Specifications include, but are not limited to: m.) UHMW scraper blades. n.) Nylon covered rollers. o.) 304 stainless steel wetted parts. p.) 304 stainless steel hardware. q.) 70 PLI hydraulic tensioning and tracking. r.) Stainless steel Rack and Pinion tensioning in the pressure section. s.) Corrosion resistant composite cylinders with 316 stainless steel rods and stainless steel hardware. t.) Self-cleaning, adjustable angle belt showers with Victualic connections. u.) Dodge, closed end, split case bearings rated for 1,000,000 hours at 70 PLI at 15 ft/min. v.) TEFC, IP 65 severe duty variable speed motors. w.) Dual 3 HP drives in the pressure section. x.) PVC conduit. y.) Zero speed switches for the gravity and press belts. z.) NEMA 4X low voltage junction boxes. aa.) Main incoming power 460/3/60 2. One (1) complete NEMA 4X, wall mount, 304 stainless steel electrical control panels for all the dewatering system control functions and drives. The PLC based panels shall contain all interlocks and controls for the belt press, polymer systems, sludge pumps, booster pumps, hydraulic units, discharge conveyors, and press mounted drives. The control panel shall include Allen Bradley 12” color Panelveiw Plus OIT and Allen Bradley Compact Logix PLC. 3. One (1) 316L stainless steel polymer injection and polymer/sludge mixing systems consisting of an injection ring, variable vortex mixer and reducing fittings. 4. One (1) 4” magnetic flow meter with grounding rings and remote display. 5. One (1) automatic emulsion polymer blending unit with 2400 GPH dilution water capability and 10 GPH neat polymer feed pump. 6. One (1) Progressive Cavity sludge feed pumps capable of 300 GPM at 300 RPM at 50 PSI with 20 HP TEFC drive motors and variable frequency drives. 7. One (1) 2 HP hydraulic power unit with a 20-gallon, 304 stainless steel reservoir.
