Ingersoll-Rand 125-200 HP/90-160 KW Coolant Separator Element, Tank cover bolt torque values

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4.8 COOLANT SEPARATOR ELEMENT

To check condition of separator element, run compressor in full load mode and at rated pressure and observe “Separator Pressure Drop” on the CURRENT STATUS display screen. If the display says “xxPSI”, then no maintenance is required. If “ ? ” is flashing on the screen and the display says “CHANGE SEPR ELEMENT”, then the separator element should be replaced.

Disconnect the scavenge tube at the airend.

Loosen the fitting that holds the scavenge tube into the tank and withdraw the tube assembly.

Disconnect the piping from the tank cover. Tag the lines if required.

Use a suitable wrench and remove the bolts that hold the tank cover in position. Remove cover by lifting up and away.

Carefully lift the separator element up and out of the tank. Discard the faulty element.

Clean the gasket surface on both the tank and its cover. Exercise care to prevent pieces of the old gasket from falling down into the tank.

Check the tank to be absolutely certain that no foreign objects such as rags or tools have been allowed to fall into the tank. Install replacement element down into the tank after checking the new element gaskets for possible damage. Center the element up within the tank.

Place the tank cover in its correct position and install bolts. Tighten the bolts in a cross-pattern to prevent over-tightening one side of the cover. An improperly tightened cover will likely result in a leak.

Tank cover bolt torque values

100-200 HP/75-160 KW 5/8-11 UNC 150 ft-lb. (203 N-M)

Inspect tank scavenge screen and orifice. Clean if necessary following instructions in Section 4.7.

Install scavenge tube down into the tank until the tube just touches the separator element and then raise it 1/8 inch (3.2 mm). Tighten fittings.

Install the regulation lines in their original position.

Start unit, check for leaks, place in service.

WARNING

This machine contains high air pressure which can cause severe injury or death from hot oil or flying parts.

Always relieve pressure before removing caps, plugs, covers or other parts. Blow down pressurized air system. Close isolation valve. See Operator’s Instruction Manual.

RECOMMENDED BOLT TIGHTENING

CROSS PATTERN

125/200 HP

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Contents Form Apdd 738B Phone CCN 80440415 REV BAIR Compressor Group Bonded Warranty & Registered Start UP This unit was purchased from Rotary Screw AIR CompressorTable of Contents Safety and Warnings Safety Shutdown Decals Lift HereViewed From Rear DecalsCompressor Package Data Tools InspectionIngersoll-Rand Company Davidson, North Carolina Unpacking and HandlingPerformance will be affected VentilationFoundation Requirements Never elevate the compressor unitDischarge Piping with Aftercooler ROTARY-RECIP in Parallel Moisture Content of Compressed AIRPiping Do not use the compressor to support the discharge pipeRotary TWO Compressor System Electrical InstallationDrive Motor Rotation CheckIntellisys Operating Instructions Electrical InstallationHasp Lever TAG KEY Lock FAN MotorOutdoor Sheltered Installation 1 Typical Outdoor Sheltered Installation Intellisys Controller IntellisysStop Power on LightIntellisys Controls Emergency Stop StartCurrent Status Items Display ScreenCurrent Status Intellisys DiagramOperator Panel Flow FigureOperator Setpoints Main MenuOptions Items Range Step Unit OptionsOptions Sensor Calibration Items Alarm HistorySensor Calibration Clock Functions Alarm History ItemsIntegral Sequencing Range Step Unit Integral SequencingStatus Main Menu Reset Alarm Main Menu AlarmsPage Number of Running HOURS, Whichever Occurs First Maintenance ScheduleMaintenance Records Maintenance ProceduresElements Inlet AIR FilterCoolant Filter 200 HP/132-160 KW Requires 2 ElementsHot coolant can cause severe injury CoolantItems Required Coolant DrainSeparator Tank Scavenge SCREEN/ORIFICE Tools Required ProcedureCoolant 125/200 HP Coolant Separator ElementTank cover bolt torque values Recommended Bolt Tightening Cross PatternCoolant Coolers Cooler Cores CleaningAftercooler Aftercooler CleaningAftercooler Relubrication amount Lubricant Amount Motor Frame Size Grams Motor LubricationHazardous voltage. Can cause severe injury or death Motor Bearing Maintenance Stored UnitsMotor Lubrication Recommended Motor GreaseController Removal Long Term Storage GeneralIntellisys Removal ToolsRemoval InstallationCoolant Sampling Procedure Coolant HosesCooling FAN Motor AIR Cooled Compressors Design TemperaturesGeneral System Information Coolant CoolerElectrical System Compressed AIR System The air system is composedCOOLANT/AIR Separation System OperationAutomatic Unloaded Start STAR-DELTA Type StarterStepper Motor Inlet Control Capacity ControlFirst Modulation onlyAutomatic START/STOP Control Example SecondSome Examples of Operation Remote START/STOP Troubleshooting Chart Troubleshooting Chart Separator DELTA-P Solenoid Power Outage Restart OptionSequencer LOW AmbientModbus Remote LOAD/UNLOADReference Drawings Electrical Schematic Star DeltaPage Foundation Plan 125-150 HP/90-110KW Aircooled Single Stage Foundation Plan 125-150 HP/90-110 KW Aircooled Single Stage Foundation Plan 200 HP/132-160 KW Aircooled Single Stage Foundation Plan 200 HP/132-160 KW Aircooled Single Stage REV C REV C Foundation Plan 200 HP/132-160 KW Watercooled Single Stage Foundation Plan 200 HP/132-160 KW Watercooled Single Stage 100-150 HP/75-110 KW TWO Stage Foundation Plan AircooledFoundation Plan Aircooled 100-150 HP/75-110 KW TWO Stage Foundation Plan Aircooled 200 HP/132-160 KW TWO Stage Foundation Plan Aircooled 200 HP/132-160 KW TWO Stage Foundation Plan -WATERCOOLED Foundation Plan -WATERCOOLED 100-150 HP/75-110 KW TWO Stage Foundation Plan -WATERCOOLED 200 HP/132-160 KW TWO Stage Foundation Plan -WATERCOOLED 200 HP/132-160 KW TWO Stage Flow Schematic Aircooled Single Stage Page Flow Schematic Watercooled 90F 32C Single Stage Page Flow Schematic Watercooled 115F 46 Single Stage Page Flow Schematic AIR-COOLED TWO Stage Page Flow Schematic Watercooled 90F 32C TWO Stage Page Flow Schematic Watercooled 115F 46C TWO Stage Page Typical System Flow Diagrams Typical System Flow DiagramTypical System Flow Diagrams Typical System Flow Diagrams Typical System Flow Diagrams Typical System Flow Diagrams Parameter Concentration Frequency of Analysis ScaleCorrosion FoulingPage Alkalinity ppm Temperature FTotal dissolved solids ppm Hardness ppmMaintenance Record Maintenance Record Maintenance Record Maintenance Record