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LG Electronics SV-iC5 Series manual June Publication #

Models: SV-iC5 Series

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Page 141

LG Industrial Systems Co., Ltd.

LGIS constantly endeavors to improve its product so that information in this manual is subject to change without notice.

Visit Our Website: http://www.lgis.com/

June, 2003

Publication #: 10310000387

Page 141

Image 141

LG Electronics SV-iC5 Series manual June Publication #

Contents

WARNING CAUTION SAFETY INSTRUCTIONSOPERATING PRECAUTIONS 2 Wiring Important User InformationSV-iC5 Manual outline Important User InformationSV-iC5 Table of Contents Table of ContentsSV-iC5 Programming KeypadControl block diagram Table of ContentsSV-iC5 Basic FunctionsTroubleshooting & Maintenance Table of ContentsSpecifications SV-iC5SV-iC5 Table of Contents1. Basic information & precautions 1. Basic information and precautionsSV-iC5 SV-iC5 1. Basic information & precautions1.2 Product Details 4-Way button for1. Basic information & precautions SV-iC5Parallel Note Input Power Terminals name is labeled here 1. Basic information & precautionsSV-iC5 Note Control Terminals name is labeled here2. Installation 2. InstallationSV-iC5 Ambient 40C. UL 508CFor installing multiple inverters in panel Heat NG 2. InstallationSV-iC5 Air flowDimension 2. InstallationSV-iC5 004iC5-1Dimension 2. Installation1.5, 2.2 kW 2~3HP SV-iC53. Wiring 3. WiringSingle phase AC input 200V ~ SV-iC53. Wiring Make sure the input power is off before wiringSV-iC5 Wire size 3. WiringSV-iC5 ModelWire size 3. WiringSV-iC5 Terminal3.4 PNP/NPN selection and connector for communication option 3. Wiring2. When using 24V external power supply PNP SV-iC5SV-iC5 3. Wiring4. Basic configuration 4. Basic configurationSV-iC5 Model 4. Basic configurationMCCB Magnetic5. Programming keypad 5. Programming KeypadSV-iC5 SV-iC5 5. Programming keypadMoving to other groups using the Right X key 5. Programming keypadSV-iC5 SV-iC5 5. Programming keypadThe 1st code in Function group 1 “F 0” will be displayed The 1st code in I/O group “I 0” will be displayedSV-iC5 5. Programming keypadCode change in Drive group Drive group5. Programming keypad SV-iC5For changing code from any codes other than F SV-iC5 5. Programming keypadChanging parameter value in Drive group Drive group5. Programming keypad Drive groupSV-iC5 SV-iC5 5. Programming keypadChanging parameter values in Function 1, 2 and I/O group Function groupDrive group 5. Programming keypadSV-iC5 5.6 Monitoring of operation statusDrive group 5. Programming keypadSV-iC5 Continue pressing the Up S /Down T key until rPM is displayedSV-iC5 5. Programming keypadDrive group OverFunction group 5. Programming keypadSV-iC5 Parameter initializeSV-iC5 5. Programming keypad6. Basic operation Frequency Setting via keypad & operating via terminals6. Basic operation SV-iC5Frequency Setting via potentiometer & operating via terminals 6. Basic operationSV-iC5 6. Basic operation Frequency setting via potentiometer & operating via the Run keySV-iC5 10 Hz Freq Run key STOP/RST keySV-iC5 6. Basic operation7. Function list 7. Function listSV-iC5 Drive GroupSV-iC5 7. Function listDrive Group range7. Function list SV-iC5Function group SV-iC5 7. Function listFunction group Caution Any frequency cannot be set7. Function list SV-iC5Function group 7. Function list SV-iC5Function group 7. Function list SV-iC5Function group When run frequency is issued, motor starts defaults7. Function list SV-iC57. Function list SV-iC5Function group 7. Function list SV-iC5Function group SV-iC5 7. Function listf s = f r − 7. Function list SV-iC5Function group SV-iC5 7. Function listFunction group takes to reach a target frequency fromSV-iC5 7. Function list 120 ⋅ f RPM = 7. Function list Function group SV-iC5for continuous 7. Function list SV-iC5I/O group 7. Function list SV-iC5I/O group 7. Function list SV-iC5I/O group 7. Function list SV-iC5I/O group 7. Function list SV-iC5I/O group SV-iC5 7. Function listI/O group stationPage Drive mode Motor PWM V/F control Accel/Decel Frequency setting8. Control block diagram 8. Control block diagramSV-iC5 block diagramV1 I P1 P2 P3 P4 P5 mode8Controlblockdiagram SV-iC5P1 P2 P3 P4 P5 Page 9. Basic functions 9. Basic FunctionsSV-iC5 9. Basic functions SV-iC5V0 input Set freq SV-iC5 9. Basic functionsSV-iC5 9. Basic functions9. Basic functions Freq. setting Freq P5 Run commandSV-iC5 Multi-function input Terminal9. Basic functions SV-iC5Parameter Name SV-iC5 9. Basic functionsFX Counter clockwise FrequencySV-iC5 9. Basic functions9. Basic functions 9.4 Accel/Decel time and unit setting 9. Basic functionsSV-iC5 SV-iC5 9. Basic functions0.01~600.00 0.1~6000.0SV-iC5 9. Basic functionsSV-iC5 9. Basic functions1~100 EndingSV-iC5 9. Basic functions9. Basic functions SV-iC59.5 V/F control Linear V/F operation SV-iC5 9. Basic functions100% LinearSV-iC5 9. Basic functions9.6 Stop mode select Decel to stop 9. Basic functionsSV-iC5 9. Basic functions SV-iC5V1Voltage input SV-iC5 9. Basic functions10. Advanced functions 10. Advanced functionsSV-iC5 SV-iC5 10. Advanced functions10. Advanced functions SV-iC510.2 Jog operation Select the terminal among P1 thru P5 for use as 3-Wire operation 10.4 3-Wire OperationIf P5 is selected, set I24 to 17 3-Wire operation 10. Advanced functions10. Advanced functions SV-iC5s = r −  rpm ⋅ P  f f  120  10. Advanced functions Control mode selectSV-iC5  1740 ⋅ 4 SV-iC5 10. Advanced functions= −  rpm ⋅ P  f s f r  120     1740 ⋅ 4 SV-iC5 10. Advanced functionsSV-iC5 PID control block diagram10. Advanced functions Keypa settind gAuto tuning 10. Advanced functionsSV-iC5 10. Advanced functions SV-iC5vector control 10. Advanced functions SV-iC5resistance Ω SV-iC5 10. Advanced functionsEX Speed search during Instant Power Failure restart 10. Advanced functionsSV-iC5 10. Advanced functions SV-iC510.12 Auto restart try SV-iC5 10. Advanced functionsCarrier frequency select 10-16SV-iC5 Turn the I24setting 12 On after motor is stopped10. Advanced functions SV-iC5SV-iC5 10. Advanced functionsSV-iC5 10. Advanced functionsSV-iC5 10. Advanced functions11. Monitoring 11. MonitoringSV-iC5 RPM = SV-iC5 11. Monitoring11. Monitoring ON OFF 30AC MOSV-iC5 Fault during Decel Fault during AccelFault during constant run 11. Monitoringwhen a fault Fault type0 ~ 10Vdc 11. Monitoring11. Monitoring Wait time for run signal inputSV-iC5 Number11. Monitoring SV-iC50 FDT-1 11. Monitoring SV-iC52 FDT-3 SV-iC5 11. Monitoring11 Command Loss Become active when frequency command is lost 11. MonitoringSV-iC5 12. Protective functions 12. Protective functionsSV-iC5 12. Protective functions SV-iC512.2 Overload Warning and trip Overload warning 12. Protective functions SV-iC5output SV-iC5 12. Protective functionsSelect a terminal among P1 thru P5 to output external trip signal 12. Protective functionsSV-iC5 12. Protective functions SV-iC512.6 Inverter Overload Disabled Does not check the analog input signal loss 12. Protective functionsSV-iC5 I54, I55 Multi-function output terminal MO or Multi-function relay output 30AC is used to output information on loss of frequency command to external sequence 12. Protective functionsSV-iC5 13. Troubleshooting & Maintenance 13. Troubleshooting & MaintenanceSV-iC5 KeypadSV-iC5 13. Troubleshooting & MaintenanceKeypad ProtectiveSV-iC5 13. Troubleshooting & MaintenanceProtective CauseSV-iC5 13. Troubleshooting & MaintenanceProtective Cause13. Troubleshooting & Maintenance Make sure to remove the input power while performing maintenanceSV-iC5 SV-iC5 13. Troubleshooting & Maintenance14. Specifications 14. SpecificationsSV-iC5 Model SV xxx iC5SV-iC5 14. Specifications14.2 Temperature Derating Information 14. SpecificationsSV-iC5 Load current VS Carrier frequencyPage DECLARATION OF CONFORMITY Inverter Power Conversion EquipmentCD 73/23/EEC and CD 89/336/EEC EN EN EN 550111998+A11999 EN EN 61000-4-21995+A11998 EVN 501401993ENEN 61000-4-21995+A11998 TECHNICAL STANDARDS APPLIEDEssential Requirements for CE Compliance EMC INSTALLATION GUIDERevision History S/W version updateRevision DateJune Publication #