Eleris EM303B General Purpose Inverter Manuals

Manuals and User Guides for Eleris EM303B General Purpose Inverter. We have 1 Eleris EM303B General Purpose Inverter manual available for free PDF download: User Manual

Eleris EM303B User Manual

Eleris EM303B User Manual (185 pages)

General Purpose Inverter

Brand: Eleris | Category: Inverter | Size: 20 MB

Table of Contents

Main Features
1
Preface

1
5 Trial Operation

49
- Trial Operation Procedures
  49
  - Check at Power-On
    50
  - Idling Operation
    50
- Trial Operation Precautions
  50
  - Turningon the Power
    50
  - On-Load Operation
    51
6 Parameter Table

52
- F0 Group: General Parameters
  52
- Format of Parameter Tables
  52
- Section 1 General Parameters
  52
- Section 2 Advanced Parameters
  66
- F0 Group: General Parameters
  81
- Parameter Description
  81
- Section 1 General Parameters
  81
  - Wire Sequence
    84
  - Acceleration/Deceleration Time
    87
- F1 Group : Motor Parameters
  92
- T Equivalent Model of Induction Motor
  93
- F2 Group : Input / Output Terminal Parameters
  95
- F3 Group: Preset Speed Operation Parameters
  105
- F4 Group: General Parameters of PID
  110
  - Lower Limit Frequency Control
    110
  - Function of PID Control
    111
  - Internal Process PID Control Logic of EM303B
    111
  - PID Numeric Setting
    112
  - Setting Channel Options
    112
  - Output Overshoot Suppression
    114
  - Output Periodic Oscillation Suppression
    114
- F5 Group: General Parameters of Vector Control
  116
  - Illustration of PID Parameters
    116
  - Current Limit of Power /Braking Torque
    117
  - Torque Control (SVC1)
    117
  - Torque Setting Options
    118
- C0 Group: Parameters of Monitoring Function
  121
- F6 Group: Simple PLC Function
  122
- Options of Program Operation Mode and Time Unit
  122
- Section 2 Advanced Parameters
  122
- F7 Group: Advanced Parameters of Operation
  128
  - Wobbulation Operation Logic Modes
    128
  - Wobbulation Operation Starts When Frequency Reached MID-Frequency
    128
  - Wobbulation Operation Starts When Preset Time of Wobbulation Is up
    128
  - Overload Pre-Alarming Control
    129
  - Analog ADT Options
    130
  - Analog Output Scale
    130
  - Figure 7-23 Overload Pre-Alarm Control Logic
    130
  - Carrier
    131
  - Jog Analog Output
    131
  - Limit Control
    132
  - Open Loop Slip Compensation
    132
  - Stator Voltagedrop Compensation Gain
    132
  - Upgrading Running Performance
    132
- F8 Group: Input/Output Bias
  133
  - Zero Frequency Parameter
    133
  - Analog Current Input 4～20Ma
    134
  - Analog Voltage Input 0～10V
    134
  - Filtering Analog Signal
    134
  - Options of Analog Setting Signal Bias Curve
    134
  - Setting Bias Curve of Analog Setting Signal
    135
  - Data Input Control Mode
    137
- F9 Group: Speed Setting Options
  137
  - Parameter Editing Mode
    137
  - Speed Setting Mode
    138
  - Special Speed Setting Mode
    139
  - Auxiliary Speed Setting Mode
    141
  - Multi-Function Output Related to Frequency Detection
    141
  - Frequency Reach Range FAR
    142
  - Output Frequency Detection Range FDT
    142
  - Output Frequency Range
    142
  - Command Control
    143
  - Non-Stop Control at Instantaneous Power Failure
    143
  - Power Failure Control at Power-On
    143
  - Start Delay Time after Power-On
    143
  - Auxiliary Function
    144
  - Speed Search
    144
- FA Group: Advanced Parameters of Vector Control
  145
  - Preset Current Limit
    145
  - Torque Input
    145
  - Undervoltage Detection Scale
    145
  - Basic Parameters of Motor 2
    146
- FC Group: Parameters of Operation Control
  146
  - Motor 2 Parameter Setting
    146
  - Motor 2 Running Parameters
    146
  - Acceleration/Deceleration Control
    147
  - Current Control and Energy Saving
    147
  - Fan Control
    147
  - Reset Previous Working Status
    147
  - Current Limit Coefficient of Weak Flux
    148
  - Overcurrent Stall Current
    148
  - Overcurrent Stall Enabling Process
    148
  - Overcurrent Stall Parameters
    148
  - Energy Saving Operation
    149
  - Operation Process of Automatic Energy Saving
    149
  - Adjusting Output Voltage
    150
  - Brake Duty Ratio
    150
  - Over-Modulation Coefficient
    150
  - Voltage Control
    150
  - Overvoltage Protection Control
    151
  - Overvoltage Stall Protection
    152
  - Setting Overvoltage Protection Threshold
    152
  - External Output at Fault Retry
    153
  - Fault Retry
    153
  - Fault Retry Timelag
    153
  - Whether Fault Retry Is Permitted and Retry Times
    153
  - Fault Type Options
    154
  - Setting Disabled Trips
    154
  - Customer Defined V/F Curve Setting
    155
- Fd Group: Auxiliary Parameters
  155
- FE Group: User Defined Terminal Function Parameters
  158
- Precautions before Autotuning
  162
- T Equivalent Model of 3-Phase AC Induction Motor
  162
- Autotuning Procedure
  163
- Faults
  164
- Reference of LED Characters
  166
  - Abnormal Motor Operation
    167
  - Excessively Long Acceleration Time
    167
- Fault Analysis
  167
- Daily Inspection
  170
- Maintenance and Inspection
  170
- Periodic Maintenance
  170
- Outline of Warranty
  171
- Part Replacement Guidelines
  171
- Periodic Maintenance and Replacement of Parts
  171
- Accessories
  172
- Keypad Extension Wire
  172
- Remote Control Case
  172
- Braking Resistor
  173
- Outlook and Installation Dimensions of Remote Control Case
  173
- Braking Unit
  174
- Cable for Braking Unit and Braking Resistor
  174
- Chassis for Floor Mounting
  174
- Connecting Cable
  174
- Extended Copper Bar
  176
- Application Scope
  177
- Explanation of Command
  177
- Modbus Communication Protocol
  177
- Physical Interface
  177
- Protocol Format
  177
  - Address Code
    179
  - Allocation of Register Addresses
    179
  - Command Code
    179
- Description of Protocol Format
  179
  - Calculation Process of CRC Parity
    180
  - CRC Parity
    180
  - Error Message Response
    181
- Description of Control Command
  182
- Details of 0X08 Circuit Diagnoses and Setting
  182
- Example
  183
- Troubleshooting of Common Communication
  184

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