Simphoenix V800 Series

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Description Of Specific Functions 178

V560 Series High Performance Closed-Loop Vector Inverter User Manual

Refer to the following figure for the structure of compensation PID and functions of each functional parameter:

Figure 7-64 Schematic block of compensation PID

Main Page

Table of Contents2
Product Confirmation and Operation Cautions9
Product Confirmation9
Confirmation of Frequency Inverter Body and Accessories9
Nameplate of Frequency Inverter9
Safety Cautions9
Notices During Installation10
Safety Caution for Wiring10
Safety Caution for Running Operation10
Safety Caution for Maintenance Check11
Knowledge on Operation11
Application Knowledge of Driving General Motor11
Application Knowledge of Driving Special Motor11
Ambient Environment11
Connection Knowledge of Peripheral Equipment11
Transportation and Storage12
Abandon Caution12
Other Cautions12
Production Introduction13
Inverter Model13
Product Appearance13
Model Table15
Product Technical Index and Specifications16
Installation of Frequency Inverter19
Mounting Surface19
Installation Space19
Multiple Installations19
Size and Assembly of Operation Panel20
Disassembly of Terminal Cover22
Disassembly and Installation of Plastic Cover Plate22
Disassembly and Installation of Sheet-Metal Cover Plate22
Installation Size of Panel23
Disassembly and Installation of Expansion Board24
Installation and Disassembly of Function Board24
Installation Size of Frequency Inverter25
Wiring of Frequency Inverter28
Cautions of Wiring28
Connection of Optional Fittings and Frequency Inverter29
Wiring of Control Terminal32
Wiring of Control Panel Standard Terminal Con1 and Con232
Function Description of Control Terminal32
Cautions to the Wiring of Control Terminal33
Description of Dip Switch on Control Panel33
Wiring of Major Loop Terminal34
Terminal Functions34
Wiring of Major Loop Terminal and Terminal Blocks34
Wiring Connection of Basic Operation38
Operation and Simple Running of Frequency Inverter39
Basic Function of Panel39
Basic Functions and Operating Methods of Panel40
Basic Functions of Panel40
Operating Methods of Panel42
Simple Running of Frequency Inverter44
Operation Process44
Initial Setting of Frequency Inverter46
Simple Operation47
Svc (Non-Inductive Vector) Operation47
VC (Inductive Vector) Operation48
Functional Parameter Table49
Explanations49
Function Table49
System Management Parameter49
Selection of Running Commands52
Frequency Setting53
Control Command Source54
Start and Stop54
Acceleration and Deceleration Characteristics56
Parameters56
Carrier Frequency56
V/F Parameters and Overload Protection (Motor 1)57
V/F Parameters and Overload Protection (Motor 2)57
Steady Running58
Vector Running Parameters (Motor 1)59
Vector Running Parameters (Motor 2)60
Parameter Measurement and Pre-Excitation61
Multifunctional Input Terminal61
Multifunctional Output Terminal62
Pulse Input63
Pulse out63
Analog Input64
Analog Input Curve Correction64
Analog Output65
Analog Input Power Failure Detection66
Virtual Analog Input67
Hopping Frequency67
Built-In Auxiliary Timer68
Built-In Auxiliary Counter70
Auxiliary Functions71
Motor Temperature Detection72
Multi-Stage Frequency Setting72
Simple Programmable Multi-Stage Operation73
Swing Frequency Operation74
Process Pid (4Ms Control Cycle)75
Process Pid Multi-Stage Setting77
Process Pid Sleep Function78
Revolution Setting and Feedback78
Revolution Closed-Loop Parameter79
Protection Parameter80
Torque Control81
Compensation Pid (Running Cycle: 1Ms)82
Compensation Pid Controller Parameter Selection84
Modbus Fieldbus (Standard Expansion Card Configuration)85
Mapping Access Parameter86
Communication Linkage Synchronous Control86
Expansion Multifunctional Input Terminal87
Expansion Multifunctional Output Terminal88
Servocontrol and Scale Positioning88
Virtual Input and Output90
Protection Function Configuration Parameter92
Correction Parameter93
Special Functional Parameters93
Other Configuration Parameters94
Historical Fault Recording95
Operation Status at the Last Fault95
Basic Status Parameter96
Auxiliary Status Parameter98
MODBUS FIELDBUS STATUS PARAMETER (Standard Expansion Card)98
Terminal Status and Variable99
Counter Timer Value99
Spindle Control and Scale Positioning Status Parameter100
Equipment Information100
Description of Specific Functions105
System Management (Group F0.0)105
Running Command Selection (Group F0.1)113
Frequency Setup (Group F0.2)119
Control Command Source (Group F0.3)122
Start and Stop (Group F0.4)124
Accel and Decel Characteristics (Group F1.0)131
Carrier Frequency (Group F1.1)133
V/F Parameters and Overload Protection (Motor 1) (Group F1.2)134
V/F Parameters and Overload Protection (Motor 2) (Group F1.3)136
Steady Running (Group F1.4)136
Vector Running Parameters (Motor 1) (Group F2.0)140
Parameter Measurement and Pre-Excitation (Group F2.2)141
Multifunctional Input Terminal (Group F3.0)142
Multifunctional Output Terminal (Group F3.1)150
Pulse Input (Group F3.2)153
Pulse Output (Group F3.3)154
Analog Input (Group F4.0)155
Analog Input Curve Correction (Group F4.1)156
Analog Output (Group F4.2)156
Analog Input Wire-Break Detection (Group F4.3)158
Hopping Frequency (Group F5.0)158
Built-In Auxiliary Timer (Group F5.1)159
Basic Functions of the Timer159
Trigger and Gate Control Function Setting of Timer160
Clock Concatenation Function Setting of Timer160
Concatenation Trigger Function Setting of Timer161
Built-In Auxiliary Counter (Group F5.2)161
Auxiliary Functions (Group F5.3)162
Motor Temperature Detection (Group F5.4)165
Multi-Stage Frequency Setting (Group F6.0)167
Simple Programmable Multi-Stage Operation (Group F6.1)171
Swing Frequency Operation (Group F6.2)171
Process Pid (4Ms Control Cycle) (Group F7.0)174
Process Pid Multi-Stage Setting (Group F7.1)179
Process Pid Sleeping Function (Group F7.2)179
Revolution Setting and Feedback (Group F8.0)179
Revolution Closed-Loop Parameter (Group F8.1)182
Protective Parameters (Group F8.2)183
Torque Control (Group F8.3)184
Compensation Pid (1Ms Control Cycle) (Group F9.0)187
Parameter Selection of Compensation Pid Controller188
Modbus Fieldbus (Group Fa.0)189
Mapping Parameter Access (Group Fa.1)189
Communication Linkage Synchronous Control (Group Fa.2)190
Expansion Multifunctional Input Terminal (Group Fb.0 and Fb.1)192
Servo Control and Scale Positioning (Group Fb.2)192
Virtual Input and Output (Group Ff.0)195
Protecting Function Configuration Parameters (Group Ff.1)196
Correction Parameters (Group Ff.2)196
Special Functional Parameters (Group Ff.3)198
Other Configuration Parameters (Group Ff.4)198
Warning, Alarm Diagnosis and Counter Measures200
Troubleshooting with Warning or Alarm Display200
Alarm Display and Troubleshooting200
Warning Display and Troubleshooting205
Abnormal Operation Without Prompts and the Solutions208
Failures in Setting Operation of Frequency Inverter211
Inquiry for Failure Record212
Reset of Warning or Alarm Failure213
Maintenance214
Routine Maintenance214
Inspection and Displacement of the Vulnerable Components215
Filter Capacitor215
Cooling Fan215
Storage216
Warranty216
Example of Usage217
Energy-Saving Transformation of Escalators217
Scheme Description217
Wiring Diagram218
Make Simple Tension Closed-Loop Control with Offset Pid218
Diagram of Constant Tension Control219
Diagram of Control Structure219
Configuration219
Wiring Diagram220
Application in Mechanical Factory221
Configuration221
External Circuit Wiring Diagram221
Multi-Pid Setup, Multi-Part Pid Setup, Form a Multi- Step Pidsetup222
Parameter Setup222
Diagram of Step Pid Value Given222
Description of Communication Protocol223
Modbus Protocol Description223
Protocol Overview223
Interface and Transmission Method223
Data Structure223
Parameter Configuration for Frequency Inverters223
Brief Introduction of Functions224
Access Address Summary224
Detailed Modbus Address-Finding Distribution225
Examples230
Emc232
Definition232
Obey Standard Order232
Obey Emc Order232
Obey Lvd Order232
GUIDANCE of EMC EXTERNAL ACCESSORIES INSTALLATION and Selection233
Notice of I Emi Input Filter Installation233
DC Reactor233
Fu Input Reactor234
Ac Output Reactor235
Shielded Cable237
Cable Wiring Requirements237
Leakage Current Response Requirements238
Common Emc Interference Problem and Solution239
Accessories240
Brake Assembly240
Model of Brake Unit240
Guide of Brake Resistance Selection240
Appearance of Brake Unit242
Installation Size of Brake Unit242
5Single Brake Unit and Inverter Reference Wiring Sketch243
Wiring Precautions243
I/O Expansion Card (Standard Type: Dec350Vs, Pn: 050M008003000)244
Pg Expansion Card (Standard Deb3Pg12Va, Pn: 050M009012002)245
Introduction of Lcd Operating Panel246
Outside View of Lcd Operating Panel246
Led Operation Panel246
Function of Keys246

Simphoenix V800 Series - Page 186

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