Fuji Electric Frenic Mega Series Manuals

Manuals and User Guides for Fuji Electric Frenic Mega Series. We have 5 Fuji Electric Frenic Mega Series manuals available for free PDF download: User Manual, Connection Manual

Fuji Electric Frenic Mega Series User Manual (774 pages)

High Performance, Multifunction Inverter

Brand: Fuji Electric | Category: Inverter | Size: 31 MB

Table of Contents

12
Chapter 1 Before Use

20
- Features
  22
- Control System
  36
  - Motor Drive Controls
    37
- Acceptance Inspection
  38
- External View
  39
- Installation and Wiring
  41
- Recommended Configuration
  42
- Precautions for Using Inverters
  43
  - Storage Environment
    44
  - Precautions in Introducing Inverters
    45
- Operation
  46
  - Function Codes
    47
  - Precautions in Running Inverters
    50
- Chapter 2 INSTALLATION and WIRING
  
  54
- Chapter 6 TROUBLESHOOTING
  
  91
  - Protective Functions
    91
    
    Reading Maintenance Information
    98
- Chapter 3 KEYPAD FUNCTIONS (OPERATING with the KEYPAD)
  
  100
  - LED Monitor, Keys and LED Indicators on the Keypad
    100
- Chapter 4 Overview of Operation Modes
  
  103
  - Running Mode
    105
    
    Monitoring Light Alarms
    107
    
    Setting up Frequency and PID Commands
    108
    
    Running/Stopping the Motor
    113
    
    Remote and Local Modes
    114
    
    External Run/Frequency Command
    115
  - Programming Mode
    116
- Chapter 5 Setting up Basic Function Codes Quickly "Quick Setup"
  
  118
Chapter 4 Operation

150
- Test Run
  152
- Special Operation
  176
  - Jogging Operation
    176
  - Remote and Local Modes
    177
  - External Run/Frequency Command
    178
Chapter 5 Function Codes

180
- Overview of Function Codes
  182
- Function Code Tables
  183
- Code Index by Purpose
  218
  - Configuring the Minimal Requirements for the Inverter to Just Run the Motor
    218
  - Setting up the Frequency
    218
    
    Frequency Setting from the Keypad
    218
    
    Frequency Setting by Analog Input
    218
    
    Other Frequency Settings
    219
  - Entering a Run Command
    220
  - Starting/Stopping the Motor
    221
  - Specifying the Acceleration/Deceleration (Time, Mode, and Pattern)
    221
  - Adjusting the Running Performance
    222
  - Controlling the Motor
    223
    
    Motor Drive Control to be Selected
    223
    
    Motor Parameters to be Set up
    224
  - Setting up I/O Terminals
    225
  - Outputting Monitored Data
    225
  - Keeping on Running the Motor
    226
  - Detecting and Outputting Status Signals
    227
  - Running in Various Operation Modes
    228
  - Setting up Controls Suited for Individual Applications
    230
    
    Droop Control
    230
    
    PID Process Control
    231
    
    PID Dancer Control
    233
  - Customizing the Keypad
    235
  - Controlling the Inverter Via Communications Line
    235
  - Using the Customizable Logic
    236
  - Activating the Protective Functions
    237
    
    Protection of Machinery with Limiters
    237
    
    Protection of Motors
    237
    
    Using Other Protective and Safety Functions
    238
  - Maintenance
    240
    
    Maintenance of Inverters
    240
    
    Maintenance of Machinery
    241
- Details of Function Codes
  242
  - F Codes (Fundamental Functions)
    242
  - E Codes (Terminal Functions)
    303
    
    Lu Undervoltage
    320
    
    S Overspeed
    332
  - C Codes (Control Functions)
    347
  - P Codes (Motor 1 Parameters)
    356
  - H Codes (High Performance Functions)
    362
    
    Er4 Option Communications Error
    384
    
    Cof PID Feedback Wire Break
    385
  - A Code (Motor 2 Parameter) B Code (Motor 3 Parameter) R Code (Motor 4 Parameter)
    392
  - J Codes (Application Functions 1)
    395
  - D Codes (Application Functions 2)
    416
  - U Codes (Application Functions 3)
    430
  - Y Codes (Link Functions)
    453
Chapter 7 Maintenance and Inspection

458
- Daily Inspection
  460
- Periodic Inspection
  461
- List of Periodic Replacement Parts
  463
  - Judgment on Service Life
    463
- Measurement of Electrical Amounts in Main Circuit
  467
- Insulation Test
  468
- Inquiries about Product and Guarantee
  469
Chapter 8 Block Diagrams for Control Logic

472
- Symbols Used in Block Diagrams and Their Meanings
  474
- Drive Frequency Command Block
  475
- Drive Command Block
  477
- Control Block
  479
  - V/F Control
    479
  - V/F Control with Speed Sensor
    481
  - Vector Control With/Without Speed Sensor
    483
- PID Process Control Block
  485
- PID Dancer Control Block
  487
- FMA/FMP Output Selector
  489
Chapter 9 Running through Rs-485 Communication

490
- Running through Rs-485 Communication
  490
- Overview on RS-485 Communication
  492
  - Common Specifications
    493
- Chapter 8 BLOCK DIAGRAMS for CONTROL LOGIC
  
  493
- RS-485 Common Specifications
  493
  - Terminal Specifications for RS-485 Communications
    494
    
    Communications Port 1 (for Connecting the Keypad)
    494
    
    Communications Port 2 (Control Circuit Terminals)
    494
    
    Connection Method
    495
    
    Communications Support Devices
    497
    
    Communications Level Converters
    497
    
    Requirements for the Cable (COM Port 1: for RJ-45 Connector)
    498
    
    Requirements for the Cable (COM Port 2: for RS-485 Connector)
    498
    
    Branch Adapter for Multi-Drop
    498
    
    Noise Suppression
    498
  - Overview of FRENIC Loader
    499
    
    Specifications
    499
    
    Connection
    500
    
    Function Overview
    500
    
    Setting of Function Code
    500
    
    Multi-Monitor
    501
    
    Running Status Monitor
    502
    
    Test-Running
    503
    
    Real-Time Trace
    504
    
    Historical Trace
    505
    
    USB Port on the Standard Keypad
    506
Chapter 10 Selecting Optimal Motor and Inverter Capacities

508
Chapter 11 Selecting Peripheral Equipment

534
- Configuring the FRENIC-MEGA
  536
- Selecting Wires and Crimp Terminals
  537
  - Recommended Wires
    541
- Peripheral Equipment
  549
  - Function Overview
    549
  - Connection Example and Criteria for Selection of Circuit Breakers
    551
  - Surge Killer for L-Load
    556
  - Arrester
    557
  - Surge Absorber
    558
  - Filter Capacitor for Radio Noise Reduction
    559
  - Peripheral Equipment Options
    560
    
    Braking Resistors (Dbrs) and Braking Units
    560
- Option
  560
  - Power Regenerative PWM Converters, RHC Series
    567
    
    Terminal Functions
    569
    
    Communications Specifications
    569
    
    DC Reactor (DCR)
    582
    
    AC Reactor (ACR)
    588
    
    Surge Suppression Unit (SSU)
    593
    
    Output Circuit Filter (OFL)
    594
    
    Zero-Phase Reactors for Reducing Radio Noise (ACL)
    597
    
    IP40 Kits (P40G1- )
    598
    
    Options for Operation and Communication
    600
    
    External Frequency Command Potentiometer (External Volume)
    600
    
    Multi-Function Keypad (TP-G1-J1, TP-G1-C1)
    602
    
    Extension Cable for Remote Operation
    603
    
    Inverter Support Loader
    603
    
    PG Interface Card (OPC-G1-PG)
    604
    
    PG Interface (5 V Line Driver) Card (OPC-G1
    607
    
    PG Interface (5 V Line Driver X 2) Card (OPC-G1
    611
    
    Relay Output Interface Card (OPC-G1-RY)
    614
    
    Digital Input Interface Card (OPC-G1-DI)
    616
    
    Digital Output Interface Card (OPC-G1-DO)
    619
    
    Analog Interface Card (OPC-G1-AIO)
    621
    
    T-Link Communications Card (OPC-G1-TL)
    626
    
    SX-Bus Communications Card (OPC-G1-SX)
    630
    
    CC-Link Communications Card (OPC-G1-CCL)
    633
    
    PROFIBUS-DP Communications Card (OPC-G1-PDP)
    635
    
    Devicenet Communications Card (OPC-G1-DEV)
    639
    
    Canopen Communications Card (OPC-G1-COP)
    642
    
    Option Cards for Operation and Communication
    645
    
    About Option Cards for Operation and Communication
    645
    
    Meter Options
    646
    
    Frequency Meters
    646
Chapter 12 Specifications

647
- Standard Model 1 (Basic Type)
  649
- Three-Phase 200 V Class Series
  649
- Three-Phase 400 V Class Series
  650
- Standard Model 2 (EMC Filter Built-In Type)
  653
  - Three-Phase 200 V Class Series
    653
  - Three-Phase 400 V Class Series
    654
- Standard Model 3 (DC Reactor Built-In Type)
  657
  - Three-Phase 200 V Class Series
    657
  - Three-Phase 400 V Class Series
    658
- Common Specifications
  659
- External Dimensions
  666
  - Basic Type and EMC Filter Built-In Type
    666
  - DC Reactor Built-In Type
    675
  - Keypad
    676
Chapter 13 Compliance with Standards

677
- Compliance with UL Standards and Canadian Standards (Cul Certification)
  679
- Conformity with UL Standards and Canadian Standards (Cul Certification)
  679
- General
  679
- Conformity with EMC Directives in Europe
  684
  - General
    684
  - Recommended Installation Method
    685
  - Leakage Current from the EMC Filter Built-In Type
    687
- Conformity with European Standards
  684
- Regulations on Harmonics in Europe
  688
  - General
    688
  - Compliance
    688
- Conformity with Low Voltage Directive in Europe
  689
  - General
    689
  - Note
    689
- Radio Waves Act (South Korea)
  694
Appendices

695

Fuji Electric Frenic Mega Series User Manual (680 pages)

High Performance, Multifunction Inverter

Brand: Fuji Electric | Category: Inverter | Size: 22 MB

Table of Contents

9
- Safety Precautions
  5
- Features
  15
- Control System
  29
  - Motor Drive Controls
    31
- External View and Terminal Blocks
  32
- Recommended Configuration
  34
Chapter 2 Specifications

35
Chapter 3 Selecting Optimal Motor and Inverter Capacities

105
Chapter 4 Selecting Peripheral Equipment

133
- Selecting Peripheral Equipment
  133
- Configuring the FRENIC-MEGA
  135
- Selecting Wires and Crimp Terminals
  136
  - Recommended Wires
    140
- Peripheral Equipment
  142
- Chapter 1 INTRODUCTION to FRENIC-MEGA
  
  153
- Chapter 2 SPECIFICATIONS
  
  153
  - Standard Models
    153
    
    2 ] Braking Units
    154
    
    3 ] Specifications
    155
    
    4 ] External Dimensions
    157
    
    Power Regenerative PWM Converters, RHC Series
    159
    
    1 ] Overview
    159
    
    2 ] Specifications
    160
  - Keypad
    161
    
    3 ] Function Specifications
    162
    
    4 ] Converter Configuration
    167
    
    5 ] External Dimensions
    172
    
    DC Reactors (Dcrs)
    177
    
    AC Reactors (Acrs)
    180
    
    Zero-Phase Reactors for Reducing Radio Noise (Acls)
    181
    
    Enclosed - Type 1 Kit
    182
    
    1 ] Overview
    182
    
    2 ] Configuration
    182
    
    3 ] Specifications
    183
    
    4 ] Change Settings
    184
    
    Options for Operation and Communication
    185
    
    External Frequency Command Potentiometer
    185
    
    Extension Cable for Remote Operation
    187
    
    Inverter Support Loader Software
    188
    
    PG Interface Card (OPC-G1-PG)
    189
    
    PG Interface (5 V Line Driver) Card (OPC-G1
    192
    
    PG Interface (5 V Line Driver X 2) Card (OPC-G1
    196
    
    Relay Output Interface Card (OPC-G1-RY)
    199
    
    Digital Input Interface Card (OPC-G1-DI)
    201
    
    Digital Output Interface Card (OPC-G1-DO)
    204
    
    Analog Interface Card (OPC-G1-AIO)
    206
    
    T-Link Communications Card (OPC-G1-TL)
    211
    
    SX-Bus Communications Card (OPC-G1-SX)
    214
    
    CC-Link Communications Card (OPC-G1-CCL)
    217
    
    PROFIBUS-DP Communications Card (OPC-G1-PDP)
    219
    
    Devicenet Communications Card (OPC-G1-DEV)
    222
    
    Canopen Communications Card (OPC-G1-COP)
    225
    
    List of Option Cards and Connection Ports
    228
    
    Meter Options
    229
    
    Frequency Meters
    229
- Selecting Options
  153
  - Peripheral Equipment Options
    153
    
    Braking Resistors (Dbrs) and Braking Units
    153
    
    1 ] Braking Resistors (Dbrs)
    153
Chapter 5 Function Codes

231
- Function Codes
  231
- Overview of Function Codes
  233
- Function Code Tables
  234
- Function Code Index by Purpose
  268
  - Configuring the Minimal Requirements for the Inverter to Just Run the Motor
    268
  - Setting up the Frequency
    268
    
    Frequency Setting from the Keypad
    268
    
    Frequency Setting by Analog Input
    269
    
    Other Frequency Settings
    269
  - Entering a Run Command
    270
  - Starting/Stopping the Motor
    271
  - Specifying the Acceleration/Deceleration (Time, Mode, and Pattern)
    271
  - Adjusting the Running Performance
    272
  - Controlling the Motor
    273
    
    Motor Drive Control to be Selected
    273
    
    Motor Parameters to be Set up
    274
  - Setting up I/O Terminals
    275
  - Outputting Monitored Data
    275
  - Keeping on Running the Motor
    276
  - Outputting Status Signals
    277
  - Running in Various Operation Modes
    278
  - Setting up Controls Suited for Individual Applications
    280
    
    Droop Control
    280
    
    PID Process Control
    280
    
    PID Dancer Control
    282
  - Customizing the Keypad
    284
  - Controlling the Inverter Via Communications Line
    285
  - Using the Customizable Logic
    286
  - Activating the Protective Functions
    286
    
    Protection of Machinery with Limiters
    286
    
    Protection of Motors
    287
    
    Using Other Protective and Safety Functions
    288
  - Maintenance
    290
    
    Maintenance of Inverters
    290
    
    Maintenance of Machinery
    290
- Details of Function Codes
  291
Chapter 6 Block Diagrams for Control Logic

497
- Block Diagrams for Control Logic
  497
- Symbols Used in Block Diagrams and Their Meanings
  499
- Drive Frequency Command Block
  500
- Drive Command Block
  502
- Control Block
  504
  - V/F Control
    504
  - V/F Control with Speed Sensor
    506
- Vector Control With/Without Speed Sensor
  508
- PID Process Control Block
  510
- PID Dancer Control Block
  512
- FM1/FM2 Output Selector
  514
Chapter 7 Keypad Functions

515
Chapter 8 Running through Rs-485 Communication

577
- Overview on RS-485 Communication
  579
  - Common Specifications
    580
  - Terminal Specifications for RS-485 Communications
    581
  - Connection Method
    582
  - Communications Support Devices
    584
  - Noise Suppression
    586
- Overview of FRENIC Loader
  587
  - Specifications
    587
  - Connection
    588
  - Function Overview
    589
    
    Setting of Function Code
    589
    
    Multi-Monitor
    590
    
    Running Status Monitor
    591
    
    Test-Running
    592
    
    Real-Time Trace
    593
    
    Historical Trace
    594
    
    USB Port on the Optional Remote Keypad
    595
Chapter 9 Troubleshooting

597
Appendices

631

Fuji Electric Frenic Mega Series User Manual (634 pages)

High Performance, Multifunction Inverter

Brand: Fuji Electric | Category: Inverter | Size: 12 MB

Table of Contents

8
- Safety Precautions
  5
- Introduction to Frenic-Mega
  14
- Features
  16
- Chapter 1 INTRODUCTION to FRENIC-MEGA
  
  27
  - Control System
    27
    
    Motor Drive Controls
    28
  - External View and Terminal Blocks
    29
  - Recommended Configuration
    31
    
    Specifications
    32
- Chapter 2 SPECIFICATIONS
  
  34
- Chapter 3 SELECTING OPTIMAL MOTOR and INVERTER CAPACITIES
  
  88
- Chapter 4 SELECTING PERIPHERAL EQUIPMENT
  
  114
  - Configuring the FRENIC-MEGA
    114
  - Selecting Wires and Crimp Terminals
    115
    
    Recommended Wires
    119
  - Peripheral Equipment
    127
    
    Surge Killers for L-Load
    132
    
    Arresters
    133
    
    Surge Absorbers
    134
    
    Filtering Capacitors Suppressing am Radio Band Noises
    135
    
    Power Regenerative PWM Converter, RHC Series
    143
  - Selecting Options
    152
    
    DC Reactors (Dcrs)
    157
    
    AC Reactors (Acrs)
    162
    
    Surge Suppression Unit (SSU)
    167
    
    Output Circuit Filters (Ofls)
    168
    
    Zero-Phase Reactor for Reducing Radio Noise (ACL)
    171
    
    Options for Operation and Communication
    174
    
    Multi-Function Keypad (TP-G1-J1, TP-G1-C1)
    175
    
    Extension Cable for Remote Operation
    176
    
    Inverter Support Loader Software
    177
    
    PG Interface Card (OPC-G1-PG)
    178
    
    PG Interface (5 V Line Driver) Card (OPC-G1-PG2)
    181
    
    Relay Output Interface Card (OPC-G1-RY)
    185
    
    Digital Input Interface Card (OPC-G1-DI)
    187
    
    Digital Output Interface Card (OPC-G1-DO)
    190
    
    Analog Interface Card (OPC-G1-AIO)
    192
    
    T-Link Communications Card (OPC-G1-TL)
    197
    
    SX-Bus Communications Card (OPC-G1-SX)
    200
    
    CC-Link Communications Card (OPC-G1-CCL)
    203
    
    PROFIBUS-DP Communications Card (OPC-G1-PDP)
    205
    
    Devicenet Communications Card (OPC-G1-DEV)
    208
    
    Canopen Communications Card (OPC-G1-COP)
    211
    
    Option Cards for Operation and Communication
    213
    
    Meter Options
    214
- Chapter 5 FUNCTION CODES
  
  218
  - Overview of Function Codes
    218
  - Function Code Tables
    219
  - Function Code Index by Purpose
    248
    
    Frequency Setting by Analog Input
    249
    
    Entering a Run Command
    250
    
    Starting/Stopping the Motor
    251
    
    Adjusting the Running Performance
    252
    
    Controlling the Motor
    253
    
    Motor Parameters to be Set up
    254
    
    Setting up I/O Terminals
    255
    
    Keeping on Running the Motor
    256
    
    Outputting Status Signals
    257
    
    Running in Various Operation Modes
    258
    
    Setting up Controls Suited for Individual Applications
    259
    
    PID Dancer Control
    261
    
    Customizing the Keypad
    263
    
    Controlling the Inverter Via Communications Line
    264
    
    Activating the Protective Functions
    265
    
    Using Other Protective and Safety Functions
    266
    
    Maintenance
    268
  - Details of Function Codes
    269
    
    E Codes (Extension Terminal Functions)
    319
    
    C Codes (Control Functions)
    356
    
    P Codes (Motor Parameters)
    361
    
    H Codes (High Performance Functions)
    366
    
    A Codes (Motor 2 Parameters) B Codes (Motor 3 Parameters) R Codes (Motor 4 Parameters)
    394
    
    J Codes (Application Functions 1)
    397
    
    D Codes (Application Functions 2)
    416
    
    Y Codes (Link Functions)
    422
    
    Block Diagrams for Control Logic
    428
- Chapter 6 BLOCK DIAGRAMS for CONTROL LOGIC
  
  430
  - Symbols Used in Block Diagrams and Their Meanings
    430
  - Drive Frequency Command Block
    431
  - Drive Command Block
    433
  - Control Block
    435
    
    Vector Control With/Without Speed Sensor
    437
  - PID Process Control Block
    439
  - PID Dancer Control Block
    441
  - FMA/FMP Output Selector
    443
    
    Keypad Functions (Operating with the Keypad
    444
- Chapter 7 KEYPAD FUNCTIONS (OPERATING with the KEYPAD)
  
  446
Chapter 8 Running through Rs-485 Communication

494
- Overview on RS-485 Communication
  496
  - Common Specifications
    497
- RS-485 Common Specifications
  497
  - Terminal Specifications for RS-485 Communications
    498
  - Connection Method
    499
  - Communications Support Devices
    501
  - Noise Suppression
    502
- Overview of FRENIC Loader
  503
  - Specifications
    503
  - Connection
    504
  - Function Overview
    504
    
    Setting of Function Code
    504
    
    Multi-Monitor
    505
    
    Running Status Monitor
    506
    
    Test-Running
    507
    
    Real-Time Trace
    508
    
    Historical Trace
    509
    
    USB Port on the Standard Keypad
    510
Chapter 9 Troubleshooting

512
Appendices

540
- App. a Advantageous Use of Inverters (Notes on Electrical Noise
  542
  - Effect of Inverters on Other Devices
    542
  - Noise
    542
- Chapter 9 TROUBLESHOOTING
  
  543

Fuji Electric Frenic Mega Series User Manual (172 pages)

RS-485

Brand: Fuji Electric | Category: Inverter | Size: 1 MB

Safety Precautions
6
Table of Contents
7
Chapter 1 Overview1

12
- Features
  12
- List of Functions
  13
Chapter 2 Common Specifications1

16
CHAPTER 7 Metasys N2 (N2 PROTOCOL)1

42
- Messages
  42
CHAPTER 3 Modbus RTU PROTOCOL1

44
- Messages
  44
  - Message Formats
    44
  - Message Types
    44
  - Message Frames
    45
  - Message Categories
    47
  - Communications Examples
    54
- Host Side Procedures
  55
- Communications Errors
  58
  - Categories of Communications Errors
    58
  - Operations in Case of Errors
    59
- Crc-16
  62
  - Overview of the CRC-16
    62
  - Algorithm
    62
  - Calculation Example
    64
  - Frame Length Calculation
    65
Chapter 4 Fuji General-Purpose Inverter Protocol1

68
- Messages
  68
  - Message Formats
    68
  - Transmission Frames
    69
  - Descriptions of Fields
    78
  - Communications Examples
    80
- Host Side Procedures
  82
- Communications Errors
  84
  - Categories of Communications Errors
    84
  - Operations in Case of Communications Errors
    85
Chapter 5 Function Codes and Data Formats1

88
- Communications Dedicated Function Codes
  88
  - About Communications Dedicated Function Codes
    88
  - Command Data
    88
  - Monitor Data 1
    88
  - Monitor Data 1
    96
  - Information Displayed on the Keypad
    102
- Data Formats
  113
  - List of Data Format Numbers
    113
  - Data Format Specifications
    134
Chapter 6 Floor Level Network (P1 Protocol)1

150
- ===Appendix===1 Messages
  150
- Point Database
  150
- Polling/Selecting
  150
- Setting up Communications of the FRENIC-Eco
  150
- Using the FRENIC-Eco
  151
- Strategies
  152
  - Monitoring
    152
  - Supervisory Control
    152
  - Slaving the Drive
    153
- Other Functionality
  153
  - Start and Stop the Drive
    153
  - Change Drive Directions
    153
  - Lock the FRENIC-Eco Panel
    153
  - Digital Outputs
    153
  - Analog Inputs Monitor
    154
  - Loop Gains
    154
  - Reading and Resetting Faults
    154
  - Address Limitations
    154
  - Point 90,91,92,93 Read/Write Parameter Number (Parameter Data)
    159
  - Reading and Writing From/To Inverter's Function Codes
    160
- Point Mapping Tables
  165
- Read / Write Parameter
  166
- Support Command List
  167

Fuji Electric Frenic Mega Series Connection Manual (112 pages)

INVERTER SIO Driver

Brand: Fuji Electric | Category: Inverter | Size: 2 MB

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Fuji Electric Frenic Mega Series Manuals

Fuji Electric Frenic Mega Series User Manual (774 pages)

Table of Contents

Table of Contents

Chapter 1 Before Use

Chapter 2 INSTALLATION and WIRING

Chapter 6 TROUBLESHOOTING

Chapter 3 KEYPAD FUNCTIONS (OPERATING with the KEYPAD)

Chapter 4 Overview of Operation Modes

Chapter 5 Setting up Basic Function Codes Quickly "Quick Setup"

Chapter 4 Operation

Chapter 5 Function Codes

Chapter 7 Maintenance and Inspection

Chapter 8 Block Diagrams for Control Logic

Chapter 9 Running through Rs-485 Communication

Chapter 8 BLOCK DIAGRAMS for CONTROL LOGIC

Chapter 10 Selecting Optimal Motor and Inverter Capacities

Chapter 11 Selecting Peripheral Equipment

Chapter 12 Specifications

Chapter 13 Compliance with Standards

Appendices

Fuji Electric Frenic Mega Series User Manual (680 pages)

Table of Contents

Table of Contents

Chapter 2 Specifications

Chapter 3 Selecting Optimal Motor and Inverter Capacities

Chapter 4 Selecting Peripheral Equipment

Chapter 1 INTRODUCTION to FRENIC-MEGA

Chapter 2 SPECIFICATIONS

Chapter 5 Function Codes

Chapter 6 Block Diagrams for Control Logic

Chapter 7 Keypad Functions

Chapter 8 Running through Rs-485 Communication

Chapter 9 Troubleshooting

Appendices

Fuji Electric Frenic Mega Series User Manual (634 pages)

Table of Contents

Table of Contents

Chapter 1 INTRODUCTION to FRENIC-MEGA

Chapter 2 SPECIFICATIONS

Chapter 3 SELECTING OPTIMAL MOTOR and INVERTER CAPACITIES

Chapter 4 SELECTING PERIPHERAL EQUIPMENT

Chapter 5 FUNCTION CODES

Chapter 6 BLOCK DIAGRAMS for CONTROL LOGIC

Chapter 7 KEYPAD FUNCTIONS (OPERATING with the KEYPAD)

Chapter 8 Running through Rs-485 Communication

Chapter 9 Troubleshooting

Appendices

Chapter 9 TROUBLESHOOTING

Fuji Electric Frenic Mega Series User Manual (172 pages)

Table of Contents

Chapter 1 Overview1

Chapter 2 Common Specifications1

CHAPTER 7 Metasys N2 (N2 PROTOCOL)1

CHAPTER 3 Modbus RTU PROTOCOL1

Chapter 4 Fuji General-Purpose Inverter Protocol1

Chapter 5 Function Codes and Data Formats1

Chapter 6 Floor Level Network (P1 Protocol)1

Fuji Electric Frenic Mega Series Connection Manual (112 pages)

Table of Contents

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