Inovance MD800 Series

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Function Applications

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Figure 4-23 Main and auxiliary frequency reference superposition

Main Page

Preface2
Table of Contents3
List of Power Supply Unit Parameters8
Parameter Group37
F0: Basic Parameters of Power Supply Unit37
F1: Fault Settings37
F4: Input Terminals40
F5: Output Terminals49
FA: Fault Log Query54
FD: Communication Parameters69
FP: User Password84
A0: Internal Communication Parameters86
A1: Power Supply Unit I/O Function Parameters90
A2: I/O Extension Card 1 Function Parameters91
A3: I/O Extension Card 2 Function Parameters93
AC: AI Correction Coefficient94
AF: Process Data Address Mapping102
U0: Monitoring Parameters115
U2: Power Supply Unit I/O Monitoring Parameters119
U3: I/O Extension Card 1 Monitoring Parameters126
U4: I/O Extension Card 2 Monitoring Parameters133
List of Drive Unit Parameters140
Parameter Group211
F0: Basic Parameters211
F1: Motor 1 Parameters221
F2: Motor 1 Vector Control Parameters226
F3: V/F Control Parameters236
F4: Input Terminals245
F5: Output Terminals260
F6: Start/Stop Control267
F7: Operating Panel and Display275
F8: Auxiliary Functions280
F9: Fault and Protection295
FA: Process Control PID Function315
FB: Wobble, Fixed Length, and Count322
FC: Multi-Reference and Simple PLC325
FD: Communication Parameters338
FE: User-Defined Parameters340
FP: User Parameters347
A0: Torque Control and Limit Parameters349
A1: VDI/Vdo352
A5: Control Optimization Parameters355
A6: AI Curve Settings357
A9: Vector Control Supplementary Parameters363
AF: Process Data Address Mapping371
U0: General Monitoring Parameters384
U3: 73Xxh Address Communication Data Monitoring Parameters398
U4: Canopen 402 Data Monitoring Parameters399
U5: I/O Data Monitoring Parameters401
Software Tools412
LED Operating Panel412
Description of the Operating Panel412
Related Parameters414
Setting Parameters417
Viewing Parameters418
Fault and Alarm Display419
Using the MF.K Multi-Functional Key420
Driving the Motor with the Operating Panel420
Function Applications424
Drive Configuration424
Operation Command Sources424
Setting Operation Command Source424
Operating Panel Control424
Terminal I/O Control425
Communication Control428
Frequency Reference Sources429
Frequency Reference Input Mode429
Selecting Source of Main Frequency Reference429
Operating Panel Control430
AI Control431
Multi-Reference Control436
Setting the Main Frequency through Simple PLC438
PID Control439
Communication Control441
Selecting Source of Auxiliary Frequency Reference443
Selecting Source of Main Frequency and Auxiliary Frequency Superposition444
Reference446
Frequency Reference Limits448
Action to Take When Frequency Is below Lower Limit448
Start/Stop Modes449
Start Modes449
Stop Modes451
Acceleration/Deceleration Time453
Motor Configuration455
Auto-Tuning of Asynchronous Motor455
Auto-Tuning of Synchronous Motor457
Control Interfaces459
Digital Input (DI)459
Sources of DI Terminals459
Functions of DI Terminals462
Digital Output (DO)466
Sources of DO Terminals466
Functions of DO Terminals467
Virtual Digital Input (VDI)471
Analog or Temperature Input (AI)472
Sources of Analog or Temperature Input Terminals472
Functions of Analog or Temperature Input Terminals473
Functions of AI Terminals475
Control Performance477
V/F Curve Reference477
Output Current (Torque) Limit481
Overvoltage Stall Suppression483
Speed Loop484
Vector Control Slip Auto-Tuning486
Over-Excitation in Vector Control Mode486
Torque Upper Limit487
Torque Control489
Current Loop492
Improving Performance of Field-Weakening Range493
Auxiliary Control494
Synchronous Motor PMVVC495
Wobble Control Function495
Fixed Length Control Function497
Counting Function498
PID Adjustment Methods499
Application Control501
Jog Running501
Frequency Detection503
Multi-Speed Reference503
Frequency Detection (FDT)504
Vibration Suppression505
Reverse Frequency Inhibition506
Frequency Detection Range507
Acceleration/Deceleration Time Switchover Frequency508
Detection Value for Frequency Reach509
Current Detection510
Zero Current Detection510
Output Overcurrent Threshold511
Detection Level of Current511
FWD/REV Switchover Dead-Zone Time512
Timing Function513
AI1 Voltage Upper/Lower Limit514
IGBT Temperature514
Cooling Fan Control515
Faults and Protection515
Startup Protection515
Undervoltage and Fast Current Limit Protection516
Output Phase Loss Protection517
Overheat Protection518
Overload Protection519
Load Loss Protection522
Speed Error Protection522
Power Dip Ride-Through Function523
Fault Reset525
Fault Protection Action Selection525
Short-Circuit to Ground Detection530
STO Safety Function530
Standards Compliance530
Specifications531
Installation532
Terminals and Connection532
Commissioning, Running, and Maintenance Requirements534
Safety Function and Monitoring536
Troubleshooting538
Preventive Measures538
Monitoring540
User Configuration547
Local Parameter Backup547
User-Defined Parameters548
Hibernation and Wakeup551
Current Running Time Threshold552
List of Fault Codes553

Inovance MD800 Series - Page 445

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