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General| Brand | INVT |
|---|---|
| Model | Goodrive350 IP55 |
| Category | Media Converter |
| Language | English |
Introduces the chapter's content on safety precautions.
Defines terms like Danger, Warning, and Note for safety.
Explains the meaning and usage of warning symbols in the manual.
Provides general safety rules for operation, installation, and maintenance.
Details safety guidelines for delivery and installation of the VFD.
Outlines safety precautions for commissioning and running the VFD.
Specifies safety rules for performing maintenance and component replacement.
Advises on the proper disposal of the VFD at the end of its life cycle.
Introduces the chapter on quick installation commissioning principles.
Lists checks to perform after receiving the product to ensure it's in good condition.
Details checks required before operating the VFD for application confirmation.
Lists environmental factors to check before using the VFD for optimal performance.
Outlines checks for the VFD's installation condition after it has been properly installed.
Provides step-by-step procedures for basic commissioning before VFD operation.
Presents safety standard related data for IEC/EN 61508 and ISO 13849.
Introduces the chapter on operation principles, features, and layouts.
Explains the fundamental operation principles of the VFD's main circuit.
Details the technical specifications of the VFD, including input, output, and performance.
Explains the information provided on the VFD's nameplate.
Describes the product model naming convention and its components.
Lists the rated values for constant torque and variable torque modes.
Illustrates the external and internal layout of the VFD's components.
Introduces the chapter on mechanical and electrical installations.
Covers the essential mechanical aspects of VFD installation.
Specifies the required environmental conditions for VFD installation.
Details the correct vertical installation direction for optimal heat dissipation.
Explains the two available installation modes: wall-mounting and flange-mounting.
Provides guidelines for installing a single VFD unit, including clearance.
Offers instructions for parallel installation of multiple VFD units.
Explains the importance of windshields for vertical installation to prevent mutual interference.
Details the requirement for separate air ducts in tilted installation to avoid mutual interference.
Provides wiring diagrams for the main circuit of the VFD.
Shows the main circuit wiring diagrams for different VFD models.
Illustrates the main circuit terminal diagrams for various VFD models.
Guides users through the step-by-step process of wiring main circuit terminals.
Covers the standard wiring procedures for the control circuit.
Shows the wiring diagram for the basic control circuit of the VFD.
Illustrates the connection diagrams for input and output signals, including NPN/PNP modes.
Explains methods for protecting the VFD and motor from short circuits and overloads.
Details how to protect the VFD and input power cable against short circuits.
Provides guidance on protecting the motor and its cable from short circuits.
Explains how to protect the motor against thermal overload using the VFD's function.
Discusses bypass connections for critical operations and soft startup.
Introduces the chapter on using the VFD keypad and common functions.
Introduces the LCD keypad and its components for VFD control.
Explains the different display areas and states shown on the VFD's LCD keypad.
Describes how to view parameters when the VFD is in a stopped state.
Details how to view parameters when the VFD is in a running state.
Explains how fault codes and information are displayed on the keypad.
Covers various operations performable via the VFD keypad.
Guides on navigating and exiting the VFD's main menus.
Explains how to add, move, delete, or restore parameters in the display list.
Details the process of adding parameters to the stopped or running state display lists.
Guides on adding parameters to the user-defined parameter list.
Explains how to edit parameters within the user-defined parameters menu.
Covers editing parameters within specific parameter groups.
Describes how to monitor various operational states of the VFD.
Guides through the process of autotuning motor parameters for optimal performance.
Explains how to back up and restore VFD parameters.
Covers system settings such as language, time/date, and backlight.
Details the power-on setup wizard for initial configuration.
Introduces the function modules inside the VFD.
States the chapter's purpose of introducing VFD function modules.
Provides a step-by-step guide for common VFD commissioning procedures.
Explains the principles and application of vector control for motor speed regulation.
Describes the built-in SVPWM control function and V/F curve modes.
Details the VFD's support for torque control and speed control modes.
Explains how to set and autotune motor parameters for accurate VFD operation.
Describes the different start/stop control modes and logic diagrams.
Explains the VFD's multiple frequency reference modes and their switching.
Details the configuration and filtering of analog input terminals.
Explains the analog output signals and their relationship to VFD parameters.
Describes the functions of programmable digital input terminals and HDI input terminals.
Covers the functions of relay output terminals, open collector Y output, and HDO terminal.
Explains the Simple PLC function for multi-step speed generation and automatic control.
Details how to set parameters for multi-step speed running using terminals.
Provides an introduction to PID control principles and parameter setup.
Explains the wobbling frequency function used in transverse movement and winding applications.
Describes how to use HDI high-speed pulse ports for pulse count function.
Guides through commissioning procedures for various advanced control modes.
Provides information on identifying and resolving VFD faults.
Discusses tension control methods for winding and unwinding applications.
States the chapter's purpose of listing function codes and their descriptions.
Provides a categorized list of function parameters with descriptions, default values, and modification attributes.
Lists basic function codes for speed control, running command, and output frequency.
Details parameters related to VFD start/stop control modes and timing.
Lists parameters for configuring motor 1, including type, power, speed, and current.
Contains parameters for vector control of motor 1, including PI parameters and slip compensation.
Lists parameters for V/F curve setup, torque boost, and oscillation control for motor 1 and motor 2.
Details the functions and settings for digital and analog input terminals.
Describes the functions of HDO, Y, and Relay output terminals.
Lists parameters related to the Human-Machine Interface, including password and display settings.
Covers enhanced functions like jog, jump frequency, and droop control.
Details parameters for PID control, including reference source, gains, and sampling cycle.
Lists parameters for Simple PLC and multi-step speed running functions.
Covers various protection parameters like phase loss, overvoltage, and current limit.
Lists parameters for serial communication using Modbus protocol, including baud rate and data format.
Details parameters for controlling synchronous motors, including pull-in current and phase-lock loop.
Describes functions of communication expansion cards like IoT, IO, and programmable cards.
Details functions of communication expansion cards like Ethernet, CANopen, and PROFINET.
Lists parameters for checking VFD states like frequency, voltage, current, and motor speed.
Provides parameters for checking encoder and position control states.
Lists parameters for checking the status of installed expansion cards.
Covers parameters related to the encoder for motor 1, including type, pulse number, and direction.
Details parameters for position control, including mode, speed, and completion signals.
Explains parameters for spindle positioning, zeroing, and scale division.
Lists parameters for vector control of motor 2, similar to motor 1.
Covers parameters related to the encoder for motor 2.
Details the functions of expansion I/O card input terminals.
Describes the functions of expansion I/O card output terminals.
Lists functions related to the programmable expansion card, including writing and monitoring values.
Covers parameters for master/slave control modes and communication.
Details parameters for tension control in speed mode, including winding/unwinding and linear speed.
Lists parameters for tension control in torque mode, including torque compensation and roll diameter.
Covers parameters for tension optimization, such as pre-drive settings and feeding interrupt detection.
Provides parameters for viewing the status of tension control modes.
Introduces the chapter on resetting faults and checking fault history.
Explains how alarms and faults are indicated on the keypad and what they signify.
Describes methods for resetting faults using keypad, digital inputs, or power cycling.
Explains how to record and access the six latest fault types and associated running data.
Provides a general procedure for processing VFD faults and checking parameters.
Lists specific fault types, their possible causes, and corrective measures in a table.
Analyzes common faults and provides troubleshooting flowcharts.
Offers a flowchart to diagnose and resolve issues when the motor fails to work.
Provides a flowchart to troubleshoot motor vibrations or unusual sounds.
Presents a flowchart to diagnose and resolve overvoltage faults.
Offers a flowchart to diagnose and resolve undervoltage faults.
Provides a flowchart to troubleshoot unusual motor heating issues.
Offers a flowchart to diagnose and resolve VFD overheating problems.
Presents a flowchart for troubleshooting motor stalling during acceleration.
Provides a flowchart to diagnose and resolve overcurrent faults.
Discusses common interference issues and their solutions.
Explains interference phenomena with sensors and suggests solutions.
Addresses interference issues affecting communication and provides troubleshooting steps.
Discusses stopping failures and indicator shimmering caused by motor cable coupling.
Explains leakage current, RCD misoperation, and EMC regulations.
Addresses the phenomenon of sensible voltage on the chassis and its grounding solutions.
Introduces the chapter on preventive maintenance and fault diagnosis.
Details the recommended routine maintenance periods and inspection items for VFDs.
Discusses the service life and replacement procedure for the VFD cooling fan.
Covers capacitor reforming and replacement procedures.
Explains the process for reforming DC bus capacitors after prolonged storage.
Introduces the chapter on Modbus communication protocol and RS485 interfaces.
Explains the Modbus protocol, its transmission modes, and network structure.
Details the application of Modbus RTU mode and RS485 interfaces.
Describes RS485 interfaces, wiring, baud rates, and transmission distances.
Explains the RTU communication frame structure, error check modes, and data format.
Covers RTU command codes for reading and writing data.
Explains the 03H command for continuously reading data from the VFD.
Details the 06H command used for writing single pieces of data to the VFD.
Explains the 08H command for querying circuit detection information.
Covers the 10H command for writing multiple pieces of data to the VFD.
Describes the address definition of communication data for controlling the VFD.
Explains the concept of fieldbus scale for representing hexadecimal values.
Lists common communication error codes and their definitions.
Provides examples of read and write commands for VFD parameters and operations.
Explains the model definition and naming conventions for expansion cards.
Details the dimensions and installation process for expansion cards.
Provides wiring diagrams for various expansion cards, including grounding and connections.
Shows grounding diagrams for shielded cables and general wiring for expansion cards.
Describes the functions of IO expansion cards.
Details the terminal functions and specifications for the EC-IO501-00 IO expansion card.
Explains the terminal functions and specifications for the EC-IO502-00 IO expansion card.
Describes the functions and terminals of the programmable expansion card.
Introduces various communication cards.
Details the indicators, functions, and installation of Bluetooth and WIFI communication cards.
Describes the PROFIBUS-DP communication card, its pins, and indicators.
Explains the Ethernet communication card, its terminals, indicators, and wiring diagrams.
Details the CANopen and CAN master/slave communication cards, including terminal functions and switches.
Describes the PROFINET communication card, its indicators, and electrical connection diagrams.
Explains the Ethernet/IP and Modbus TCP communication cards, including RJ45 interface functions and state indicators.
Describes the functions of PG expansion cards.
Details the terminals, indicators, and functions of the Sin/Cos PG card.
Explains the terminals, indicators, and functions of the UVW incremental PG card.
Describes the terminals, indicators, and functions of the Resolver PG card.
Details the terminals, indicators, and functions of the multi-function incremental PG card.
Explains the terminals, indicators, and functions of the 24V incremental PG card.
Describes the terminals, indicators, and functions of the simplified incremental PG card.
Details the terminals, indicators, and functions of the 24V simplified incremental PG card.
Explains the pin definition and state indicators of the GPRS card.
Introduces the chapter on VFD technical data and quality certifications.
Covers derating applications due to temperature, altitude, and carrier frequency.
Advises on selecting VFD capacity based on motor current and power.
Explains conditions requiring VFD derating.
Details derating due to temperature based on a provided diagram.
Explains derating requirements based on installation altitude.
Describes derating based on carrier frequency exceeding factory settings.
Lists specifications for the grid voltage, short-circuit capacity, and frequency.
Provides data related to motor connection, including type, voltage, protection, and frequency resolution.
Describes EMC compatibility requirements and maximum motor cable lengths.
Lists the application standards that the VFDs comply with.
Explains the meaning of the CE marking on the VFD nameplate.
Declares the VFD's compliance with European EMC regulations.
Details EMC requirements for VFDs based on application environment and VFD categories.
Outlines the stipulations for VFD category C2 regarding induction disturbance limits.
Details the stipulations for VFD category C3 regarding anti-interference performance.
Introduces the chapter on dimension drawings of Goodrive350 VFDs.
Shows a diagram illustrating the VFD's structure and internal components.
Provides wall-mounting dimensions for various VFD models in tables.
Introduces the chapter on selecting optional accessories for Goodrive350 VFDs.
Shows the external wiring diagrams for common peripheral accessories.
Discusses cable selection and arrangement for VFDs.
Specifies requirements for input power and motor cables, including size and temperature.
Details requirements for analog control and frequency input cables, emphasizing shielding.
Provides guidelines for arranging motor, input power, and control cables to minimize interference.
Explains how to check motor and motor cable insulation conditions before operation.
Discusses the need for fuses, MCCBs, and contactors for safety and protection.
Explains the use of AC and output reactors for voltage and current adjustment, and interference reduction.
Describes the function and models of interference filters for input and output sides.
Explains the model description and field identifiers for VFD filters.
Covers selection and installation of brake components.
Guides on selecting brake resistors and units based on VFD model and requirements.
Details the input states and corresponding faults for the STO function.
Describes the trigger and indication delays for the STO channels.
Provides a checklist for ensuring proper STO function installation and testing.
Guides on contacting INVT for product and service queries.
Invites user feedback on the provided VFD manuals.
Directs users to find manuals and documents online.
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