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General| Model | GD35-015G-4-H1 |
|---|---|
| Output Current | 15A |
| Frequency Range | 0-400Hz |
| Protection Level | IP20 |
| Control Mode | V/F Control |
| Input Voltage | 3-phase 380V-480V |
Provides general safety guidelines for operating the VFD, including precautions for wiring and component handling.
Guidelines for safe delivery and installation of the VFD, including placement and handling precautions.
Instructions for commissioning the VFD, including power disconnection and operational precautions during running.
Safety precautions for performing maintenance, inspection, and component replacement on the VFD.
Steps for basic commissioning of the VFD before actual utilization, including motor type selection and autotuning.
Guidance on the mechanical aspects of VFD installation, including environmental conditions and mounting.
Covers the standard wiring procedures for the VFD's main circuit and terminals.
Illustrates the main circuit connection diagrams for different VFD models and power ratings.
Provides figures showing the main circuit terminals for various VFD models.
Details the standard wiring for the VFD's control circuit, including diagrams and terminal descriptions.
Presents the wiring diagram for the basic control circuit of the VFD.
Guidelines for protecting the VFD and its wiring against short circuits and overload conditions.
Measures to protect the VFD and input power cable from short-circuit damage and thermal overload.
Ensuring protection for the motor and motor cable against short-circuit conditions.
How to protect the motor against thermal overload, utilizing the VFD's built-in protection functions.
Provides instructions on how to operate the VFD using the keypad.
Step-by-step guide on modifying VFD function codes through the keypad's menu system.
Instructions on setting up and managing the VFD's password protection feature.
Detailed listing and explanation of general function parameters for the Goodrive35 series VFDs.
Guidance for the initial powering on of the VFD, including pre-operation checks and the powering process.
Information on essential motor parameters that need to be set for VFD operation and autotuning.
Explains the different start-up and stop control modes available for the VFD.
Details various methods for setting the VFD's frequency, including main and assistant given channels.
Details the PID control functionality for stabilizing system values like flow, pressure, and temperature.
Provides general steps for setting PID parameters (P, Ti, Td) to achieve optimal control performance.
Instructions for commissioning special functions, including encoder wiring and debugging steps.
Describes wiring modes for differential, open collector, and complementary encoder outputs.
Details commissioning steps for closed-loop vector control and motor autotuning.
Provides procedures and information for identifying and resolving VFD faults.
Describes how alarms and faults are indicated on the VFD panel and what they signify.
Explains the methods for resetting faults on the VFD, including keypad, digital input, and power cycling.
Guides users on checking VFD parameters and performing troubleshooting steps for faults.
A table detailing common VFD faults, their causes, and corresponding solutions for troubleshooting.
Provides analysis and troubleshooting flowcharts for common VFD faults.
Troubleshooting steps when the motor fails to operate, covering power, commands, and configuration checks.
Diagnoses potential causes of motor vibration and suggests parameter adjustments or autotuning.
Troubleshooting steps for overvoltage faults, including checking input power and ACC/DEC times.
Steps to diagnose and resolve undervoltage faults, focusing on power supply and switching conditions.
Addresses abnormal motor heating by checking parameters, autotuning, load, and motor configuration.
Troubleshooting for VFD overheating issues, including checking ambient temperature, carrier frequency, and heat sinks.
Diagnoses motor stalling during acceleration, checking ACC time, load, torque boost, and V/F control.
Troubleshooting steps for overcurrent faults, covering wiring, parameters, autotuning, and load conditions.
Lists recommended routine maintenance intervals for checking the VFD's components and environment.
Illustrates RTU command codes for reading, writing, and diagnosing VFD data.
Explains the Modbus 03H command for reading VFD parameters and state information.
Describes the Modbus 06H command for writing single data words to modify VFD parameters.
Details the Modbus 10H command for writing multiple data words for VFD parameter updates.
Provides examples of Modbus commands for reading VFD parameters and writing data.
Discusses common communication faults, including reasons for no response or abnormal VFD responses.
Details the PROFIBUS extension card, its features, compatibility, and installation.
Describes the EC-TX-103 communication card, its functions, and connection diagrams.
Provides instructions for installing the EC-TX-103 communication card, covering ambient conditions and electrical setup.
Details the PROFIBUS-DP communication protocol, including service access points and frame data structure.
Guidance on selecting and installing brake components like resistors and units for VFDs.
Information on selecting brake components to manage DC bus voltage rise during deceleration.
Table of brake unit models, resistor values, and dissipation power for 380V VFDs.
Table of brake unit models, resistor values, and dissipation power for 660V VFDs.
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