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Quincy QSV Series Instruction Manual

Oil-sealed rotary screw vacuum pumps
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Oil-Sealed Rotary Screw Vacuum Pumps
QSV series
Instruction manual
6996024801_A
Model Number
QSV 205
QSV 345
QSV 430
QSV 530
Original instructions

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Summary of Contents for Quincy QSV Series

  • Page 1 Oil-Sealed Rotary Screw Vacuum Pumps QSV series Model Number QSV 205 QSV 345 QSV 430 QSV 530 Instruction manual Original instructions 6996024801_A...
  • Page 2 This applies in particular to trademarks, model denominations, part numbers and drawings. Trademark credit Quincy and the Quincy logo are trademarks of Quincy compressor, 701 North Dobson Avenue, Bay Minette, Alabama, 251.937.5900 Disclaimer The content of this manual may change from time to time without notice. We accept no liability for any errors that may appear in this manual nor do we make any expressed or implied warranties regarding the content.

  • Page 3: Table Of Contents

    3. Quincy Controller........
  • Page 4 13. Guidelines for inspection......... 88 6996024801_A Page 4 02/2022 - ©Quincy...
  • Page 5 Figure 17: Oil separator change..........63 6996024801_A Page 5 02/2022 - ©Quincy...

  • Page 6: Safety And Compliance

    Information about properties or instructions for an action which, if ignored, will cause damage to the equipment. We reserve the right to change the design and the stated data. The illustrations are not binding. Keep the instructions for future use. 6996024801_A Page 6 02/2022 - ©Quincy...

  • Page 7: General Safety Precautions

    1.3. Safety precautions during installation 1. When you lift the pump, make sure that: ▪ you use the correct lifting equipment and you obey the local safety regulations 6996024801_A Page 7 02/2022 - ©Quincy...
  • Page 8 All pipes and parts with high temperatures must be clearly marked. 18. If the ground is not flat or it has slope, contact the manufacturer. 6996024801_A Page 8 02/2022 - ©Quincy...

  • Page 9: Safety Precautions During Operation

    (for example, to warm up a workroom), take precautions against air pollution and possible contamination of the breathing air. 9. Do not remove or adjust: ▪ the sound-damping material ▪ the safety devices ▪ the guards ▪ the insulation installed on the pump. 6996024801_A Page 9 02/2022 - ©Quincy...

  • Page 10: Safety Precautions During Maintenance Or Repair

    For safety, do not disconnect the regulating and safety devices. 15. Before you use the machine after maintenance or overhaul make sure that: ▪ the operating pressures, temperatures and time settings are correct 6996024801_A Page 10 02/2022 - ©Quincy...
  • Page 11 19. Do not use caustic solvents which can damage the materials of the air net (for example, polycarbonate bowls). 20. Faults or wearing of seals can cause leakage of oil lubricant. Prevent the dispersion in soil and pollution of the other materials. 6996024801_A Page 11 02/2022 - ©Quincy...

  • Page 12: General Description

    The mass flow rate will decrease with a decrease in (absolute) pressure. A flow rate must be shown at a specified vacuum level when you use throughput or mass flow rate. 6996024801_A Page 12 02/2022 - ©Quincy...

  • Page 13: Introduction

    The electric cabinet contains fuses, transformers, relays, etc. The pumps use Variable Speed Drive (VSD) technology. The VSD technology helps to automatically adjust the motor speed as necessary. The pumps are available as air‑cooled version. The pumps have a sound‑insulated canopy. 6996024801_A Page 13 02/2022 - ©Quincy...

  • Page 14: Figure 2 General View

    Emergency stop button Emergency stop button Figure 3 Front view Air intake filter Air intake filter Electric cabinet Electric cabinet Thermostatic bypass valve Thermostatic bypass valve Oil filter Oil filter Oil separator tank Oil separator tank 6996024801_A Page 14 02/2022 - ©Quincy...

  • Page 15: Figure 4 Rear View - Water Cooled

    General description Figure 4 Rear view - Water cooled Element Element Drive motor Drive motor Water/oil cooler Water/oil cooler Figure 5 Rear view - Air cooled Cooling fan Cooling fan Air/oil cooler Air/oil cooler 6996024801_A Page 15 02/2022 - ©Quincy...

  • Page 16: Flow Diagram

    The air pressure pushes the oil from the oil separator tank through the oil filter. The oil cooler is bypassed. When the oil temperature increases up to 83 °C 6996024801_A Page 16 02/2022 - ©Quincy...

  • Page 17: Condensate System

    If the vacuum pressure decreases and the motor operates at minimum speed, the regulator stops the motor. When the motor is stopped automatically and the vacuum pressure reaches the set‑point, the regulator starts the motor again. 6996024801_A Page 17 02/2022 - ©Quincy...

  • Page 18: Electrical System

    Figure 8 Electrical cabinet (typical example) Power supply unit Power supply unit Controller Controller Frequency converter (U1) Frequency converter (U1) Circuit breaker (Q15) Circuit breaker (Q15) Electrical diagrams You can find the electrical diagram in the electric cabinet. 6996024801_A Page 18 02/2022 - ©Quincy...

  • Page 19: Quincy Controller

    If you cannot access the IP address, 192.168.202.10 in your web browser, 1. Press the "Windows" button on the keyboard. 2. Search "View network connections". 3. Right click on Ethernet or Adapter (depending on the ethernet connection). 6996024801_A Page 19 02/2022 - ©Quincy...
  • Page 20 You can change login credentials after your first login. Entering new password If you forgot your Username and Password 1. Go to the Forgot Password tab. 2. Enter the details from the controller hardware label. 6996024801_A Page 20 02/2022 - ©Quincy...

  • Page 21: Using Discovery Application For Finding The Pump

    Make sure that the network connection is same for the controller and search engine. To do so, check the connection from controller to the customer end connection. 4. Open the application window. 5. Click on the pump card to display the network IP address. 6996024801_A Page 21 02/2022 - ©Quincy...

  • Page 22: List Of Abbreviations

    If the DHCP is enabled, the connection details will be selected automatically. If it is not displayed, enter the details manually. Click Edit. Deactivate DHCP. Enter the connection details manually. Click Save. Activate Proxy if you have to add the Proxy IP address. 6996024801_A Page 22 02/2022 - ©Quincy...

  • Page 23: Setting The Preferred Language

    1. Navigate to the IP address in a web browser. 2. Click Sign in. 3. Enter your credentials to access the home screen. 4. Click More > Preferences > Accessories > WiFi bolt. 5. Configure the WiFi bolt 6996024801_A Page 23 02/2022 - ©Quincy...
  • Page 24 To connect to a separate local network with WiFi bolts 1. Navigate to the IP address in a web browser. 2. Click Sign in. 3. Use your credentials to access the home screen. 4. Click More > Preferences > Accessories > WiFi bolt. 6996024801_A Page 24 02/2022 - ©Quincy...

  • Page 25: Changing Display Settings

    Updating the software offline Update the software offline by manually updating .tar file from the controller. 1. Click More. 2. Navigate to Preferences > Software update. 3. Click Manual upload on the top right corner. 6996024801_A Page 25 02/2022 - ©Quincy...

  • Page 26: Allowing Remote Assistance (Optional)

    You can access the controller through TeamViewer. This feature is available on request. Contact us for details. To access the TeamViewer support for remote assistance 1. Click More. 2. Navigate to Support. 3. Click TeamViewer. 6996024801_A Page 26 02/2022 - ©Quincy...

  • Page 27: Technical Data

    1500 Maximum vessel pressure psia 21.8 4.1.1. Vacuum pump data Reference condition Note: The data given is to be used with the reference conditions, refer to Reference condition and limitations on page 27. 6996024801_A Page 27 02/2022 - ©Quincy...
  • Page 28 Table 6 QSV 345 With high water Parameter Unit Standard handling capacity Nominal motor power Maximum motor shaft speed 4500 4500 Minimum motor shaft speed US GAL Oil capacity Imp. GAL cu. ft. 0.57 0.57 6996024801_A Page 28 02/2022 - ©Quincy...
  • Page 29 US GAL Oil capacity Imp. GAL cu. ft. 0.57 0.57 Sound pressure level (according to dB(A) 76 (±3) 76 (±3) ISO 2151 (2004)) °C Temperature of the air leaving the dis- charge (approximately) °F 188.6 6996024801_A Page 29 02/2022 - ©Quincy...

  • Page 30: Reading On Display

    If a leakage breaker is necessary for installation, use an all current sensitive leakage breaker, RCM or RCD Type B (refer to IEC/EN 60755). Make sure that the leakage breaker has a sufficient trip level. 6996024801_A Page 30 02/2022 - ©Quincy...
  • Page 31 Technical data Table 9 Currents and fuses (IEC and UL/cUL approval) Itot Imax under voltage Pump specification Primary Secondary Primary Secondary Voltage Frequency Secondary volt- Itot Pump age auto trans- Approval (Hz) form 18.4 20.4 17.4 19.4 15.2 16.9 QSV 205-QSV 345 34.9 17.4 38.8...
  • Page 32 Technical data Itot Imax under voltage Pump specification Primary Secondary Primary Secondary Voltage Frequency Secondary volt- Itot Pump age auto trans- Approval (Hz) form 25.9 32.3 28.7 35.9 22.5 28.1 25.0 31.2 Maximum fuse pack Supply cables UL class K5 CSA Recommended Pump Voltage...
  • Page 33 Technical data Maximum fuse pack Supply cables UL class K5 CSA Recommended Voltage Frequency IEC class gL/gC Pump HRC from ii cable size Wire ends (Hz) (P/FF)) Note: I: current in the supply lines at maximum load and nominal voltage. Setting for circuit breakers: Q1 - 1 A Q15 - 0.6 A...
  • Page 34 < 179 A < 156 A < 141 A < 127 A < 109 A 95 mm < 206 A < 179 A < 163 A < 146 A < 126 A 120 mm 6996024801_A Page 34 02/2022 - ©Quincy...
  • Page 35 ▪ Single supply cables (3 phases + PE - configuration (1)): ▪ Add 10% to the total pump current (Itot from the tables) ▪ Install the specified fuse on each cable. ▪ Parallel supply cable (2 x 3 phases + PE - configuration (2)): 6996024801_A Page 35 02/2022 - ©Quincy...
  • Page 36 (75 °C (167 °F)). Maximum permitted current in function of the wire size AWG or kcmil Maximum current < 30 A < 50 A < 65 A < 85 A 6996024801_A Page 36 02/2022 - ©Quincy...
  • Page 37 ▪ Install the specified maximum fuse (150 A) on each cable. ▪ Parallel supply cable (2 x 3 phases + 2 PE - configuration (2)): ▪ I = (128 A + 25%)/2 = (128 x 1.25)/2 = 80 A 6996024801_A Page 37 02/2022 - ©Quincy...
  • Page 38 For an AWG3, the maximum current is 100 x 0.8 = 80 A. So, 2 parallel cables of 3 x AWG3 + 2 x AWG8 are sufficient. ▪ Install 80 A fuses on each cable. 6996024801_A Page 38 02/2022 - ©Quincy...

  • Page 39: Instructions For Use

    ▪ Only use oil as specified by the manufacturer. ▪ The vessel is guaranteed to operate for more than 20 years. ▪ The vessel needs a yearly visual inspection. 6996024801_A Page 39 02/2022 - ©Quincy...

  • Page 40: Installation

    Cooling air outlet Cooling air outlet Cooling air inlet area cooler Cooling air inlet area cooler Cooling air inlet area cubicle/motor Cooling air inlet area cubicle/motor Air inlet Air inlet Air outlet Air outlet 6996024801_A Page 40 02/2022 - ©Quincy...

  • Page 41: Installation Proposal

    Never prevent the flow of exhaust air from the fluid cooler. Release the hot exhaust air outside to prevent the high ambient conditions in the room. 6996024801_A Page 41 02/2022 - ©Quincy...

  • Page 42: Piping

    Use sufficient pipe diameter for the vacuum network. The combination of restrictive pipe diameter and long pipes can create a pressure drop. For the single pump installation, keep the diameter of the pump inlet as far into the process as possible. 6996024801_A Page 42 02/2022 - ©Quincy...

  • Page 43: Ventilation

    In this case, contact us. If it is necessary to operate the pump at more than 1000 m (3300 ft), contact us. 6996024801_A Page 43 02/2022 - ©Quincy...

  • Page 44: Position The Pump

    ▪ Make sure that the beams do not slide and extend uniformly from the frame. ▪ Hold the chains parallel to the bodywork by the chain spreaders to prevent damage to the pump. Figure 11 Lifting slots 6996024801_A Page 44 02/2022 - ©Quincy...

  • Page 45: Acclimatization

    3. Check the fuses. Refer to Electrical cable size on page 30. 4. Connect the power supply cables to the terminals (1, 3 and 5). 5. Connect the earth conductor to the earth bolt. 6996024801_A Page 45 02/2022 - ©Quincy...
  • Page 46 Pump status indication The controller has a potential-free auxiliary NO contacts (NO = normally open) (K07, K08 and K09) for the remote indication of: ▪ Manual or automatic operation (K07) ▪ Warning condition (K08) 6996024801_A Page 46 02/2022 - ©Quincy...

  • Page 47: Figure 12 Service Diagram

    Stop the pump and set the voltage to off before you connect the external equipment. Contact us. Figure 12 Service diagram Customer’s installation Customer’s installation Pump motor Pump motor You can find the electrical diagram in the electric cabinet. 6996024801_A Page 47 02/2022 - ©Quincy...

  • Page 48: Pictographs

    180 seconds after you switch off the the isolating switch in the voltage the isolating switch in the voltage voltage. voltage. supply line and reverse the two supply line and reverse the two incoming electric lines. incoming electric lines. 6996024801_A Page 48 02/2022 - ©Quincy...

  • Page 49: Operation

    8. Make sure that the pump outlet is not blocked. 9. Install the inlet isolation valve. Refer to Installation on page 40 for the position of the valve. 10. Close the valve. 11. Connect the inlet pipework to the valve. 6996024801_A Page 49 02/2022 - ©Quincy...

  • Page 50: Start The Pump

    1. Set the electrical supply to on. 2. Make sure that the voltage on LED illuminates. 3. Push the start button on the control panel. The pump operates and the automatic operation LED illuminates. 4. Open the inlet isolation valve. 6996024801_A Page 50 02/2022 - ©Quincy...

  • Page 51: During Operation

    ▪ If a service plan interval is exceeded, or ▪ If a service level for a monitored component has been exceeded. ▪ Do the service actions of the shown plan or replace the component and reset the timer. Refer to Service menu. 6996024801_A Page 51 02/2022 - ©Quincy...

  • Page 52: Stop The Pump

    2. Shut off and vent the system connected to the pump. 3. To vent the system connected to the pump, open the plug given on the lid of the air inlet filter. 4. Isolate the pump from the vacuum system. 5. Drain the oil. 6996024801_A Page 52 02/2022 - ©Quincy...

  • Page 53: Maintenance

    63. Service contracts We offer different types of service contracts, to relieve you of all preventive maintenance work. Contact our customer centre. General Replace the O-rings and washers that are removed during servicing. 6996024801_A Page 53 02/2022 - ©Quincy...
  • Page 54 Check for possible air and oil leakages Check coolers, clean if necessary Check the filter elements of the electric cabinet. Replace if necessary 3-Monthly Check the silencer of the vacuum control valve, clean if necessary 6996024801_A Page 54 02/2022 - ©Quincy...
  • Page 55 Note: To change the timer setting, contact us. Leakages must be attended immediately. Damaged hoses or flexible joints must be replaced. 6996024801_A Page 55 02/2022 - ©Quincy...

  • Page 56: Oil Specification

    If the pumps regularly operates in the ambient temperatures more than 35 °C (95 °F), the oil lifetime decreases. Note: For oil lifetime, refer to Preventive maintenance schedule on page 53. 8.3. Drive motor Bearing maintenance Recommended grease: 6996024801_A Page 56 02/2022 - ©Quincy...

  • Page 57: Air Filter

    6. Install the new filter element. 7. Install the cover of the air filter. 8. Set the air filter service warning again. Note: When you install the air filter element, make sure that the seal is in good condition. 6996024801_A Page 57 02/2022 - ©Quincy...

  • Page 58: Figure 15: Air Filter

    Maintenance Figure 15 Air filter Air filter Air filter Plug Plug Air filter Air filter 6996024801_A Page 58 02/2022 - ©Quincy...

  • Page 59: Oil And Oil Filter Change

    4. Vent the pump by opening the plug on the cover of the air inlet filter. 5. Remove the vent plug of the oil cooler. 1. Vent plug 2. Oil cooler 6. Open the oil drain valves. Hold the oil drain hose downward to drain the oil. 6996024801_A Page 59 02/2022 - ©Quincy...
  • Page 60 14. Collect the oil in a collector and deliver it to the local collection service. 15. Install the vent plugs after the oil is drained. 16. Remove the filler plug. 6996024801_A Page 60 02/2022 - ©Quincy...

  • Page 61: Coolers

    Risk of damage to equipment. Remove the loose parts that are used as a cover after the maintenance on the fan and on the coolers. Note: Keep the coolers clean to maintain their efficiency. To replace the cooler, do the steps that follow: 6996024801_A Page 61 02/2022 - ©Quincy...

  • Page 62: Oil Separator Change

    7. Slide the cover of the oil separator tank to the rear side. 8. Remove the oil separator elements by turning one quarter counter‑clockwise. 9. Clean the seat on the shield. 10. Lubricate the gasket of the new oil separator using the pump oil. 6996024801_A Page 62 02/2022 - ©Quincy...

  • Page 63: Pressure Switch

    A full range of tested lubricants are available to keep the pump serviceable and in a good condition. Refer to the spare parts list for the part numbers. 6996024801_A Page 63 02/2022 - ©Quincy...

  • Page 64: Fault Finding

    LLP-Interface.PROC- AI_E4_0_20mA warning Check remedy on user inter- ESS.0x00000107 face LLP-Interface.PROC- High outlet pressure failure Check remedy on user inter- ESS.0x00000108 face LLP-Interface.PROC- Fan circuit breaker warning Check remedy on user inter- ESS.0x00000109 face 6996024801_A Page 64 02/2022 - ©Quincy...
  • Page 65 LLP-Interface.SYS- "Start/Stop" button pressed Message for system moni- TEM.0x00000009 toring LLP-Interface.SYS- "Switch mode" button press- Message for system moni- TEM.0x0000000a toring LLP-Interface.SYS- "Switch control location" but- Message for system moni- TEM.0x0000000b ton pressed toring 6996024801_A Page 65 02/2022 - ©Quincy...
  • Page 66 Adapt settings when de- TEM.0x0000001b fault controller settings faults does not fit your proc- ess requirements LLP-Interface.SYS- SYSTEM MISCONFIG- Perform factory reset. Con- TEM.0x0000001c URED State machine disa- tact us when issue reoccurs bled 6996024801_A Page 66 02/2022 - ©Quincy...
  • Page 67 LLP-Inter- Active function code {U16:0} Contact us face.dOut_I3.0x10a9b800 is not in range LLP-Inter- Reached limit of available Contact us face.dOut_I3.0x10a9b801 function codes LLP-Interface.mainInvert- Slave Id {U8:0} is wrong Contact us er.0xa9025a00 6996024801_A Page 67 02/2022 - ©Quincy...
  • Page 68 Input Error LLP-Interface.mainInvert- Baseblock Contact us er.0xa9025a0e LLP-Interface.mainInvert- External Fault (terminal S3) Check control wiring er.0xa9025a0f LLP-Interface.mainInvert- External Fault (terminal S4) Check control wiring er.0xa9025a10 LLP-Interface.mainInvert- External Fault (terminal S5) Check control wiring er.0xa9025a11 6996024801_A Page 68 02/2022 - ©Quincy...
  • Page 69 Error LLP-Interface.mainInvert- Undertorque Detection 1 Contact us er.0xa9025a21 LLP-Interface.mainInvert- Undertorque Detection 2 Contact us er.0xa9025a22 LLP-Interface.mainInvert- MEMOBUS/Modbus Comm Contact us er.0xa9025a23 Test Mode Err LLP-Interface.mainInvert- External 24 V Power Supply Contact us er.0xa9025a24 Depletion 6996024801_A Page 69 02/2022 - ©Quincy...
  • Page 70 Check emergency stop, er.0xa9025a33 pressure switch and temper- ature switch LLP-Interface.mainInvert- Mechanical Weakening De- Contact us er.0xa9025a34 tection 1 LLP-Interface.mainInvert- Mechanical Weakening De- Contact us er.0xa9025a35 tection 2 LLP-Interface.mainInvert- IGBT Maintenance Time Contact us er.0xa9025a36 (90%) 6996024801_A Page 70 02/2022 - ©Quincy...
  • Page 71 LLP-Interface.mainInvert- er.0xa9025a46 ▪ Check wiring to motor LLP-Interface.mainInvert- Out Short Circuit or IGBT ▪ Check for short-circuits er.0xa9025a47 Fault ▪ Check inlet valve ▪ Check back pressure oil separator vessel ▪ Check oil injection 6996024801_A Page 71 02/2022 - ©Quincy...
  • Page 72 ▪ Check drive train ▪ Check oil injection ▪ Check inlet valve LLP-Interface.mainInvert- Overtorque Detection 2 ▪ Check back pressure oil er.0xa9025a50 separator vessel ▪ Check drive train ▪ Check oil injection 6996024801_A Page 72 02/2022 - ©Quincy...
  • Page 73 ▪ Check back pressure oil separator vessel LLP-Interface.mainInvert- Keypad Connection Fault er.0xa9025a60 LLP-Interface.mainInvert- EEPROM Write Error er.0xa9025a61 ▪ Check wiring to motor LLP-Interface.mainInvert- Motor Overheat Fault (PTC ▪ Check ambient er.0xa9025a62 Input) temperatures ▪ Check cooling unit 6996024801_A Page 73 02/2022 - ©Quincy...
  • Page 74 Contact us er.0xa9025a72 LLP-Interface.mainInvert- PG Hardware Fault Contact us er.0xa9025a73 LLP-Interface.mainInvert- MECHATROLINK Watchdog Contact us er.0xa9025a74 Timer Err LLP-Interface.mainInvert- Too Many Speed Search Contact us er.0xa9025a75 Restarts LLP-Interface.mainInvert- Excessive PID Feedback Contact us er.0xa9025a76 6996024801_A Page 74 02/2022 - ©Quincy...
  • Page 75 Contact us er.0xa9025a88 LLP-Interface.mainInvert- PWM Motor Failure Contact us er.0xa9025a89 ▪ Check supply voltage LLP-Interface.mainInvert- Control Circuit Error ▪ Check input wiring er.0xa9025a8a ▪ Check EMC filter LLP-Interface.mainInvert- Terminal Board Connection Contact us er.0xa9025a8b Error 6996024801_A Page 75 02/2022 - ©Quincy...
  • Page 76 Contact us er.0xa9025a9b LLP-Interface.mainInvert- ASIC PWM Setting Register Contact us er.0xa9025a9c Error LLP-Interface.mainInvert- ASIC PWM Pattern Error Contact us er.0xa9025a9d LLP-Interface.mainInvert- ASIC On-delay Error Contact us er.0xa9025a9e LLP-Interface.mainInvert- ASIC BB ON Error Contact us er.0xa9025a9f 6996024801_A Page 76 02/2022 - ©Quincy...
  • Page 77 ▪ Check EMC filter LLP-Interface.mainInvert- Not supported Contact us er.0xa9025aae LLP-Interface.mainInvert- Connection Error Contact us er.0xa9025aaf LLP-Interface.mainInvert- A/D Conversion Error Contact us er.0xa9025ab0 LLP-Interface.mainInvert- Option Response Error Contact us er.0xa9025ab1 LLP-Interface.mainInvert- RAM Fault Contact us er.0xa9025ab2 6996024801_A Page 77 02/2022 - ©Quincy...
  • Page 78 Drive timeout waiting for re- Contact us er.0xa9025ac5 sponse LLP-Interface.mainInvert- Control Response Selection Contact us er.0xa9025ac6 2 Error LLP-Interface.mainInvert- Drive timeout waiting for re- Contact us er.0xa9025ac7 sponse LLP-Interface.mainInvert- Not supported Contact us er.0xa9025ac8 6996024801_A Page 78 02/2022 - ©Quincy...
  • Page 79 CI Check Error Contact us er.0xa9025adb LLP-Interface.mainInvert- Drive timeout waiting for re- Contact us er.0xa9025adc sponse LLP-Interface.mainInvert- Control Command Selection Contact us er.0xa9025add Error LLP-Interface.mainInvert- Drive timeout waiting for re- Contact us er.0xa9025ade sponse 6996024801_A Page 79 02/2022 - ©Quincy...
  • Page 80 Error LLP-Interface.mainInvert- Encoder Option Analog Cir- Contact us er.0xa9025af1 cuit Error LLP-Interface.mainInvert- Encoder Communication Contact us er.0xa9025af2 Timeout LLP-Interface.mainInvert- Encoder Communication Contact us er.0xa9025af3 Data Error LLP-Interface.mainInvert- Encoder Error Contact us er.0xa9025af4 6996024801_A Page 80 02/2022 - ©Quincy...
  • Page 81 LLP-Interface.digitalSetpointSe- Reached limit of available Contact us lection.0x10a9b801 function codes LLP-Interface.remoteManual- Active function code {U16:0} Contact us Purge.0x10a9b800 is not in range LLP-Interface.remoteManual- Reached limit of available Contact us Purge.0x10a9b801 function codes 6996024801_A Page 81 02/2022 - ©Quincy...
  • Page 82 LLP-Interface.outletPressur- Read value ({F:0}) does not Contact us eAI.0xc2b53409 fit into source range LLP-Interface.inletPressur- Reading pin failed, hw code: Contact us eAI.0xc2b53400 {X32:0} LLP-Interface.inletPressur- Analog Input Pin must be Contact us eAI.0xc2b53401 valid 6996024801_A Page 82 02/2022 - ©Quincy...
  • Page 83 LLP-Interface.outletTempera- Minimum temperature is Contact us ture.0x9dd99008 greater than maximum tem- perature. LLP-Inter- Active function code is not Contact us face.ain_E2.0xfa2eb500 in range LLP-Inter- Active function code is not Contact us face.ain_E4.0xfa2eb500 in range 6996024801_A Page 83 02/2022 - ©Quincy...
  • Page 84 Read value ({F:0}) does not Contact us face.ain_E4.0xc2b53409 fit into source range LLP-Interface.eD- Active function code is not Contact us IN_E1.0x372d0800 in range LLP-Interface.eD- Active function code is not Contact us IN_E2.0x372d0800 in range 6996024801_A Page 84 02/2022 - ©Quincy...

  • Page 85: Storage

    Risk of injury or damage to equipment. If the pump is going to be stored without operating from time to time, protective steps must be taken. Contact your supplier. Operate the pump regularly (for example, twice a week until warm). 6996024801_A Page 85 02/2022 - ©Quincy...

  • Page 86: Disposal

    For more information contact your local waste authority, customer centre or the distributor. Note: Obey all the local and national safety and environmental regulations when you discard service liquid and all other used materials (for example, dirty rags and machine parts). 6996024801_A Page 86 02/2022 - ©Quincy...

  • Page 87: Service

    Contact your service centre for the latest form. Fill in the form, print it, sign it, and return the signed copy to us. NOTICE: If we do not receive a completed form, your equipment cannot be serviced. 6996024801_A Page 87 02/2022 - ©Quincy...

  • Page 88: Guidelines For Inspection

    The Declaration of Conformity/Declaration by the manufacturer is part of the documentation that is supplied with the pump. Local legal requirements, use outside the limits and conditions as specified by the manufacturer can require other inspection periods as mentioned on the declaration. 6996024801_A Page 88 02/2022 - ©Quincy...
  • Page 89 Guidelines for inspection 6996024801_A Page 89 02/2022 - ©Quincy...
  • Page 90 EU Declaration of Conformity QUINCY Documentation Officer 701 North Dobson Ave Jana Sigmunda 300 Bay Minette Lutín , 78349 AL36507 Czech Republic T: +42(0) 580 582 728 vacuumdocumentation@quincycompressor.com The product specified and listed below • Product: Oil-sealed Rotary Screw Vacuum Pumps •...
  • Page 91 serial numbers from this date on: 2022-03-08 You must retain the signed legal declaration for future reference This declaration becomes invalid if modifications are made to the product without prior agreement. This is a sample EU legal declaration. For CE marked equipment, find the signed legal declaration in the product packaging. You must retain the official signed legal declaration for future reference.
  • Page 92 Declaration of Conformity QUINCY Documentation Officer 701 North Dobson Ave Innovation Drive Bay Minette Burgess Hill AL36507 West Sussex RH15 9TW vacuumdocumentation@quincycompressor.com This declaration of conformity is issued under the sole responsibility of the manufacturer. • Description: QSV205; QSV345; QSV430; QSV530 •...
  • Page 93 This declaration, based on the requirements of the listed Statutory Instruments and EN ISO/IEC 17050-1, covers all product serial numbers from this date on: 2022-03-08 This is a sample legal declaration. For UKCA marked equipment, find the signed legal declaration in the product packaging. You must retain the official signed legal declaration for future reference.
  • Page 94 ADDITIONAL LEGISLATION AND COMPLIANCE INFORMATION EMC (EU, UK): Class A Industrial equipment Caution: This equipment is not intended for use in residential environments and may not provide adequate protection to radio reception in such environments. RoHS (EU, UK): Material Exemption Information This product is compliant with the following Exemptions Annex III: •...
  • Page 95 材料成分声明 China Material Content Declaration 有害物质 Hazardous Substances 部件名称 六价铬 多溴联苯 多溴二苯醚 铅 汞 镉 Part name Hexavalent Polybrominated Polybrominated Lead Mercury Cadmium Chromium biphenyls diphenyl ethers (Pb) (Hg) (Cd) (Cr VI) (PBB) (PBDE) 铸铝及铝合金制品 Aluminium alloys 铜管管件 Brass pipe fitting 铜接头...
  • Page 96 www.quincyvacuum.com...

This manual is also suitable for:

Qsv 205Qsv 345Qsv 430Qsv 530

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