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General| Frequency | 50Hz / 60Hz |
|---|---|
| Output Frequency | 50/60Hz |
| Protection | Overload, Short Circuit |
| Output Power | 2000W |
| Cooling | Fan |
| Operating Temperature | -10°C to +50°C |
Explains safety symbols and notes for user safety.
Provides essential safety guidelines for installation, operation, and maintenance of the inverter.
Demonstrates a typical wiring setup for the ACM-D2 inverter with a 0.37-2.2 kW rating and 1x230V input.
Provides a wiring example for the ACM-D2 inverter with a 0.75-30 kW rating and 3x400V input.
Details the essential steps and precautions for physically installing the inverter, ensuring proper orientation and ventilation.
Explains how to safely and correctly connect the inverter to the AC mains power supply according to standards.
Describes the correct procedure for connecting the motor to the inverter's output terminals U, V, W.
Outlines measures for electromagnetic compatibility and suppressing interference for reliable operation.
Specifies the correct fuse types and ratings required for mains input protection.
Provides guidance on dimensioning and using series autotransformers with the inverter.
Details the ventilation needs and thermal management considerations for the inverter, especially in enclosed cabinets.
Explains the function and connection for each control terminal on the inverter.
Details the function and connection for each power terminal, including mains and motor connections.
Lists essential checks and considerations before starting the commissioning process.
Explains how to adjust parameters for optimal performance based on motor and application requirements.
Provides a general overview of the inverter's pre-programmed capabilities and basic operation.
Details the use of the control panel keys for navigating menus and programming parameters.
Describes the alphanumeric display's capabilities for showing status, errors, and parameter values.
Explains how to access help texts and select the display language.
Lists and explains various status messages displayed by the inverter during operation.
Lists and explains warning messages indicating approaching operational limits or conditions.
Details error codes and their descriptions that occur during normal operation.
Lists and explains error codes related to hardware faults detected during self-test or operation.
Shows the schematic diagram of the inverter's input circuitry for analog and digital signals.
Details the hierarchical organization of programming parameters into TAB1, TAB2, and TAB3.
Explains parameters for output frequency indication, motor voltage, max/min output frequency.
Details configuration of analog/digital inputs, BOOST, output voltage, and security features.
Covers output configuration, diagnostic utilities, and extended parameter settings.
Describes the integrated braking chopper for 0.37-1.1 kW models and its specifications.
Explains the use of external braking resistors with 0.75-37.0 kW models.
Explains how to use the programming key for loading, saving, and transferring parameter data.
Describes the KEYSOFT software for parameter management between KEY, PC, and inverter.
Introduces the Telecomander RC for remote control and parameter saving of multiple inverters.
Details the DVM - PLUS MP device for inverter monitoring and motorpotentiometer function.
Explains the ACM-Synchronizer for synchronizing motor speed with external signals.
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