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What to do if Danfoss DC Drives trip lock?
If a Danfoss DC drive experiences a trip lock, it means an alarm occurred, and the motor has stopped. To resolve this, first, identify and clear the cause of the alarm. Then, reset the drive by: pressing the [Reset] button, using remote control terminals, or via serial communication.
Explains the guide's purpose for safe installation and commissioning.
Lists other resources for advanced functions and programming.
Provides information on manual updates and language.
Lists possible type approvals and certifications for Danfoss drives.
Instructions on how to dispose of the equipment according to regulations.
Explains the meaning of safety symbols used in the manual.
Defines the qualifications required for handling the equipment.
Provides general safety warnings to prevent injury and damage.
Warns about charged capacitors and waiting time before service.
Warns about high voltage and the need for qualified personnel.
Warns about the risk of unexpected motor starts.
Highlights leakage currents and the importance of grounding.
Warns about hazards related to rotating shafts and electrical equipment.
Warns about hot surfaces and the risk of burns.
Warns about hazards from internal drive failures if not properly closed.
Describes the drive's purpose and limitations.
Explains the concept of an enclosed drive and its models.
Visually shows the location of various drive options.
Covers identifying the drive and its options via type code and enclosure size.
Provides detailed power ratings and physical dimensions for different models.
Details the control compartment, its door, LCP, and menu structure.
Lists items supplied with the drive and checks for damage.
Addresses drives shipped in multiple cabinets and reassembly.
Lists necessary tools for installation.
Provides guidelines for storing the drive before installation.
Discusses environmental factors, gases, dust, and explosive atmospheres.
General requirements for drive installation, including mounting and cooling.
Details cooling requirements and clearance for proper operation.
Provides airflow rate specifications for different enclosure models.
Safety warnings and procedures for lifting the heavy drive unit.
Procedures for assembling cabinets from a split shipment.
Covers creating cable entries and installing with back-channel cooling.
Describes three methods for securing the drive cabinet to the floor.
General safety warnings related to electrical installation.
Guidelines for ensuring an installation meets EMC standards.
Requirement for shielded cables or metal conduits for RF emission compliance.
Precautions to prevent interference by isolating cables.
Provides a wiring overview diagram for specific enclosed drive models.
Provides a wiring overview diagram for specific enclosed drive models.
Cross-references control terminals to drive module terminals.
Instructions for connecting wiring harnesses based on drive configuration.
Covers safety, interior view, and terminal descriptions for control compartment.
Guidelines for power cabling, grounding, and connecting motor/mains cables.
Instructions for connecting the sine-wave filter to the motor.
Instructions for connecting the dU/dt filter to the motor.
Safety and procedure for connecting the drive to ground.
Guidance on selecting upstream fuses for cable protection.
Steps to enable motor operation via external interlock command.
How to set analog input signals for voltage or current.
Features and configuration steps for RS485 serial communication.
Settings for Passive Harmonic, dU/dt, and Sine-wave filters.
Information on MCCB trip settings.
Explains STO wiring requirements for safety control systems.
Comprehensive checklist before starting the drive.
Procedure for safely applying power to the drive.
Overview, navigation, examples, and system information entry.
Procedure to optimize energy consumption.
Steps to optimize drive-motor compatibility.
Procedures for testing motor rotation and encoder rotation.
Recommended procedure for initial drive start-up.
Overview, upload/download, and factory reset for parameter settings.
Introduces examples of common wiring configurations.
Wiring setups for AMA with and without T27.
Configurations for analog speed reference and speed up/down.
Wiring for analog current and voltage feedback transducers.
Wiring for run/stop, start/stop, and alarm reset functions.
Wiring configuration for RS485 network connection.
Wiring for motor thermistor connection.
Wiring configuration for regeneration.
Wiring for relay setup using Smart Logic Control.
Guides compressor, fan, or pump setup using SmartStart.
Overview of status messages displayed on the LCP.
Explains status messages related to operating modes and reference sites.
Details status messages for various operation states.
General maintenance guidelines for the drive.
Explains different types of warnings, alarms, and trip states.
Covers common warnings/alarms like voltage, overload, and faults.
Lists symptoms, causes, tests, and solutions for common issues.
Detailed electrical specifications for different supply voltages.
Specifications for the mains supply.
Specifications for motor output voltage, frequency, and torque.
Specifies operating and storage ambient conditions.
Specifications for motor and control cable lengths and cross-sections.
Details specifications for USB, STO, DC outputs, digital I/O, and analog signals.
Specifications for Passive Harmonic, Line Reactor, dU/dt, and Sine-wave filters.
Information on fuses, breakers, and switches for protection.
Exterior dimensions for D9h, D10h, E5h, and E6h enclosures.
Illustrates enclosure airflow requirements.
Specifies correct torque values for fasteners.
Explains manual conventions and lists common abbreviations.
Compares default parameter settings for different regions.
Lists parameter settings needed for specific drive options.
Diagrams showing electrical power flow for D9h/D10h and E5h/E6h enclosures.
Tables listing power losses for contactor, fusible/non-fusible disconnect, MCCB, filter options.
General