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General| Rated Power | 600W |
|---|---|
| Output Voltage | 230VAC |
| Output Frequency | 50Hz |
| Protection Features | Overload, overvoltage, short circuit |
| Cooling Method | Fan |
Introduces the chapter's scope on safety precautions for VFDs.
Defines key safety terms like Danger, Warning, and Note.
Explains various warning symbols used in the manual and their meanings.
Provides general safety guidelines for handling and operating the VFD.
Provides guidelines for safe delivery and installation of the VFD, including material and spacing requirements.
Covers safety guidelines for commissioning and running the VFD, including power disconnection and waiting times.
Outlines safety measures for VFD maintenance, inspection, and component replacement.
Details the proper disposal methods for the VFD at the end of its lifecycle.
Introduces the chapter on basic principles for quick installation and commissioning.
Lists checks to perform after receiving the VFD product, including box and accessory verification.
Details checks required before operating the VFD, such as load type, current, voltage, and required functions.
Specifies environmental conditions to check before using the VFD, including temperature and altitude.
Lists checks for proper VFD installation, including cable capacity, grounding, spacing, and mounting mode.
Outlines the procedures for basic commissioning before operating the VFD, including parameter setup and motor autotuning.
Presents safety standard data related to SIL and ISO 13849 classifications.
Introduces the chapter covering operation principles, product features, and layouts.
Explains the fundamental operating principle of the frequency inverter, including rectifier, capacitor bank, and inverter stages.
Details specifications for power input, output, technical control, and running performance.
Details analog and digital input/output specifications, relay outputs, and extension interfaces.
Covers installation mode, ambient temperature, ingress protection, cooling mode, brake unit, EMC filter, and STO certification.
Explains the information found on the VFD's nameplate, including model and certification markings.
Describes the product model designation and provides a table for model description.
Provides a table listing the rated output power, input current, and output current for standard model VFDs.
Provides rated values for the SP model series of ST600 VFDs.
Shows a structural diagram of standard model VFDs, identifying key components like covers, keypad, and terminals.
Illustrates the structural diagram of SP model VFDs, detailing components and their uses.
Introduces the chapter on mechanical and electrical installation of the VFD.
Covers mechanical installation aspects, including environmental requirements.
Details the required installation environment for the VFD, covering site, temperature, humidity, and storage.
Specifies the correct installation direction for VFDs (vertical installation is recommended).
Describes different installation modes for standard and SP model VFDs, including wall-mounting and flange-mounting.
Provides diagrams and instructions for installing a single VFD unit, detailing spacing requirements.
Illustrates diagrams and notes for installing multiple VFDs in parallel, with spacing considerations.
Explains vertical installation procedures for VFDs, emphasizing the need for windshields.
Discusses tilted installation procedures for VFDs, highlighting air inlet/outlet separation.
Provides main circuit wiring diagrams for different standard model VFD series, indicating optional parts.
Illustrates main circuit terminal diagrams for various standard model VFD series, showing terminal layouts.
Details the step-by-step process for wiring the main circuit terminals of the VFD.
Provides the wiring diagram for the basic control circuit of the VFD, including input/output and communication terminals.
Explains how to set NPN/PNP modes and internal/external power using U-shaped jumpers for input/output signals.
Covers wiring protection methods, including short-circuit protection for VFDs, input power, and motor cables.
Describes how to protect the VFD and input power cable from short circuits using fuse configurations.
Explains how to protect the motor and motor cable from short circuits, recommending separate thermal overload protection for multiple motors.
Details how to protect the motor from thermal overload using the VFD's built-in protection function.
Discusses bypass connections for ensuring system operation during VFD faults or for soft startup.
Introduces the chapter on using the VFD keypad and common commissioning procedures.
Introduces the LCD keypad and its functions for VFD control, data reading, and parameter setting.
Explains how the VFD keypad can display various states like stopped, running, parameter editing, and fault alarms.
Describes how to display stopped-state parameters on the keypad and navigate through them.
Explains how to display running-state parameters on the keypad and switch between different display styles.
Details how the VFD displays fault information, including error codes and TRIP indicator status.
Covers operations performable via the keypad, including menu navigation, parameter selection, and list modification.
Explains how to enter and exit the main menus (Parameter, About, Menu) and navigate through them.
Lists basic parameters organized into groups, like P00 to P14.
Details parameters related to motor and encoder settings, covering motor 1 and motor 2.
Lists factory parameters, specifically P99 for factory functions.
Describes parameters related to terminal functions, including input and output terminals.
Lists parameters for optional expansion cards like communication and I/O cards.
Lists factory-customized parameters, such as tension control settings.
Covers state monitoring parameters, fault types, fault recording, and modified parameters.
Explains the process of motor parameter autotuning, emphasizing correct nameplate parameter setup.
Details functions for backing up, restoring, and copying parameters between the VFD and keypad.
Covers system settings like language, time/date, backlight, power-on wizard, and keypad programming.
Explains how to edit parameter lists in stopped or running states, including adding, moving, and deleting parameters.
Guides users on adding parameters to the stopped or running state display lists via the menu.
Explains how to add parameters to a user-defined parameter list through the menu structure.
Details how to edit user-defined parameters, including modifying values and checking editability status.
Guides users on editing parameters within specific function groups and navigating edit interfaces.
Explains how to monitor states by accessing specific function codes and viewing real-time detected values.
Covers the process of autotuning motor parameters, including selecting autotuning types and prerequisites.
Describes how to back up and restore VFD parameters using the keypad's storage areas.
Explains how to access system settings for language, time/date, backlight, and parameter restoration.
Details the power-on setup wizard function that guides users through initial VFD configuration.
Provides a flowchart outlining common commissioning procedures for motor 1, including autotuning and control mode selection.
Explains the principles of vector control for asynchronous and synchronous motors, emphasizing accurate motor parameters.
Covers SVPWM control mode, V/F curve modes, and suggestions for optimal settings.
Describes the customized V/F curve function, allowing users to set reference channels and acceleration/deceleration times.
Explains the VFD's support for torque control and speed control modes, and how they affect performance.
Discusses motor parameters, including safety precautions for autotuning and the support for two motor parameter sets.
Details the VFD's start/stop control in three states and describes three start modes: at starting frequency, after DC brake, and after speed-tracking.
Explains frequency reference modes, including main and auxiliary channels, and how they combine.
Describes the VFD's analog input terminals (AI1, AI2) and high-speed pulse input terminals (HDIA, HDIB).
Details the analog output terminal (AO1) and high-speed pulse output (HDO) terminal, including their functions and configurations.
Covers the VFD's digital input terminals (S1-S4) and HDI input terminals, explaining their programmable functions.
Describes the VFD's digital output terminals, including relay outputs, Y output, and HDO output.
Explains the Simple PLC function for multi-step speed generation and control, including step settings and output signals.
Details how to set parameters for multi-step speed running, selectable via multi-step speed terminals.
Explains PID control for process control, used to adjust VFD output frequency or voltage based on feedback.
Describes the wobbling frequency function, typically used for transverse movement and winding applications.
Provides step-by-step procedures for commissioning closed-loop vector control, position control, and spindle positioning.
Offers guidance on handling VFD faults, including identifying causes and applying corrective measures.
Introduces the chapter on resetting faults, checking history, and understanding alarm/fault information.
Explains how to interpret fault indications on the keypad and identify VFD exception states.
Describes methods for resetting VFD faults using the keypad, digital inputs, or power cycling.
Details how fault types and running data are recorded for the latest faults.
Provides a systematic approach to diagnosing and resolving VFD faults by checking parameters and applying corrective measures.
Lists common VFD faults, their possible causes, and corresponding corrective measures, including fault type codes.
Offers diagnostic flowcharts for common VFD faults, guiding users through troubleshooting steps.
Provides a flowchart to diagnose and resolve issues when the motor fails to work.
Offers a flowchart for troubleshooting motor vibration or unusual sounds, covering parameter checks and autotuning.
Presents a flowchart for diagnosing and resolving overvoltage faults, including checks for supply voltage and deceleration time.
Provides a flowchart for troubleshooting undervoltage faults, covering checks for power supply and grid conditions.
Offers a flowchart for diagnosing unusual motor heating, covering parameter checks, autotuning, and motor/cable conditions.
Provides a flowchart for troubleshooting VFD overheating, checking load, ambient temperature, fan, and heat sink.
Offers a flowchart for diagnosing motor stalls during acceleration (ACC), checking time, torque, and parameters.
Provides a flowchart for troubleshooting overcurrent faults, checking wiring, parameters, torque boost, and interference.
Discusses countermeasures for common interference issues affecting meters, switches, and sensors.
Describes interference phenomena and solutions for meters, switches, and sensors connected to the VFD.
Addresses interference issues in RS485 communication, including delay, sync loss, and power-off problems.
Explains interference issues related to motor cable coupling affecting stopping and indicator behavior.
Discusses leakage current from VFDs and its potential impact on RCDs, including RCD selection rules.
Describes the phenomenon of sensible voltage on the chassis and provides grounding solutions.
Introduces the chapter on performing preventive maintenance and hardware fault diagnosis for VFDs.
Details routine maintenance checks for VFDs, covering ambient environment, voltage, keypad, and main circuit components.
Discusses the service life and maintenance of the VFD's cooling fan, including replacement procedures.
Covers capacitor maintenance, specifically the reforming procedure for DC bus capacitors if the VFD is left unused.
Provides instructions for checking and ensuring the proper connection of power cables.
Introduces the chapter on communication protocols for ST600 series VFDs, focusing on RS485 and Modbus.
Explains the Modbus protocol, its transmission modes (ASCII, RTU), and network structure.
Details the application of the Modbus protocol using RTU mode and RS485 interfaces for VFD communication.
Describes RS485 interfaces, including signal transmission, wiring, baud rates, and maximum transmission distances.
Explains the RTU communication mode, including frame structure, code system, and error detection domains.
Details the structure of an RTU communication frame, including start, address, command, data, and CRC.
Covers RTU command codes for reading (03H) and writing (06H) data, including example frames.
Explains the 03H command code for reading data from the VFD, specifying contiguous addresses and data quantity.
Details the 06H command code for writing a single piece of data to modify VFD parameters or operation mode.
Explains the 10H command code for continuous writing of multiple data pieces to the VFD, with examples.
Describes the address definition of communication data and rules for function code address representation.
Explains how function code addresses are represented, using group and parameter numbers.
Provides a practical example of Modbus communication commissioning using PC software to set VFD parameters.
Lists common communication faults like no response or exception responses and their possible causes.
Explains how to define expansion card models based on product line, category, technical version, distinguishing code, and working power.
Continues model definition with examples for PC and TX expansion cards.
Continues model definition with examples for 4G cards, including antenna and SIM card types.
Details the dimensions of expansion cards and provides general installation principles, including grounding.
Describes the functions of the IO expansion card 1 (SIO501-00), including terminal arrangements and indicator definitions.
Details the functions of the IO expansion card 2 (SIO502-00), including terminal functions and indicator definitions.
Explains the functions of the programmable expansion card, including terminal arrangement and indicator definitions.
Describes Bluetooth and WIFI communication cards, including indicator definitions and installation of external antennas.
Details the PROFIBUS-DP communication card, including connector pin descriptions and indicator definitions.
Explains the PROFINET communication card, including state indicators and electrical connection diagrams.
Describes Ethernet/IP and Modbus TCP communication cards, including state indicators and electrical wiring diagrams.
Covers PG expansion cards, including Sin/Cos PG card function description.
Details the Sin/Cos PG card, including terminal functions, indicator definitions, and wiring diagrams.
Describes the Resolver PG card, including terminal functions and indicator definitions.
Explains the multi-function incremental PG card, including terminal functions, indicator definitions, and wiring diagrams for different encoder types.
Details the 24V incremental PG card, including terminal functions and indicator definitions.
Introduces the chapter describing dimension drawings of the ST600 series VFDs.
Shows the structure diagram of standard model VFDs, illustrating the assembly of components.
Covers dimensions of VFDs, focusing on wall-mounting diagrams for various standard models.
Provides wall-mounting diagrams and dimensions for standard model VFDs from 1R5G3 to 037G3.
Continues wall-mounting diagrams and dimensions for standard model VFDs from 045G3 to 110G3.
Continues wall-mounting diagrams and dimensions for standard model VFDs from 132G3 to 200G3.
Lists wall-mounting dimensions, screw types, and weights for standard model VFDs.
Shows wall-mounting diagrams for SP model VFDs from 004G3 to 037G3.
Lists wall-mounting dimensions, screw types, and weights for SP model VFDs from 004G3 to 037G3.
Illustrates wall-mounting diagrams for SP model VFDs from 045G3 to 110G3.
Provides wall-mounting dimensions, screw types, and weights for SP model VFDs from 045G3 to 110G3.
Describes flange mounting dimensions for standard model VFDs, showing diagrams for different model ranges.
Shows flange mounting diagrams for standard model VFDs from 1R5G3 to 075G3.
Shows flange mounting diagrams for standard model VFDs from 090G3 to 110G3.
Illustrates flange mounting diagrams for standard model VFDs from 132G3 to 200G3.
Lists flange mounting dimensions, screw types, and weights for standard model VFDs.
Shows flange mounting diagrams for SP model VFDs from 004G3 to 037G3.
Lists flange mounting dimensions, screw types, and weights for SP model VFDs from 004G3 to 037G3.
Illustrates flange mounting diagrams for SP model VFDs from 045G3 to 055G3.
Provides flange mounting dimensions, screw types, and weights for SP model VFDs from 045G3 to 055G3.
Introduces the chapter on selecting optional accessories for ST600 series frequency inverters.
Shows external wiring diagrams for optional accessories like LCD keypad, brake resistor, and reactors connected to the VFD.
Refers to electrical installation for power supply details and ensures voltage class consistency with the grid.
Discusses power cable requirements, including size, temperature margin, and grounding, as well as control cable requirements.
Details power cable requirements, including size, temperature margin, and grounding.
Explains the requirements for control cables, emphasizing the use of shielded or double-shielded twisted-pair cables.
Covers the selection and configuration of breakers and electromagnetic contactors for VFD input side protection.
Lists recommended breaker, fuse, and contactor ratings for standard and SP model VFDs.
Explains the necessity and selection of AC and DC reactors for input and output sides to manage voltage and current issues.
Discusses the use and installation of EMC filters, including notes on specific grid systems and disconnection of jumpers.
Explains the filter model designation system and provides tables for filter models based on VFD product.
Lists input and output filter models for standard and SP model VFDs.
Introduces the brake system, including selection of brake components and safety precautions.
Provides guidelines for selecting brake units and resistors based on VFD model, torque, and usage requirements.
Specifies that brake resistor cables must be shielded.
Details installation requirements for brake resistors and units, including material and cable length considerations.
Describes the STO function logic, mapping input states to corresponding faults and indicating drive behavior.
Provides a table detailing the trigger and indication delays for STO channels (STL1, STL2, STL3, STO).
Lists essential checks to perform before installing the STO function to ensure proper operation.
Lists terms and their corresponding acronyms or abbreviations used in the VFD interface.
Presents tables showing power losses and IE class ratings for standard model VFDs under various load conditions.
Lists power losses and IE class ratings for SP model VFDs under different load conditions.
Provides rated specifications like apparent power, output power, current, temperature, frequency, and voltage for standard and SP model VFDs.
Guides users on how to contact Sourcetronic for product queries and service support.
Invites user feedback on manuals and provides contact options for online service personnel.
Directs users to the Sourcetronic website for finding manuals and product documents in PDF format.
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