PowerFlex 750-Series AC Drives User Manual

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A-6 Supplemental Drive InformationMinimum Dynamic Brake ResistanceTable A.C 400 Volt Ratings - Minimum ResistanceFrame ND kW Minimum Resistance Maximum DB Current2 0.75 31.6 251.5 31.6 252.2 31.6 254.0 31.6 255.5 31.6 257.5 31.6 2511 22.6 34.93 15 31.6 2518.5 31.6 2522 16.6 47.64 30 15.8 5037 15.8 505 37 (IP54, NEMA/UL Type 12) 7.9 10045 7.9 10055 7.9 1006 55 (IP54, NEMA/UL Type 12) 3.3 239.475 3.3 239.490 3.3 239.4110 3.3 239.4132 3.3 239.47 132 (IP54, NEMA/UL Type 12) 2.4 329160 2.4 329200 2.4 329250 1.65 478.8Table A.D 480 Volt Ratings - Minimum ResistanceFrame ND Hp Minimum Resistance Maximum DB Current2 1.0 31.6 252.0 31.6 253.0 31.6 255.0 31.6 257.5 31.6 2510 31.6 2515 22.6 34.93 20 31.6 2525 31.6 2530 16.6 47.64 40 15.8 5050 15.8 505 50 (IP54, NEMA/UL Type 12) 7.9 10060 7.9 10075 7.9 1006 75 (IP54, NEMA/UL Type 12) 3.3 239.4100 3.3 239.4125 3.3 239.4150 3.3 239.4200 3.3 239.47 200 (IP54, NEMA/UL Type 12) 2.4 329250 2.4 329300 2.4 329350 1.65 478.8PowerFlex 750-Series User Manual – Publication 750-UM001C-EN-P – September 2009
Supplemental Drive Information A-7Pollution Degree Ratings According to EN 61800-5-1PollutionDegree Description1 No pollution or only dry, non-conductive pollution occurs. The pollution has no influence.2 Normally, only non-conductive pollution occurs. Occasionally, however, a temporaryconductivity caused by condensation is to be expected, when the drive is out ofoperation.3 Conductive pollution or dry non-conductive pollution occurs, which becomes conductivedue to condensation, which is to be expected.4 The pollution generates persistent conductivity caused, for example by conductive dust orrain or snow.Drive Enclosure RatingsEnclosureFront Side RatingTypeFrames(Cat. No.Position 6)InstalledAccessory Kit Enclosure Type2, 3, 4, 5 N None IP20NEMA/UL Open TypeNEMA Type 1 IP20NEMA/UL Type 1Flange IP20NEMA/UL Type 1F None IP20NEMA/UL Open TypeG None IP54NEMA/UL Type 126, 7 N None IP00NEMA/UL Open TypeNEMA Type 1 IP20NEMA/UL Type 1NEMA Type 4X IP00Flange NEMA/UL Open TypeG None IP54NEMA/UL Type 12Back Side/Heat Sink RatingPollutionDegree Enclosure Type1, 2 IP20NEMA/UL Open Type1, 2 IP20NEMA/UL Type 11, 2 IP20NEMA/UL Type 11, 2 IP66NEMA/UL Type 4X1, 2, 3, 4 IP54NEMA/UL Type 121, 2 IP00NEMA/UL Open Type Kit1, 2 IP20NEMA/UL Type 11, 2 IP66NEMA/UL Type 4X1, 2, 3, 4 IP54NEMA/UL Type 12PollutionDegree1, 21, 21, 21, 2, 3, 41, 2, 3, 41, 21, 21, 2, 3, 41, 2, 3, 4PowerFlex 750-Series User Manual – Publication 750-UM001C-EN-P – September 2009
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PowerFlex 750-Series AC DrivesUser
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PrefaceOverviewThe purpose of this
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Overview P-3Manual Conventions •
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Overview P-5Product Safety!!!!ATTEN
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Chapter 1Installation/WiringChapter
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Installation/Wiring 1-3IP00, NEMA/U
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Installation/Wiring 1-5Opening the
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Installation/Wiring 1-7Mounting Con
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Installation/Wiring 1-9If any of th
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1-12 Installation/WiringTable 1.B R
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1-14 Installation/WiringSingle-Phas
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1-16 Installation/WiringFigure 1.9T
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1-18 Installation/WiringTerminal De
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1-20 Installation/WiringCommon Bus
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1-22 Installation/WiringUsing Input
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1-24 Installation/Wiring!!ATTENTION
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1-26 Installation/WiringPower Jumpe
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1-28 Installation/WiringI/O WiringI
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1-30 Installation/Wiring2. Lift the
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1-32 Installation/WiringTable 1.M J
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1-34 Installation/WiringHardware En
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1-36 Installation/WiringOption Modu
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1-38 Installation/WiringTable 1.V T
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1-40 Installation/WiringInput/Outpu
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1-42 Installation/WiringInput/Outpu
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1-44 Installation/WiringSafe Torque
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1-46 Installation/WiringAuxiliary P
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1-48 Installation/WiringControlNet
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1-50 Installation/WiringCE Conformi
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1-52 Installation/WiringInstallatio
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1-54 Installation/WiringNotes:Power
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2-2 Start Up❏4. The remainder of
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87 94 5 612 0387 94 5 6132 02-4 Sta
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2-6 Start UpPossible Settings Descr
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3-2 Programming and ParametersThe f
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3-4 Programming and ParametersFile
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3-10 Programming and ParametersExpe
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3-148 Programming and ParametersSaf
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Page 262 and 263: 4-4 TroubleshootingFault and Alarm
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Page 266 and 267: 4-8 TroubleshootingEventNo. Fault/A
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Page 270 and 271: 4-12 TroubleshootingI/O Faults and
Page 272 and 273: 4-14 TroubleshootingUniversal Feedb
Page 278 and 279: 4-20 TroubleshootingCommon Symptoms
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Page 282 and 283: A-2 Supplemental Drive InformationC
Page 284 and 285: A-4 Supplemental Drive InformationP
Page 288 and 289: A-8 Supplemental Drive InformationC
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Page 316 and 317: B-2 Control Block DiagramsDiagram C
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Page 320 and 321: B-6 Control Block DiagramsSpeed Con
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B-22 Control Block DiagramsProcess
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B-24 Control Block DiagramsInputs &
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B-26 Control Block DiagramsControl
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B-28 Control Block DiagramsList of
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B-30 Control Block DiagramsFlux Vec
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B-32 Control Block DiagramsSpeed/Po
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B-34 Control Block DiagramsSpeed Co
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B-40 Control Block DiagramsPosition
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B-48 Control Block DiagramsTorque C
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B-54 Control Block DiagramsProcess
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B-56 Control Block DiagramsInputs &
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B-58 Control Block DiagramsControl
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B-60 Control Block DiagramsDiagnost
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C-2 Application NotesExternal Brake
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C-4 Application Notes!ATTENTION: Us
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D-2 Human Interface Module (HIM) Ov
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D-10 Human Interface Module (HIM) O
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E-2 Universal Feedback Encoder Opti
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E-10 Universal Feedback Encoder Opt
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F-2 Incremental Encoder Option Modu
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G-2 Using DeviceLogixNote: PowerFle
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G-4 Using DeviceLogixFileGroupNo.Na
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G-6 Using DeviceLogixBit OutputsAva
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G-8 Using DeviceLogixDLX Real SP1 i
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G-10 Using DeviceLogixFigure G.1 Tw
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G-12 Using DeviceLogixExample 2: Sc
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G-14 Using DeviceLogixExample 3: Di
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G-16 Using DeviceLogixExample logic
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G-18 Using DeviceLogixFigure G.5 Fa
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G-20 Using DeviceLogixNotes:PowerFl
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H-2 Permanent Magnet MotorsNotes:Po
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Index-2FaultsDrive Fault Cross Refe
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Index-4UUnbalanced/Ungrounded Suppl
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