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Omega Vehicle Security FPU500 manual Stacking More than Two Pumps, 8Technical Details

Models: FPU500

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8Technical Details

Because of the back tab and groove found in the Rotor Shaft design, pumps can be stacked one of top of another and attached to a common pump motor. Only one motor needs to be purchased to pump fluid between several different containers.

The Latch Assembly of the pump allows the Stator to be easily opened and closed, allowing for quick tubing changes. Push a spring-loaded area on the Latch to open the Stator. Push the Stator shut and it snaps into place. The pump dimensions are set to allow pumping of tubing with a broad range of sizes. A Clamp Screw actuates a Clamp Plate. This plate pushes the tubing against two walls in the Lower Shield, acting to prevent the tubing from creeping. The Clamp Screw and Clamp Plate are designed with sufficient travel to prevent “creeping” in a broad range of tube sizes.

8.4 Stacking More than Two Pumps

Optional mounting screws are available to stack two pumps. However, the number of pumps that can be stacked is limited only by the motor power available. In general, up to

1⁄20 horsepower (38 watts) of motor power is required to operate each pump up to 600 RPM.

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Omega Vehicle Security FPU500 manual Stacking More than Two Pumps, 8Technical Details

Contents

User’s Guide FPU500OMEGAFLEX Peristaltic Pump Shop online atServicing North America For immediate technical or application assistanceServicing Europe U.S.ALong Mounting Screws 2 Optional Peristaltic Pump IIndex IIndex Introduction 1.2Features1.1 Description 1Introduction Parts of the Pump 2.1 Overall View of the PumpDescription FunctionDescription 2.2 Left Side of the PumpFunction 2.3 Right Side of the Pump DescriptionFunction Parts of the Pump2Parts of the Pump 3.1 Introduction Setting Up the Pumps3.2 Required Hardware 3.3Attaching the Pump 3Setting Up the PumpsFigure 3-3.Aligning the Pins and Holes Figure 3-1.Pump in Closed PositionParts of the Pump Setting Up the Pumps3.3.2 Stacking Two Pumps onto One Motor 3Setting Up the PumpsFigure 3-5.Placing the Second Pump on Top of the First PumpParts of the Pump Figure B3.3.3 Attaching a Single Pump to an Adapter Plate 3Setting Up the PumpsRefer to Figures 3-8through 3-11and Figure C Figure 3-11.Securing the Pump to the PlateParts of the Pump Mounting the pump to the adapter plateFigure C 3Setting Up the Pumps 3.3.4Using Your Own Adapter PlateFigure 3-12.Dimensions of the Pump Setting Up the Pumps 4.1 Selecting Tubing Tubing Information4.2 Tubing Life 4Tubing Information Operating the Pump 5.1 Introduction5.2 Loading the Tubing 5Operating the PumpFigure 5-1.Opening the Stator Figure 5-2.Loading the TubingOperating the Pump Parts of the PumpFigure D 5.3 Operating the Pump Figure 5-5a.Inlet and Outlet FlowFigure 5-6.Adjusting the Clamp Screw 5.4 Adjusting the Clamp ScrewFigure 5-5b.Inlet and Outlet Flow 1.Turn the pump motor off 5Operating the PumpOperating the Pump Maintenance 6.1IntroductionFigure 6-1shows the exploded view of the pump 6MaintenanceFigure 6-1.Exploded View of the Pump 4.Reassemble all parts 6Maintenance Problem Troubleshooting GuideSolution Problem Fluid flow direction cannotSolution ProblemMotor will not turn 7Troubleshooting Guide 8.3 Design Solution Technical Details8.1 Theory of Operation 8.2 Design Considerations8.4 Stacking More than Two Pumps 8Technical DetailsSpecifications Pump Dimensions H x W x D Metric mL per Revolution numbers are rounded off Table 9-4.Average Tubing Life Table 9-4.Average Tubing Life Contd Table 9-6.Average Flow Rates for Viscous Liquids9Specifications Spare Parts and Accessories Table 10-1.Spare PartsPart Number Descriptionx 1⁄8 Spare Parts and Accessories Figure 10-1.Peristatic Pump Motor10Spare Parts and Accessories 10-4WARRANTY/DISCLAIMER RETURN REQUESTS/INQUIRIESTEMPERATURE PRESSURE, STRAIN AND FORCEFLOW/LEVEL pH/CONDUCTIVITY