Repair for Mitsubishi MDS-DH-V2-2020
Servo Drive Unit
ID: 38165
| Buy | Not available |
| Repair | € 1,200.00 |
| Exchange | Not available |
Technical Datasheet (*)
| Brand | Mitsubishi |
|---|---|
| Type | Servo Drive Unit |
| Model | MDS-DH-V2-2020 |
| Country Of Origin | JAPAN |
| Input Current | 3.2A |
| Input Current 1 | 0.1A |
| Input Frequency | 50/60Hz |
| Input Voltage | DC513-648V |
| Input Voltage 1 | 380-440/-480V |
| Output Current | 3.9/3.9A |
| Output Frequency | 0-240Hz |
| Output Voltage | 456V |
| Phases | 1PH |
| Phases 1 | 3PH |
| Power | 1.0/1.0kW |
| Year Of Manufacture | 2012-03 |
* Note: The provided datasheet values may differ from the actual device.
Mitsubishi Drive Electronics
Additionally, we offer service for Mitsubishi motors.
We specialize in the following series:
- MDS-A
- MDS-B
- MDS-C / CH
- MDS-D / DH / D2
Our repair process is preventive-oriented and includes a series of steps that contribute to ensuring high repair quality.
Fault analysis and localization
What can you do?
Faults in power supplies, servo, and spindle modules.
Possible solutions and hints
- Try replacing the motor as a test.
- Check cable connections.
- Operate in jog mode without load.
If these measures do not help, the fault usually lies in the power stage of the drive module.
For additional error messages, refer to the alarm list available for download at the end of this page.
Possible solutions and hints
- Warm the device with an external source. If it then turns on, this indicates a weak power supply that needs repair.
- Check fuses.
- Verify the voltage supply of 3 x 200 or 220 volts depending on the model.
For additional error messages, refer to the alarm list available for download at the end of this page.
Possible solutions and hints
For the power supply, this could mean that the connected consumers (servo or spindle drives) are causing an overload.
Solution: Gradually remove or replace consumers to locate a faulty device.
In the case of servo and spindle modules, a faulty motor can trigger an overload.
Solution: Check the motor and connection cables.
However, in both cases, the device itself can be the cause of the error, as its power output stage may be defective.
For additional error messages, refer to the alarm list available for download at the end of this page.
Handling parameters
What should be considered when parameterizing?
- The parameters are not stored in the devices but in the machine. The user must perform this process independently at the machine.
- Pay attention to jumper and key settings and it's best to take photos of them.
- Obtain the appropriate documentation or software for setting the parameters.
You will find further documentation on this topic at the end of this page or ask us.
The typical process for repairing Mitsubishi drive modules
The repair process for drive modules includes the following steps:
- Preventive overhaul - replacement of all necessary defective and worn parts.
- Intensive cleaning.
- Comprehensive final and stress tests on our test benches.
- Parameter matching or restoration of parameters.
- Completion of documentation and checklists.
High-quality spare parts for high-quality repairs
For Mitsubishi drive modules, we replace
- Electrolytic capacitors
- Large buffer capacitors
- Relays
- Current measuring modules
- Optocouplers
Additionally, we replace certain parts that have been frequently failing over multiple repairs and have been statistically selected for replacement.
To counteract bottlenecks and discontinuations, we have process-oriented software solutions that monitor our inventory. We order some parts in advance, and for series repairs, we even secure ourselves with sufficient spare parts for a year to ensure access to a large stock at any time.
Quality and Level of Repair
The test is conducted on a test bench that allows a 100% simulation of processes as in a real machining machine with Mitsubishi control.
During the test, the following are checked:
- BUS control
- POT/NOT
- Encoder connection
- Alarm states
- Speed
- Current and voltage consumption
- Temperature
- Parameters
We continuously expand our repair portfolio with new series
Since drive and power electronics are often prematurely discontinued, you may be under pressure to deliver replacements to your customers on time. We assist you in analyzing bottlenecks and work together on optimal solutions.
The typical process includes:
- Development of test stands and procedures
- Organization of spare parts
- Preventive repair at the component level
- If needed, development of new or re-engineering of modules or complete devices
Frequently Asked Questions (FAQ)
Drive module repair
- Preventive overhaul - replacement of all necessary defective and used parts. E.g. electrolytic capacitors, transistors, optoelectronic components.
- Intensive cleaning
- Extensive final and load tests on our test stands
- Parameter adjustment or parameter recovery
Further information
- Servomodule MDS-B-V2-3535, MDS-B-V2-0505, MDS-C1-V2-4545, MDS-B-V1-45, MDS-C1-V2-4520, MDS-B-V2-1010, MDS-B-V2-3510
- Spindelmodule MDS-B-SPH-55 , MDS-B-SPM-110, MDS-B-SP-150, MDS-B-CV-185, MDS-A-SP-185, MDS-B-SP-150, MDS-C1-SP-185
- Netzteilmodule MDS-B-CV-110, MDS-B-CVE-185, MDS-A-CV-300, MDS-B-CV-300, MDS-B-CVE-260, MDS-C1-CV-300
Cost & Warranty
MDS-A-B-Servo-Spindle-Powersupply-Alerts.pdf (7.48 MB)You can contact us in the following way:
Chat with our customer support, write us a message: info@industrypart.com or call us: +49 6251 9888430
