Fluid Level, Fan Rotation | Quinny 65040-AB specs

Section III - Installation

Fluid Level

Compressor Rotation

The compressor is filled at the factory with the correct amount of fluid. A fluid tag is provided which identifies the type of fluid installed when the unit was shipped. The fluid level is monitored by a sightglass with the compressor running. The fluid level should be maintained in the run zone. Fluid can be added by removing the fill plug after the machine is shut down and any internal pressure is relieved. DO NOT OVER

FILL.

Fluid Level Sightglass

The compressor rotation must be checked prior to

start-up.Proper rotation is counter-clockwise as viewed from the power-input end. The power-input end of the compressor is marked with an arrow (located on the motor adapter) noting the proper rotation. To check for proper rotation, briefly jog the start button, allowing the motor to turn two or three revolutions. Observe the drive element for correct direction. If incorrect rotation is observed, lock out power supply, reverse electrical leads L1 and L3 at the motor starter. Recheck for correct

rotation. Allowing the compressor to rotate in the wrong direction will result in extensive damage to the compressor and will void warranty.

Fan Rotation

After the compressor rotation is checked, check the fan rotation. Fan air flow should be outward, pushing the air out the discharge vent of the acoustical enclosure. The discharge vent is located just above the service line connection on the end of the acoustical enclosure.

Quincy Compressor® - QSD™	21

Image 23

Quinny 65040-AB manual Fluid Level, Fan Rotation

Contents

QSD Series Page Table of Contents Section V Maintenance or Service Preparation Standard Warranty Dimensional Data air-cooled Dimensional Data water-cooled Section I General Safety Precautions Spare Parts Ordering Information Safety Alert Symbols Section II Description Compression Cycle and Air Flow General Description Water-cooled Cooling SystemLubricating Fluid System Moisture Separator Capacity Control System Electrical System Shutdown Conditions Back-up Control High Discharge Air Temperature Lights IndicatorsSafety Sensors Main Power on Light Section II Description Location Section III InstallationMoving the Unit to the Installation Site Receiving Piping Connections Piping Fit-up Manual Shutoff Valve Guards Electrical Water Quality Water Flow Fan Rotation Fluid Level Stopping the Compressor Normal Operation Section IV Operating ProceduresPrior to Starting Starting the Compressor Stopping the Compressor Emergency Temperature Readings Water-cooledPressure Readings Section V Preparing for Maintenance or Service This page Intentionally Left Blank Section VI Servicing SafetyFluid Specifications Fluid Life Air Filter Input Shaft Seal Preparation for New Seal Installation Airend Sealing System Seal Installation Adjusting Pressure Switch Section VII Service AdjustmentsPressure Switch Pressure Switch Back-up Operating Mode This page Intentionally Left Blank Do not switch modes with power on the compressor Section Viii Power$ync II OperationIntroduction to Power$ync Back-up Mode Operation Continuous Run Multiple Machine Operational ModeAuto Dual Time Delay Single Machine Operational Modes Network Load Delay Time Pressure Settings Connecting Cable to the Power$ync II Circuit Board Network Installation Rocker Switch Settings UP/DOWN DEADBAND, F1 EDIT, Enter Return Network Voltage Tests on Power$ync II SystemsNetwork Setup Start-up Power-up Displays Section Viii Power$ync II Operation U19 Memory Failure Contact Your Service Representative Compressor in Back-up Mode U19 Data not Initialized Press F2 to Initialize Deadband Data Error Press F1 to ClearU19 Data Checksum Error Press F2 to Update Filter Needs Servicing Please Replace AS Soon AS Possible Compressor is Starting Start-up DisplaysOperational Displays Additional Sensors Programmed Shutdown Compressor is Unloaded Minutes Left to ShutdownCompressor is Unloaded Press F2 Compressor Settings and Maintenance DisplaysMode and Pressure Displays Compressor Mode of Operation Auto Dual Timed Stop Press F1 Press F1 to change the load and unload pressures Read Pressure Settings pages 34-35 before Machine ID for this Compressor Press Enter to Accept Value Machine ID SetupPlease Wait Network Configuration in Progress UP/DOWN Machine ID, Enter Return Before setting or changing a sequence, readSequence Network Data UP/DOWN POSITION, F1 EDIT, Enter Return DAY Monday SEQ Network Configuration MenuDAY Monday SEQ Abcd To clear a particular sequence from the memory, press F1 Intake Filter Hours Filter Service HourmetersReset Service Hourmeters Compressor Hourmeter Menu Compressor Hourmeters Fluid Hours Reset to Press Enter to Return Press F1 to Reset Fluid Filter Hours Press Enter to ReturnFluid Filter Hours Reset to Press Enter to Return Press F1 to Reset Fluid Hours Press Enter to Return Time and Date Menu Current Time on this Control Compressor Maintenance Menu Compressor Control TestTime Menu To View Current Time To SET Time and Date Fluid Press HorsepowerCompressor Control Test Menu Unload Valve Test Press F1 Unload Press Network Diagnostic Unit Configuration DateModem Baud Rate Setup Compressor Diagnostic Menu View Shutdown LOG Section Viii Power$ync II Operation ETOL00 FTOL00 Network Connection Data Confidence F1 to EDIT/ENTER to Accept Value Indicator is lit, the indicator will remain litModem INITIALIZATION** Init Compressor has Shut Down Emergency Stop Button WAS Pressed Sequence Data Error Press F1 to Clear Schedule Data Error Compressor has Shut Down Take Corrective Action Back-up Mode until all faults have been corrected Inlet Temp Fluid Pressure STG 1 OUT Temp STG 2 in Temp Emergency Stop Pressed Shutdown Log Messages Motor Overload STG 2 Discharge RTD Failure Control log has no entries at that point Probable Causes Corrective Action Failure to Start Section IX Troubleshooting Unscheduled Shutdown Section IX Troubleshooting Probable Causes Corrective Action Unscheduled Shutdown Frequent Fluid Filter Clogging Frequent Air Cleaner CloggingHigh Discharge Air Temperature Probable Causes Corrective Action Low Air Delivery Compressor does not Unload when there is no Air Demand Too Rapid Cycling Between Load and Unload Excessive Fluid in Gearbox Vent Bowl Pressure Relief Valve ExhaustingExcessive Fluid in Buffing Air Vent Bowls Water in Buffing Air Vent Bowls High Interstage Pressure Low Delivery Pressure Microprocessor Will Not Display Messages Erroneous Displays Interval Action Section X- Maintenance Schedule Daily Operating Record Quincy Compressor QSD Quincy Compressor QSD