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OF---- <br /> —-W'u'b'n. <br /> ——� QO0 02 <br /> Turbine TurhlneO r <br /> Sump Sump Sump I <br /> 2 3 FLAT METAL <br /> O ' I ANGLE <br /> REQUIRED <br /> N <br /> T . TO SUSPEND <br /> I PROBE <br /> (SIDE VIEW) <br /> 1 RECEPTACLES <br /> r O O r / suu�o FOR FOUR <br /> / <br /> SCREW-IN,PROBE <br /> I I a0 CABLE PLUGS <br /> O O <br /> © GIGO 20 <br /> O I Tank Pad 0ITS I <br /> I O 'a <br /> TAPE/WEIGHT DOWN <br /> CABLE TO PREVENT <br /> 10 Feet-M(n.Distance ACCIDENTAL O <br /> Per NFPA 30A MOVEMENT DURING <br /> LEAK TESTING TS-STS <br /> T (PROBE CABLE SUMP TEST SYSTEM <br /> PN:600-0200 SPLIT RING o 0 0 <br /> =50 FEET) POWER CORD <br /> WITH A GROUNDED <br /> SAFETY 3-PRONGED <br /> CONES ` PLUG <br /> I <br /> STS <br /> LEAKK TESTING NG <br /> GROUNDED - y�rPROBE WITH: <br /> 3 PRONG <br /> TSP SSP <br /> EXTENSION STAINLESS <br /> CORD REQ'D STEEL FLOAT <br /> TS-STS <br /> suurUST sysTeu <br /> TURBINE SUMP <br /> STP WITH TEST SOLUTION <br /> (Side View) <br /> BUILDING <br /> Figtu-e 1.3 Typical Leak Detectim:Probe—Turbine Sump btstallatiorn Figure 1.4 Leak Detection Probe Installation: <br /> Overview Turbine Sump <br /> — <br />