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General| Rated Power | 2000W |
|---|---|
| Output Voltage | 230V AC |
| Output Current | 8.7A |
| Peak Power | 4000W |
| Cooling | Fan Cooling |
| Output Frequency | 50Hz |
| Protection | Overload, Short Circuit |
Explains visual safety indicators like DANGER, WARNING, CAUTION, and OBSERVE, along with their meanings.
Guidelines for safely moving, handling, and storing the inverter unit to prevent damage.
Essential conditions for proper inverter installation, including cabinet mounting, grounding, and ventilation.
Best practices for connecting power and control wiring, emphasizing grounding and cable types.
Information on brake resistors and the necessary differential current protection (FI).
Key principles for ensuring safe and dependable inverter operation and system reliability.
Guidelines for installing the inverter to meet Electromagnetic Compatibility (EMC) standards.
Understand the structure of inverter model numbers and identify available options.
Details on the physical design and visual characteristics of different inverter sizes.
Detailed technical specifications covering power supply, control modes, I/O, and environmental conditions.
Table correlating inverter power ratings with physical framesizes and specifications.
Guidelines for mounting the inverter within an enclosure and required spacing for heat dissipation.
Configuration options for the inverter's cooling fan operation based on temperature or status.
Guidance on maintaining the inverter for reliable long-term operation under specified conditions.
Explanation of different power terminal configurations based on inverter size and input phases.
Diagrams and descriptions of control board terminals for various inverter sizes (E1-E6 and C3-C6).
Setup and mapping of digital input and output channels for inverter control and signaling.
Setup and mapping of analogue input and output channels for signal processing.
Description of the 7-segment display and status indicator lights on the inverter's front panel.
Explanation of the functions of each button on the inverter's operating panel for navigation and control.
How to interpret displayed parameters, error codes, and status messages on the inverter.
Information on connecting and using an optional remote operating panel for inverter control.
Categorization of inverter parameters into logical groups for easier management and setting.
Configuration of fundamental inverter settings like password, frequency, and control modes.
Parameters for controlling inverter start, stop, direction, and speed references.
Configuration of digital inputs, outputs, and relay functions for control and signaling.
Configuration of analogue inputs and outputs for voltage, current, and sensor signals.
Configuration of serial communication parameters for Modbus interface.
Settings related to DC braking, current/voltage limiting, and power compensation.
Configuration of error detection, protection mechanisms, and fault handling procedures.
Procedures for automatically measuring and programming motor parameters for optimal performance.
Configuration of the integrated PID controller for pressure, flow, or speed control.
Settings for operating the inverter in speed or torque control modes.
Tools for monitoring inputs/outputs and diagnosing system issues.
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