How to troubleshoot Remote keypad fault on Lenze Inverter?
If the Lenze Inverter shows 'Remote keypad fault', it means the remote keypad is disconnected. To resolve this, check the remote keypad connections.
Why Lenze DC Drives show earth fault?
An earth fault in Lenze DC Drives can occur if a motor phase is grounded, so you should check the motor and motor cable. It can also be due to excessive capacitive charging current of the motor cable, in this case use shorter motor cables with lower charging current.
What to do if Lenze DC Drives have controller overtemperature?
If the controller has an overtemperature, it means the controller is too hot inside. To resolve this, reduce the controller load and improve cooling.
What causes automatic start to be inhibited in Lenze DC Drives?
If automatic start is inhibited in Lenze DC Drives, it is because c42 = 0. You should apply a LOW-HIGH signal change at terminal 28.
What does DC-injection brake active mean on Lenze Inverter?
If the Lenze Inverter is showing 'DC-injection brake active', it means the DC-injection brake has been activated either via digital input or automatically. To deactivate it, ensure the digital input is LOW or wait for the holding time c06 to expire if it was activated automatically.
What to do if Lenze DC Drives show data on EPM not valid?
If Lenze DC Drives indicate that the data on the EPM is not valid, it means the data is not valid for the controller. Use an EPM providing valid data or load the Lenze setting.
What to do for Controller overtemperature on Lenze Inverter?
If the Lenze Inverter displays 'Controller overtemperature', it means the controller is too hot inside. To resolve this, reduce the controller load and improve cooling.
What does current limit reached mean on Lenze Inverter?
If the Lenze Inverter shows 'Current limit reached', it indicates a controllable overload. This is managed automatically, as described in C22.
What to do if Lenze DC Drives show EPM error?
If Lenze DC Drives display an EPM error, the EPM might be missing or defective. Power down the system and replace the EPM.
What causes motor overload on Lenze ESMD371L4TXA?
If the Lenze Inverter displays a motor overload (I2t overload), it means the motor is thermally overloaded. This can be due to: * Impermissible continuous current. * Frequent or excessively long acceleration processes. To resolve this: * Check the controller selection. * Check the setting of c20.
Essential safety measures for handling and operating the inverter.
Correct usage and directives for drive controllers in machinery.
Precautions during transport, handling, and physical installation.
Guidelines for safe electrical wiring and connections.
Critical warnings about electrical hazards and component behavior.
Pictograms indicating hazardous electrical voltage and personal danger.
Symbols for equipment damage warnings and operational stops.
Special warnings applicable to UL approved systems.
Critical warning about residual charge in capacitors after power off.
Warning regarding potential fire or shock from protective device operation.
Rated and maximum output currents for various conditions.
Guidelines for physical mounting and placement.
Steps to ensure electromagnetic compatibility during installation.
Recommendations for protective devices and wire gauges.
Visual guide for wiring power and control connections.
Warning about capacitor damage and reforming procedures.
Safety warnings regarding electrical shock and output terminal connections.
Detailed description of each control terminal's purpose.
Procedures for navigating and changing inverter parameters.
List of parameter codes and their descriptive names.
Available selections and Lenze's recommended settings.
Critical information and usage advice for parameters.
Listing of error codes and their primary causes.
Troubleshooting steps for short-circuit and earth fault errors.
Remedies for motor overload and DC bus overvoltage.
General| Input Frequency | 50/60 Hz |
|---|---|
| Rated Power | 3.7 kW |
| Output Power | 3.7 kW |
| Protection Class | IP20 |
| Type | Inverter |
| Input Voltage | 380-480 V |
| Output Voltage | 0-480 V |
| Cooling | Air cooling |
| Control Method | V/f control |
| Cooling Method | Forced air cooling |
To Next Page