What to do if ABB Power Supply shows F 2 overcurrent error?
If the ABB Power Supply shows an F 2 error indicating overcurrent, you should check the motor, load, and armature cabling for faults or blocking conditions. Also, verify the parameter settings of the current control circuit/torque limitation and the parameter [P 512] for overcurrent detection.
What to do if ABB 500 Power Supply shows F 3 conv.fan curr.fault?
If the ABB Power Supply shows an F 3 error indicating a converter fan current fault, check the fan supply and fan current. Also, verify the setting of PW1002, SET_MAX_BR_TEMP [P519] and CONV_TEMP_DELAY [P527], the direction of rotation, fan components, and air inlet.
What to do if ABB 500 Power Supply shows F 1 auxil. undervoltage?
If the ABB Power Supply shows an F 1 error indicating auxiliary undervoltage, try to reset it. Check the internal auxiliary voltages. If the fault persists, replace the SDCS-CON-x and/or SDCS-POW 1 board if needed.
Provides an overview of safety instructions for power converters.
Covers electrical hazards, warnings, electrostatic discharge, and environmental safety.
Addresses mains connection, emergency stop buttons, and intended use safety aspects.
Guide on navigating and utilizing the content of the operating instructions.
Identifies intended users, prerequisites, and lists related documents.
Procedures for inspection, storage, transport, handling, and using the rating plate.
Essential general notes and precautions before starting up the unit.
Specifies recommended voltage ranges for motors and field supply.
Guidance on connecting to the mains, isolation, and preventing unintended operation.
Explains the operation of key binary inputs and control signals.
Describes symbols and procedures for parameter altering, displaying, and measuring.
Detailed steps for initial preparatory tasks and scaling internal signals.
Instructions for presetting and configuring the field supply unit.
Steps for adjusting current, speed, and EMF controllers, including auto-tuning.
Procedures for calibrating speed feedback mechanisms (analog tacho, encoder, EMF).
Balancing field supply, EMF, and speed controllers for various operating modes.
Configuring the unit for system conditions and DCF 50xB field supply setup.
Introduction to the CDP 31x panel, its types, and mounting options.
Initial display, communication status, and core panel functions.
Explains keypad modes (ACT, PAR, FUNC, DRIVE) and navigation.
Procedures for selecting, changing, and saving parameters and pins.
Running the drive locally and monitoring its status via the CDP 31x.
Adjusting the desired speed reference for the drive using the panel.
Overview of signal types (status, alarm, fault) and their display methods.
Explains general messages and critical starting errors preventing operation.
Detailed catalog of fault codes, their causes, and corrective actions.
Comprehensive list of alarm codes, their meanings, and potential causes.
Explains status signals indicating drive function results and controller states.
Illustrates the wiring for the first connection configuration.
Illustrates the wiring for the second connection configuration.
Provides an overview of safety instructions for power converters.
Covers electrical hazards, warnings, electrostatic discharge, and environmental safety.
Addresses mains connection, emergency stop buttons, and intended use safety aspects.
Guide on navigating and utilizing the content of the operating instructions.
Identifies intended users, prerequisites, and lists related documents.
Procedures for inspection, storage, transport, handling, and using the rating plate.
Essential general notes and precautions before starting up the unit.
Specifies recommended voltage ranges for motors and field supply.
Guidance on connecting to the mains, isolation, and preventing unintended operation.
Explains the operation of key binary inputs and control signals.
Describes symbols and procedures for parameter altering, displaying, and measuring.
Detailed steps for initial preparatory tasks and scaling internal signals.
Instructions for presetting and configuring the field supply unit.
Steps for adjusting current, speed, and EMF controllers, including auto-tuning.
Procedures for calibrating speed feedback mechanisms (analog tacho, encoder, EMF).
Balancing field supply, EMF, and speed controllers for various operating modes.
Configuring the unit for system conditions and DCF 50xB field supply setup.
Introduction to the CDP 31x panel, its types, and mounting options.
Initial display, communication status, and core panel functions.
Explains keypad modes (ACT, PAR, FUNC, DRIVE) and navigation.
Procedures for selecting, changing, and saving parameters and pins.
Running the drive locally and monitoring its status via the CDP 31x.
Adjusting the desired speed reference for the drive using the panel.
Overview of signal types (status, alarm, fault) and their display methods.
Explains general messages and critical starting errors preventing operation.
Detailed catalog of fault codes, their causes, and corrective actions.
Comprehensive list of alarm codes, their meanings, and potential causes.
Explains status signals indicating drive function results and controller states.
Illustrates the wiring for the first connection configuration.
Illustrates the wiring for the second connection configuration.
General| Input Voltage | 100-240 VAC |
|---|---|
| Output Voltage | 24 VDC |
| Output Current | 20 A |
| Power Rating | 480 W |
| Operating Temperature | -25°C to +70°C |
| Protection | Overload, Overvoltage, Short Circuit |
| Cooling | Convection |
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