Mitsubishi · PLC Power Supply Unit
R64P is a Mitsubishi power supply with Output voltage 5 VDC; Output current 9 A; Efficiency >=90%. It is used in DIN-rail control cabinets, sensor and relay supplies, backplane bus power where the installed unit is matched to the original catalog number and a compact, documented part is required.
-
Output voltage5 VDC
-
Output current9 A
-
Efficiency>=90%
-
Input voltage range85...264 V AC
Specifications
| Electrical |
| Supply voltage |
100...240 V AC |
| Input voltage range |
85...264 V AC |
| Output voltage |
5 VDC |
| Output current |
9 A |
| Efficiency |
>=90% |
| 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 Power Supply Unit specification for this catalog number; parameters not confirmed for this variant are omitted rather than estimated.
Model comparison in the same family
| Mitsubishi PLC Power Supply Unit variants |
| Catalog number |
Output current |
Output voltage |
Efficiency |
|
R64P (this page) |
9 A |
5 VDC |
>=90% |
| R61P |
6.5 A |
5 VDC |
>=90% |
| R62P |
3.5 A |
5 VDC |
>=90% |
| R63P |
6.5 A |
5 VDC |
>=90% |
Before selecting an alternative, confirm its dimensions, terminals and installation requirements in the manufacturer documentation.
Where it sits in the control system
The R64P is the device-level element in a Mitsubishi power supply installation. It receives the field signals and control supply listed above — 100...240 V AC — 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 DIN-rail control cabinets, sensor and relay supplies, backplane bus power, 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 R64P
Mitsubishi R64P — Industrial automation component supplied as a like-for-like replacement, selected by catalog number and published ratings. The figures below are taken from the specification table on this page for catalog number R64P; confirm the installed unit's part number and revision so the replacement matches both electrically and mechanically.
- Mounting: 35 mm DIN rail (IEC 60715) — Match it to the existing panel and upstream protection.
- Supply voltage: 100...240 V AC — Record it with the other nameplate data when sourcing a replacement.
- Output voltage: 5 VDC — Confirm the revision of the installed unit before a like-for-like replacement.
- Output current: 9 A — Use it as the reference when cross-checking a current-production equivalent.
Datasheets and compliance documents are available on request; quote the full catalog number when enquiring.
Common questions about R64P
Q.For R64P, what does the specification table state about input voltage range?
The specification table lists input voltage range = 85...264 V AC for Mitsubishi R64P. Compare it with the nameplate of the installed unit before ordering.
Q.Which value is published under enclosure rating for catalog number R64P?
For R64P, enclosure rating is given as IP20 (IEC 60529). Confirm this figure against the unit currently in the panel.
Q.Before ordering R64P, which supply voltage entry should be checked?
The supply voltage entry quoted above is 100...240 V AC. Use the value as the reference when sourcing a current-production equivalent.
Q.Can the R64P replace the unit currently installed in my panel?
Compare catalog number R64P and the ratings above with the nameplate of the installed device. A current-production equivalent is selected by function and electrical rating, not by the label alone.
Q.How do I confirm compatibility of R64P before ordering?
Match the catalog number R64P and the specification values listed above against the installed unit, then confirm the firmware or hardware revision where a revision-sensitive part is involved.