degdrive DGI900 Manuals

Manuals and User Guides for degdrive DGI900. We have 2 degdrive DGI900 manuals available for free PDF download: User Manual

degdrive DGI900 User Manual (252 pages)

Brand: degdrive | Category: DC Drives | Size: 2 MB

Table of Contents
2
Chapter 1 Safety Precautions

5
- Unpackage Inspection
  5
- Safety Information
  6
  - Constant Torque Low Frequency Running
    11
  - Motor Insulation Test
    11
  - Hoist Load
    11
  - Vibration of Mechanical Device
    11
- General Precautions
  11
- Disposal
  14
- Models Description
  15
Chapter 2 Models and Specifications

15
- Specifications
  16
- Parts of Inverter
  21
- Dimensions
  21
  - Product View
    21
  - Wall Mounting
    22
  - Floor Mouthing
    22
- Optional Parts
  23
  - Remote Control Keypad
    23
  - Communication Cable for Remote Control Panel
    24
  - Field Bus Adaptor
    24
  - Braking Resistors
    25
  - Environment Requirements
    28
  - Mounting Space and Direction
    28
Chapter 3 Installation and Wire Connection

28
Chapter 4 Running of Inverter

46
Chapter 5 Function Code Table

60
Chapter 6 Description of Function Codes

122
- Preset Frequency
  123
- Command Source Selection
  124
- Rotation Direction
  124
- Maximum Frequency
  124
- Frequency Upper Limit
  124
- Frequency Lower Limit
  125
- Source of Frequency Upper Limit
  125
- Frequency Upper Limit Offset
  125
- Carrier Frequency
  125
- Carrier Frequency Adjustment with Temperature
  126
- Acceleration Time
  126
- Deceleration Time
  126
- Time Base Frequency
  128
- Frequency Source Selection
  128
- Range of Auxiliary Frequency
  128
- Minimum
  129
- Frequency Offset of Auxiliary Frequency Source for 1 and 2 Operation
  129
- Frequency Reference Resolution
  129
- Retentive of Digital Setting Frequency Upon Power Failure
  129
- Base Frequency for UP/DOWN Modification During Running
  130
- Binding Command Source to Frequency Source
  130
- G/P Type Display
  131
- Motor Parameter Group Selection
  131
- Start/Stop Control（Group P1）
  132
- Serial Communication Protocol
  132
- Rotational Speed Tracking Restart
  132
- Pre-Excited Start
  132
- Startup Frequency
  133
- Startup DC Braking Current/Pre-Excited Current
  133
- Startup DC Braking Time/Pre-Excited Time
  133
- Stop Mode
  134
- Decelerate to Stop
  134
- Coast to Stop
  134
- Waiting Time of Stop DC
  134
- Stop DC Braking Time
  135
- Brake Use Ratio
  135
- Rotational Speed Tracking Mode
  136
- Stop DC Braking Process
  136
- Rotational Speed Tracking Speed
  136
- Acceleration/Deceleration Mode
  136
- Time Proportion of S-Curve Start Segment
  137
- Time Proportion of S-Curve End Segment
  137
- Auxiliary Functions（Group P2）
  138
- JOG Operation
  138
- Forward/Reverse Rotation Dead-Zone Time
  140
- Principle of the Jump Frequencies and Jump Amplitude
  140
- Reverse Control
  140
- Running Mode When Set Frequency Lower than Frequency Lower Limit
  140
- Drop Control
  141
- Accumulative Power-On Time Threshold
  141
- Accumulative Running Time Threshold
  141
- Startup Protection
  141
- Frequency Detection Value (FDT1)
  142
- Frequency Detection Hysteresis (FDT1)
  142
- Detection Range of Frequency Reached
  143
- Jump Frequency During Acceleration /Deceleration
  144
- Diagram of any Frequency Reaching Detection
  145
- Acceleration/Deceleration Time Switchover
  146
- Terminal JOG Preferred
  146
- Zero Current Detection
  147
- Output Overcurrent Threshold
  148
- Output Overcurrent Detection Delay Time
  148
- Any Current Reaching
  149
- Timing Function
  150
- Timing Duration Selection
  150
- Timing Duration
  150
- VI Input Voltage Lower Limit
  151
- VI Input Voltage Upper Limit
  151
- Module Temperature Threshold
  151
- Cooling Fan Control
  151
- Wakeup Frequency
  152
- Wakeup Delay Time
  152
- Dormant Frequency
  152
- Dormant Delay Time
  152
- Input Terminals（Group P3）
  153
- Current Running Time Reached
  153
- Functions of XI Terminals
  153
- Forward/Reverse JOG
  155
- Terminal UP/ Terminal down
  155
- Multi-Reference Terminal
  156
- Fault Reset (RESET)
  156
- RUN Pause
  156
- Normally Open (NO) Input of External Fault
  156
- Multi-Reference Wiring Diagrams
  157
- Acceleration/Deceleration Time Selection
  158
- Frequency Source Switchover
  158
- UP and down Setting Clear (Terminal, Operation Panel)
  158
- Command Source Switchover Terminal
  158
- Acceleration/Deceleration Prohibited
  159
- PID Pause
  159
- PLC Status Reset
  159
- Length Count Input
  159
- Frequency Modification Forbidden
  160
- Reverse PID Action Direction
  160
- External STOP Terminal 1
  160
- Command Source Switchover Terminal 2
  160
- Emergency Stop
  161
- External STOP Terminal 2
  161
- Deceleration DC Braking
  161
- Switchover between Auxiliary Frequency Source y and Preset Frequency
  161
- VI Function Selection (DI)
  162
- CI Function Selection (DI)
  162
- Relationship of AI Input Voltage and Corresponding DI Status
  163
- X Filter Time
  163
- Terminal Command Mode
  163
- Two-Line Mode 1/2
  164
- Three-Line Mode 1
  164
- Terminal UP/DOWN Rate
  165
- VI Curve 1 Minimum Input
  165
- Corresponding Setting of VI Curve 1 Minimum Input
  165
- VI Curve 1 Maximum Input
  165
- Corresponding Relationship between Analog Input and Set Values
  168
- VI Curve Selection
  168
- Setting for VI Less than Minimum Input
  169
- X1-3 Delay Time
  169
- X Valid Mode Selection
  169
- Output Terminals（Group P4）
  170
- FM Terminal Output Mode
  170
- Functions of Output Terminals
  171
- FMP Function Selection
  176
- AO1 Function Selection
  176
- AO2 Function Selection
  176
- The Relationship between Pulse and Analog Output Ranges
  177
- Maximum FMP Output Frequency
  178
- AO1/2 Offset Coefficient
  178
- AO1/2 Gain
  178
- FM Output Delay Time
  178
- V/F Control Parameter（Group P5）
  179
- V/F Curve Setting
  179
- Relay1/2 Output Delay Time
  179
- DO Valid Mode Selection
  179
- Torque Boost
  180
- Manual Torque Boost
  182
- Setting of Multi-Point V/F Curve
  182
- V/F Slip Compensation Gain
  182
- Cut-Off Frequency of Torque Boost
  182
- V/F Over-Excitation Gain
  183
- V/F Oscillation Suppression Gain
  183
- Voltage Source for V/F Separation
  184
- PID Function（Group P6）
  185
- Communication Setting
  185
- Principle Block Diagram of PID Control
  186
- PID Setting Source
  186
- PID Digital Setting
  186
- PID Feedback Source
  186
- PID Setting Feedback Range
  187
- Proportional Gain Kp1
  187
- Integral Time Ti1
  187
- Differential Time Td1
  187
- Cut-Off Frequency of PID Reverse Rotation
  188
- PID Deviation Limit
  189
- PID Differential Limit
  189
- PID Setting Change Time
  189
- PID Feedback Filter Time/Pid Output Filter Time
  189
- PID Parameters Switchover
  191
- PID Initial Value
  191
- PID Initial Value Holding Time
  191
- Maximum Deviation between Two PID Outputs in Forward Direction
  191
- Maximum Deviation between Two PID Outputs in Reverse Direction
  192
- PID Integral Property
  192
- Operation Panel and Display（Group P7）
  193
- REV Key Function Selection
  193
- Detection Value/Time of PID Feedback Loss
  193
- PID Operation at Stop
  193
- STOP Key Enabled in any Operation Mode
  194
- STOP Key Function
  194
- LED Display Running Parameter
  194
- LED Display Stop Parameter
  195
- Load Speed Display Coefficient
  195
- Heatsink Temperature of Inverter Module
  196
- Temporary Software Version
  196
- Accumulative Running Time
  196
- Number of Decimal Places for Load Speed Display
  196
- Motor Parameters（Group P8）
  197
- Accumulative Power-On Time
  197
- Accumulative Power Consumption
  197
- Encoder Pulses Per Revolution
  199
- Encoder Type
  199
- A/B Phase Sequence of ABZ Incremental Encoder
  199
- Number of Pole Pairs of Resolver
  199
- Auto-Tuning Selection
  200
- Torque Control and Vector Control Parameters (Group P9)
  201
- Speed/Torque Control Selection
  201
- ASR Speed Loop Proportional Gain Kp1
  201
- Switchover Frequency 1
  201
- ASR Speed Loop Integral Time Ti2
  202
- Relationship between Running Frequencies and PI Parameters
  202
- Vector Control Slip Gain
  203
- Time Constant of Speed Loop Filter
  203
- Vector Control Over-Excitation Gain
  204
- Torque Upper Limit Source in Speed Control Mode
  204
- Digital Setting of Torque Upper Limit in Speed Control Mode
  204
- Excitation Adjustment Proportional Gain
  205
- Torque Adjustment Proportional Gain
  205
- Torque Setting Source in Torque Control
  205
- Torque Digital Setting in Torque Control
  205
- Parameter Protection（Group PA）
  206
- Forward Maximum Frequency in Torque Control
  206
- Acceleration Time in Torque Control
  206
- Deceleration Time in Torque Control
  206
- Motor Overload Protection Selection
  207
- Motor Overload Protection Gain
  207
- Motor Overload Warning Coefficient Setting Range
  207
- Over Voltage Stall Gain
  208
- Over Voltage Stall Protective Voltage
  208
- Overcurrent Stall Gain
  209
- Overcurrent Stall Protective Current
  209
- Fault Auto Reset Times/Do Action During Fault Auto Reset
  210
- Time Interval of Fault Auto Reset
  210
- Input Phase Loss Protection/Contactor Energizing Protection Selection
  210
- Output Phase Loss Protection Selection
  210
- Fault Protection
  212
- Frequency Selection for Continuing to Run Upon Fault
  213
- Backup Frequency Upon Abnormality
  214
- Motor Overheat Protection Threshold
  214
- Motor Overheat Warning Threshold
  214
- Voltage Rally Judging Time at Instantaneous Power Failure
  214
- Protection Upon Load Becoming 0
  216
- Detection Level of Load Becoming 0
  216
- Detection Time of Load Becoming 0
  216
- Over-Speed Detection Value/Over-Speed Detection Time
  216
- Multi-Reference and Simple PLC Function（Group Pb）
  217
- Detection Value of too Large Speed Deviation
  217
- Detection Time of too Large Speed Deviation
  217
- Multi-Reference 0 to Multi-Reference 15
  217
- Simple PLC Running Mode
  218
- Simple PLC Retentive Selection
  219
- Running Time of Simple PLC Reference 0
  219
- Function Code Parameter（Group Pd）
  220
- Communication Parameter （ Group PC
  220
  - Restore Default Settings
    221
  - AC Drive Parameter Display Property
    221
  - Parameter Modification Property
    221
  - Swing Frequency, Fixed Length and Count（Group PE）
    222
  - Swing Frequency Control
    222
  - Swing Frequency Setting Mode
    223
  - Swing Frequency Amplitude
    223
  - Jump Frequency Amplitude
    223
  - Triangular Wave Rising Time Coefficient
    224
  - Set Length
    224
  - Actual Length
    224
  - Number of Pulses Per Meter
    224
  - AI/AO Correction and AI Curve Setting（Group PF）
    225
  - Set Count Value
    225
  - Designated Count Value
    225
  - VI Measured Voltage
    225
  - VI Displayed Voltage
    226
  - CI Measured Voltage
    227
  - CI Displayed Voltage
    227
  - AO1 Target Voltage
    227
  - AO1 Measured Voltage
    227
  - Jump Point of VI Input Corresponding Setting
    228
  - Jump Amplitude of VI Input Corresponding Setting
    228
  - AO2 Measured Voltage
    228
  - AO2 Target Voltage
    228
  - User-Defined Function Codes（Group E0）
    229
  - Motor 2 to Motor 4 Parameters（Group E3、E4、E5）
    229
- Standard Monitoring Parameters（Group B0
  230
- Fault Alarm and Troubleshooting
  231
Chapter 7 Troubleshooting

231
- Fault Record Search
  236
- Fault Reset
  236
Chapter 8 Preservation and Maintenance

237
- Periodic Inspections
  238
- Thermally Maintaining
  238
- Frequency Inverter Parts Replacement
  238
- Periodic Preservation and Maintenance
  238
- Warranty of Inverter
  239
Chapter 9 Serial Port RS485 Communication Protocol

239
- Communication Overview
  239
- Communication Protocol Specification
  240
- Communications Networking Methods
  240
- RTU Protocol
  241
  - Communication Interface
    241
  - Control Command Address
    245
  - CRC Check
    247
  - Read Command Frame
    248
  - Read Command Response Frame
    248
  - Parameter Description
    249
  - Write Command Frame
    249
  - Write Command Response Frame
    249
  - Data Format
    250
  - Local Address
    250
  - Response Delay
    250
  - Communication Timeout
    251
  - Read Data Return Format Selection
    251

degdrive DGI900 User Manual (217 pages)

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

Preface
2
Table of Contents
3
Chapter 1 Precautions

6
- Safety Precautions
  6
- Precautions for Use
  9
- Disposal Considerations
  11
Chapter 2 Product Introduction

12
- Naming Rules
  12
- Nameplate Information
  12
- Series and Models
  13
- Specifications
  14
- Products Apperance
  17
- Installation Size
  18
- Optional Parts
  22
Chapter 3 Installation and Wire Connection

24
- Mechanical Installation
  24
- Standard Wiring
  25
- EMC Installation Instruction
  36
Chapter 4 Operation and Operation Examples

40
- Initial Power-Up
  40
- Inverter Operation
  41
- Keypad Introduce
  43
- Display Status
  46
- Property Description
  52
- Function Code Table
  57
Chapter 6 Detailed Function Parameter Description

92
Chapter 7 Fault Diagnosis and Processing

191
- Failure Phenomena and Countermeasures
  191
- Fault Record Query
  195
- Fault Reset
  195
Chapter 8 Maintenance and Maintenance E

197
- Daily Maintenance and Maintenance
  197
- Warranty Description
  198
Chapter 9 Serial Port RS485 Communication Protocol

200
- Communication Overview
  200
- Communication Protocol Description
  200
- Communication Protocol
  202
Chapter 10 Appendix

210

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DC Drives Inverter

More degdrive Manuals

degdrive DGI900 Manuals

degdrive DGI900 User Manual (252 pages)

Table of Contents

Chapter 1 Safety Precautions

Chapter 2 Models and Specifications

Chapter 3 Installation and Wire Connection

Chapter 4 Running of Inverter

Chapter 5 Function Code Table

Chapter 6 Description of Function Codes

Chapter 7 Troubleshooting

Chapter 8 Preservation and Maintenance

Chapter 9 Serial Port RS485 Communication Protocol

degdrive DGI900 User Manual (217 pages)

Table of Contents

Chapter 1 Precautions

Chapter 2 Product Introduction

Chapter 3 Installation and Wire Connection

Chapter 4 Operation and Operation Examples

Chapter 6 Detailed Function Parameter Description

Chapter 7 Fault Diagnosis and Processing

Chapter 8 Maintenance and Maintenance E

Chapter 9 Serial Port RS485 Communication Protocol

Chapter 10 Appendix

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