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OPtlo I Turbine Only the sec <br /> Enures Model ment collar is contain- After completing all pipin( <br /> Series TE42 and STE42 tain leaked product.O/C TANKS ethyleneed to con- electricaltop and lid is pla <br /> recommends continuous elec^ over the turbine enclosure <br /> to ironic monitoring of the collar polyethylene top is design <br /> warn the tank operator of <br /> excessive acto prevent water runoff frc <br /> ecumulation of entering the turbine enclo; <br /> petroleum product before the Polyethylene tops are avaii <br /> liquid level rises above the able in three optional lid si: <br /> collar. <br /> to accommodate various si <br /> " street boxes.However,if <br /> The turbine enclosure is 42 <br /> in diameter and a minimum of water rises to the pate the c <br /> two feet in length. To accom- top' water will infiltrate the <br /> modate deeper burial depths, turbine enclosure. <br /> longer turbine enclosures are For high groundwater condi- <br /> available in one foot increments. tions at or above subgrade, <br /> The turbine enclosure can be a sealed turbine enclosure <br /> trimmed at the job-site to adjust should be used to <br /> The turbine enclosure for the final burial depth. <br /> provides housing for a water infiltration. prevent <br /> sub- <br /> mersible pump and also pro- <br /> vides a termination point for PLYWOOD(39•x48^xa/4^) <br /> double-wall I STREET eox <br /> piping systems. REINFORCED <br /> HDPE FRICTION FIT LID CONCRETE' <br /> The turbine enclosure <br /> is �' 'i <br /> constructed of fiberglass—a ",• <br /> proven material for long-term POLYETHYLENE TOP <br /> performance. Compared to FIELD COUFUNG p0T M4) OnIONAL FIELD INVALLEO GROMMET <br /> other unreinforced plastics, t FOR ELECTRICAL CONNECTIONS <br /> the rigid fiberglass construc- i <br /> tion minimizes deformation � FIELD BONDED DINT(KIT AD) <br /> during backfilling to assure e— CONTAINMENT COLLAq <br /> liquid-tight seals at the side <br /> penetrations for fittings. (CLS}CONTAINMENT COLLAR aEN50F <br /> The turbine enclosure must be '15 REBAR a^ON CENTER,BOTH WAYS,EXTENDING 4'0^IN ALL DIRECTIONS FROM CENTER <br /> mounted on top of a secondary <br /> containment collar, Primary <br /> Piping is installed from the Polyethylene TIP(42" Diameter) <br /> submersible pump to the dis- <br /> penser. When the double-wall <br /> Piping is installed over the pri- <br /> mary piping, the double-wall I" O.D. TDP <br /> Pipe connects to the turbine I LIG <br /> enclosure using optional fit- Memel Diameter <br /> tings (or grommets 23- <br /> Provided G e Pr42.23 z3' <br /> by O/C TANKS. In the event Pf02-V 27' <br /> of an accidental spill from PT42.32 32^ <br /> the primary piping, the spilled <br /> Product will drain to the turbine <br /> enclosure and accumulate in <br /> the secondary containment <br /> collar. Any spill from the n"bi"e Enclosure(ae"Diameter) <br /> sub- <br /> mersible pump would also be <br /> contained by the collar, <br /> When there is concern regard- <br /> ing the ingress of water at the Model Length(L) <br /> collar/turbine enclosure seam, <br /> the turbine enclosure may be TE42-3 2' IL <br /> cemented to the secondary TE42-4 4' 1 <br /> containment collar at the TE42.5 5, <br /> jobsite using the optional <br /> adhesive kit (Kit AD). No seconds g <br /> N Piping or electrical fitting connections included. <br /> 22 <br />