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General| Brand | BONFIGLIOLI |
|---|---|
| Model | act 401 |
| Category | DC Drives |
| Language | English |
Basic steps for installation and commissioning.
Details all functions and parameters for adapting the inverter.
Supplements documentation for installation and commissioning.
Information on installing optional components.
Information about DC-link circuit, high voltage, and safety.
Electrical drive components for industrial plants and machines.
Guidelines for proper transport and storage of devices.
Precautions for handling and installing inverters.
Safety and compliance for electrical connections.
Guidelines for safe operation and usage of the inverter.
Unauthorized interventions can lead to injury or damage.
Details the scope of delivery for specific models.
Lists items included in the scope of delivery for these models.
Details the scope of delivery for these specific ACT 401 models.
Lists the standard delivery components for ACT 401 models in this power range.
Specifies the scope of supply for high-power ACT 401 inverters.
Covers CE conformity, EMC directive, UL approval, ambient conditions, and functions.
Details technical specifications for control terminals X210A and X210B.
Provides technical data for ACT 201 models in the specified power and voltage range.
Details technical specifications for ACT 201 models within this power and voltage range.
Technical data for ACT 401 models in the 400V range, 0.55-4.0 kW.
Technical specifications for ACT 401 models, 400V, 5.5-15.0 kW.
Technical data for ACT 401 models in the 400V range, 18.5-30.0 kW.
Technical specifications for higher power ACT 401 models (400V).
Graphical representations of derating based on altitude, temperature, and voltage.
Vertical mounting instructions and dimensions for smaller models.
Mounting details and dimensions for mid-range ACT 201/401 models.
Mechanical installation and dimensional data for ACT 401 models in the 18.5-30.0 kW range.
Mounting instructions and dimensions for ACT 401 models, 37.0-65.0 kW.
Mechanical installation details and dimensions for the largest ACT 401 models.
Measures to minimize electromagnetic interference during installation.
Illustrates the functional connections of control terminals and outputs.
Information on installing control units and communication/expansion modules.
Guidelines for dimensioning conductor cross sections.
Instructions for selecting mains fuses and cable cross-sections.
Recommendations for connecting motor cables, including length and filters.
Details on connecting brake resistors and safety precautions.
Mains power connection details for ACT 201/401 up to 4.0 kW.
Mains power connection for ACT 201/401, 4.0-15.0 kW.
Mains power connection for ACT 401, 18.5-30.0 kW.
Mains power connection for ACT 401, 37.0-65.0 kW.
Mains power connection for ACT 401, 75.0-132.0 kW.
Arrangement of menus and functions on the control unit.
Overview of the four main menu branches for navigation.
Displays various actual values based on configuration and installed options.
Allows configuration of parameters during guided commissioning.
Copies parameter values to/from non-volatile memory for easy re-parameterization.
Specifies the target location for copied parameter data.
Enables transmission of data from KP 500 to the frequency inverter.
Details the process of transmitting files from the control unit to the frequency inverter.
Enables control of the drive via the control unit.
Controls the motor based on selected operation mode and parameter settings.
Adjusts output frequency using arrow keys via the control unit.
Adjusts output frequency using arrow keys, linked to reference values.
Checks connections and power-up sequence.
Guided procedure to determine parameter settings for application.
Determines assignment of inputs/outputs and software functions for drive control.
Enables selection of one of four data sets for parameter storage.
Sets motor properties for control functions based on table values.
Entry of motor data from type plate for plausibility check.
Verifies entered machine data and checks for warnings or errors.
Measures machine data and enters it automatically for parameterization.
Verifies actual direction of rotation against reference value.
Configuration for connecting and evaluating speed sensors.
Configuration parameters for speed sensor 1.
Configuration parameters for speed sensor 2 via expansion module.
Parameter setting and commissioning via optional interfaces.
Identifies device type, fabrication data, and serial number.
Details recognition of plug-in modules and their designations.
Indicates firmware version and software key.
Protects parameter access by setting a password.
Defines the scope of functions for parameterization.
Allows entering plant or machine designation.
Determines assignment of inputs/outputs and software functions for drive control.
Sets motor parameters according to nameplate or data sheet.
Details parameters like stator resistance and leakage coefficient.
Sets magnetizing current for sensorless field-oriented control.
Adjusts slip based on rotor time constant and temperature.
Parameters used for internal processing of motor data.
Configuration for incremental speed sensor connection and evaluation.
Selects operation mode for speed sensor 1 evaluation.
Monitors drive via actual value system and applies a factor.
Parameterizes factors for monitoring volume flow and pressure.
Parameterizes starting and stopping behavior of the 3-phase machine.
Configures starting behavior for sensorless control via operation modes.
Sets starting current for heavy starting applications.
Sets frequency limit for permanent operation below the limit.
Controls magnetization and current impression for field-oriented control.
Defines machine stopping behavior using digital logic signals.
Inverter disabled, drive coasts freely.
Drive standstill, inverter disabled after holding time.
Drive standstill, permanently supplied with current.
Defines frequency for recognizing drive standstill.
Considers holding time in stopping behaviors for motor heating.
Implements direct current brake for stopping behaviors and search run.
Accelerates drive after mains voltage connection with controller enabled.
Synchronizes motor speed to rotating drive without overcurrent fault.
Controls positioning based on distance or angle via reference signals.
Defines positioning distance relative to reference signal for application accuracy.
Performs positioning based on reference orientation and speed sensor feedback.
Monitors admissible load behavior based on switching frequency and ambient conditions.
Monitors heat sink and inside temperatures to prevent fault switch-off.
Indicates controller intervention and operating behavior via status messages.
Compensates DC component in output current due to unbalances.
Sets maximum permissible output frequency to prevent inverter switch-off.
Monitors motor temperature using digital inputs for application-specific behavior.
Monitors phase failure to prevent damage to inverter and drive components.
Enables automatic acknowledgment of specific faults without user intervention.
Defines output frequency and speed setting ranges via min/max parameters.
Sets percentage ranges for reference values via min/max parameters.
Connects various functions for defining reference frequency via hardware assignment.
Describes software switch positions for selected reference frequency sources.
Combines signal sources for defining reference values with percentage scaling.
Parameterizes fixed frequencies or percentages based on configuration.
Defines four fixed frequencies selected via change-over modes.
Defines four percentage values selected via change-over modes.
Determines how fast frequency changes after start, stop, or brake commands.
Scales reference value change using percentage ramps.
Fades out reference frequencies to avoid system resonance points.
Controls motor speed using digital signals or KP 500 control unit keys.
Controls motor speed using KP 500 keys and reference value sources.
Configurable input for voltage, current, or digital signals for various functions.
Configured for analog reference value source (0-10V or 0-20mA).
Maps analog input signal to configurable characteristic using frequency/percentage limits.
Adapts analog input characteristic with sign change of reference value.
Sets time constant for averaging analog input signal via low-pass filter.
Monitors analog input signal and issues warnings or shut-downs.
Configurable output for digital, analog, or repetition frequency signals.
Configured for pulse-width modulated output signal with adjustable voltage range.
Provides 24V output signal as repetition frequency based on operation mode.
Links digital outputs and relay output to various functions based on configuration.
Activates digital output when stator frequency exceeds a set value.
Generates message when actual frequency/percentage reaches reference value.
Activates digital output when flux formation is completed.
Enables activation of a brake unit via digital control output.
Links digital outputs to intelligent current limits for power reduction.
Controls external fan based on controller release, start signals, or temperature.
Sets logic signals for monitoring functions to combine warnings.
Assigns control signals to software functions, allowing flexible use.
Links start parameters to digital inputs or internal logic for drive acceleration.
Controls drive via digital pulses for start, stop, and direction.
Acknowledges faults via parameter or logic signal.
Selects time functions via operation modes and links logic signals.
Monitors motor temperature via digital input and linked operation modes.
Switches between speed and torque control in field-oriented configurations.
Stores parameter values in four data sets for operation point adaptation.
Specifies reference values via fixed frequencies or percentages based on configuration.
Defines motor potentiometer behavior based on operation mode.
Links timer functions for time-controlled digital signals.
Links timer functions for time-controlled digital signals.
Sets time constant for averaging analog input signal via low-pass filter.
Links external and internal digital signals using combinatory or sequential logic.
Performs comparisons of actual values with percentage-adjustable fixed values.
Accelerates control behavior by adding calculated voltage pre-control.
Sets current limits to avoid inadmissible loading and prevent fault switch-off.
Monitors DC link voltage and controls it to a set limit value.
PI controller for process control like pressure, flow, or speed.
Additional functions supplementing V/f characteristic for sensorless control.
Compensates load-dependent speed difference using current measurement.
Reduces output frequency during acceleration to prevent overload.
Control modes based on cascade control and machine model calculation.
Controls flux-forming and torque-forming current components.
Limits speed by reaching reference torque until frequency limits are met.
Selects actual speed source and operation mode for speed controller.
Limits output signal of speed controller (current, torque, power).
Links analog input or fixed values to limit speed controller.
Reduces drive system reaction time by pre-controlling acceleration.
Controls flux-forming current component using optimized parameters.
Limits output signal of modulation controller via reference flux parameters.
Automatically adapts output value to machine behavior in basic and field weakening areas.
Reduces motor noises by changing switching frequency.
Sets switch-on temperature for heat sink fan and controls external fans.
Integrates inverters into automation systems via communication options.
Protects motor and cable against overload and disconnects on short-circuit.
Monitors load behavior and connection via V-belt system.
Control functions for field-orientated control, adaptable via special functions.
Adapts generator energy to heat in the connected three-phase machine.
Adjusts rotor time constant based on motor temperature measurement.
Monitors speed sensor signal, track signal, and division marks for failures.
Displays application-specific actual values based on configuration and expansion cards.
Displays electrical control variables and actual values of the machine/system.
Stores actual values for operating behavior assessment and maintenance.
Calculates system actual values based on parameterized system data.
Monitors drive via actual value system and applies a factor.
Stores last 16 fault messages chronologically.
Provides operating point information via green/red LEDs and display elements.
Displays status of digital inputs/outputs for checking control signals.
Establishes active control functions and displays controller codes.
Displays current warnings as messages and sums of individual codes.
Lists actual values, their units, display ranges, and corresponding chapters.
Lists parameters by menu branch, description, unit, setting range, and chapter.
