Mitsubishi · PLC controller
Q01UCPU is a Mitsubishi PLC controller with Total I/O 1024; Supply voltage 24 V DC (IEC 61131-2); Enclosure rating IP20 (IEC 60529). It is used in packaging machines, conveyor transfer cells, small process skids where the installed unit is matched to the original catalog number and a compact, documented part is required.
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Total I/O1024
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Supply voltage24 V DC (IEC 61131-2)
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Enclosure ratingIP20 (IEC 60529)
Specifications
| Electrical |
| Supply voltage |
24 V DC (IEC 61131-2) |
| Control method |
Stored program cyclic operation |
| Rated speed |
60 ns |
| I/O and communication |
| Total I/O |
1024 |
| Mechanical |
| Mounting |
35 mm DIN rail (IEC 60715) |
| Enclosure rating |
IP20 (IEC 60529) |
| Environment and compliance |
| Operating temperature |
0...+55 °C (IEC 60068-2-1) |
| Certifications |
CE, UL, cULus |
Values follow the Mitsubishi PLC controller specification for this catalog number; parameters not confirmed for this variant are omitted rather than estimated.
Model comparison in the same family
| Mitsubishi PLC controller variants |
| Catalog number |
Total I/O |
Supply voltage |
|
Q01UCPU (this page) |
1024 |
24 V DC (IEC 61131-2) |
| Q02UCPU |
2048 |
24 V DC (IEC 61131-2) |
| FX3S10MRDS |
— |
24 V DC (IEC 61131-2) |
Before selecting an alternative, confirm its dimensions, terminals and installation requirements in the manufacturer documentation.
Where it sits in the control system
The Q01UCPU is the device-level element in a Mitsubishi PLC controller installation. It receives the field signals and control supply listed above — 24 V DC (IEC 61131-2) — and switches or conditions the load within the the rated ratings shown in the Specifications table. Wiring and protective devices are sized to those same numbers, not to a generic assumption.
Typical installations place it in packaging machines, conveyor transfer cells, small process skids, where the unit is matched to the original catalog number and the enclosure provides 35 mm DIN rail (IEC 60715) support. Record the catalog number and revision from the nameplate of the installed unit before specifying a like-for-like spare.
Selection notes for Mitsubishi Q01UCPU
Mitsubishi Q01UCPU — PLC / CPU module used as the device-level control core in an automation panel, handling logic, timing and communication tasks. The figures below are taken from the specification table on this page for catalog number Q01UCPU; always cross-check the catalog number and hardware revision on the nameplate before placing an order.
- Enclosure rating: IP20 (IEC 60529) — Verify it in the project documentation before confirming the order.
- Control method: Stored program cyclic operation — Check this value against the nameplate of the installed unit before ordering.
- Mounting: 35 mm DIN rail (IEC 60715) — Match it to the existing panel and upstream protection.
- Rated speed: 60 ns — Record it with the other nameplate data when sourcing a replacement.
Cross-check the ratings above with the installed device before confirming the order.
Common questions about Q01UCPU
Q.For Q01UCPU, what does the specification table state about enclosure rating?
The specification table lists enclosure rating = IP20 (IEC 60529) for Mitsubishi Q01UCPU. Check the revision of the installed unit if the catalog number has been superseded.
Q.Which value is published under control method for catalog number Q01UCPU?
For Q01UCPU, control method is given as Stored program cyclic operation. Compare it with the nameplate of the installed unit before ordering.
Q.Before ordering Q01UCPU, which mounting entry should be checked?
The mounting entry quoted above is 35 mm DIN rail (IEC 60715). Confirm this figure against the unit currently in the panel.
Q.What should I include in an enquiry for Q01UCPU?
Send the full catalog number Q01UCPU, the required quantity and a photo of the nameplate. Stock, lead time and the applicable compliance documents can then be confirmed for Mitsubishi Q01UCPU.
Q.How do I confirm compatibility of Q01UCPU before ordering?
Match the catalog number Q01UCPU and the specification values listed above against the installed unit, then confirm the firmware or hardware revision where a revision-sensitive part is involved.