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 H3 VERTICAL CONTROL(H3) HORIZONTAL CONTROL(H4)
POINT TYPE STATION NORTHING EASTING RADIUS LENGTH TANGENT POINT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH POINT TYPE STATION NORTHING EASTING RADIUS LENGTH TANGENT
POB H310+OD.00 129803039 3131W 10 POB H310+00.00 4877.07 POB HI 10+00.00 129799379 3131526.59 I Y�'��• u�i
PC H3 10+51.67 1298030.39 3131599 77 PVI H PC H4 10+24 81 1297989 56 3131551.04
310+23.39 4877.66 2.53% 23.39 x �
p; "�'
PI H310+7689 1298030.39 3131624.99 100.00 49.41 2522 PVI H310+76.39 4877.43 -0.44% 53.00 PI H4 10+32.83 1297988.19 3131558.94 80 DO 15.98 8.02 h: E
PT H311+01.08 1298018.44 313164719 PVI H311+18.73 487655 -209% 4234 PT H410+40.80 129798841 3131566.96 ✓'••.•••..•
PC H3 11+78.43 1297981.75 3131715.30 PVI H3 11+92 71 487606 -0.66% 7397 PC H4 10+51 00 1297988 70 3131577.15
PI H311+9794 129797250 3131732,47 1D000 38.54 19.51 PVI H312+10.89 4874.92 -0.25% 1818 PI H410+7132 1297W9.27 3131597.47 80.00 39.80 2032
PT H3 12+16.97 1297970 39 3131751 87 PVI H3 12+89.54 487342 -1.91% 78.65 PT H4 10+90.79 1297980 08 3131615 59 i
A PC H3 12+87 42 1297962 74 3131821.91 I'm H3 13+22 27 487287 -1.67% 3273 m-,
H4 11+89.40 1297935 49 3131703.53 0 i
PI H3 13+01 35 1297961 23 3131835.75 100.00 27.68 13.93 PA H3 14+21.84 4870.83 -206% 99.56 H4 12+16.10 1297923 42 3131727 34 12000 52 54 2670 a Z "
2
PT H3 13+15 10 1297963 56 3131849 48 PVI H3 14+45 48 4871.46 2.69% 2364 H4 12+41 94 1297922 58 3131754 03
PC H3 14+97 93 129799415 3132029.74 PVI FKi 14+72.75 4870.96 -1.83% 2728
H413+23.61 1297920.01 3131 W5 66 m o
PI F1315+26 97 1297999 01 3132058.37 3DO.00 57.90 29.04 I'm H3 14+94 57 4871.46 2.29% 21.82 H413+42.38 1297919.42 3131854-42 120 00 37.24 18 77
PT H3 15+55 83 1297998 29 3132087.40 PVI H3 15+0412 487319 1811% 955 H4 13+60 85 1297924 58 3131872.46
PC F1315+84.01 1297997.58 313211557 PVI F1315+3094 487337 068% 2682 H413+96.69 129783445 313t906.82
PI H3 16+03 78 1297997.09 3132135 34 300.00 39.50 19.78 PVI H3 15+99.14 487497 2 33% 6819 I H4 15+00 43 1297963 00 3132006 65 50000 204.57 103.73iL 0
PT H3 16+23 50 1297994 01 3132154 87 PVI H3 18+24 17 4875.18 0 10% 22504 PT H4 16+0t.26 1297949 53 3132109 51 < J
PC F1316+79.28 1297985.31 31322D996 I'm H319+18.74 487209 -327% 94.56 PC H417+7885 129792633 3132286.58 y w=
PI F1316+87.78 129798398 3132218.37 300.00 17.01 8.51 PVI H322+15.26 4871.99 -003% 296.53 PI H418+07.50 129792274 313231400 50000 55.24 27.65 0 00�
PT H3 16+96.29 1297983.14 3132226.84 PVI H3 22+86.07 4871.11 -124% 7081 PT H4 18+35.09 1297922 19 3132341 64 L) o
PC F1319+3617 1297959.22 3132465.52 PVI H323+83.13 4868.25 -295% 97.06 PC H419+6948 129791953 313247601 �z
PI H319+4682 1297958.16 3132476.12 10000 2123 10.65 PVI F1326+08.28 4868.17 -004% 22515 PI H419+9509 129791902 3t3250161 5000D 51.18 2561 wF
PT H319+57.39 1297959 35 3132486 70 PVI H3 26+24.19 4869.12 6 00% 15.91 PT H4 20+20 66 1297921 14 3132527 14 g
PC H3 20+85.11 1297973 68 3132613.62 WPIA
H3 27+11.71 4668.72 -0 45% 67.51 PC H4 20+89.69 1297926 83 3132595 93 O Y N F
PI FR 2D+91.62 1297974.41 3132620.0E 100.00 12.99 6.51 H3 28+24.68 4869.2E 0 49% 112.97 PI H4 21+10 35 1297928 53 3132616 52 500 00 41-29 20,65 y = a'a
PT H3 20+98.10 1297974.29 3132626.59 H3 28+77.98 4869.76 090% 53.30 PT H4 21+30 98 129792853 313263717 wOZPC H3 22+42.51 1297971.76 3132770.97 H3 31+89.06 4870.39 020% 31107 PC H4 24+40.36 129792853 313294656 a
PI H4 24+62 76 129792853 313296896 10000 44.08 2241 tPI FR22+47.19 1297971.68 313277565 100.00 9.35 4.68 H333+06.81 4870.95 047% 117.75 Z 03PT H3 22+51.86 1297971.16 3132780.30 H3 34+95.36 4870.95 000% 188.55 PT H4 24+84 44 129793809 313298922 zOaPC F13 23+84.84 129795643 3132912.46 H3 35+84.90 4870.97 002% 89.54 PC H4 25+42 26 129796276 313304151PI H324+01.04 1297954.63 3132928.56 80.00 31.97 16.20 F1336+60.50 4868.14 -375% 75.60
PI H4 26+01.18 1297967 90 3133094 80 500.00 117 31 58 92 w O
PT H3 24+16.81 1297959.24 3132944.09 PVI H3 38+25.98 4867.97 -010% 165.48 PT H4 26+59.56 1297999 97 3133152 48
PC H3 24+39.97 1297965 83 3132966.29 PVI H3 38+54.30 4869 01 3.67% 28.32 PC H4 27+2018 1298012 38 3133211 81 a w
PI H3 24+51.46 129796910 3132977.31 100.00 22.88 1149 PVI H3 38+75.34 4868.96 -0.12% 21.04 PI H4 27+71 92 1298022 98 3133262 45 500 00 103.11 51 74 0 z'o
B PT H3 24+62.85 1297974 79 3132987.30 PVI H3 39+13.53 4B69.19 0.54% 38.19 PT H4 28+23 29 1298022 98 3133314 19 z
PC H3 24+81.14 1297983 83 3133003 20 POE H3 39+31.88 4868.68 -279% 18.36 PC H4 28+26.78 1298022 98 3133317 68
PI H3 25425.07 1298005 56 3133041.37 500.00 87.62 43.92 PI H4 28+62 94 1298022.98 3133353 84 30000 71.97 36.16 = o
SEE DWG CL-03 TOP OF BANK O >
PT H3 25+68.76 1298020.30 3133082.75 PT H4 28+98.76 1298014 38 3133388 97 F W o z
PC H3 26+04.73 1298032.36 3133116,62 PC H4 30+38.86 1297981 09 3133525 06 0 w o
PI H3 26+21.69 1298038 05 31331326D 2DO.00 3384 16.96 PI H4 31+12 51 1297963 59 3133596.60 300.00 14444 7365
PT H3 26+38.57 1298040 97 3133149.31 PT H4 31+83 30 1297981 21 3133668.11 6 0 g 0 n
PC H3 27+60.76 1298061 99 3133269.67 PC H4 32+97 36 1298008 49 3133778 86 z rn 6 i
PI H3 28+17.42 1298071 74 3133325.50 3DO.00 112.01 56.67 PI H4 33+32 76 1298016 96 3133813 23 3DO 00 70.46 3539 O Z.
m
PT H3 28+72.77 1298060 46 3133381 03 PT H4 33+67.82 1298017 20 3133848 62 43
w 0 PC H3 29+49.08 1298045 27 3133455.81 PC H4 35+71 64 1298018 56 3134052 43 1 rl0
PI H3 29+57.00 1298043.69 3133463.58 200.00 15.84 7.92 PI H4 37+02 87 1298019 43 3134183 66 17000 22352 131 23 0 ?
PT H3 29+64.92 1298041 50 3133471.19 PT H4 37+95 16 1298146 61 3134216 04 y w
PC H4 36+75.26 1290224 23 3134235 80 0
PC H3 30+21.58 1298025.86 3133525.65 o w
PI H3 3D+80.42 1298009 62 3133582 20 2DO.00 114.45 58.84 0
PI H4 39+06.80 1298254 80 3134243 58 20000 6256 3154 w
PT H3 31+36.03 1298026 59 3133638.54 PT H4 39+37 82 1288281 48 3134260 39 m °o
PC H3 32+84.50 1298069 42 3133780.70 PC H4 39+49 85 1298291 66 3134266 80 rn o z z
PI H3 33+15.23 1298078.28 3133810 13 200 00 61.0D 30.74 PI H4 39+60.58 1298300 74 3134272 52 40 00 20 97 10 73 U O C i Z.
PT 1-3 33+45.49 1298077.90 3133840.87 PT H4 39+70 82 1298311 46 3134272 93 Q 0 . O
PC H3 35+75 79 1298075 04 3134071 15 POE H4 40+18 17 1298358 78 3134274 73 < O `� o
PI H3 36+36.68 1298074 59 3134132.03 100.00 109.38 6088 rn 3 S2 9
VERTICAL CONTROL(H4
PT 1-336+85.17 729812847 3134160.38 m T �"
PC H3 36+89.63 1298132 42 3134162.46 POINT TYPE STATION ELEVATION TANGENT GRADE TANGENT LENGTH O
POB F1410+0000 486628 z F
PI H3 37+24.73 1298163 48 3134178.80 3D0.00 69.89 35.10 z
PVI H4 10+69 92 486480 -2.10% 69.92
C PT H3 37+59.52 1298197 48 3134187.54 PVI H4 11+29 93 486521 0 68% 60.01 •
PC H3 38+35.38 1298270.96 3134206.41 PVI H4 12+04 95 4864 35 -1.15% 75.01 rj g
PI H338+49.79 129828492 3134210.00 100.00 28.61 14.41 PVI H412+3131 4862.89 -5.52% 26.37 g
PT H3 38+64.DO 1298297.29 3134217.37 PVI H4 13+34 97 486271 -0.18% 103.65
PC H3 38+67.57 120"36 3134219.2f1 U
PVI H4 17+54 01 4862 27 -010% 419.05
PI H3 38+75.03 1298306.76 3134223.02 30.00 14.61 7.45 w
PT H3 38+82.18 1298314.21 3134223.40 PVI H4 20+47 39 4862 09 -0.O6% 293.37
PVI H421+34.10 486114 -110% 86.72 x
POE H3 39+31 88 129BW3 84 3134225.90 PVI H4 21+98 55 4861.14 0.00% 64.44 Z
PVI H4 22+11.28 486209 7.50% 1273
PVI H4 24+10 97 4861.86 -012% 19969 Z
PVI H4 24+55.52 4860.02 -4.11% 4455 O W
PVI H4 25+31 10 485899 -1 37% 7558 N J
PVI H427+5625 4859.39 018% 22515 z J m
PVI H4 31+24.61 485883 -015% 368.36 uai Q
PVI H4 31+78.60 4857.16 -310% 5399 W J
PVI H4 33+29.07 4855.88 -0 85% 15048 W Z O
PVI H4 35+60.62 4857.28 0 60% 231.54 O W atf
PVI H4 36+11 54 4857.92 1 25% 5092 Of
0- (1)Z
PVI F14 39+4011 4858.00 0.02% 328.58 z
PVI H4 39+58.53 4856.91 -5 93% 1841 O N
POE H440+1817 4856.89 -003% 5965 ~
U Z
SEE DWG CL-03 TOE OF BANK G w
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VERIFYSCALE
6AR IS ONE INCH ON (�
ORIGINAL DRAN4NG
DATE JULY 2016
PROJ 653819
DWG G-016 O
SHEET 16 of 103 0
$PWURL SPWPATH FILENAME:SSR-FD-G-016.dgn PLOT DATE:2016\07\29 PLOT TIME: 6:12:05 AM