Omron Automation Parts, New Zealand
RFQ / Omron
Legacy, mature and current production. Send us the model number and we will tell you what we can do.
Omron turns up across New Zealand industry in packaging, food processing, discrete manufacturing and machine building. Plants that standardise on Omron tend to stay standardised on it, because the ecosystem is built to work as a whole from PLC to servo to safety relay.
That is good until a module fails on a platform Omron has moved on from. We supply the older CJ, CS, CQM1 and C200H ranges from surplus and tested used stock, and we quote current Sysmac hardware as a distributor.
Reference pages by category
We publish the model number tables we use ourselves, taken from Omron documentation.
Controllers
| Page | Covers |
|---|---|
| CJ series | Every CJ1W I/O unit, CJ2 CPUs, and the Fujitsu versus MIL connector trap |
| CS1 series | CS1W units, backplane slot decode, CS1D redundant range and the deep process I/O |
| CP series | Every CP1E, CP1L, CP1H and CP2E model, plus CP1W expansion. DT versus DT1 explained |
| Sysmac NJ and NX | NJ and NX controllers, NX I/O, and the trailing 20 that adds DB Connection Service |
| CQM1, C200H and legacy | CQM1, CQM1H and the C200H family. Two different architectures and the backplane decode |
HMI
| Page | Covers |
|---|---|
| HMI and programmable terminals | NS, NB and NA models, size decode, and the power supply trap when migrating NS to NB |
Drives and motion
| Page | Covers |
|---|---|
| 3G3 inverters | Every MX2 rating with CT and VT dual duty, model decode and matched AX-FIM filters |
| G5 and 1S servo | Drive to motor pairing tables and Omron's own G5 to 1S replacement mapping |
Control, sensing and panel
| Page | Covers |
|---|---|
| E5 temperature controllers | Full model decode and the E5EC-800 model table. Output and supply letters |
| Photoelectric and proximity sensors | E3Z and E2E models, M12 connector suffix rules, and what is not in the box |
| Relays and sockets | MY, LY, G2R and G7SA with matching sockets. Pin count pairing and temperature derating |
| S8 power supplies | Model decode, the C versus G temperature split, AC or DC input and sizing |
Safety
| Page | Covers |
|---|---|
| Safety relays, controllers and light curtains | G9SA, G9SP, NX-SL and F3SG. OFF-delay ranges and the voltage that is not in the model number |
The compatibility rule that matters most
Before anything else, understand this, because it decides whether a migration is a swap or a rebuild.
CJ1W I/O units work on CS1 racks. The two platforms share most of the I/O range, so a CJ1W module will generally run in a CS1 system. Worth confirming the specific part against the CS1 system manual, since a small number of unit types are CJ-only.
CJ1W I/O units do not work on NJ or NX at all. The Sysmac generation uses an entirely different EtherCAT-based I/O architecture. There is no adapter and no partial path.
So if you are moving a CJ or CS machine to NJ or NX, every I/O module is replaced. That is a rebuild, not an upgrade, and it should be budgeted as one.
If the machine has years left in it, keeping the CJ or CS system running on surplus spares is very often the cheaper answer. That is the work we are set up for.
The panel derating nobody applies
Worth its own note because it runs across two of the ranges above and explains a whole class of recurring failure.
| Part | Limit |
|---|---|
| MY2 relay | 70 degrees C at 7 A |
| PYF08A-N socket | 55 degrees C, current reduced to 60 percent above 40 |
| S8VK-C power supply | -25 to +60 degrees C |
| S8VK-G power supply | -40 to +70 degrees C |
A closed panel in a New Zealand plant room routinely exceeds 40 degrees C inside, and an outdoor cabinet in summer goes further.
So if one panel keeps losing relays or power supplies and the same models are fine elsewhere, measure the internal temperature before ordering another. The answer is usually a cooler panel, a higher rated part, or both.
Which platform do you have?
| Prefix | Platform | Status |
|---|---|---|
| NX1P, NX102, NX502, NX701 | Sysmac NX controllers | Current |
| NJ101, NJ301, NJ501 | Sysmac NJ machine controllers | Current |
| NX- | NX I/O units, EtherCAT and EtherNet/IP couplers | Current |
| CJ2M, CJ2H | CJ2 series controllers | Mature |
| CJ1M, CJ1G, CJ1H | CJ1 series controllers | Mostly discontinued |
| CJ1W- | CJ series I/O and special units | Mixed |
| CS1D, CS1G, CS1H | CS1 series controllers | Mature to discontinued |
| CS1W- | CS series I/O and special units | Mixed |
| CP1E, CP1L, CP1H, CP2E | CP compact controllers | Mostly current |
| CP1W- | CP expansion and option modules | Current |
| CQM1, CQM1H | Legacy compact controllers | Long discontinued |
| C200H, C200HS, C200HE, C200HG, C200HX | Early modular systems | Long discontinued |
| CPM1, CPM1A, CPM2A | Legacy compact | Discontinued |
| C500, CVM1 | Early large systems | Long discontinued |
| NS, NB | Programmable terminals, HMI | Mixed |
| NA | Sysmac HMI | Current |
| R88D-KN, R88M-K | G5 series servo drives and motors | Mature |
| R88D-1SN, R88M-1 | 1S series servo drives and motors | Current |
| 3G3MX2, 3G3JX, 3G3RX | Inverters, current | Current |
| 3G3MV, 3G3FV, 3G3PV | Inverters, legacy | Discontinued |
| E5CC, E5EC, E5AC, E5DC | Temperature controllers | Current |
| E3Z, E3F, E3JK, E3X | Photoelectric sensors | Current |
| E2E, E2A, E2B, E2K | Proximity sensors | Current |
| MY, LY, G2R, G7L, MK | General purpose and power relays | Current |
| PYF, PTF, P2RF | Relay sockets | Current |
| G9SA, G9SP, G9SR, G9SX, G7SA | Safety relays and controllers | Mixed |
| NX-SL, NX-SI, NX-SO | Sysmac safety CPU and safety I/O | Current |
| NE1A, DST1 | Safety network controllers and remote safety I/O | Earlier |
| F3SG, F3SJ, F3S-TGR | Light curtains and safety switches | Current |
| H3CA, H3CR, H3Y | Timers and timer relays | Mixed |
| S8VK, S8FS, S8VS, S8JX | Power supplies | Mixed |
| CRT1-, DRT2-, XWT- | Remote I/O terminals | Mature |
Not sure which range yours belongs to? Send the number and we will work it out.
How Omron model numbers work
Omron numbers are more readable than Allen-Bradley and less formulaic than Siemens. The front of the number gives you the platform, and the letters after the dash usually give you the function.
Example: CJ1W-ID211
| Part | Meaning |
|---|---|
| CJ1W | CJ series unit |
| ID | Input, DC |
| 211 | Variant. Point count and specification |
The function letters
| Letters | Meaning |
|---|---|
| ID | Input, DC |
| IA | Input, AC |
| OD | Output, DC transistor |
| OA | Output, AC triac |
| OC | Output, relay contact |
| MD | Mixed input and output, DC |
| AD | Analog input |
| DA | Analog output |
| MAD | Mixed analog input and output |
| PTS, PDC | Temperature and process input |
| NC | Position control and motion |
| CT | High speed counter |
| SCU, CIF | Serial communications |
| ETN, EIP | Ethernet and EtherNet/IP |
| DRM | DeviceNet |
| PA, PD | Power supply, AC and DC input |
So CJ1W-OC211 is a relay output unit and CJ1W-AD081 is an analog input unit. The same letters carry across CS1W, CP1W, CQM1, C200H and NX ranges.
The output codes that catch people
On compact controllers the output type is in the number, and getting it wrong means nothing works.
| Code | Output |
|---|---|
| DR | DC input, relay output |
| DT | DC input, transistor output, sinking NPN |
| DT1 | DC input, transistor output, sourcing PNP |
The same DT and DT1 convention runs through CP1E, CP1L, CP1H and NX1P2. See the CP series page for the full explanation.
Backplane slot counts decode the same way across generations
On C200H and CS1, BC is a CPU backplane and BI is an expansion backplane, with the digits giving the slot count. A C200HW-BC101 is a 10 slot CPU backplane and a CS1W-BI053 is a 5 slot expansion backplane.
CJ, CP and CQM1 have no backplane at all. Units clip together directly.
What we do
Supply legacy and discontinued Omron. CQM1, CQM1H, C200H, CPM1, CS1, CJ1 and the older CJ1W and CS1W I/O, legacy NS terminals, G5 servo, 3G3MV inverters, S8VS and S8JX power supplies. New old stock, surplus and tested used.
Supply current production. Sysmac NJ and NX, NX I/O, CP1E and CP1L, NA and NB terminals, 1S servo, MX2 inverters, E5CC controllers, sensors, relays and safety. Quoted with a delivered lead time.
Buy your decommissioned equipment. If you are stripping a line, we will take the old hardware. See Sell To Us.
Common questions
Can you get a part that is not listed on your site?
Usually. The site shows what we hold, not what we can source. Send the model number.
Do you supply used equipment?
Yes, where new is not available. We say clearly what condition each item is in, and used items are tested before they ship.
Will a CJ1W module work in my NX system?
No. See the compatibility section above. CJ1W works on CS1 racks but not on NJ or NX.
Why do relays keep failing in one panel?
Often panel temperature. The socket derates to 60 percent above 40 degrees C.
What is the lead time?
Ex stock items ship the next working day within New Zealand. Sourced items depend on where they are. We give you a firm lead time with the quote, not after you have ordered.
Do you quote in NZD?
Yes, in NZD including GST for New Zealand customers.
Can you help identify a part from a photo?
Yes. Send a photo of the unit and the label.
Related
For equivalent platforms from other brands see Siemens, Allen-Bradley, Mitsubishi, Schneider and Pilz.
Send us your model numbers
One part or a full project list. Tell us which platform it came out of if you know. We will come back with price, condition and lead time.
Industech is an independent supplier of new, surplus and used industrial automation equipment. We are not an authorised distributor of, approved by, sanctioned by, or affiliated with OMRON Corporation. Omron, Sysmac, SYSMAC and CompoBus are trademarks of OMRON Corporation. All trademarks, brand names and model numbers are the property of their respective owners and are used here for identification purposes only.
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