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Detailed instructions and diagrams for electrical connections and wiring.
Comprehensive technical specifications and data for the E2000+ inverter series.
Table detailing power ranges, framesizes, and associated specifications.
Wiring diagrams for 230V single-phase inverters, framesizes E1 to E3.
Wiring diagrams for 400V three-phase inverters, framesizes E2 to E6.
Wiring diagrams for 400V three-phase inverters, framesizes C3 to C6.
Hardware configuration and I/O channels for E1-E6 inverter series.
Hardware configuration and I/O channels for C3-C6 inverter series.
Setting up analogue inputs Al1 and Al2 for E1-E6 inverter framesizes.
Functions and configuration of digital outputs DO1 and relay output.
Configuration of analogue outputs AO1 and AO2 for E1-E6 inverter framesizes.
Functions of digital input channels DI1-DI8 for C3-C6 inverter framesizes.
Configuration of analogue inputs Al1 and Al2 for C3-C6 inverter framesizes.
Functions of digital outputs DO1, DO2 and relay output for C3-C6 inverters.
Configuration of analogue outputs AO1 and AO2 for C3-C6 inverter framesizes.
Step-by-step guide for parameter selection, modification, and saving.
Instructions on how to reset all parameters to their factory default settings.
Setting up start, stop, and direction control sources for the inverter.
Options for selecting the primary source for speed reference signals.
Methods for combining primary and secondary speed references for control.
Special activation modes for two/three wire START-STOP control.
Configuration of autostart after power-down and automatic error reset features.
Overview of digital inputs, outputs, and relay outputs across E2000 inverter sizes.
Assigning specific functions to digital output channels using parameters F300-F302.
Mapping various functions to digital input channels DI1-DI6/DI8 via parameters.
Setting up analogue inputs Al1 and Al2 for speed reference on E1-E6 framesizes.
List of error codes, their reasons, remedies, and associated memory codes.
Setting warning and trip thresholds for inverter and motor overload faults.