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Highlights key features of the VD530 series inverters.
Instructions and checks for unpacking and inspecting the inverter upon arrival.
Recommendations for initial setup and safe operation.
Defines DANGER and WARNING levels for safety precautions.
Safety measures for before and during installation, including handling and wiring.
Safety guidelines for wiring, connections, and pre-power-on checks.
Safety measures during inverter operation and maintenance.
General advice on motor insulation, overheat protection, vibration, and resonance.
Precautions for motor heating, output devices, voltage, altitude, DC bus, and disposal.
Specific advice on compatible motor types, cooling, and parameter settings for motors.
Explains model designation rules and the importance of the nameplate.
Lists technical data and specifications for different inverter models in the series.
Details technical specifications for power input, output, and main control functions.
Illustrates the physical layout and main components of the inverter.
Provides schematic diagrams for physical dimensions and mounting dimensions of the inverter.
Diagrams and dimensions for the external keyboard and its holder.
Guide to selecting braking resistors based on power and resistance values.
Importance of routine maintenance to ensure inverter reliability and service life.
Daily checks, regular maintenance tasks, and replacement of wearable parts like fans and capacitors.
Explains the product warranty period, conditions for free maintenance, and service charge policies.
Specifies environmental conditions and mounting orientation for proper inverter installation.
Instructions for removing and mounting the inverter's cover plate and keyboard.
Details on connecting external parts, main circuit terminals, and schematic diagrams.
Provides detailed wiring diagrams for single-phase and three-phase inverter configurations.
Wiring diagram and precautions for the single-phase 220V inverter.
Wiring diagrams and precautions for three-phase inverters based on power rating.
Explains main circuit terminals, their functions, and connection instructions.
Details control circuit terminals, their functions, and power supply descriptions.
Explains how jumper settings configure terminal functions for analog and digital signals.
Introduces the operation panel, its schematic, and keyboard button functions.
Explains LED indicators and methods for viewing/modifying function codes.
Process and important points for performing motor parameter self-learning for optimal control.
Functionality for setting user passwords and locking parameters to prevent unauthorized changes.
Lists basic parameters for Motor Control Mode, Running Command Source, and Frequency Source Selection.
Parameters for controlling inverter start, stop, DC braking, and speed tracking modes.
Configuration parameters for Motor 1, including type, nameplate data, and tuning options.
Parameters for optimizing Motor 1's performance in vector control mode, covering speed and torque loops.
Parameters for Motor 1 V/F control, including VF curve settings and torque boost.
Configuration of digital and analog input terminals for various functions like command modes and frequency sources.
Configuration of digital, relay, and HDO output terminals for status indication and alarms.
Parameters for customizing keyboard functions and LED display behavior for running and stop modes.
Critical parameters for protecting the inverter and motor from overcurrent, overvoltage, and other faults.
Parameters for recording fault history and configuring fault handling actions and automatic resets.
Parameters for setting up and tuning the Process PID closed-loop control system.
Parameters for enhanced functions like jog control, acceleration/deceleration time switching, and frequency hopping.
Parameters for multi-reference settings and configuring the Simple PLC function.
Parameters for setting up communication protocols like Modbus RTU for PC/PLC monitoring.
User management parameters including password, initialization, and custom function code settings.
Parameters for controlling Motor 1's torque, including mode selection, setting sources, and compensation.
Configuration parameters for Motor 2, including type, nameplate data, and tuning options.
Parameters for vector control of Motor 2, covering speed loop and torque control adjustments.
Parameters for Motor 2 V/F control, including VF curve settings and oscillation suppression.
Allows users to map frequently used parameters to custom codes for quick access.
Configuration of virtual digital input (VDI) and output (VDO) terminals for flexible logic control.
Defines custom input curves for analog signals, allowing non-linear input-output relationships.
Calibration parameters for analog inputs and outputs to correct for zero bias and gain errors.
Parameters specific to tension control applications, including coil diameter calculation and material settings.
Displays real-time inverter status and monitored values like frequency, voltage, and current.
Explains essential parameters like Motor Control Mode, Running Command Source, and Frequency Source Selection.
Parameters for controlling inverter start, stop, DC braking, and speed tracking modes.
Configuration parameters for Motor 1, including type, nameplate data, and tuning options.
Parameters for optimizing Motor 1's performance in vector control mode, covering speed and torque loops.
Parameters for Motor 1 V/F control, including VF curve settings and torque boost.
Configuration of digital and analog input terminals for various functions like command modes and frequency sources.
Configuration of digital, relay, and HDO output terminals for status indication and alarms.
Parameters for customizing keyboard functions and LED display behavior for running and stop modes.
Critical parameters for protecting the inverter and motor from overcurrent, overvoltage, and other faults.
Parameters for recording fault history and configuring fault handling actions and automatic resets.
Parameters for setting up and tuning the Process PID closed-loop control system.
Parameters for enhanced functions like jog control, acceleration/deceleration time switching, and frequency hopping.
Lists common inverter error codes, possible causes, and corresponding solutions for troubleshooting.
Addresses common faults like no display, power supply issues, and motor not moving, providing troubleshooting steps.
Introduces the Modbus-RTU protocol, application methods, and bus structure.
Details the Modbus RTU frame structure, command codes, and data formats.
Introduces the multi-function I/O extension card, its terminals, and installation diagram.
Notes on correctly installing the multi-function I/O extension card onto the main control board.
Details the function of sockets and jumper settings for configuring the extension card.
Introduces the incremental PG card for closed-loop vector control and describes its terminals.
Steps for debugging the PG card, including wiring, parameter setting, and verification.
Outlines the 18-month warranty period, conditions for free maintenance, and exclusions.
General| Cooling Method | Forced Air Cooling |
|---|---|
| IP Rating | IP20 |
| Output Voltage | 0 - Input Voltage |
| Power Range | 0.75kW - 630kW |
| Protection Features | Overvoltage, Undervoltage, Overcurrent, Overtemperature, Short Circuit |
| Communication Interface | RS485, Modbus |
| Operating Temperature | -10°C~+40°C |
| Storage Temperature | -20°C~+60°C |
| Humidity | 5%~95% (Non-condensing) |
| Altitude | ≤1000m (Above 1000m derating required) |
| Control Method | Vector Control/Scalar Control |
