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To Prevent Fire or Explosion Hazard <br />AWARNING Owens-Corning Recommends Air <br />Driven Tools Whenever Possible. Do <br />Not Use Electric Power Tools Where <br />Flammable Vapors or Liquids Exist. <br />Also, When Electric Hand Tools Are <br />Used, Be Aware of Potential Shock <br />Hazards. Wear Protective Clothing <br />and Eye Protection. <br />F1 -A. General —Secondary <br />Containment Collar <br />Intended use of this collar: <br />• Termination point for secondary piping systems. <br />• Must be continuously monitored for piping leaks using an <br />electronic sensor. <br />The secondary containment collar provides: <br />• Containment of spilled liquids from a submersible pump. <br />• Location for the leak monitoring sensor. <br />F1 -B. General — Turbine Enclosure <br />Intended use of turbine enclosure: <br />• Separate turbine from corrosive coils. <br />• Prevent ingress of groundwater when properly sealed, not <br />the exit of fuels. <br />The turbine enclosure provides: <br />• Housing for a submersible pump. <br />• Termination point for double-wall piping systems. <br />If there is concern regarding the ingress of water: <br />• Use optional adhesive kit to cement the secondary contain- <br />ment collar (which is factory installed to the tank top). <br />After completing all piping and wiring connections: <br />• Place polyethylene top and lid over turbine enclosure. <br />❑ Polyethylene top is designed to prevent water run-off <br />from entering turbine enclosure. <br />Ll If groundwater rises to the polyethylene top, water will <br />infiltrate turbine enclosure. <br />For high groundwater conditions at or above <br />subgrade: <br />• Use sealable turbine enclosure to prevent water infiltration. <br />F2. Handling <br />• Wear gloves to manually lift the turbine enclosure. <br />• Do not roll or drop. <br />• Set on smooth ground. <br />20 <br />Important: If high winds are anticipated, the contractor <br />is responsible for tying down the turbine enclosure to <br />prevent damage from being moved by high winds. <br />F3. Inspection <br />Before installation: <br />• Visually inspect the turbine enclosure for potential shipping <br />damage. <br />• If damage is found, contact the Owens -Coming Field <br />Service office nearest you. Phone numbers are listed <br />on page 2. <br />F4. Tank Burial Depth <br />Before installing the turbine enclosure: <br />• Measure length to be sure it is long enough. <br />❑ Turbine enclosures are available in lengths of one foot <br />increments from 2' to 5' to accommodate deeper burial <br />depths. <br />If turbine enclosure is too long: <br />• It can be trimmed to length before or after it is installed on <br />collar. <br />❑ Carbide tipped blade or masonry blade is recommended. <br />If cut to length at jobsite: <br />• Cut upper portion of turbine enclosure. <br />❑ Cut lines are marked in 3" increments. <br />If bottom portion of the turbine enclosure is trimmed: <br />• Must be evenly cut within ± 1/4". <br />❑ Carbide tipped blade or masonry blade is recommended. <br />To adjust the sealable turbine enclosure for final burial <br />depth: <br />• See section F11 for details. <br />F5. Mounting Turbine Enclosure To <br />Collar <br />Prior to mounting turbine enclosure to collar: <br />• Rotate the manway cover to align tank fittings <br />and submersible pump with intended piping layout. <br />• If manway cover is removed: <br />❑ Inspect manway gasket for damage. <br />❑ Replace if necessary. <br />To prevent ingress of water: <br />• Cement turbine enclosure using optional adhesive kit <br />(kit AD) supplied by Owens-Corning. <br />❑ Joint is not designed as product tight. <br />