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General| DSP | Yes |
|---|---|
| THD | <0.05% |
| Channels | 2 |
| Input Sensitivity | Varies by model |
| Frequency Response | 20Hz - 20kHz |
| Weight | Varies by model |
List of essential safety precautions and warnings for operating the equipment.
Detailed technical specifications and parameters for DSC and DSCT drives.
Wiring diagram and connection details for DSC drives with 220VAC input.
Wiring diagram and connection details for DSCT drives with 380VAC input.
Standard default I/O connections and their programming for drive functionality.
Explanation of the drive's keypad functions, display, and navigation.
Procedure for saving user parameters to EEPROM and resetting to default values.
Description of essential parameters, connections, and display magnitudes for initial setup.
Step-by-step guide for initial drive setup, configuration, and basic operation.
Guide to diagnosing drive malfunctions and alarms with suggested remedies.
Details on connecting the resolver sensor via the J4 connector.
Information regarding the serial communication connector J5 for data exchange.
Overview of logic and analog signals available on various drive connectors.
Description of simulated encoder output signals available on connector J3.
Details on power requirements and transformer sizing for DSC drives.
Information on power calculations and autotransformer/reactance sizing for DSCT drives.
Guidance on selecting appropriate fuses and cables for drive protection and operation.
Details on the optional auxiliary power supply connection for data retention.
Explanation of soft-start circuit connections for limiting insertion current.
Guide to configuring the functions assigned to the drive's logic inputs.
Details on configuring the drive's logic output functions for status signaling.
Procedure for configuring the programmable analog output for internal values.
Settings for configuring simulated encoder output channels and pulses.
Information on using keypad or serial line displays for diagnosing drive status.
How to manage and exclude specific alarms to modify drive behavior.
Comprehensive list and default values for all drive parameters.
Configuration options for internal connections and input/output assignments.
List of internal values and states that can be displayed on the keypad or serial line.
Procedure for setting motor parameters for optimal drive performance.
How to set speed references, limits, and thresholds based on motor speed.
Configuration of minimum/maximum speed levels and speed range signal settings.
Setting peak current limits and configuring current range logic functions.
Automatic tuning process to optimize the torque loop response.
Automatic tuning to determine resolver phase displacement for maximum torque.
Explanation of the functional blocks and parameters within the speed regulation system.
Visual representation of the speed regulation control loop structure.
Details on analog and digital speed reference inputs and selection methods.
Configuration of acceleration/deceleration ramps and speed limit functions.
How the PI speed regulator and current limits interact for motor control.
In-depth explanation of current limiting mechanisms and their parameters.
Description of the motor thermal protection circuit and its alarm functions.
Explanation of logic sequences for drive ready, run, and alarm conditions.
Guide on utilizing the drive's functions for point-to-point positioning tasks.
Procedure for automatically finding a zero or reference position using limit switches.
Examples and configurations for different positioner applications like two speeds/positions.
Information on enhanced positioner features, including absolute positioning mode.
How to configure a logic output signal for the end of a movement sequence.
Methods for improving frequency reference input signals and selection.
Physical dimensions and weight specifications for DSC series drives.
Physical dimensions and weight specifications for DSCT series drives.
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