POCKET BOOK_Final_Turned - Pall Corporation

POCKET BOOK_Final_Turned - Pall Corporation POCKET BOOK_Final_Turned - Pall Corporation

japanese.pall.com
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12.07.2015 Views

Filter locationFlushing Filter• To remove particles that have been built-into the system during assembly ormaintenance before start-up.• To remove large particles that will causecatastrophic failures.• To extend 'in-service' filter element life.Pressure Line• To stop pump wear debris from travellingthrough the system.• To catch debris from a catastrophicpump failure and prevent secondarysystem damage.• To act as a Last Chance Filter (LCF)and protect components directlydownstream of it.Return Line• To capture debris from component wear oringression travelling to the reservoir.• To promote general system cleanliness.Air breather• To prevent ingression ofairborne particulate contamination.• To extend filter element service life.• To maintain system cleanliness.Kidney loop/off-line• To control system cleanliness whenpressure line flow diminishes(i.e. compensating pumps).• For systems where pressure or returnfiltration is impractical.• As a supplement to in-line filters to provideimproved cleanliness control and filterservice life in high dirt ingression systems.Additional filters should be placedahead of critical or sensitivecomponents• To protect against catastrophic machinefailure (often non-bypass filters are used).• To reduce wear• To stabilize valve operation(prevents stiction).Pressureline filterReturnline filterAirbreatherFluidConditioningPurifierOil transferfilter cartKidneyloop/off-linefilter18

The Pall concept of Total Cleanliness Management in practiceWater SupplyPall MicrofiltrationsystemsPall ReverseOsmosisWaterClarificationPall AirBreathersPall Cross FlowFiltrationSystemsWaste DisposalPall DT Modulereverse osmosissystemsBulk FluidStorageCoolantWash fluidPall Ultipleat ® SRTOn-line filling filtrationParts WashingPallMelt BlownFiltersPall FluidManagementServicesSupplyMachining CentresCoolant CleanlinessPall Filters forthrough tool coolantInjectionMouldingPressMinimisedWasteDisposalPall Off-linefiltrationTest FacilityPall FluidConditioning PurifiersRemoval of water, gasesand solid contaminationUNDERSTANDING TOTAL FLUID MOVEMENTPall Condition Monitoring equipment equipmentComponentCleanlinessMeasurementPall CleanlinessCabinetsPall Ultipleat ® SRTFilters for hydraulicand lubricating oilsRemaining Life IndicatorWater SensorFluid CleanlinessMonitorParticle CounterPall Scientificand LaboratoryServices20

The <strong>Pall</strong> concept of Total Cleanliness Management in practiceWater Supply<strong>Pall</strong> Microfiltrationsystems<strong>Pall</strong> ReverseOsmosisWaterClarification<strong>Pall</strong> AirBreathers<strong>Pall</strong> Cross FlowFiltrationSystemsWaste Disposal<strong>Pall</strong> DT Modulereverse osmosissystemsBulk FluidStorageCoolantWash fluid<strong>Pall</strong> Ultipleat ® SRTOn-line filling filtrationParts Washing<strong>Pall</strong>Melt BlownFilters<strong>Pall</strong> FluidManagementServicesSupplyMachining CentresCoolant Cleanliness<strong>Pall</strong> Filters forthrough tool coolantInjectionMouldingPressMinimisedWasteDisposal<strong>Pall</strong> Off-linefiltrationTest Facility<strong>Pall</strong> FluidConditioning PurifiersRemoval of water, gasesand solid contaminationUNDERSTANDING TOTAL FLUID MOVEMENT<strong>Pall</strong> Condition Monitoring equipment equipmentComponentCleanlinessMeasurement<strong>Pall</strong> CleanlinessCabinets<strong>Pall</strong> Ultipleat ® SRTFilters for hydraulicand lubricating oilsRemaining Life IndicatorWater SensorFluid CleanlinessMonitorParticle Counter<strong>Pall</strong> Scientificand LaboratoryServices20

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