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Safety precautions for operating the Microdrive, including high voltage and servicing guidelines.
Information on supply overload, current limit, short-circuited load, and thermal modeling.
Input specifications for the Microdrive-i, including supply, voltage, and frequency.
Output specifications including current, voltage, and power ratings.
Protection features like supply overload, current limit, and thermal overload.
Details on motor protection, stall protection, and thermal overload.
Details on the standard configuration settings and terminal connections.
Steps and procedures for commissioning the Microdrive before operation.
Instructions and diagrams for correctly wiring the Microdrive-3 (UD3).
Wiring diagrams and notes for the Microdrive-i (UDi) power connections.
How to use the control panel, including navigation and changing values.
Standard terminal configuration for control signals and inputs.
Comprehensive list of fault messages with trip points and notes.
Safety warnings to observe before commissioning the Microdrive.
Steps to check the installation and ensure it meets requirements before operation.
Procedure for checking all wiring connections to the Microdrive.
Steps for performing a test run of the Microdrive after installation.
Flowchart to diagnose and solve common Microdrive problems.
General service information and troubleshooting procedures.
Details on the LVDC supply low fault and its causes.
Possible causes and actions for checking supply-related faults.
Information on overvoltage trip faults and their resolution.
Faults related to a low mains supply and potential causes.
Description of overcurrent trip faults and troubleshooting steps.
Details on brake thermal trip faults and their implications.
Faults related to the motor PTC sensor and their resolution.
Information on motor thermal trip faults and troubleshooting.
Causes and solutions for motor overload conditions.
Faults related to the drive itself or its thermal limits.
Description of motor stalled faults and their causes.
Faults associated with ground faults in the system.
Faults related to calibration errors and how to address them.
Faults indicating corrupted data in the Microdrive's memory.
Information on EEPROM failure faults and possible solutions.
Faults related to invalid or corrupted software.
Faults triggered by an external host system.
Faults due to communication timeouts with the Microdrive.
Details on motor thermal trip faults and troubleshooting.
Faults indicating motor overload and their causes.
Faults related to the microtherm sensor and motor operation.
Information on drive thermal trip faults and their resolution.
Faults related to the Microdrive itself or its thermal limits.
Description of motor stalled faults and their causes.
Faults associated with ground faults in the system.
Faults related to calibration errors and how to address them.
Faults indicating corrupted data in the Microdrive's memory.
Information on EEPROM failure faults and possible solutions.
Faults related to invalid or corrupted software.
Faults triggered by an external host system.
Faults due to communication timeouts with the Microdrive.
Information on fuse failures and their implications for Microdrive protection.
Step-by-step instructions for replacing the control PCB.
Details on control inputs, outputs, common point isolation, and specifications.
Diagram detailing the Microdrive's control inputs and outputs with specifications.
Comprehensive explanation of each screen control, status message, and input/output.
Details on fault screens, including causes and trip points.
Parameters for adjusting acceleration and deceleration rates.
Configuration of minimum and maximum frequency ranges.
Settings for controlling the Microdrive's current limit.
Detailed explanation of frequency control settings.
Defining the source for reference frequency input.
Choosing the current limit mode for motor control.
Resetting settings and commissioning the Microdrive.
Example of constant pressure pumping control.
Safety precautions for operating the Microdrive, including high voltage and servicing guidelines.
Information on supply overload, current limit, short-circuited load, and thermal modeling.
Input specifications for the Microdrive-i, including supply, voltage, and frequency.
Output specifications including current, voltage, and power ratings.
Protection features like supply overload, current limit, and thermal overload.
Details on motor protection, stall protection, and thermal overload.
Details on the standard configuration settings and terminal connections.
Steps and procedures for commissioning the Microdrive before operation.
Instructions and diagrams for correctly wiring the Microdrive-3 (UD3).
Wiring diagrams and notes for the Microdrive-i (UDi) power connections.
How to use the control panel, including navigation and changing values.
Standard terminal configuration for control signals and inputs.
Comprehensive list of fault messages with trip points and notes.
Safety warnings to observe before commissioning the Microdrive.
Steps to check the installation and ensure it meets requirements before operation.
Procedure for checking all wiring connections to the Microdrive.
Steps for performing a test run of the Microdrive after installation.
Flowchart to diagnose and solve common Microdrive problems.
General service information and troubleshooting procedures.
Details on the LVDC supply low fault and its causes.
Possible causes and actions for checking supply-related faults.
Information on overvoltage trip faults and their resolution.
Faults related to a low mains supply and potential causes.
Description of overcurrent trip faults and troubleshooting steps.
Details on brake thermal trip faults and their implications.
Faults related to the motor PTC sensor and their resolution.
Information on motor thermal trip faults and troubleshooting.
Causes and solutions for motor overload conditions.
Faults related to the drive itself or its thermal limits.
Description of motor stalled faults and their causes.
Faults associated with ground faults in the system.
Faults related to calibration errors and how to address them.
Faults indicating corrupted data in the Microdrive's memory.
Information on EEPROM failure faults and possible solutions.
Faults related to invalid or corrupted software.
Faults triggered by an external host system.
Faults due to communication timeouts with the Microdrive.
Details on motor thermal trip faults and troubleshooting.
Faults indicating motor overload and their causes.
Faults related to the microtherm sensor and motor operation.
Information on drive thermal trip faults and their resolution.
Faults related to the Microdrive itself or its thermal limits.
Description of motor stalled faults and their causes.
Faults associated with ground faults in the system.
Faults related to calibration errors and how to address them.
Faults indicating corrupted data in the Microdrive's memory.
Information on EEPROM failure faults and possible solutions.
Faults related to invalid or corrupted software.
Faults triggered by an external host system.
Faults due to communication timeouts with the Microdrive.
Information on fuse failures and their implications for Microdrive protection.
Step-by-step instructions for replacing the control PCB.
Details on control inputs, outputs, common point isolation, and specifications.
Diagram detailing the Microdrive's control inputs and outputs with specifications.
Comprehensive explanation of each screen control, status message, and input/output.
Details on fault screens, including causes and trip points.
Parameters for adjusting acceleration and deceleration rates.
Configuration of minimum and maximum frequency ranges.
Settings for controlling the Microdrive's current limit.
Detailed explanation of frequency control settings.
Defining the source for reference frequency input.
Choosing the current limit mode for motor control.
Resetting settings and commissioning the Microdrive.
Example of constant pressure pumping control.
General| Manufacturer | PDL |
|---|---|
| Model | UD3-60 |
| Category | Controller |
| Input Voltage | 24V DC |
| Output Voltage | 24V DC |
| Protection Class | IP20 |
