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Sc?P-_04-96 10:03A THORNTON & SON 408 946 1015 P.09 <br /> --- ••� u:.lr aZ) <br /> Double-Well Tank Anchoring <br /> it is recommenciert trait Tr:l Tanks be anchored when buried in an attdawith a high water table, Flppci,ng or clay <br /> soil Consult Iota4 regure-.ons and cptldltipr►s which rr7ay repurre tank anchoring regardless of apil conditions <br /> Anchor Straps <br /> Ia6 wNO�s alYlt�s -a+ <br /> TCI Double-Wap Tanks snould beq- 3~x tt4, 7n- •- .a-„ 112-L 27 <br /> 17 <br /> Supplied with hold-down Straps ell,- 3`:1f4'" Sts. 7021 a-x4-x trZ-L 33- <br /> Supplied by the tank rnanufec- <br /> turer.when required Special ere s0- 3-1<31,10- 1-11W 1-114" a-„r x 314•-L 51- <br /> should be taken when nstalting 1t0- 4'tr 112- 1-1/2' 1•aifti� a-,f 3ra-� 63- <br /> anchor straps t0 insurta they we <br /> separalad From the Tarek .}ackatte CW'*4*^'sa VMh a*palt.Strap cushions.cushions. sized to be 2- <br /> w4der than the Steel anchor strap. <br /> Should be centered aver,ly under <br /> all anchor straps Consult the chart <br /> below for strap location.: SIX" <br /> Concrete <br /> Concrete Stab r <br /> �` <br /> The design and size of the slab <br /> should be sspecifiedtsy .s lxofes- <br /> TV1Y.vYC.Lt <br /> ssonal familiar with local sate con- <br /> ditions clue to soil variations. <br /> Where anchorong by means of a <br /> concrete slat)is reQulred.a 6-bed �- A `++-a•r41+o <br /> of pea gravel, sand or other ap- J7 70-.and Mr.+a.w.wr near AN <br /> proved material. should separate *vie*41.41 ta.3et+Y7nrrx.t41.s <br /> the tank from the pod. <br /> �ra0*t ..1.{ r.� f171 7 w141s- i,,rn a+*ar► .sa POD owoowrM 41wi.r 41�*a 1•rs00MUla vas/41 .MO.yYa Nia1• <br /> C.MCN s1-.-. •.•ilei .Dara aa0 •.41`41 taT;1411 eltsau41w "M"- U1t01i Yw41ista W4141 snlrwa +•1'1aff qr..* sa4141 Fit 1't a.a <br /> `062 'M7 3.tMe.O 2'102' r.n- 1'-07" 0'>' 3-.1H- ads 7 •- a 2M -� <br /> 41tF •-� S'-�` ♦1A s e. »t &Was 41-.0- t�&_ 1 40` 01a- Vat uu- Sr. X-411 2 A- • <br /> ,1100 4..1 112.51 a 33 ,.1G., ,-42. 7.7170 6'111- 12'-4 1.na' 0 7 Y.1N 1W I.,. a fra <br /> n.O`0 4 A" 10'-Y o.].76 I G. •_400 7.122.7 eAr 12-9- 1'-07- O'.*" I-t f,a- No • .` 7 Y+ • <br /> 2000 9-. •a 0 'ad- ­.- 1W ,2.11`•1 *,- 1.'-0- 1 ..a 0-2' 1'.1i.' N. O 0 11 3.12 <br /> 1.000 •A 141 O- ;is a0* .r 2.7041 12.42411 7.y- 70'-0' .'-,1- 1'-0- 1-.f/a' 1,12 ♦ 4' 7 Y. s <br /> 4 911 s . 7+ 0 17 1- 113. T 4416 10001.1 /•a' at * -11' 147- a-a 114 3" 12 O6. " <br /> z v. <br /> 04141 r 411' ,Ya a.11412 1,♦ ..lit 2/10.1701 7014- ts'•a- a'4v 2•-0- 3-.311` •-..ta a a' <br /> 7 •.1,6 y <br /> 1000 4.4) 10'r, 1001 t. 1'. 43+41 uIlia.a TQ-0 10.0 21.01' 7.1 3-.341 1-1,41 f 0 ] 1114 a <br /> *.4100 o-0- 21-� N.4141a If. Nix" 48.a2YT kw-lr 231-♦- 2-.4w 2'.Y 1-.34' 1-Y/a 7'.2- ) t.,q • <br /> 10400 a'4' as-r *13416 1 a *7!10 75.94172 104- 2a'-a` J_,q_ 2-11, i .7A- 7-13 {* ♦ 1 <br /> x-41 r <br /> •0000 •0.0 -re' q.tm ,.+. 7.702 VILOM* 1T'-0- 1*4- 4'-4312- 1.1 4- <br /> so 41-M 0 <br /> -1041+1* 10-0' 3.ar ]'a' a 3' a-s]r41- 1-loo <br /> �8- ♦ Y 10241 a <br /> 12 000 10'.0 m 4 +*0.037 1M- GA" 61~3 12.4r ars 4141- 1--Y -.1q' 1-111 •-14- ] 1.,n <br /> • <br /> to 000 !"O IO r, 1]e 4.0 Sr141 u.i» t10.7417.0 •0--0- aQ a- 1-ef- Y7' a .2,41 t-1141 •�7 , <br /> •41aoo 10 a• 29"i- 1a41.ow v.0r s1.tw 112.70041 12.41 era- ♦';2' 7-2 4-al/2` 1-L2 2101 a :.1,2 <br /> 20.0017 10401 34.0 -00.720 b+a' t7.100 460-PU I 124r 10--a- Xaa• 2'.3- <br /> 02'.0- <br /> '-Y07'.41_ 2MA00 am- UAW taaal0" lYi- M'; *-12w Y-a• ♦'.1rr t-171 8 i 1 .Q .0 <br /> In Calculating this information. the foilpwing assumptions were mode <br /> t) Groundwater table is at surface. <br /> 21 tank excavation hos not been Oecklifled. <br /> 3) Tank is empty <br /> 4) Yield stress of all 31004 is Fy-3a ksi <br /> 61 AfOw wb+O se.waa a, steel in tonsipn is it a-e x FV-21 6 kei. <br /> 6) Slraps are tightened to taroduce uniform loading,upon Spec!!strap <br /> 71 Straps are Wr11c01 31 the point at anchorage. <br /> aJ Safety factor of 2 is used far anchorage strap design. <br /> 91 Weight of water a-33 pounds per gallon. <br /> 101 Wwghr of submerged connate is 80 pounds per cubic fact. <br />