 East 2.40 9.400 5.518 0.011 5.507751 781 150 S40 2668.5 2.537 East 2.38 9.400 5.507 0.011 5.497781 618 150 S40 2653.5 0.300 East 2.37 9.400 5.497 0.001 5.496632 799 150 S40 2877.6 1.629 East 2.57 9.400 5.494 0.008 5.486799 800 50 S40 95.5 1.251 North T 2.90 0.74 9.400 5.486 0.007 5.479800 801 50 S40 95.5 0.300 East E 1.50 0.74 9.400 5.479 0.003 5.476801 803 50 S40 95.5 2.537 East 0.74 9.400 5.476 0.004 5.472803 805 50 S40 95.5 2.537 East 0.74 9.400 5.472 0.004 5.468805 807 50 S40 95.5 2.560 East 0.74 9.400 5.468 0.004 5.464807 809 50 S40 95.5 2.537 East 0.74 9.400 5.464 0.004 5.459

809 811 50 S40 95.5 0.300 East 0.74 9.400 5.459 0.000 5.459811 812 50 S40 95.5 1.251 South T 2.90 0.74 9.400 5.459 0.007 5.452799 820 150 S40 2782.2 0.300 East 2.49 9.400 5.486 0.001 5.485

820 821 50 S40 -18.3 1.849 South T 2.90 0.14 9.400 5.485 0.000 5.485821 823 50 S40 -18.3 1.800 South 0.14 9.400 5.485 0.000 5.485823 825 50 S40 -18.3 3.100 South 0.14 9.400 5.485 0.000 5.486825 827 50 S40 -18.3 1.800 South 0.14 9.400 5.486 0.000 5.486827 829 50 S40 -18.3 3.100 South 0.14 9.400 5.486 0.000 5.486829 831 50 S40 -18.3 2.102 South 0.14 9.400 5.486 0.000 5.486831 833 50 S40 -18.3 3.480 South 0.14 9.400 5.486 0.000 5.486

833 835 50 S40 -18.3 2.403 South 0.14 9.400 5.486 0.000 5.487835 837 50 S40 -18.3 3.480 South 0.14 9.400 5.487 0.000 5.487837 839 50 S40 -18.3 2.403 South 0.14 9.400 5.487 0.000 5.487839 841 50 S40 -18.3 2.505 South 0.14 9.400 5.487 0.000 5.487820 850 150 S40 2800.5 2.537 East 2.50 9.400 5.485 0.012 5.473850 851 50 S40 -22.3 1.849 South T 2.90 0.17 9.400 5.473 0.001 5.474851 853 50 S40 -22.3 1.800 South 0.17 9.400 5.474 0.000 5.474853 855 50 S40 -22.3 3.100 South 0.17 9.400 5.474 0.000 5.474855 857 50 S40 -22.3 1.800 South 0.17 9.400 5.474 0.000 5.474857 859 50 S40 -22.3 3.100 South 0.17 9.400 5.474 0.000 5.475

859 861 50 S40 -22.3 2.102 South 0.17 9.400 5.475 0.000 5.475861 863 50 S40 -22.3 3.480 South 0.17 9.400 5.475 0.000 5.475863 865 50 S40 -22.3 2.403 South 0.17 9.400 5.475 0.000 5.476865 867 50 S40 -22.3 3.480 South 0.17 9.400 5.476 0.000 5.476867 869 50 S40 -22.3 2.403 South 0.17 9.400 5.476 0.000 5.476869 871 50 S40 -22.3 2.505 South 0.17 9.400 5.476 0.000 5.477850 880 150 S40 2822.8 2.537 East 2.52 9.400 5.473 0.012 5.461880 881 50 S40 750.2 1.849 South T 2.90 5.78 9.400 5.461 0.358 5.104881 883 50 S40 750.2 1.800 South 5.78 9.400 5.104 0.136 4.968883 885 50 S40 750.2 3.100 South 5.78 9.400 4.968 0.234 4.734

885 887 50 S40 750.2 1.800 South 5.78 9.400 4.734 0.136 4.599887 888 32 S40 476.8 0.700 Up T 2.10 8.21 0.700 10.100 4.599 0.648 3.8828.21

  887 889 50 S40 273.4 3.100 South 2.10 9.400 4.599 0.036 4.563889 890 32 S40 474.9 0.700 Up T 2.10 8.18 0.700 10.100 4.563 0.643 3.8518.18

  889 891 50 S40 -201.5 2.102 South 1.55 9.400 4.563 0.014 4.577891 892 32 S40 475.6 0.700 Up T 2.10 8.19 0.700 10.100 4.577 0.645 3.8638.19

  891 893 50 S40 -677.1 3.480 South 5.21 9.400 4.577 0.217 4.794893 895 50 S40 -677.1 2.403 South 5.21 9.400 4.794 0.150 4.943895 897 50 S40 -677.1 3.480 South 5.21 9.400 4.943 0.217 5.160897 899 50 S40 -677.1 2.403 South 5.21 9.400 5.160 0.150 5.310

899 901 50 S40 -677.1 2.505 South 5.21 9.400 5.310 0.156 5.466880 910 150 S40 2072.6 2.560 East 1.85 9.400 5.461 0.007 5.455910 911 50 S40 749.6 1.849 South T 2.90 5.77 9.400 5.455 0.357 5.097911 913 50 S40 749.6 1.800 South 5.77 9.400 5.097 0.135 4.962913 915 50 S40 749.6 3.100 South 5.77 9.400 4.962 0.233 4.729915 917 50 S40 749.6 1.800 South 5.77 9.400 4.729 0.135 4.593917 918 32 S40 476.5 0.700 Up T 2.10 8.21 0.700 10.100 4.593 0.647 3.8778.21

  917 919 50 S40 273.1 3.100 South 2.10 9.400 4.593 0.036 4.557919 920 32 S40 474.6 0.700 Up T 2.10 8.18 0.700 10.100 4.557 0.643 3.8468.18

  919 921 50 S40 -201.5 2.102 South 1.55 9.400 4.557 0.014 4.571

Printout from program AACALC7 [130114] by Alan Ashfield continues on page 8 

8/17/2019 SIMULARE 12.04.2016

8/8

AACALC7 [130114] by Alan Ashfield 00:42 Tuesday 12 April 2016 Page 8 of 8Program provided free by Alan Ashfield DASFSADFASDF [5643.9L/min@7.865b]

HYDRAULICALLY SIGNIFICANT PIPES

N o d e s S i z e F l o w Length Direction Fittings Equiv Vel Static Height P r e s s u r e s b a rStart End mm ref L/min m ~slope +options len m m/s m end m Start Frict V e l E n d

921 922 32 S40 475.3 0.700 Up T 2.10 8.19 0.700 10.100 4.571 0.645 3.8588.19  921 923 50 S40 -676.9 3.480 South 5.21 9.400 4.571 0.217 4.788

923 925 50 S40 -676.9 2.403 South 5.21 9.400 4.788 0.150 4.938925 927 50 S40 -676.9 3.480 South 5.21 9.400 4.938 0.217 5.155

927 929 50 S40 -676.9 2.403 South 5.21 9.400 5.155 0.150 5.304929 931 50 S40 -676.9 2.505 South 5.21 9.400 5.304 0.156 5.460910 940 150 S40 1323.0 2.537 East 1.18 9.400 5.455 0.003 5.452940 941 50 S40 899.3 1.849 South T 2.90 6.92 9.400 5.452 0.501 4.9516.92

  941 943 50 S40 899.3 1.800 South 6.92 9.400 4.951 0.190 4.7626.92  943 945 50 S40 899.3 3.100 South 6.92 9.400 4.762 0.327 4.4356.92

  945 947 50 S40 899.3 1.800 South 6.92 9.400 4.435 0.190 4.2456.92  947 948 32 S40 457.6 0.700 Up T 2.10 7.88 0.700 10.100 4.245 0.601 3.5767.88  947 949 50 S40 441.7 3.100 South 3.40 9.400 4.245 0.088 4.158

949 950 32 S40 452.7 0.700 Up T 2.10 7.80 0.700 10.100 4.158 0.589 3.5007.80  949 951 50 S40 -11.1 2.102 South 0.09 9.400 4.158 0.000 4.158

951 952 32 S40 452.7 0.700 Up T 2.10 7.80 0.700 10.100 4.158 0.589 3.5007.80  951 953 50 S40 -463.8 3.480 South 3.57 9.400 4.158 0.108 4.265

953 954 32 S40 458.7 0.700 Up T 2.10 7.90 0.700 10.100 4.265 0.603 3.5937.90  953 955 50 S40 -922.5 2.403 South 7.10 9.400 4.265 0.266 4.5317.10  955 957 50 S40 -922.5 3.480 South 7.10 9.400 4.531 0.384 4.9157.10

  957 959 50 S40 -922.5 2.403 South 7.10 9.400 4.915 0.266 5.1817.10  959 961 50 S40 -922.5 2.505 South 7.10 9.400 5.181 0.277 5.4587.10  940 812 150 S40 423.7 0.300 East 0.38 9.400 5.452 0.000 5.452

618 785 150 S40 2766.2 1.629 East 2.47 9.400 5.496 0.007 5.488785 786 50 S40 91.5 0.975 South T 2.90 0.70 9.400 5.488 0.006 5.482786 787 50 S40 91.5 0.300 East E 1.50 0.70 9.400 5.482 0.003 5.480787 789 50 S40 91.5 2.537 East 0.70 9.400 5.480 0.004 5.476789 791 50 S40 91.5 2.537 East 0.70 9.400 5.476 0.004 5.472791 793 50 S40 91.5 2.560 East 0.70 9.400 5.472 0.004 5.468793 795 50 S40 91.5 2.537 East 0.70 9.400 5.468 0.004 5.464

795 797 50 S40 91.5 0.300 East 0.70 9.400 5.464 0.000 5.464797 798 50 S40 91.5 0.975 North T 2.90 0.70 9.400 5.464 0.006 5.458785 841 150 S40 2674.7 0.300 East 2.39 9.400 5.488 0.001 5.487841 871 150 S40 2656.5 2.537 East 2.37 9.400 5.487 0.010 5.477871 901 150 S40 2634.2 2.537 East 2.35 9.400 5.477 0.010 5.466901 931 150 S40 1957.0 2.560 East 1.75 9.400 5.466 0.006 5.460931 961 150 S40 1280.1 2.537 East 1.14 9.400 5.460 0.003 5.458961 798 150 S40 357.6 0.300 East 0.32 9.400 5.458 0.000 5.458798 965 150 S40 449.1 0.436 East 0.40 9.400 5.458 0.000 5.458965 966 50 S40 449.1 4.910 North T 2.90 3.46 9.400 5.458 0.228 5.230

966 969 50 S40 449.1 0.960 North 3.46 9.400 5.230 0.028 5.202969 970 50 S40 449.1 1.545 East E 1.50 3.46 9.400 5.202 0.089 5.113970 971 50 S40 449.1 2.520 North E 1.50 3.46 9.400 5.113 0.117 4.996971 973 50 S40 449.1 2.403 North 3.46 9.400 4.996 0.070 4.926973 974 32 S40 493.9 0.700 Up T 2.10 8.51 0.700 10.100 4.926 0.692 4.1658.51

  973 975 50 S40 -44.8 3.480 North 0.34 9.400 4.926 0.001 4.927975 976 32 S40 474.4 0.627 East T 2.10 8.17 9.400 4.927 0.625 4.3028.17

  976 977 32 S40 474.4 0.700 Up E 1.00 8.17 0.700 10.100 4.302 0.390 3.8438.17  975 978 50 S40 -519.2 13.749 North 4.00 9.400 4.927 0.524 5.451

812 978 150 S40 519.2 1.979 East 0.46 9.400 5.452 0.000 5.451

KEY TO FITTINGS AND PIPEWORK QUANTITIES (Above pipes only)

E = Screwed elbow, W = Welded elbow, H = 45deg elbow, T = Branch tee/cross, J = Through teeGV = Gate valve, SV = Swinging valve, MV = Mushroom valve, BV = Butterfly valve, GL = Globe valve

S40 = Schedule 40 steel [API 5L] "C"wet=120 "C"dry=120(d) "C"nfpa=120 Total = 1157.72 mSizes = 32 50 125 150 200 mmBores = 35.10 52.50 128.20 154.10 202.74 mmLengths = 9.03 837.93 75.86 226.40 8.50 m

AACALC7 [130114] by Alan Ashfield, 9 Hyde Gardens, Langtoft, Peterborough PE6 9LT, UKFor more information about AACALC7, please visit www.freehc.net