How to fix DC link overvoltage alarm on Gefran Inverter?
To resolve a DC link overvoltage alarm on your Gefran Inverter due to energy recovered from the motor, try extending the deceleration ramp. Alternatively, use a braking resistor connected to the appropriate terminals to dissipate the energy.
Why is my Gefran Inverter showing a DC link undervoltage alarm?
If your Gefran Inverter shows a DC link undervoltage alarm, the issue might be due to mains voltage being too low or overextended voltage drops, or poor cable connections. Check the connections and the mains voltage to resolve this.
What to do if my Gefran Inverter displays a heatsink temperature too high alarm?
To address a heatsink temperature too high alarm on your Gefran Inverter, verify the cooling fan is working correctly. Also, check that the heatsinks aren't clogged and that the openings for cabinet cooling air are not blocked.
How to troubleshoot instantaneous overcurrent alarm on Gefran Inverter?
If your Gefran Inverter displays an instantaneous overcurrent protection intervention alarm, it could be due to incorrect current regulator parameter settings or a short circuit. Check the current regulator parameters (menu 17) and inspect the wiring towards the motor.
What causes the Input air temperature too high alarm on a Gefran Inverter?
To resolve an Input air temperature too high alarm on your Gefran Inverter, check that the fan is operating correctly. Also, ensure the panel cooling air openings are unobstructed, and check the temperature inside the electrical panel.
What should I do if my Gefran Inverter displays an IGBT module temperature too high or too low alarm?
If your Gefran Inverter shows an IGBT module temperature alarm (too high or too low), verify the cooling fan's operation. Check that the heatsinks are not clogged and that the openings for the cabinet cooling air are not blocked.
Why does my Gefran Inverter show a motor overtemperature alarm?
If your Gefran Inverter is alarming due to a motor overtemperature, consider that the load cycle may be too heavy, the ambient temperature may be too high, or the motor's cooling fan may not be working. Change the processing cycle or use a cooling fan to cool the motor.
How to fix ground short circuit alarm on Gefran Inverter?
To address a ground short circuit alarm on your Gefran Inverter, check the drive and motor wiring. Also, verify that the motor is not grounded.
What does instantaneous overcurrent in IGBT bridge alarm mean on my Gefran Inverter?
If your Gefran Inverter is experiencing an instantaneous overcurrent in the IGBT bridge alarm, try switching the drive off and then on again. Check the condition of the braking resistor isolation, ensuring there are no earth leakages. If the alarm persists, it is recommended to contact the technical service center.
General| Category | DC Drives |
|---|---|
| Output Current | Up to 200A |
| Feedback | Tachometer, Encoder |
| Communication | Profibus, CANopen |
| Protection | Overcurrent, Overvoltage, Overtemperature |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -20°C to 70°C |
| Humidity | 5% to 95% non-condensing |
Manual update status based on software versions.
General notes on terms, safety, and product modifications.
Explanation of symbols used for warnings and important notes.
General safety instructions for handling electrical drives.
Warnings about dangerous voltages, mechanical parts, and electrical hazards.
Limitation of liability and usage conditions.
Specific features of the VDL200 for lift applications.
Additional functionalities and characteristics of the VDL200 drive.
Diagram and explanation of the inverter's functional blocks.
Details on product code, data plate, and model naming conventions.
Guidelines for careful handling, packing, and unpacking of the drive.
Specifies temperature, humidity, and air pressure limits for storage and transport.
Details installation location, altitude, operating temperature, and air humidity.
Lists applicable standards for climatic conditions, safety, EMC, and approvals.
Details performance specifications for speed and torque.
Tables for input voltage, frequency, and current for different sizes.
Details output specifications and derating factors.
Specifies the minimum waiting time before internal operation after power-off.
Table showing stand-by and fan consumption for different drive sizes.
Details heat dissipation, fan capacity, and cabinet opening requirements.
Provides physical dimensions and weight for different drive sizes.
Lists recommended fuses for network side protection.
Explains the benefits and types of input chokes.
Recommends AC output chokes for standard motors and long cable runs.
Lists recommended external braking resistors and their technical data.
Details optional external EMC filters, their specifications, and compliance.
Specifies mounting angle and clearance requirements for airflow.
Illustrates mounting hole positions and screw recommendations.
Instructions for connecting the power components of the drive.
Instructions for connecting control and feedback signals.
Wiring diagrams for typical configurations and emergency setup.
Instructions for connecting the drive to a PC via RS232.
Explanation of the internal braking unit operation and technical data.
Overview of the keypad hardware and functionality.
Detailed guide on using the keypad for parameter access and configuration.
Guided procedure for initial motor setup and drive configuration.
Table of error codes, conditions, and solutions for drive alarms.
Information on speed feedback loss alarms and their causes.
Table of system messages, conditions, and solutions.
Details on digital inputs, relay outputs, and analog inputs.
Information on encoders and procedures for correct motor control.
Details on the brake monitoring function, configuration, and troubleshooting.
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