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4. Provide lifting lugs on the tanks. Ings shall be capable of withstanding weight of tank with safety factory of 3:1. 5. Tank shall be manufactured with tank bottom deflector plates under manways and fittings. 6. Tank shall be manufactured with a fiberglass reservoir to he used top. for tank - leak monitoring, integrally constructed to the tank 7. Tank shall be provided with a piping sump, Madel PS 42 for leak monitoring of the double wall supply piping. H. swing joints shall be built using two 90 degree elbows and one shoulder nipple or shall be provided by petroleum hose. I. Vent pipes shall have continuous pitch back to the tank. J. Tank shall be equipped with an Owens Corning hydrostatic tank monitoring system. 1. The contractor shall provide all the components for a full operating system except for the conduit and wiring. Conduit and wiruxJ and final wiring connections shall be furnished and installed by the Electrical Contractor. a. This Contractor shall coordinate the placement and installa- tion of monitoring system components with the Electrical Contractor. b. This Contractor shall provide the Electrical Contractor with the necessary wiring di the monitoring systems. agrams for the proper installation of 2. The system installation shall be supervised by the tank installer and tested by the tank installer. The tank installer shall verify that the system is installed and operates according to the current Owens Corning installation instruction (OCF Publications 3-PE-6304, 3-PE-1281 and 3-PE-13606) provided with the tanks and sensors. 3. Hollow spheres shall be provided and installed in the reservoir. to minimize evaporative losses. 4. Reservoir sensor shall be an Owens Corning Model RS-10. a. Top cap and fitting shall be PVC, with vent holes. e b. Lead cable shall be 120" long minimum. f 15.11-7 Food Plant Engineering, Inc.