Centrifugal Solid/Liquid Separator

Centrifugal Solid/Liquid Separator 'sludgeFREE' Centrifugal separators efficiently clarify raw liquids (dirty) or oils by using spinning bowl-generated centrifugal force that continuously separates solid particles suspended within water-based liquids or insoluble oil (termed centrifugation). In result, treated liquids (clean) can be supplied to various manufacturing process such as metal or non-metal forming, grinding, lapping, honing, etc. In automatic or semi-automatic sludge cleaning, collected particle solids (sludge) in properly dewatered state discharge into the sludge cart for easy disposal. Adequate applications include removing, from liquids, waterwash paint spray booth sludge, livestock wastewater solids, and collector/scrubber wet dust. Also called centrifuges, centrifugal filters, or centrifugal clarifiers. According to a method of cleaning collected sludge there are three types: manual, semi-automatic and automatic.   Features - Manual cleaning: (1) In SF-20N, top-discharge of accumulated sludge by hand direct from the bowl or taking out the bowl (2) In SF-50N and SF-100N, top discharge of sludge by hand direct from thesludge-holding rubber liner or by taking out the liner from the bowl. Cleaning action should be taken after the bowl has come to a complete stop. - Semi-automatic cleaning: Under-discharge of sludge by turning a T-bar on the topside of the separator after separating operation comes to a stop by the programmed timer.) - Automatic cleaning: Under-discharge of sludge by the PLC-based control panel for continuous separating and cleaning cycle. - Separable solids: most of over 5-micron ferrous or non-ferrous particles, resulted from grinding process, such as wheel grits, ceramics, glass, plastics, aluminum, cast iron, carbon or stainless steel, etc. Actual micron rating relates to solid particle's size/specific gravity and its ratio in weight to liquid, and the liquid's temperature/viscosity. - No consumables such as filtering media are needed. - Treated liquids (clean) minimize scratches on the surface ground and extend life span of machine tools. - No influence on chemical additives dissolved in the liquids. - Raw liquids (dirty) or treated liquids (clean) supply pump to be supplied by customer, unless otherwise expressed in writing.   Specifications Spec Model Max Flow Rate (l/Min) Bowl Vol. Bowl RPM Motor (kw) Space (?) Inlet H.(?) Outlet H.(?) W't Remarks 50Hz 60Hz Manual SF- 20N 20 3 2000 2400 0.75 550Lx310Wx584H 529 390 50 w/o liner SF- 50N 50 7 2000 2400 1.5 650Wx380Lx576H 519 364 80 w/ liner SF- 100N 100 15 2000 2400 2.2 800Wx500Lx561H 503 328 160 w/ liner Semi- automatic SF- 50S 50 7 1900 2300 1.5 562Wx1020Lx1744H 826 935 250   SF- 100S 100 15 1800 2200 3.7 658Wx1100Lx1925H 885 968 350   SF- 200S 200 25 1800 2200 5.5 680Wx1280Lx1903H 904 1010 550       SF- 50A 50 7 1900 2300 1.5 680Wx1280Lx1903H 826 935 400   SF- 100A 100 15 1800 2200 3.7 776Wx1380Lx2090H 885 968 600   SF- 200A 200 25 1800 2200 5.5 886Wx1530Lx2220H 904 1012 800     PSF-100A 100 15 1800 2200 3.7 650Wx1350Lx2000H 1450 968 500   PSF-200A 200 25 1800 2200 5.5 886Wx1530Lx2150H 1574 1030 800   PSF-400A 400 40 1800 2000 11 1004Wx1700Lx2450H 2340 1041 1000     - Pre-installation considerations: flow rate (lpm or gpm), level of inlet and outlet of existing facilities, clean liquid pressure if required, solid particle size, S.G., desired filtration clarity, amount of solid within liquid, available voltage, etc.   * For more information do not forget to visit our website www.kum-in.co.kr. * For technical improvement, design and specifications are subject to change without prior notice.