Inovance MD320 Series Manuals

Manuals and User Guides for Inovance MD320 Series. We have 3 Inovance MD320 Series manuals available for free PDF download: User Manual

Inovance MD320 Series User Manual

Inovance MD320 Series User Manual (205 pages)

Advanced Vector Control Inverter

Brand: Inovance | Category: Inverter | Size: 4 MB

Table of Contents

Precautions
2
Preface
2
Chapter 1 Safety and Precautions

11
- During the Installation
  11
- Safety Precautions
  11
  - During Wiring
    12
  - Before Power-On
    13
  - Upon Power-On
    13
  - During Repair
    14
  - During the Operation
    14
  - Motor Insulation Inspection
    14
- Precautions
  14
Chapter 2 Product Information

19
Chapter 3 Mechanical and Electric Installation

43
Chapter 4 Operation and Display

61
Chapter 5 Function Parameter Table

69
- Parameter Description
  94
Chapter 6 Parameter Description

95
- Group F0 Basic Function
  95
  - V/F Control
    95
  - Frequency Source Switching
    99
- Group F1 Motor Parameters
  103
  - Leakage Inductive Reactance
    104
  - Mutual Inductive Reactance
    104
  - Rotor Resistance
    104
  - Stator Resistance
    104
  - Group F2 Vector Control Parameters
    105
  - Tuning Operation Description
    105
  - Recommended Adjustment Method
    106
  - Schematic Diagram of PI Parameter
    106
  - Slip Compensation Coefficient
    106
  - Time Constant of Speed Loop Filter
    106
  - Torque Control
    107
  - Encoder Pulse Number
    108
- Group F3 V/F Control Parameters
  108
  - Torque Upper Limit Source
    108
  - V/F Curve Setup
    108
  - Cutoff Frequency of Torque Boost
    109
  - Schematic Diagram for Manual Torque Boost
    109
  - Torque Boost
    109
  - Schematic Diagram for V/F Curve Setup
    110
  - Avr
    111
- Group F4 Input Terminal
  111
  - Oscillation Suppression Gain
    111
  - DI Filter Time
    116
  - Terminal Command Mode
    116
  - Three-Line Running Mode 1
    117
  - Three-Line Running Mode 2
    117
  - AI1 Minimum Input
    118
  - Terminal UP/DOWN Speed
    118
  - Corresponding Relationship between Analog Reference and Setting
    119
  - AI3 Input Filter Time
    120
  - AI3 Maximum Input
    120
  - Group F5 Output Terminal
    120
  - FM Terminal Output Mode Selection
    121
  - FMR Output Selection
    121
  - Direct Start
    125
- Group F6 Start/Stop Control
  125
  - Rotation Speed Tracking Mode
    125
  - Rotation Speed Tracking Restart
    125
  - Frequency Source Is Digital Reference
    126
  - Frequency Source Is Digital Setup
    126
  - Rotation Speed Tracking Fastness and Slowness
    126
  - DC Brake Current at Start
    127
  - DC Brake Time at Start
    127
  - Speed-Up/Speed-Down Mode
    127
  - Start Segment Proportion of S Curve
    127
  - Schematic Diagram for S Curve Acceleration/Deceleration
    128
  - Brake Use Ratio
    129
  - LCD Language Selection
    129
  - MF.K Key Function Selection
    129
  - QUICK Parameter Lockout
    130
  - STOP/RESET Key Function
    130
- Group F8 Auxiliary Function
  133
  - Schematic Diagram of Skip Frequency
    134
  - Forward/Reverse Rotation Dead-Zone Time
    135
  - Schematic Diagram for Forward
    135
  - Frequency Detection Value
    136
  - Over Modulation Active
    136
  - Setup Running Time
    136
  - Start Protection Selection
    136
  - Schematic Diagram for Detection Amplitude
    137
  - Schematic Diagram of FDT Level
    137
  - Earth Short Circuit Protection Detection Upon Power-On
    138
  - Running Time to Action Selection
    138
- Group FA Process Control PID Function
  143
  - PID Feedback Source
    144
  - PID Keyboard Reference
    144
  - Process PID Principle Framework
    144
  - PID Action Direction
    145
  - PID Reference Feedback Range
    145
- Group FB Swing Frequency, Fixed Length and Count
  146
  - Skip Frequency Working Diagram
    146
  - Swing Frequency Setup Mode
    146
  - Kick Frequency Amplitude 1
    147
  - Setup Length
    147
  - Swing Frequency Amplitude
    147
  - Swing Frequency Cycle
    147
  - Designated Counting Value
    148
- Group FC MS Speed Function and Simple PLC Function
  148
  - Setup Counting Value
    148
  - MS Speed 15
    150
  - PLC Running Mode
    150
  - Schematic Diagram of Simple PLC
    150
- Group FD Communication Parameters
  154
- Group FF Factory Parameters (Reserved)
  154
- Group FP User Password
  154
  - Parameter Initialization
    154
  - EMC Guide
    156
Chapter 7 EMC (Electromagnetic Compatibility)

157
- Definition
  157
- Electromagnetic Interference and Installation Precautions
  157
- EMC Guide
  157
- EMC Standard Description
  157
  - Harmonic Effect
    157
  - Leakage Current and Handling
    159
  - Fault Diagnosis and Solution
    160
Chapter 8 Fault Diagnosis and Solution

161
- Fault Alarm and Countermeasures
  161
  - Inverter Unit Protection (ERR01)
    161
  - Acceleration over Current (ERR02)
    162
  - Deceleration over Current (ERR03)
    163
  - Constant Speed over Current (ERR04)
    164
  - Acceleration over Voltage(ERR05)
    165
  - Constant Speed over Voltage(ERR07)
    166
  - Deceleration over Voltage (ERR06)
    166
  - Control Power Supply Fault(ERR08)
    167
  - Under Voltage Fault(ERR09)
    167
  - Inverter/Motor Overload (ERR10/ERR11)
    168
  - Phase Loss at Input Side(ERR12)
    168
  - Module Overheating (ERR14)
    169
  - Phase Failure at Output Side(ERR13)
    169
  - Communication Fault (ERR16)
    170
  - External Equipment Fault(ERR15)
    170
  - Contactor Fault (Err17)
    171
  - Current Detection Fault (ERR18)
    171
  - Motor Tuning Fault (ERR19)
    172
  - PG Fault (ERR20)
    172
  - Data Overflow (ERR21)
    173
  - Earth Short Circuit Fault(ERR23)
    173
  - Inverter Hardware Fault(ERR22)
    173
- Common Fault and Resolution
  174
Appendix: Card Description

177
- Dimensions and Installation
  177
- Model and Specifications
  177
- Instruction for Use
  178
- PG Card Dimension
  178
- PG Card Terminal Definition
  178
- Principle Schematic Diagram
  179
- Schematic Diagram for Encoder Interface
  179
- Terminal and Toggle Description
  179
- Application Connection
  180
- Schematic Diagram for Frequency Division Interface
  180
- Schematic Diagram for the Connection of Collector Output Encoder
  181
Appendix A: Description of Common PG Card (MD32PG)

177
Appendix B: Description of Long-Line Drive PG Card (MD32PG3)

182
- PG Card Terminal Description
  182
- Schematic Diagram for Differential PG Card Structure
  182
Appendix C: Description of IO Expansion Card (MD32IO)

183
- IO Installation Mode
  183
- Mechanical Installation and Control Terminal Function
  183
- Jumper Terminal
  184
- Physical Dimensions
  184
- Control Terminal Function
  185
Appendix D: Description of Communication Card (MD32MBS)

187
Appendix E: Description of Parameter Copy Card (MDCP)

189
Appendix F MD320 Serial Communication Protocol

190
- Application Method
  190
- Bus Structure
  190
- Communication Data Structure
  191
- Protocol Description
  191
- RTU Frame Format
  191
- Master Command Information
  192
- Slave Responding Information
  192
- Command Code:06H,Write a Word
  193
- CRC Checking
  193
- Group FH Function Parameters
  195
- Only for Reading Parameter, Can Not be Changed Parameters
  195
- Digital Output Terminal Control
  197
- Parameter Locking Command
  197
- Parameters Locking Password Checksum
  197
- Read Inverter Status
  197
- Analog Output AO1 Control: (Write-Only)
  198
- Analog Output AO2 Control: (Write-Only)
  198
- Pluse Output Control: (Write-Only)
  198
- Description Data of Communication Fault Information (Fault Code)
  199
- Data Format
  200
- Group FD Communication Parameter Description
  200
- Local Address
  200
- Response Delay
  200

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Inovance MD320 Series User Manual

Inovance MD320 Series User Manual (298 pages)

High-Performance AC Drive

Brand: Inovance | Category: DC Drives | Size: 5 MB

Table of Contents

Inovance MD320 Series User Manual

Inovance MD320 Series User Manual (202 pages)

Brand: Inovance | Category: Inverter | Size: 2 MB

Table of Contents

Preface
1
Table of Contents
6
Chapter 1 Safety and Precautions

10
- Safety Precautions
  10
- Precautions
  13
Chapter 2 Product Information

18
- Designation Rules
  18
- Nameplate
  18
- MD320 Inverter Series
  19
- Optional Parts
  33
- Instructions on Warranty of Inverter
  36
- Prototyping Guide
  37
- Guide to Prototyping of Brake Components
  37
Chapter 3 Mechanical and Electric Installation

42
- Mechanical Installation
  42
Chapter 4 Operation and Display

60
Chapter 6 Parameter Description

94
- Group F0 Basic Function
  94
- Group F1 Motor Parameters
  102
- Group F3 V/F Control Parameters
  107
- Group F4 Input Terminal
  110
- Group F6 Start/Stop Control
  124
- Group F8 Auxiliary Function
  132
- Group FA Process Control PID Function
  142
- Group FC MS Speed Function and Simple PLC Function
  147
Chapter 8 Fault Diagnosis and Solution

160
- Fault Alarm and Countermeasures
  160
- Common Fault and Resolution
  173
Appendix A: Description of Common PG Card (MD32PG)

176
Appendix: Card Description

176
Appendix B: Description of Long-Line Drive PG Card (MD32PG3)

181
Appendix C: Description of IO Expansion Card (MD32IO)

182
Appendix D: Description of Communication Card (MD32MBS)

186
Appendix E: Description of Parameter Copy Card (MDCP)

188
Appendix F MD320 Serial Communication Protocol

189

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