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Explains manual symbols and critical safety information before operation.
Details RS485 communication, cable requirements, and maximum line length.
Describes the features and layout of the programming terminal.
Explains display and programming modes, including error handling.
Covers operating via computer, operating terminal, and controlling terminal.
Details the functions of the Jog, Direction, Start, and Stop buttons.
Explains navigation and data entry using the upper group buttons.
Guides through parameter setting, validation, and system resetting.
Describes specific button actions and the programming sequence for terminals.
Lists hardware options and software features for diverse applications.
Highlights key programming options like step procedures and I/O capabilities.
Explains program version meaning, compatibility, and update procedures.
Illustrates the sequence of steps for programming the frequency converter.
Provides a structured view of the menu system with submenu references.
Describes the purpose of the quick menu for frequently used parameters.
Explains how to add and remove parameters from the quick menu.
Lists default parameters for the quick menu with explanations and values.
Covers parameters for setting operational mode and reference signals.
Details settings for control reference signal source and limits.
Configures regulation reference signal source, type, and limits.
Sets regulation start/stop parameters and selects the feedback signal source.
Allows modification of reference signals and explains the modifying signal's function.
Covers PID selection, change-over points, and parameter data.
Defines PID parameters (P, I, D) and their impact on output frequency.
Provides examples and guidance for PID parameter adjustment.
Introduces parameters related to motor starting.
Explains acceleration time and its calculation.
Details multistep acceleration and smooth "S" curve transitions.
Covers start disable, restart, start types, and flying start settings.
Introduces parameters related to motor stopping.
Explains deceleration time and its calculation.
Details multistep deceleration and various stop types.
Covers DC brake, resistor brake, and other stopping support functions.
Introduces configuration for analogue, digital, virtual inputs, and IRE parameters.
Details settings for analogue inputs, including type, levels, and functions.
Explains how to program digital inputs for various functions.
Describes configuration of virtual inputs using internal signals.
Selects sources for control signals and configures logical parameters.
Defines functions like start switch, jog, stop, and error handling.
Covers motorized potentiometer, CAN/RS485 exchange, and IRE settings.
Details program inhibit, suspension, step, and counter functions.
Configures parameters for slave equipment in master/slave setups.
Sets resolution, speed, and type for IRE sensors.
Introduces configuration for analogue and digital outputs.
Configures analogue outputs for parameter feedback.
Details settings for digital outputs.
Explains timer operation for delaying or limiting signal states.
Details comparator settings for comparing parameters.
Configures timed intervals and extends PID functionality.
Introduces settings for motor data, limits, and control modes.
Covers setting motor power, voltage, current, and limits.
Details thermal model, torque limits, motor testing, and current characteristics.
Sets parameters for vector mode, including magnetizing current and rotor correction.
Adjusts regulator parameters, field weakening, and sensorless operation.
Allows rotor resistance adaptation and synchronization offset settings.
Covers settings for defining or modifying the voltage vs. frequency curve.
Displays graphical representations of U/f characteristics.
Configures maximum, minimum, and inhibited frequencies.
Sets jog frequencies and defines frequency bands to avoid resonance.
Introduces programs, counters, and their activation methods.
Manages program type, filtering, end events, and specific program settings.
Configures sequences, program groups, and their activation.
Explains how to activate programs and sequences from terminal blocks.
Covers customizing the display appearance.
Explains dynamic text messages indicating operational states.
Allows defining productivity values.
Configures big character display and active menu selection.
Introduces settings for factory and individual configurations.
Covers saving and loading parameter sets.
Explains using macros to limit displayed parameters.
Details remote control, modulation, and slip compensation settings.
Covers CAN bus, output parameters, and event logging setup.
Lists read-only info and password-protected settings.
Allows setting and changing user and installer passwords.
Introduces the event log and its stored events.
Details the error log and error information display.
Explains error acknowledgement and lists common errors with troubleshooting.
Provides examples for common control and regulation tasks.
Shows settings for pressure regulation using a 4-20mA transmitter.
Demonstrates settings for rotation speed regulation using an IRE signal.
Explains technical terms and abbreviations used in the manual.
Provides definitions for common technical terms.
Sections for user-specific settings and general notes.
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