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COLLARS AND TURBINE ENCLOSURES <br />milt 16, * <br />ASPHYXIATION FIRE EXPLOS&ON <br />To prevent fire or explosion hazard, Containment Solutions <br />recommends air driven tools whenever possible. Do Not <br />use electrical power tools where flammable vapors or liq- <br />uids exist. Also, when electric hand tools are used, be <br />aware of potential shock hazards. Wear protective cloth- <br />ing and eye protection. <br />Turbine enclosure or containment collar may be a con- <br />fined space. Follow proper safety procedures. <br />01. GENERAL <br />CONTAINMENT COLLAR <br />Intended use: <br />♦ Must be continuously monitored for piping leaks using <br />an electronic leak monitoring sensor. <br />♦ Termination point for secondary piping systems. <br />♦ Provide containment of spilled liquids from a submers- <br />ible pump. <br />CAUTION <br />In freezing conditions, protect collar from water accu- <br />mulation. Freezing water may cause freeze damage. <br />TURBINE ENCLOSURE <br />Intended use: <br />♦ Separate turbine from corrosive soils. <br />♦ Prevent ingress of groundwater when sealed to contain- <br />ment collar with optional adhesive kit. <br />♦ Provide housing for a submersible pump. <br />♦ Provide termination pointfor double-wall piping system. <br />After completing all piping and wiring connections, <br />place the top over the turbine enclosure. <br />♦ Non -sealed FRP turbine enclosure. <br />• Top is designed to prevent water run off from en- <br />tering turbine enclosure. <br />• If water rises to the non -sealed joint, water will <br />infiltrate the turbine enclosure and cause alarm <br />to activate. <br />♦ Watertight FRP turbine enclosure. <br />• Designed to prevent water infiltration under most <br />conditions. <br />• Requires an adhesive joint at the collar and where <br />reducer meets the turbine pipe body. <br />• Lid is pressed on to compress o -ring gasket in groove <br />at top of reducer. <br />♦ Sealed FRP turbine enclosure. <br />• Designed to be waterproof <br />• Requires an adhesive joint at the collar and where <br />reducer meets the turbine pipe body. <br />• Lid is bolted onto flanged top with flat gasket. <br />HANDLING <br />♦ Wear gloves. <br />♦ Do not roll or drop. <br />♦ Set on smooth ground. <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 />INSPECTION <br />Before installation: <br />♦ Visually inspect the turbine enclosure components for <br />shipping damage. <br />♦ If damage is found, contact Containment Solutions <br />Field Service. <br />Secondary pipe fittings (see Section E1); <br />♦ Containment Solutions supplies an alternate two piece <br />FRP coupling which can be field installed to provide a <br />watertight piping connection. <br />♦ Containment Solutions also provides an alternate Environ <br />Coupling. <br />Electrical conduit fittings (see Section E3): <br />♦ Containment Solutions supplies an alternate two piece <br />steel coupling which can be field installed to provide a <br />watertight piping connection. <br />♦ Containment Solutions also provides an alternate Environ <br />Coupling. <br />D2. TURBINE ENCLOSURE HEIGHT <br />Before installing the turbine enclosure: <br />♦ Measure length to be sure it is long enough. (See <br />Section D3 for required top clearances and Sections <br />D5 -D7 for turbine dimensions.) <br />CONTINUED ON PAGE 20 <br />19 <br />