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l <br />61 x 4' x 4' o -30 - -� B 3d4 rl 12 30 <br />d. <br />a 7' x 6' x 4' J <br />0l i T7 10� V <br />� _s - <br />a ' N _ (a 5' 3 Cal IB ! I <br />. 55=10C ARMCO W - - -- - 4 Cln 12 3 C� 15 uj <br />- - v ° T-T 1 0.. 10'1 - -_.._. __7_. - - - 10 ! 6 -#t SLUICE GATE VALVE Q l� - - - -- 10" 10 I <br />OR EQUAL M _ .= v. _ e't <br />• —6'_ 101 4 2 v i sda <br />v 5 a 6 � I #4 Cap 12 <br />1 OIL SEALED Cal 6' <br />j ji <br />a -i- ��- -- - -CL VALVE STEM - - _.._ rD 5,. #3 4 15 <br />0 <br />D <br />I qp 36" RCP z <br />Cal 19 . 6' WATER STOP4Rp 12' <br />48" RCP (T&G CL-3 -! <br />_ _ _ t <br />o FC1I (R 4) (GL Y) ° , '#4 ra 12" Q o '#4 a 12" I <br />. / T 10' � _ f 1 <br />1 4 E Ea.J <br />�, . ° a _ B - -- PLAN _VIEW <br />j END VIEW T =10" <br />_ , <br />-- <br />10_� _ __- _- 6'x 4'x 4' BOX ♦ ti <br />• + 7'x6'x4' BOX <br />I rr <br />211 I CL �• n d <br />"4' (5 -- 1 1a, 15 <br />11 <br />1 <br />-L - 5 <br />• ° 8.1 <br />10' 3' -011 3!- 0" 101 <br />( <br />I 10 - -- 6 - -- 10 <br />f I _ ' 1 �4(c� 12 " <br />it r�yn'� <br />26141 70' 310 #5 (o) 6' #5 Cal 12" .3 Q <br />BOTH WAYS <br />� „ A <br />END OF 36 RCP #3018' 2��2 <br />PLAN VIEWS 12 ' t <br />— I I <br />1 "= 21 -011 2L�J2 -- -#4 a 1211 <br />8 1 vJ <br />P <br />j�pE GZl I SEER FEND VIEW o SECTION V - V - <br />TRASH <br />6 Z( ASH RACK AND i <br />1 OCR ANTIVORTEX DEVICE, STEEL REINFORCING IN ! <br />SEE _DETAIL FOR TOP4 F._ - 380 \ i <br />OVERFLOW % EL. = 38.5 SECTION B -B BOX SECTIONS <br />\ ANCHOR BOLT AS - N T S <br />STEM SPECIFIED BY 611 fi' r -I/4' R. W/ 5's HOLES <br />MAUFACTURER <br />EL_ 38 0 <br />i 6_ -: \ ' <br />• _ — L� <br />mcro ° m Z .-� 6 ROWS OF 5 "pf HOLES EL =375 - -� 5" !dr HOLE 1/ / 55 UG�GpC� a. <br />(ca 1811 = 7.5' A.S.A. B 16.1 G '. I O_ <br />48" RCP - - I -- - -- <br />5" .o_ 125 PSI DRILLING • . - J - � �+ <br />_N SONOTUBE I ` ' 1" KENT SEAL \ I J <br />v s.. Q Z <br />_ I <br />EL.= 30.0 - ( W w <br />. TRASH —RACK AND — �— ) r <br />Z 4. <br />z "5 v ANTIVORTEX DEVICE 12 R -5) NZ <br />1 911 -c�;Z <br />" 4(CL <br />- - - -- _ ) <br />N . T S - 71.57 ° N F- •J r n n < l <br />'• • '. 1, LL Q. <br />12 x3/8' I.D. I� - .--+- r r-r- <br />SEAL <br />STEM_ BRACING_ DETAIL �L-" I KFNT ALL EXPOSED METAL I'' <br />__- <br />1 2'_0 = . TO BE COVERED W/ VR_3 I ° g; r <br />Y <br />TRASH RACK <br />I 2"x 3/8" P, 0 6" O.C. J #5 Yql 12" SPACING X 81 BELL WALL <br />EL. =22.03 REBAR u 4811 T & G DETAIL FITTING SPECIAL i <br />- -- _ - A.. <br />FORM TO ACCEPT( SEE DETAIL) a i t•a� k <br />oIL SEALEd 48" T a G W SLUICEGATE VALVE _- DETAI_L I <br />IL <br />Ir <br />': _•,. . '; STEM EL =20.7 - -- - -- - -- -- _- <br />'' 3611 -R- 1' =2'-0' <br />FL 720_0 4 BELL <br />,WALL FITTING <br />= SF DETAIL i r -1 I <br />-_ ..� ♦ 2 SLOT FOR �- <br />I/ STEM OPN. 12" R-4 I • .. : °'. t+ -. ° <br />I `_ .' °, _ / BELL WALL <br />FITTING I I t A <br />1211 RCP - - } - }-- -- -- <br />• (CL -5) R -4 , I — - --- , - - -- -- (L 36" RCP GENERAL NOTES I <br />- INV. =•170 <br />n_s7 <br />Ni IC' 2 f.fx_/F'FL W / 0 S =.00I _ <br />- - REF AR ;MBEDDE o r--- -r <br />INV. 16. <br />-- INTO CONIC. WALL - <br />I • .. EL- 16.0 r ,. - • -.: ' <br />u .. _ .• p 1 p - -. 1 11 _ 1• .a -,n ti ,l ll v -,' T SHALL jy "'Al <br />1 / <br />_ - L� <br />10 • 10 3 0 3 -0 10" 201 4- CUT OFF I SLUICE GAT: L is ..r i C'JN rriF �.V F `. FIAI F l 1 l M1 OC 0 LAN_`ED <br />BACK AS MANU ACTUcED B'y ARVC. T7 FE iF,_J.. Iti TO INSURE <br />' COLLARS � 201 =601 PROPER F[T. -HE RLiING STEP1 SHALL 4h "+, c /<' i,A^. ER STA. SS :;T .ti IH�THE PRO- I <br />�01: 10' L 2 10 <br />f PFP E XTE`�5;0' T ! ACCOMMODATE. THE LENGTH REQU,R� T +,; Htr;D IJHFFL SHALL BE H.3. -24 SERIES. <br />_ 70' 310' _ <br />_ G ` .1 -� f T -.. I\ 1 T,f l' ='.1 f-I.i Ill. r ^,lA�rl I.r(` T♦� r�P+ Ii1. rl_I'�` ll'1 �17 •. ANT) 1 \DT1 - <br />END OF 36 RCP �. _ z•. -- - _ --- n� - - -- --- <br />TIONAL CORROSION PROTECTION PAINT (VR -3) ` CATF ` <br />TALLLi) <br />SECTION A — A AND ADJUSTED. ALA <br />_ APPLIED AFTER TH. � 1 � DEE • <br />2 O \ 2. REINFORCED CONCRETE PIPE: THE 3611 R.C.P. SHAL 2r MANUFACTURED .,ITH CONCRETE AND RJBTER <br />2 6 x6 JOIN.. THC PI. E SHALL BE DESIGNED ON THE BA "i TH,T IT WILL BE INSTALLED UNDER EMBANK "'.NT <br />aqr - -- - -- - -- <br />T P c C ^ < . <br />I � -24 -24 `_)' CONDITION, CLASS C AS DESIGNATED IN THE COP, �E PI'F DESIGN MANUAL 'SHAPED SU3GR /,DE' . THE ��ml �I �� <br />WALL THICKNESS OF THE BARREL SHALL BE A M;N\' !? OF 7" IN .K "_ "S AND ;HALL FC ES: 'QED TO 5 £aatl <br />2- x4 -6' CARRY A MAXIMUM OF 65' OF OVERBURDEN (130 LPS. i'' Ci;. "T., AN AN INTERNAL HEAD OF +;li'. Ti1c ���$�i��� ��V I � IY <br />_ / PIPE HALL BE MANUFACTURED IN ACCORDANCE O A. P. C -36_: SPECIFICATION. � V!f k-,a. tssa. <br />3 <br />SHALL P T <br />1 q .a THE 12" R.C.P. DRAIN PIPE WITH R -4 JOINT A% T.'1= 48" '" r RISER PIPE SHALL CONFORM TO s ❑! �i t7ao,Tigmn�.Btrf 4,.K . - <br />:v.. 2-5X2 0' ° A.S.T.M. C -76 OF THE CLASS AS DESIGNATED ON THE )nP iNG. g a! I t7- Eo-TroalnRa=k,6<d<(g,�c <br />_f 4 SIDES 3 rnlvv- - -- =- <br />_ O, 3.1aPoL'%11't¢8eK $tci�ew l \VcN <br />° THE 60'1 R.C.P. OVERFLOW PIPE SHALL BE CLASS V :;.0 -P. WITH R -4 JOINT MEET'1 ^+ A.S.T.P•1. C -76. �I i <br />(BASED ON •B BEDDING AND 0 PROJECTION). ❑I <br />O -� , <br />ALL R.C.P. SHALL BE BASED ON MAXIMU LAID LENGiH OF 1..21, ! <br />11 11 1 1 <br />Q �Fl 6 0 \• 3 {al l8 3. CONSTRUCTION: THE FIELD PLACEMENT OF THE STEEL., CONCRETE, FORMS, ETC. SHALL BE PERFORMED IN <br />O " A3 18' u " �\ <br />�N5 3. N2 TEMP AN ACCEPTABLE MANNER AS PRACTICED IN TODAY S C NSTRUCTION, AND SHALL MEET THE FOLLOWING: ❑ ! i <br />REINF. 11 <br />CONCRETE: ALL CONCRETE PLACED IN THE FIE!T SHALL BE (F'C) MINIMUM OF 3000 P.S.I. AND ! ! <br />n + <br />1 <br />2-6 x 6' -311 - <br />- - - -- MEET THE A.C.I. MANUAL OF CQN"RETE PRACTICE. <br />36'� 36 <br />REINFORCEMENT: ALL REINFORCEMENTS SHALL R IN ACCORDANCE TO "BUILDING CODE RECIUIREMENTS i <br />i <br />r -I I-OR REINFORCED CONCRETE ", A.C.I. CODE 318. THE GRADE OF STEEL SHALL BE ! ! I <br />- MINIMUM 40,000 P.S.I. MEETING A.S.T.M. DESIGNATION A- 615 -76. ! ! <br />Jy 2 - -*6x 5 CONTROL STEM nq DAM (: i F. <br />2 -x31-6 - <br />V N -T S. 111 =21 -011 - - - -- -. J n <br />REINFORCING STEEL IN 7rx'6�X4r IrtF• rac:,094-7 <br />