ELAU 13130247
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ELAU | Drive Technology | Frequency Converter
- EICHLER-art.no.: K0341932
Product description
ELAU PacDrive M Servoverstärker MC-4/11/10/400 10A, 13130247
Services for ELAU 13130247
ELAU |
13130247 –
additional product information
| Delivery information | |||
|---|---|---|---|
| Export identifier | AL: ECCN: | ||
| Net weight | 3.5 | ||
| Quantity | 1 Stück | ||
| Packaging quantity | 1 | ||
| Additional product information | |||
|---|---|---|---|
| Product status | EOP: 2018-12-31 | ||
| EAN | / | ||
| UPC | / | ||
| Static lot number | 85044087 | ||
| List indicator | / | ||
| Product group | / | ||
| Country of origin | / | ||
| Compliance with the substance restrictions according to RoHS directive | Since: / | ||
| Product classifications | Version | Classification | |
|---|---|---|---|
| eClass | 4 | / | |
| eClass | 5.1 | / | |
| eClass | 6.0 | / | |
| ETIM | 3 | / | |
| ETIM | 4 | / | |
| ETIM | 5 | / | |
What is 13130247 and where is it used?
The 13130247 is an ELAU PacDrive M servo drive amplifier of type MC-4/11/10/400 with a 10 A output current rating. On the EICHLER product page, the unit is classified as a drive technology/inverter component. Within the Schneider Electric product portfolio, the official cross-reference is VDM01D10AA00, which is identified as the equivalent product to the original ELAU part number. This drive is typically used in PacDrive M machine architectures with servo-controlled axes, particularly in packaging machinery and other high-dynamic motion-control applications where precise and responsive axis control is required. For maintenance engineers and purchasing departments, 13130247 is especially relevant when an existing PacDrive axis must be repaired, replaced or secured against unplanned downtime.
Overview of the key technical specifications and what they mean
The most important technical data includes a three-phase 380–480 V AC supply, 10.2 A input current, a separate 24 V DC control supply at 1 A, three-phase 0–480 V output voltage, 10 A output current, and an output frequency range of 0–600 Hz. The EICHLER product page also specifies a net weight of 3.5 kg. In practical terms, this means the unit belongs to the 400 V drive class, requires a stable 24 V control voltage, and is designed for a 10 A servo axis. The high output frequency capability supports highly dynamic motion profiles. Before replacing the unit, the mains voltage, control power supply, drive rating, axis configuration and firmware version should always be compared with the existing system.
Product status, life-cycle status and obsolescence
The product status is clear: EICHLER lists the 13130247 with an EOP (End of Production) date of 31 December 2018. From a procurement perspective, this places the unit in a mature life-cycle stage and makes it an obsolescence-sensitive spare part. For replacement planning, it is important to note that Schneider Electric identifies VDM01D10AA00 as the successor reference for the original ELAU part number. However, the official Schneider Electric listing currently indicates the product as back order / unavailable. For operators, this means that precise identification of the installed hardware remains essential, while the cross-reference and firmware version should also be checked to minimise procurement risks.
Available EICHLER services and when they are relevant
For companies operating older PacDrive installations, repair, exchange units, used units and new units on request can be valuable options for avoiding downtime and extending the service life of existing machinery without major redesign work. For 13130247, EICHLER offers a repair service with a typical turnaround time of 7–10 days, including an optional test report, technical cleaning, preventive maintenance, comprehensive functional testing and a minimum 24-month warranty. Exchange, used and new units are also available on request. These options are particularly useful when a machine operates in an EOP environment but remains mechanically and electrically productive. They provide a practical way of maintaining operational reliability even after the original product has become obsolete.
| Fault description | Possible solution |
|---|---|
| Why does my ELAU 13130247 report “Control voltage outside range”? | Check the 24 V DC control voltage directly at the drive. This fault is triggered when the control voltage is either too high or too low. Inspect the power supply, terminals, wiring and voltage stability, and restore the supply voltage to the permitted range. |
| Why does my PacDrive MC-4 display “DC bus overvoltage”? | Check the mains voltage, braking resistor and deceleration ramp. Schneider identifies excessive DC bus voltage caused by strong regenerative braking, a missing or incorrectly wired braking resistor, or excessive supply voltage as common causes. In many cases, using a longer deceleration time, verifying the braking resistor sizing, and checking the incoming power supply will resolve the issue. |
| Why does the servo drive trip with a “Following error” fault? | Check the motion profile and cam data. Schneider primarily associates this fault with CAM-based motion applications. If the axis is operated in speed-control mode, the Pos_P_Gain parameter should also be checked and, if necessary, set to 0. The objective is to prevent the following-error threshold from being exceeded. |
| Why does the MC-4 report “Motor-drive combination not supported” or “Invalid motor”? | Check the motor type, encoder type, project configuration and firmware version together. According to Schneider, this fault can be caused by an unsupported encoder interface or an incompatible combination of motor, holding brake and servo drive. Configuration errors or modified encoder data may also trigger the message. Only use approved motor-drive combinations and verify the complete axis configuration. |
| Why does my PacDrive MC-4 report a Sercos communication fault? | Check the wiring and EMC environment. Schneider describes this fault as a temporary signal disturbance on the Sercos bus, where telegrams may be transmitted incorrectly. Inspect the bus wiring, connectors, shielding, cable routing and any potential sources of electrical interference in the control cabinet before assuming a defect in the servo drive itself. |
Is 13130247 identical to VDM01D10AA00?
Yes. Schneider Electric explicitly identifies VDM01D10AA00 as the identical replacement reference for the former ELAU part number 13130247. For purchasing and spare-parts management, this is important because many existing machines still reference the original ELAU number, while newer quotations and system documentation often use the Schneider reference. For reliable identification, however, the device type, firmware version and machine project should always be verified as well.
Is ELAU 13130247 discontinued or still regularly available?
From a life-cycle perspective, the drive must be regarded as an obsolete product. EICHLER lists EOP: 2018-12-31 for part number 13130247. In addition, the official Schneider Electric shop currently lists the corresponding reference as unavailable / backorder. For operators, this means availability should not be assessed only when a failure occurs. A proactive strategy involving repair capability, spare-parts stocking and clear cross-referencing is advisable.
Which firmware must match my PacDrive controller?
For PacDrive M and MC-4 systems, Schneider specifies a clear compatibility rule: the XX version level of the controller and the MC-4 must be identical, the controller's YY level must be greater than or equal to that of the MC-4, while the ZZ level is generally not critical. If these conditions are not met, a firmware update may be required. For this reason, the exact firmware version should always be provided when requesting support, replacement units or repairs.
Can I simply replace any MC-4/11/10/400 unit on a 1:1 basis?
Not without verification. Electrically, the replacement must match the existing system requirements, including 380–480 V AC supply, 24 V DC control voltage, 10 A output current and the remaining device specifications. Differences in motor type, encoder configuration or firmware version may result in faults such as “MotorDrive combination not supported”. Practical field experience also shows that project configuration and encoder condition can be critical factors. A replacement can only be considered a true 1:1 exchange if the type designation, electrical ratings, firmware version and axis configuration all match.
Is repair more worthwhile than purchasing a replacement?
For many existing machines, the answer is yes. EICHLER offers repair services for 13130247 with a turnaround time of 7–10 days, including technical cleaning, preventive maintenance, comprehensive functional testing and a minimum 24-month warranty. For an EOP product, repair can be particularly cost-effective when the existing machine design, parameter set and mechanical integration are to remain unchanged. This helps avoid the effort and risk associated with a complete axis redesign.
Which information should I provide when requesting a quotation, ordering or arranging a repair?
The process is significantly faster when the following information is available:
- Part number: 13130247
- Type designation: MC-4/11/10/400
- Cross-reference: VDM01D10AA00 (if applicable)
- Hardware version
- Software/Firmware version
- Fault description
- Machine and application details
Market availability shows that these units exist with different hardware and software revisions. Because Schneider explicitly links compatibility to firmware versions, providing accurate information reduces technical clarification time and accelerates quotation, replacement and repair processes.
How can I tell that obsolescence and procurement risks should be actively managed?
A clear indication is the combination of EOP status, an official cross-reference part number and limited market availability. Part number 13130247 exhibits all three characteristics: EICHLER lists EOP: 2018-12-31, Schneider identifies VDM01D10AA00 as the equivalent product, and the official shop currently shows limited availability. For maintenance, production and purchasing teams, this is a strong indication that spare-parts planning, repair strategies and critical inventory management should be handled proactively rather than reactively.
