How to fix power controller overtemperature in Berger Lahr WDP3-01X?
If the Berger Lahr Controller's power controller is over temperature, let it cool down while the motor is at a standstill. You can also install a fan.
What to do if I see a combined power controller fault message on my Berger Lahr WDP3-01X Controller?
If the Berger Lahr Controller displays a combined message for a power controller fault, press the designated button to retrieve details on the cause of the fault. If necessary, switch the controller off and then on again.
What causes contouring error in Berger Lahr WDP3-01X?
If the Berger Lahr Controller displays a contouring error related to rotation monitoring, check the encoder or wiring of the encoder interface. Also, reduce acceleration and check the electrical current setting. Reduce any excessive mechanical load or friction moment. If on-line command processing is inactive, activate the ERR_RESET input; if in on-line command processing mode, enter the ROTMON_RESET command.
How to resolve power controller overvoltage in Berger Lahr WDP3-01X Controller?
If the Berger Lahr Controller shows a power controller overvoltage (intermediate circuit voltage >395 V), connect an external bleed resistor.
What to do if Berger Lahr Controller and motor do not match?
If the Berger Lahr Controller and motor do not match, use the proper motor type.
How to troubleshoot a motor lead short-circuit in Berger Lahr WDP3-01X?
If the Berger Lahr Controller has a motor lead short-circuit, check the motor wiring and install a correct motor.
General| Manufacturer | Berger Lahr |
|---|---|
| Series | WDP3 |
| Model | WDP3-01X |
| Type | Stepper Motor Controller |
| Communication Interface | RS-232 |
| Protection Features | Overcurrent, Overvoltage, Overtemperature |
Overview of the WDP3-01X controller, motor types, and interface options.
Explains how controller functions depend on interface adapter slots and parameter P00.
Details interface adapter slots (OPT.1, OPT.2) and their associated device functions.
Describes Manual, Teach-in, Position Processing, and On-line command modes.
Explains reference movements using limit or reference switches for system dimension setup.
Covers electrical, mechanical, and ambient condition specifications for the controller.
Lists the items included in the delivery package for the positioning controller.
Details optional accessories available for order, such as motors, cables, and interface converters.
Provides instructions and safety precautions for physically installing the unit.
Covers general wiring guidelines, precautions, and technical data for connections.
Details how to connect the unit to the mains power supply, including voltage setting.
Provides instructions for preparing and connecting the motor cable to the unit.
Instructions for soldering wires to the signal connector and assembly steps.
Details pin configurations for Position Processing, On-line Command, and Electronic Gear modes.
Instructions for connecting the analog interface, including pinout and signal details.
Instructions for connecting the RS 232 serial interface, including cable length and noise immunity.
Instructions for connecting the RS 485 serial interface, including pinout and converter usage.
Notes on the location and setup of field bus interfaces like Interbus-S or Profibus-DP.
Instructions for connecting the encoder interface, including signal types and connection details.
Step-by-step guide for initial setup, parameter setting, and basic motor testing.
Overview of controller functions based on interface configuration and parameter P00 settings.
Details the requirements and procedure for safely switching the unit on and off.
Describes the controller self-test and initial parameter display after power-on.
Explains how the controller signals readiness and controls a brake release mechanism.
Instructions for safely powering down the motor and controller unit.
Details how to use the front panel keys for parameter setting, value display, and operations.
Guides through setting parameters via the entire or restricted parameter menus.
Explains how to store and input position values and speeds using the front panel.
Describes storing positions as absolute values using front panel keys.
Explains how to display actual position, software version, and Interbus-S diagnostics.
Covers starting operations like moving to stored positions, reference movements, and dimension settings.
Details how to manually move the motor using the front panel keys for single step or continuous operation.
Explains manual motor control using inputs/outputs for rotation and speed.
Describes approaching and storing positions as absolute values using inputs/outputs.
Explains selecting and approaching up to ten positions using inputs or activating actions.
Details data transmission format, rates, and networking for serial upload/download.
Describes mode for transmitting commands to the controller for immediate execution.
Explains implementing electronic gear using external signals, gear ratios, and encoder interface.
Details setting and activating movement frequencies (fH, fL) using front panel and FH/FL input.
Explains setting motor speed via analog voltage on ANA_IN input and voltage ranges.
Describes function for detecting positional deviations and contouring errors using an encoder.
Explains the meaning of runtime messages displayed on the unit's status indicators.
Details various output states (FUNCTION2, ACTIVE, FUNCTION1, NO_ERROR) and their meanings.
Lists possible malfunctions with error codes, causes, and rectification methods.
Provides contact details for obtaining spare parts and express shipment information.
Offers contact information for technical support and advice regarding device failures.
Lists available device variants based on motor type and interface configurations (OPT.1, OPT.2).
Illustrates and lists optional accessories such as motors, fans, filters, and interface converters.
Details how to mount and connect the optional fan for improved heat dissipation.
Explains the function and connection of the mains filter for radio interference suppression.
Describes the MP 923 converter for data transmission between RS 485 and RS 232 interfaces.
Explains the MP 924 distributor for controlling multiple networkable units from a PC.
Details the use of the bleed resistor for dissipating braking energy and its connection.
Provides definitions for technical terms used throughout the manual.
Lists common abbreviations used in the manual with their full meanings.
Index entry for acceleration parameters and related topics.
Index entry for accessories and related sections.
Index entry for the AUTOM input function.
Index entry for baud rate settings and related information.
Index entry for the electronic gear function and its parameters.
Index entry for parameter setting procedures and menus.
Index entry for troubleshooting tables and error code information.
To Next Page