2016-09-12_PERMIT FILE - M1989029

• Permit No: M1989029
• IBM Index Class Name: Permit File
• Doc Date: 9/12/2016
• Doc Name: Adequacy Review Response
• From: Aggregate
• To: DRMS
• Type & Sequence: AM4
• Email Name: PSH
• Email Name: WHE
• Media Type: D
• Archive: No

1 2 3 4 5 6
HORIZONTAL CONTROL(B9S) HORIZONTAL CONTROL(B5N) HORIZONTAL CONTROL(138N)
POINTTYPE STATION NORTHING EASTING RADIUS LENGTH TANGENT POINT TYPE STATION NORTHING EASTING RADIUS LENGTH TANGENT POINT TYPE STATION NORTHING FASTING RADIUS LENGTH TANGENT r.• �'
POB B9S 10+o0 00 1296769 89 3129181.98 POB B5N 10+00 00 1298237 64 3129969 09 POB B8N 10+00 00 1298301 68 3130330 34
PI B9S 10+3451 1296791 59 3129208 82 3451 PC B5N 10+54 92 129828181 3129936.47 PC B8N 10+78 09 1298245 69 3130384 77 p1 n 1=
PI 09S 10+66 09 1296794.10 3129240 30 31.58 PI B5N 10+61.90 1298287 43 3129932 32 3000 13.73 699 PI 88N 10+86 69 1298239 52 3130390.77 10000 1717 860 �pt; n F
PI B9S 10+94 16 1296780.17 3129264 67 28.07 PT B5N 10+68.65 1298294.31 3129931 08 PT BON 10+95 25 1298232 42 3130395 63 .........
PI B9S 11+0482 1296774 35 3129273 61 1066 PC B5N 11+19 43 129834428 3129922 06 PC BON 11+27 09 1298206 13 3130413 59
PI B9S 11+16 21 1296774 32 3129284.99 1139 PI B5N 11+30 44 1298355.12 3129920 11 3000 2111 1101 PI B8N 12+30 69 1298120 61 3130472 06 50000 20430 103.60
PI B9S 11+29 36 1296777 20 3129297 83 13.15 PT B5N 11+40.54 1298364.65 3129925 63 PT B8N 13+31.40 1298018 89 3130491.72
PI B9S 11+52 10 1296777.80 3129320.56 22.74 PC B5N 11+77 D4 129839624 3129943 93 PC B8N 13+96.27 1297955 20 3130504,04 p
A Pi B9S 11+71 95 1296768.77 3129338 23 19.85 PI B5N 11+83 79 1298402 07 3129947 31 1500 1268 6.74 Pf BON 14+07 39 1297944 29 3130506 15 100.00 22.14 11 11 a w
Pi B9S 11+7996 129676748 3129346 13 801 PT 85N 11+89 72 129840342 3129953 92 PT BSN 14+18 41 1297934 10 313051060 a N
J
PI B9S 11+97.71 1296767.94 3129363 88 1775 PC B514 12+06 22 1298406 70 3129970 09 PC 88N 14+29 81 1297923 66 3130515 17 Li
m p
PI B9S 12+21.94 1296771.88 3129387 78 24.23 PI B5N 12+13 76 1298408 21 3129977 48 1500 13.97 754 PI BON 14+47 03 1297907 88 3130522.07 200.00 34 35 17.22
PI B9S 12+60.12 1296781.48 3129424 75 3818 PT B5N 12+20 19 1298403 17 3129983.09 PT B8N 14+64 16 1297891 16 31305M 17
PI B9S 12+95.48 1296793.74 3129457 92 35.36 PC B5N 14+60 80 1298242 57 3130162.25 PC B8N 14+67,68 1297887.74 3130527 01
PI B9S 13+52 94 1296811 41 3129512 59 1 57.46 6 95 3130174.28 3000 2963 PIE BB8N 14++785 1298776159 3/30510 1.00 17.15 1087
4 BN/4 1297 .6
Q °
PI B9S 13+84.78 1296817.65 3129543.80 31.84 P B14703 9 879 310g
PI B9S 14+19.01 1296815 08 3129577 94 34.23 1 POE B514 16+17 47 1 1298268.18 3130312 76 y w
PI B9S 14+37 Oil 129681314 3129595 85 1&01 VERTICAL CONTROL(B8N) OO d i
PI B9S 14+56.93 1296813.83 3129614 74 18.91 POINT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH O °
VERTICAL CONTROL(B5N) C,io
PI B9S 14+6018 1296817.32 312961717 4.25 POB B8N 10+00 00 487696 1z
PONT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH . _
PI B9S 14+73.17 1296829.16 3129611 81 1299 PVI 88N 10+50 19 4877.59 1.23% 50.19 hs
PI B9S14+94.12 1296848.37 312960346 2095 Poe B5N10+00.00 487904
PVI B8N 11+10 72 487892 2.19% 6053
PVI BSN 10+51.44 487878 -0.51% 51.44 z �E
PI B9S 15+28 32 1296873.28 3129580 03 34.20 PVI B8N 12+32 56 4879.46 0.45% 12184 O yi
PVI BSN 10+59.02 4879 11 4.32% 7.57 y
PI B9S 15+58.41 1296898.10 3129563 02 30.09 PVI B8N 12+87 12 4879.36 -0.19% 5455 0) x °
PVI 85N 11+02.96 487889 -0.51% 43.94 j O as
PI B9S 15+93.61 1296931.04 3129550 59 35.20 pVl BSN 11+34.13 4878.08 0.62% 31.17 PVI B8N 14+13 44 4878.94 -0.33% 126.32 w o z
PI B9S 16+28.78 1296M04 3129547.25 35.17 PVI B5N 12+18.00 4879.02 -0.07% 83.87 POE BON 14+64.83 4878.93 -0.02% 71.40 Ir ¢w
PI B9S 16+64.33 1297001.23 3129552 32 3555 PVI B5N 12+45.91 4879.13 0 37% 27.91 SEE DWG CL-02 TOP OF BANK i rcw
PI B9S 16+83.9D 1297000.32 312955614 19.47 PV1 B5N 12+56.60 4881.41 21.40% 1069 O a�
PI B9S 16+93.89 1297029.D8 3129561 14 10.09 PVI B5N 12+76.19 4851 98 2.88% 1960 2 o0
POE B9S 17+2029 1297038.53 3129585.79 2640 PVI BSN t2+91.67 4802.21 1.51% 1548 z
PVI B5N 13+23.36 4881 38 -2.62% 3169 53
VERTICAL CONTROL(B9S) PVI B5N 13+66.75 4881 54 0 36% 4338 HORIZONTAL CONTROL(B7N) 1 u
POINT TYPE STATION NORTHING EASTING RADIUS LENGTH TANGENT Ir i9�
POMT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH PVI 85N 14+18.31 488099 -1 06% 5157 p z¢
B POB B7N 10+00 00 1296265.61 3130311 77
POB B9S 10+00.00 488200 PVI B5N 14+61.50 4881 17 0.42% 4319 Z as
POE B9S 17+20.29 4882.00 0.00% 72029 PVI 85N 14+84.69 488099 -0.78% 2319 PC B7N 10+54 tt 129824625 3130348.89 y zw
PI B7N 11+79.85 1296154.78 3130435.17 450.00 245 23 125 70
PVI BSN 15+40.15 4881 04 0.08% 5546 =wo
SEE DWG CL-02 TOP OF BANK PVI B5N 15+71.52 488076 -0.87% 3137 PT B7N 12+99 34 1298031A3 3130461 54 w i
PVI B5N 15+96.20 487768 -20.97% 1468 PC B7N 14+43 54 1297890.83 3130491 77 4 MIn
°a
PVI B5N 15+95.11 4877.21 -5.34% all PI B7N 14+49 87 1297864 64 313D493 10 30.00 12.48 633 p 2 5°
PVI B5N 16+03.58 4877 82 7.21% 8.47 PT B7N 14+56 02 1297879 51 3130496 81 z g o
POE B5N 16+17 47 487825 3 10% 1389 PC B7N 14+85 37 1297855 75 3130514.04 cj i L,o z
HORIZONTAL CONTROL(BIOS) SEE DWG CL-02 TOP OF BANK PI B7N 14+89.26 1297852 60 3130516 32 300 548 389 p K Q
o
POINT TYPE STATION NORTHING FASTING RADIUS LENGTH TANGENT PT B7N 14+9086 129785560 3/3051879 iw
POB BIOS 10+OD.00 1296754.82 3129213.15 PC B7N 14+92.68 1297857 02 3130519.94 w
PI BIOS 10+18.77 1296756 31 3129231 86 18.77 PI B7N 15+02 01 129786423 3130525 86 2700 1796 933 0 z
PI BIOS 10+34.34 1296748.58 3129245 38 15.57 PT B7N 15+10.65 129786625 3130534 96 0
PI BIOS 10+54.86 1296737.39 3129262.57 20.52 POE B7N 15+17 67 1297867 78 3130541 82 �
PI BIOS 10+81,31 1296737.31 3129289 03 26.45 HORIZONTAL CONTROL(B6N m
PI BIOS 10+95.02 1296740.30 3129302 40 13.71 POINT TYPE STATION NORTH04G EASTING RADIUS LENGTH TANGENT w
N }�
PI 810S 11+04.75 1296740.56 3129312 12 9.73 POB BSN 10+00 00 129B233 54 3129M.21 VERTICAL CONTROL(B7N) F m =o
PI BIOS 11+20.94 1296733.19 3129326 55 1 16.19 PC B6N 10+64 92 1298294 73 3129953.28 POINT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH ¢ m a D
PI BIOS 11+3823 1296730.40 312934360 1729 PI B6N 10+71.87 129829021 3129M.01 30.00 13.65 695 POB B7N 10+0000 4877.11 O v w°
Pi BIOS 11+62.02 129673102 3129367 39 2379 PT B6N 10+78 58 129829701 3129947.58 PVI B7N 10+10 15 4877.10 -0 15% 1015 p i.O M�
69 96% $3 O
85 487874 1. . ' �i
PI BIOS 11+90.47 1296735.65 312939546 2845 PC B6N 11+28.73 1298346 09 3129937.26 PVI B7N 10-93. O V J N�
Pf BIOS 12+32.19 1296746.13 3129435 84 4172 PI B6N 11+40 42 1298357 53 3129934.86 30.00 2229 11.69 PVI B7N 12+77 19 4879.64 0.49% 18334 rn
PVI B7N 14+13 58 487882 -0.60% 13639 LU
PI BIOS12+68.63 129675877 312947002 36.44 PT B6N11+51.02 129836757 3129940.82 °i o y1S
POE B7N 15+17 67 4879.00 0 17% 10410 m
PI BIOS 13+23.19 1296775.54 3129521.94 5456 PC B6N 11+76.26 129838928 3129953.70 Lu ;oy' N
PI BIOS 13+47.82 1296730 38 3129546 08 2463 PI B6N 11+78.45 129SMI 16 3129954.82 5.00 4.12 2.19 SEE DWG CL-02 TOP OF BANK s v z
C PI B10S13+7637 129677823 312957456 2855 PT B6N71+80.38 129839162 3129956.96 •'
PI BIOS13+9645 129677607 312959452 2008 PC B6N11+95.24 12983.9473 3129971.49 10 4 $
PI BIOS 14+2623 129677715 3129624.28 2978 PI B6N 11+9788 1298395.28 312997406 5.00 4.85 264 10
PI BIOS 14+41 68 129678317 3129638 51 1545 PT BBN 12+00.09 129839346 3129975.98 =
PI 810S14+6555 12968OZ78 312965212 2387 PC B6N 12+0346 129MI15 3129978.42
PI BIOS 14+8452 1296821.37 3129655.94 1897 PI B6N12+21.95 129837841 3129981.83 10000 36.58 18.50 w
PI BIOS 15+09 53 12968".15 3129645.64 2501 PT B6N 12+40.04 1298MI 72 3129999.81 v
PI BIOS 15+36.65 12969%03 3129634 83 27.12 PC BSN 12+70.35 1298334.37 3130012.87 z
PI BIOS 15+74 44 1296896 55 3129608.94 37.79 PI B6N 12+90 12 129B316 53 3130021.39 100.00 39.05 19.78
PI BIOS 15+9721 1296915.34 3129596.06 2277 PT BGN 13+09.39 128630327 313DO3607 Z
PI BIOS 16+23.02 129693948 3129586.95 25.81 PC B6N 13+84.24 1298253.10 313DO91 61 O UJ
PI BIOS 16+48.80 1296965A5 3129584 50 25.78 PI B6N 14+04,87 1298239.28 313D106 92 100.00 40.68 20.63 ° In J
PI BIOS 16+7892 1296994.96 3129588.80 3012 PT B6N 14+24.92 1298232-63 313012645 z Q
PI 8105 16+91 39 1297007.18 3129591.24 1247 PC BGN 14+T7.98 1298215 55 3130176 67 w <
POE B10S 16+93 87 1297OD9.34 3129592.47 2.48 PI B6N 14+L% 11213,48 3130182 78 20 DO 1249 6.45 U W J
PT B6N 14+90.46 1298215.36 313DI8896 w Z
VERTICAL CONTROL(BIOS) POE B6N 16+23 48 1 1298254.23 3130316 17 O W
POINT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH D_ C7
POB BIDS 10+00.00 487300 z Z
PVI BIDS 11+04.83 4872 99 0 00% 104.83 VERTICAL CONTROL(86N) Q (n
PVI B103 12+36.08 4872 98 -0 01% 131.26 POINT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH r V Z
POE BIDS 16+93.87 487313 0 03% 457.78 POB B6N 10+00.00 487497
z W
PVI B6N 10+81 64 4875.10 0 16% 81.64 w
SEE DWG CL-02 TOE OF BANK PVI B6N 11+12.82 4875.00 -0.33% 31.17
PVT B6N 11+31 37 4875.73 3.92% 18.56 z Z)
Lu
D PVI B6N 11+76 95 4876.17 0.98% 45.57 V
PVT BSN 12+2341 4876.02 -0.32% 46.46 0
PM B6N 12+34 10 4874.97 .9.87% 10.69
PVT B6N 13+02 09 4873.97 -1.46% 67.99 1 Z
PM 96N 13+93 53 487420 0.24% 91.44 O
PVI 86N 14+13 87 487494 3.65% 20.34 VERIFY SCALE
PVI 96N 14+29 75 487595 6 36% 15.88 V
BAR IS ONE NCH ON
PVI B6N 15+45 36 487639 0 38% 115.60 ORIGINAL DRAWING D
POE B6N 16+23 48 487700 0.78% 78.13 u-I- w
SEE DWG CL-02 TOE OF BANK DATE JULY 2016 �-
PROJ 653819 co
DWG G-014 O
SHEET 14 of 103 V
$PWURL $PWPATH FILENAME SSR-FD-G-014.dgn PLOT DATE 2016\07\29 PLOT TIME: 6:10:46 AM