Toshiba TOSVERT VF-nC3 manuals
TOSVERT VF-nC3
Table of contents
- safety precautions
- Table Of Contents
- General outlines of the communication function
- Data transmission specifications
- Communication protocol
- TOSHIBA Inverter Protocol
- Data transmission format
- Data transmission format used in binary mode
- Transmission format of Block Communication
- Commands
- Transmission errors
- Broadcast communication function
- Examples of the use of communication commands
- MODBUS-RTU protocol
- MODBUS-RTU transmission format
- Read command (03H)
- Block Read command:Indirect (03H)
- Block Read command:Direct (03H)
- Write command (06H , 10H)
- Block Write command (10H)
- Block Write and Read command (17H)
- Identification command (2BH)
- CRC Generation
- Error codes
- Communication parameters
- Baud rate(f800) , Parity (f801)
- Communication time-out detection (f803) (f804) (f808)
- Commands and monitoring from the computer
- Monitoring from the computer
- Utilizing panel (LEDs and keys) by communication
- Key utilization by communication
- Parameter data
- Appendix 1 Table of data codes
- Appendix 2 Response time
- Appendix 3 Type and Form
- Appendix 5 Connecting for RS485 communication
TOSVERT VF-nC3
Table of contents
- industrial inverter
- safety precautions
- maintenance and inspection
- Industrial Inverter
- Table Of Contents
- Table Of Contents
- read first
- Operations
- Instruction Manual
- cautions on wiring
- standard connections
- standard connection diagram
- description of terminals
- frequency setting
- setting the electronic thermal
- how to set parameters
- Other parameters
- easy key function
- increasing starting torque
- selection of operation mode
- upper limit and lower limit frequencies
- Selecting control mode
- Manual torque boost - increasing torque boost at low speeds
- Setting the electronic thermal
- Connection
- Input signal selection
- Terminal function selection
- modifying input terminal functions
- Basic parameters 2
- Setting frequency command
- setting frequency command characteristics
- fine adjustment of frequency setting signal
- Operation frequency
- DC braking
- Time limit for lower-limit frequency operation
- Jump frequency - Avoiding frequency resonance
- PWM carrier frequency
- Trip-less intensification
- retry function
- avoiding overvoltage tripping
- PID control
- Setting motor constants
- nd acceleration/deceleration
- Protection functions
- emergency stop
- output phase failure detection
- cooling fan control selection
- Adjustment parameters
- Operation panel parameter
- Setting parameters
- operation example
- Communication function (RS485)
- Free notes
- Operations with external signal
- Applied operations by an I/O signal (operation from the terminal block)
- Speed instruction (analog signal) settings from external devices
- Monitoring the operation status
- Status monitor mode
- display of detailed information on a past trip
- Display of trip information
- Measures to satisfy the standards
- measures to satisfy the emc directive
- Compliance with UL Standard and CSA Standard
- motor thermal protection
- Peripheral devices
- Installation of a magnetic contactor
- Installation of an overload relay
- Optional external devices
- Table of parameters and data
- Extended parameters
- basic parameter
- Default settings by inverter rating
- Input Terminal Function
- Output Terminal Function
- Maximum frequency
- Specifications
- Base frequency
- Outside dimensions and mass
- Before Contacting your Toshiba distributor - Trip information and remedies
- Restoring the inverter from a trip
- If the motor does not run while no trip message is displayed
- How to determine the causes of other problems
- Inspection and maintenance
- Periodical inspection
- Contacting with your Toshiba distributor
- Disposal of the inverter
- 한국 KC 마크
TOSVERT VF-nC3
Table of contents
- industrial inverter
- safety precautions
- general operation
- Instruction Manual 3
- maintenance and inspection
- Table Of Contents
- Table Of Contents
- read first
- contents of the product
- installation environment
- cautions on wiring
- standard connections
- standard connection diagram
- description of terminals
- frequency setting
- setting the electronic thermal
- status monitor mode
- how to set parameters
- basic parameters
- parameters 11
- easy key function
- increasing starting torque
- selection of operation mode
- upper limit and lower limit frequencies
- Selecting control mode
- Manual torque boost - increasing torque boost at low speeds
- Setting the electronic thermal
- Other parameters
- Connection
- Input signal selection
- Terminal function selection
- modifying input terminal functions
- Basic parameters 2
- Setting frequency command
- setting frequency command characteristics
- fine adjustment of frequency setting signal
- Operation frequency
- DC braking
- Auto-stop in case of lower-limit frequency continuous operation
- Jump frequency - Avoiding frequency resonance
- Preset-speed operation frequencies
- Trip-less intensification
- retry function
- avoiding overvoltage tripping
- PID control
- Setting motor constants
- nd acceleration/deceleration
- Protection functions
- output phase failure detection
- Adjustment parameters
- Operation panel parameter
- Setting parameters
- operation example
- Communication function (RS485)
- Free memo
- Operations with external signal
- Applied operations by an I/O signal (operation from the terminal block)
- Speed instruction (analog signal) settings from external devices
- Monitoring the operation status
- Status monitor mode
- display of detailed information on a past trip
- Display of trip information
- Measures to satisfy the standards
- measures to satisfy the emc directive
- Compliance with UL Standard and CSA Standard
- Peripheral devices
- Installation of a magnetic contactor
- Installation of an overload relay
- Optional external devices
- Table of parameters and data
- Extended parameters
- basic parameter
- Default settings by inverter rating
- Input Terminal Function
- Output Terminal Function
- Specifications
- Maximum frequency
- Outside dimensions and mass
- Before making a service call - Trip information and remedies
- Base frequency
- Restoring the inverter from a trip
- If the motor does not run while no trip message is displayed
- How to determine the causes of other problems
- Inspection and maintenance
- Periodical inspection
- Making a call for servicing
- Warranty
- Disposal of the inverter