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General| Category | DC Drives |
|---|---|
| Enclosure Rating | IP20 |
| Series | 8100 A |
| Communication Interface | RS-232 |
| Protection Features | Overcurrent, Overvoltage, Overtemperature, Short Circuit |
| Humidity | Up to 95% relative humidity, non-condensing |
| Operating Temperature | 0°C to 40°C |
Specific data and parameters for each inverter model.
Information regarding certifications and compliance standards.
Guidelines for connecting cables and wiring the device.
Recommendations for minimizing radio interference.
Instructions for connecting mains and motor power.
How to operate the inverter with a brake chopper.
Details on connecting control signals and inputs.
Location of switches and controls for parameter configuration.
Instructions on how to safely open the inverter cover.
Connecting and configuring pulse train and encoder inputs.
Details on serial communication interfaces like LECOM1, RS232C, RS485.
Details on the +15V output terminal.
Specifications and functions of digital input terminals.
How to assign functions to digital inputs.
Configuration of freely assignable digital output terminals.
Description of the optional LCD operating unit.
Methods for entering and confirming parameter values.
How the inverter displays its current operating status.
Initial parameter settings for the inverter configuration.
Detailed explanation of various operating parameters.
Setting acceleration and deceleration times for frequency changes.
Defining the motor voltage to frequency characteristic.
Setting the nominal frequency for V/f characteristic calculation.
Adjusting voltage boost for asynchronous motors.
Setting the threshold for Qmin signal activation.
Setting the output voltage chopping frequency.
Configuring auto DC injection braking activation threshold.
Selecting encoder type for input adjustments.
Adjusting encoder signal offset and gain.
Automating the adjustment of the PI controller feedback loop.
Setting the input range for master current.
Setting the DC component for braking.
Setting JOG frequency values and assignments.
Parameters for controlling the inverter's operational behavior.
Enabling and disabling the inverter controller.
Functions for inverting set-value and activating quick stop.
Resetting faults using the LECOM interface.
Enabling or disabling process control functions.
Activating JOG set-values via digital inputs.
Read-only parameters for displaying operational status.
Displaying the second set-value.
Displaying the current output frequency.
Displaying the PI controller's actual value.
Displaying the motor voltage.
Displaying the DC bus voltage.
Displaying momentary fault codes and history.
General parameters for controller status and settings.
Information on controller and operating status.
Adjusting PI controller gain, response time, and influence.
Setting the rated power of the connected motor.
Displaying the type of the inverter controller.
Setting and managing the user password.
Selecting the display language for the operating unit.
Displaying the current software version.
Parameters for customizing specific application functions.
Setting additional ramp times for acceleration and deceleration.
Setting deceleration time for the quick stop function.
Setting the holding time for DC injection braking.
Adjusting amplification and offset for monitor output.
Assigning signals to the monitor output terminal.
Assigning functions to freely programmable digital inputs.
Configuring polarity and priority for digital inputs.
Assigning functions to freely programmable digital outputs.
Setting the polarity for digital outputs.
Configuring surveillance functions and fault indications.
Selecting the baud rate for serial communication.
Enabling additional acceleration/deceleration times.
Stopping the ramp function generator.
Resetting ramp generator input to zero.
Selecting ramp generator characteristic (linear/S-shaped).
Setting threshold for reducing chopping frequency.
Displaying the current step in process control.
Configuring set-value input reference (relative/absolute).
Assigning functions to terminals 21 and 22.
Selecting and configuring process control steps.
Setting acceleration/deceleration times for the second set-value.
Attenuating load change oscillations.
Controlling output frequency via pilot signal.
Limiting the output frequency setting range.
Defining a window for actual vs. set-value comparison.
Defining a window for ramp generator input/output signal.
Accessing LECOM1 codes.
Selecting between Trip and Clamp control modes.
Setting the address for LECOM1 interface communication.
Setting the minimum field frequency.
Setting the maximum field frequency.
Setting acceleration time for set-value 1.
Setting deceleration time for set-value 1.
Defining the motor voltage to frequency characteristic.
Setting the nominal frequency for V/f characteristic calculation.
Adjusting voltage boost for asynchronous motors.
Setting the threshold for Qmin signal activation.
Enabling and disabling the inverter controller.
Setting the direction of motor rotation.
Configuring the quick stop function.
Resetting faults via the LECOM interface.
Enabling or disabling process control functions.
Activating JOG set-values.
Monitoring and protection against voltage variations.
Monitoring and protection against overcurrent conditions.
Monitoring and protection against overheating.
Monitoring for system faults and parameter errors.
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