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General| Number of Inputs | 32 |
|---|---|
| Number of Outputs | 32 |
| Input Voltage | 24 V DC |
| Output Voltage | 24 V DC |
| Protection Class | IP20 |
| Output Current | 0.5 A per point |
| Humidity | 10 to 90% RH (non-condensing) |
| Operating Temperature | -10°C to 55°C |
Details hazard and prohibition symbols for safe inverter operation.
Explains the meaning of various safety symbols used in the manual.
Defines intended use for general industrial applications and specifies limitations.
Crucial safety guidelines for operating the inverter, including prohibitions and mandatory actions.
Highlights key features like noise filter, simple operation, superior performance, and global compatibility.
Verify you have received the correct inverter model and components before use.
Details names and functions of the inverter's front panel components and indicators.
Important notes on using the inverter with motors, including low-speed and high-speed operation.
Essential safety warnings and mandatory steps before wiring to prevent electric shock.
Illustrates standard wiring configurations for main/control circuits, including sink/source logic.
Details function and connection of each terminal on main and control circuit boards.
Covers basic start/stop and frequency setting methods using panel or external signals.
Provides examples of operating the inverter using built-in potentiometer and operation panel.
Explains standard, setting, and status monitor modes for checking and configuring the inverter.
Guides on accessing and modifying basic, extended, user, and history parameters.
Configures acceleration/deceleration times, including automatic adjustment based on load.
Explains automatic torque boost and sensorless vector control for improved starting torque.
Sets operation mode, command selection, and frequency setting modes using parameters.
Configures low-speed signals, speed reach detection, and output terminal functions.
Sets jump frequencies and widths to avoid mechanical resonance during operation.
Covers stall prevention, over-torque, undervoltage, phase failure, and other protection settings.
Explains inverter compliance with EMC directive, focusing on EMI filters and wiring.
Details steps like using EMI filters and shielded cables to meet EMC standards.
Covers safety compliance with low-voltage directive, including installation and grounding.
Provides tables for selecting appropriate wire sizes and devices like MCCBs and contactors.
Details installation of magnetic contactors in primary/secondary circuits for safety and control.
Lists and describes optional devices like reactors, filters, and braking resistors.
Lists user-configurable parameters, functions, ranges, and default settings.
Comprehensive list of basic parameters, their functions, ranges, and default settings.
Detailed list of extended parameters for advanced configuration and fine-tuning.
Details specifications for different models, including input voltage, capacity, and current ratings.
Lists common specifications like control system, frequency range, accuracy, and various control functions.
Provides physical dimensions and weight specifications for different inverter models.
Lists common error codes, their problems, possible causes, and recommended remedies.
Provides methods for resetting the inverter after a trip, including panel and external signal operations.
Step-by-step guide to diagnose why the motor is not running when no trip message is displayed.
Guidelines for daily and periodic inspections to maintain inverter performance and prevent failures.
Details checks for terminals, cables, cleaning, and capacitor performance for periodic maintenance.
Instructions on what information to provide when contacting service for defective conditions.
Details the warranty period, conditions for repair/replacement, and exclusions.
Emphasizes safe disposal by specialists to avoid hazards from capacitors and noxious gases.
