H100_User Manual_Standard_V2.8_191030_EN

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Installing the Inverter315–500kW (3-Phase)P(+)N(-)Terminal Labels Name DescriptionR(L1) / S(L2) / T(L3) AC power input terminal Mains supply AC power connections.P(+) / N(-)U / V / WDC link terminal(or Brake unit terminals)Motor output terminalsDC voltage terminals.(or Brake unit wiring connection)3-phase induction motor wiringconnections.34
Installing the InverterNote• Apply a DC input to the P2 (+) and N (-) terminals to operate the inverter on DC voltageinput.• Use STP (Shielded Twisted Pair) cables to connect a remotely located motor with theinverter. Do not use 3 core cables.• Make sure that the total cable length does not exceed 492 ft (150 m). For inverters < = 3.7kW capacity, ensure that the total cable length does not exceed 165 ft (50 m).• Long cable runs can cause reduced motor torque in low frequency applications due tovoltage drop. Long cable runs also increase a circuit’s susceptibility to stray capacitanceand may trigger over-current protection devices or result in malfunction of equipmentconnected to the inverter.• Voltage drop is calculated by using the following formula:• Voltage Drop (V) = [√3 X cable resistance (mΩ/m) X cable length (m) X current (A)] / 1000• Use cables with the largest possible cross-sectional area to ensure that voltage drop isminimized over long cable runs. Lowering the carrier frequency and installing a microsurge filter may also help to reduce voltage drop.Distance < 165 ft (50 m) < 330 ft (100 m) > 330 ft (100 m)Allowed Carrier Frequency <15 kHz <5 kHz <2.5 kHzDo not connect power to the inverter until installation has been fully completed and the inverteris ready to be operated. Doing so may result in electric shock.• Power supply cables must be connected to the R, S, and T terminals. Connecting powercables to other terminals will damage the inverter.• Use insulated ring lugs when connecting cables to R/S/T and U/V/W terminals.• The inverter’s power terminal connections can cause harmonics that may interfere withother communication devices located near to the inverter. To reduce interference theinstallation of noise filters or line filters may be required.• To avoid circuit interruption or damaging connected equipment, do not install phaseadvancedcondensers, surge protection, or electronic noise filters on the output side of theinverter.• Connect the MC to the output of the inverter and avoid MC ON / OFF state duringoperation.(It may cause inverter trip and burn-out.)35
Page 1 and 2: This operation manual is intended f
Page 3 and 4: Safety Information• Do not allow
Page 5 and 6: Table of ContentsTable of Contens1
Page 7 and 8: Table of Contents4.16.1 Acceleratio
Page 9 and 10: Table of Contents5.44.5 Aux Motor T
Page 11 and 12: Table of Contents8.6 Output Termina
Page 13 and 14: Preparing the Installation1 Prepari
Page 15 and 16: Preparing the Installation1.2 Part
Page 17 and 18: Preparing the Installation110-132 k
Page 19 and 20: Preparing the Installation220-250 k
Page 21 and 22: Preparing the Installation500 kW (3
Page 23 and 24: Preparing the Installation1.4 Selec
Page 25 and 26: Preparing the InstallationNote• T
Page 27 and 28: Preparing the InstallationLoad (kW)
Page 29 and 30: Installing the Inverter2 Installing
Page 31 and 32: Installing the Inverter• Figures
Page 33 and 34: Installing the Inverter4 Install th
Page 35 and 36: Installing the Inverter2.2 Enabling
Page 37 and 38: Installing the Inverter4 Loosen the
Page 39 and 40: Installing the InverterStep 1 Termi
Page 41 and 42: Installing the Inverter315~500kW (3
Page 43 and 44: Installing the Inverter0.75-30 kW (
Page 45: Installing the Inverter110-250kW (3
Page 49 and 50: Installing the InverterInput and Ou
Page 51 and 52: Installing the InverterFunction Lab
Page 53 and 54: Installing the InverterStep 5 PNP/N
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Page 61 and 62: Installing the InverterItems Check
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Page 65 and 66: Perform Basic OperationsKey Name De
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Page 71 and 72: Perform Basic OperationsTable of Di
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Page 87 and 88: Perform Basic Operations3.3 Fault M
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Page 91 and 92: Learning Basic FeaturesBasic Tasks
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Learning Basic FeaturesModeDescript
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Learning Basic Features4.2.1 Keypad
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Learning Basic FeaturesGroup Code N
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Learning Basic Features0.6 Hz per 0
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Learning Basic FeaturesCommand /Vol
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Learning Basic FeaturesInput Curren
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Learning Basic Features4.2.5 Settin
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Learning Basic Features4.2.6 Settin
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Learning Basic Features4.4 Changing
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Learning Basic Features4.6 Command
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Learning Basic Features4.6.3 Termin
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Learning Basic Features4.7 Forward
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Learning Basic FeaturesCommunicatio
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Learning Basic FeaturesNote• To p
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Learning Basic Features4.10.2 Acc/D
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Learning Basic FeaturesAcc/Dec Time
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Learning Basic FeaturesCodeDescript
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Learning Basic Features[Acceleratio
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Learning Basic Features4.13 V/F (Vo
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Learning Basic Features4.13.3 User
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Learning Basic Features4.14 Torque
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Learning Basic Features4.15 Output
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Learning Basic FeaturesThe amount o
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Learning Basic Features• Note tha
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Learning Basic Features4.18 Frequen
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Learning Basic FeaturesFrequency Li
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Learning Basic Features4.19 2 nd Op
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Learning Basic FeaturesMulti-functi
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Learning Advanced Features5 Learnin
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Learning Advanced FeaturesAdvanced
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Learning Advanced FeaturesAuxiliary
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Learning Advanced FeaturesAuxiliary
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Learning Advanced FeaturesCodeDRV-1
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Learning Advanced FeaturesUp-down O
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Learning Advanced Features5.5 Safe
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Learning Advanced Features5.6 Dwell
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Learning Advanced Features5.7 Slip
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Learning Advanced FeaturesPurposeFu
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Learning Advanced FeaturesGroup Cod
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Learning Advanced FeaturesCodeValue
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Learning Advanced FeaturesCodePID-2
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Learning Advanced FeaturesCodeGainP
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Learning Advanced FeaturesPID Comma
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Learning Advanced FeaturesPID Outpu
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Learning Advanced Features5.8.2 Sof
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Learning Advanced Features5.8.3 PID
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Learning Advanced Features5.8.4 PID
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Learning Advanced FeaturesCodeEPI-0
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Learning Advanced FeaturesEPID1 Con
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Learning Advanced Features5.10 Damp
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Learning Advanced Features5.11 Lubr
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Learning Advanced Featuresshown bel
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Learning Advanced Features5.14 Pump
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Learning Advanced Featuresset at AP
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Learning Advanced FeaturesCodeDescr
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Learning Advanced Features5.16 Dece
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Learning Advanced FeaturesLoad Tuni
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Learning Advanced FeaturesThe initi
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Learning Advanced FeaturesAuto Tuni
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Learning Advanced FeaturesCodeBAS-1
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ExceptionDate 2ExceptionDate 3Excep
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Learning Advanced FeaturesTime Peri
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Learning Advanced FeaturesThe conne
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Learning Advanced Features8 Xcel-M9
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Learning Advanced FeaturesNoteWhen
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Learning Advanced FeaturesCodeCON-8
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Learning Advanced Featuressituation
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Learning Advanced Features5.26.1 Ma
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Learning Advanced FeaturesSpeed Sea
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Learning Advanced FeaturesCON-72 SS
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Learning Advanced FeaturesNote• C
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Learning Advanced FeaturesExample -
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Learning Advanced FeaturesCodeADV-6
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Learning Advanced Features5.35 Para
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Learning Advanced FeaturesNow the m
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Learning Advanced FeaturesCodeCNF-4
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Learning Advanced FeaturesAP1-51 Ac
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Learning Advanced FeaturesThe follo
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Learning Advanced FeaturesFrequency
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Learning Advanced Features5.44.3 Au
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Learning Advanced Featurespriority)
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Learning Advanced FeaturesNOTEAuto
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Learning Advanced FeaturesPriority
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Learning Advanced FeaturesThe figur
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Learning Advanced Features5.44.5 Au
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Learning Advanced FeaturesThe prima
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Learning Advanced FeaturesIt is use
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Learning Advanced Features5.44.8.2
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Learning Advanced Features5.44.8.4
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Learning Advanced FeaturesMulti-fun
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Learning Advanced Features5.47 Anal
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Learning Advanced FeaturesThe graph
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Learning Advanced Features1 FDT-1 D
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Learning Advanced Featurespresent a
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Learning Advanced Features5.48.2 Fa
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Learning Advanced Features5.49 Oper
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Learning Advanced Features5.50 Oper
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Learning Protection FeaturesLine1:
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Learning Protection FeaturesSelect
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Learning Protection FeaturesWhen th
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Learning Protection FeaturesOverloa
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Learning Protection Featureswhile o
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Learning Protection Features6.2 Inv
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Learning Protection Features6.2.3 I
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Learning Protection FeaturesSpeed C
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Learning Protection Features6.2.5 D
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Learning Protection Features6.3 Und
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Learning Protection Features6.3.2 L
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Learning Protection Features6.3.6 O
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Learning Protection Features6.3.8 B
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Learning Protection FeaturesMain Ca
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Learning Protection Features• Fan
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Learning Protection FeaturesWarning
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RS-485 Communication Features7 RS-4
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RS-485 Communication Features7.2.2
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RS-485 Communication Features7.3 LS
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RS-485 Communication FeaturesRead N
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RS-485 Communication FeaturesMonito
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RS-485 Communication FeaturesWritin
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RS-485 Communication Features0h000F
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RS-485 Communication FeaturesB4B3B2
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RS-485 Communication Features0h0322
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RS-485 Communication FeaturesB0Rese
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RS-485 Communication Features0h0345
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RS-485 Communication FeaturesB3B2B1
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RS-485 Communication Features0h03B0
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RS-485 Communication Features0h03EC
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RS-485 Communication Featuresconnec
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RS-485 Communication FeaturesProper
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RS-485 Communication Features7.4.5.
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RS-485 Communication FeaturesBI10 F
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RS-485 Communication Features7.5 Me
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RS-485 Communication Features• Wh
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RS-485 Communication FeaturesNo. Na
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Table of FunctionsCodeComm.AddressN
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Table of FunctionsCode21 -22 -Comm.
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Table of FunctionsCodeComm.Address5
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Table of Functions8.6 Output Termin
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Table of Functions*O /X: Write-enab
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Table of Functions8.10 Application
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Table of Functions8.11 Application
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Table of Functions8.13 Protection F
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Table of Functions8.14 2nd Motor Fu
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Table of FunctionsCode Name LCD Dis
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Table of FunctionsCode Name LCD Dis
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Table of Functions8.16 Macro Groups
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Table of Functions22PID-11PIDRef 1S
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Table of FunctionsMacroCode0 -Code2
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Table of FunctionsMacroCode0 -CodeL
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Table of Functions36PID-50PID Unit
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Table of FunctionsMacroCodeCodeLCDD
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Table of Functions8.16.5 Circulatio
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Table of Functions20222426283032BAS
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Table of Functions8.16.6 Vacuum Pum
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TroubleshootingLCD Display Type Des
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TroubleshootingGeneral Fault TripsL
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TroubleshootingLCD DisplayFan ExCha
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TroubleshootingType Cause RemedyE-T
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TroubleshootingType Cause RemedyThe
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TroubleshootingType Cause Remedyacc
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TroubleshootingType Cause Remedysto
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Maintenance10 MaintenanceThis chapt
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MaintenanceInspectionareaInspection
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MaintenanceDo not run an insulation
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Maintenance3 Remove the keypad from
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Maintenance10.3 Storage and Disposa
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Technical SpecificationThree Phase
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Technical SpecificationItemsDescrip
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Technical SpecificationItemsDescrip
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Technical Specification110-185 kW (
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Technical SpecificationItems W1 W2
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Technical SpecificationItems W1 W2
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Technical SpecificationProduct (kW)
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Technical SpecificationProducts(kW)
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Technical SpecificationProduct (kW)
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Technical Specification400, 500kW2S
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Technical SpecificationGroup6:A Fra
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75255 2423112Technical Specificatio
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Technical Specification- Group6FRAM
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Technical SpecificationProduct(kW)D
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Technical Specification<400[V] 37-5
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Technical SpecificationDerating by
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Applying Drives to SinglephaseInput
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Applying Drives to SinglephaseInput
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Product WarrantyNon-Warranty Servic
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601
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603
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TI pulse input ....................
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cooling fancumulated fan operation
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keypad ............................
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linear V/F operation ..............
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number of motor poles .............
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rated motor voltage ...............
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other faults ......................
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H100_User Manual_Standard_V2.8_191030_EN

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