Need a part that is not listed on our site? Send us the article numbers and we will source it.

What you see in our shop is what we hold. It is not what we can get.

Most of what we supply never appears as a listing. A module fails, the line stops, and the article number on the front of it went out of production years ago. We find it, quote it, and ship it. That is the job.

Send one part number or a full project list. We come back with price, condition and lead time, in NZD including GST.

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On this page

Jump to a brand.
Siemens · ABB · Schneider, Modicon and Telemecanique · Omron · Allen-Bradley and Rockwell · Phoenix Contact · SICK · Beckhoff · Mitsubishi Electric · Pilz · Danfoss · Control Techniques, Nidec and Emerson · Yaskawa · Leuze · B&R Automation · Festo · SEW-Eurodrive · Lenze · Bosch Rexroth and Indramat · Cognex · Keyence · Endress+Hauser · SMC · Emerson and GE Fanuc · Eaton and Moeller · Wago · Moxa · Everything else we source

Before you order, worth reading.
How to give us what we need · Sizing a drive, and why kilowatts are not enough · NPN or PNP on a sensor · Coil voltage on a contactor or valve · What a valve does with no power · The cheaper part is often the answer · Free tests worth doing first · Look for the removable part before you scrap anything · Check your PLC batteries

Browse by brand

We publish the article number tables we use ourselves, taken from manufacturer documentation. Useful if you are trying to work out what you have before you ask.

Siemens

Article numbers starting 6ES5, 6ES7, 6AV, 6AG4, 6SL3, 6SE, 6RA, 6EP, 6GK5, 6GK7, 6ED, 3RT, 3RU, 3RB.

SIMATIC S5 and S7, ET 200 distributed I/O, HMI panels, SIMATIC IPC industrial and panel PCs, SCALANCE networking, MICROMASTER, SINAMICS, MASTERDRIVES, SIMOREG and SIRIUS switchgear. 24 family pages.

ABB

Type designations ACS, ACH, ACQ, DCS, AF, AC500, S800, CP600, Tmax, Emax, IRC5. Order numbers starting 1SBL, 1SVR, 1SAP, 1SFA, 1SDA, 2CDS, 2TLA, 3AUA, 3AXD, 3BSE, 3HAC.

ACS drives across every generation, DCS DC drives, PSTX soft starters, AF contactors, S200, Tmax XT and Emax breakers, AC500 and AC500-S controllers with CM and CI fieldbus modules, S800 process I/O, Jokab safety, CP600 panels, power supplies, monitoring relays, servo and robot spares. 19 family pages.

Schneider Electric, Modicon and Telemecanique

Part numbers starting TSX, BMX, BME, 140, 170, TWD, TCSESU, TCSESM, ATV, LXM, LC1, LRD, XB4, XB5, XPS, SR2, ABL, XS, NSX, HMI, XBT.

Modicon M340 and M580, and the legacy Premium, Quantum, Momentum and Twido platforms. ConneXium switches and Modbus gateways, Altivar drives, Lexium servo, TeSys contactors, Harmony control devices, Magelis terminals, Preventa safety, Zelio relays, Phaseo supplies, OsiSense sensors and ComPacT NSX breakers. 16 family pages.

Omron

Model numbers starting CJ1W, CJ2M, CS1W, CP1L, CP1W, CQM1, C200H, NX, NJ, NY, NS, NB, W4S1, R88D, R88M, 3G3, E5CC, E3Z, MY, S8VK, G9SA.

CJ, CS1 and CP series, Sysmac NJ and NX, legacy CQM1 and C200H, programmable terminals, NY industrial PCs and monitors, inverters, G5 and 1S servo, temperature controllers, sensors, relays, power supplies and safety. 14 family pages.

Allen-Bradley and Rockwell

Catalogue numbers starting 1746, 1747, 1756, 1769, 1783, 1794, 2080, 2085, 2198, 2711, 5069, 5094, 100-C, 193, 140M, 440R, 25B, 20F.

ControlLogix, CompactLogix, Micro800, MicroLogix, SLC 500, FLEX and POINT I/O, PanelView, PowerFlex, Kinetix servo, contactors and overloads, Guardmaster safety and Stratix networking. 12 family pages.

Phoenix Contact

Seven-digit order numbers. Type designations UT, UK, ST, PT, QUINT, TRIO, PLC-RSC, REL-MR, AXL F, IB IL, VAL, MINI MCR, MACX MCR, ELR, SACC.

CLIPLINE terminal blocks, QUINT and TRIO power supplies, PLC-INTERFACE relays, Axioline and Inline I/O, surge protection, signal conditioners, CONTACTRON starters, Factoryline switches and connectors. 9 family pages.

SICK

Type codes deTec4, C4000, M4000, microScan3, MICS3, Flexi Soft, FX3, RE1, RE2, STR1, DFS60, AFS60, AFM60, WL, WT, WS, WE. Plus the 7-digit order number.

Safety light curtains, microScan3 laser scanners, safety switches and interlocks, Flexi Soft controllers, photoelectric sensors and encoders. 6 family pages.

Beckhoff

Part numbers starting EL, ES, EM, EK, EP, KL, KS, BK, BC, BX, CU, CX, CP, C6, AX, AM, FC.

EtherCAT Terminals, KL Bus Terminals and BK couplers, CU EtherCAT junctions, media converters and switches, CX embedded PCs, industrial PCs and Control Panels, AX5000 and AX8000 servo drives and AM8000 motors. 6 family pages.

Mitsubishi Electric

Model numbers starting FX, Q, QX, QY, QJ71, QJ72, RJ71, R, GT, FR, MR-J, HG, HF, AJ65, NZ2.

MELSEC FX and Q series PLCs, MELSEC iQ-R, CC-Link and CC-Link IE networking and remote I/O, MELSECNET, GOT graphic operation terminals, FREQROL FR inverters and MELSERVO MR-J amplifiers and motors. 6 family pages.

Pilz

Order numbers starting 774, 777, 787, 750, 751, 772, 40x, 50x and 63x. Model names PNOZ X, PNOZ s, PNOZmulti, PSEN, PSS, PIT.

PNOZ X safety relays, PNOZsigma, PNOZmulti configurable controllers, PSEN safety switches, PSENopt light curtains, PSS controllers and PIT devices. 6 family pages.

Danfoss

Type codes starting FC-051, FC-101, FC-102, FC-103, FC-202, FC-280, FC-301, FC-302, FC-360, plus VLT 2800, VLT 5000, VLT 6000, MCD, FCM and FCP. Eight digit code numbers.

VLT AutomationDrive, AQUA Drive, HVAC Drive and Micro Drive, the discontinued VLT 2800, 5000 and 6000 ranges, MCD soft starters, LCP control panels, option cards and braking resistors. 4 family pages.

Control Techniques, Nidec and Emerson

Model numbers starting SP, SK, M, UNI, plus Unidrive, Commander, Mentor, Digitax, Unimotor, Affinity and Powerdrive. A drive badged Emerson is the same product.

Unidrive SP and Unidrive M, Commander SK and Commander C, Mentor II and Mentor MP DC drives, Digitax and Epsilon servo, Unimotor servo motors, plus SM Solutions Modules, SMARTCARDs, SmartSticks and LogicSticks. 3 family pages.

Yaskawa

Model numbers starting CIMR for drives, SGD for servo amplifiers, SGM for servo motors, plus MP, JEPMC and the Motoman DX, NX and YRC controllers.

GA500, GA700, GA800, U1000, A1000, V1000, J1000, P1000 and Z1000 inverters, the discontinued Varispeed G7, F7, E7, P7, V7 and G5 ranges, Sigma-II to Sigma-7 servo amplifiers and motors, MECHATROLINK options, MP machine controllers and VIPA PLCs. 3 family pages.

Leuze

Type codes MLC, MLD, RSL, MSI, PRK, HT, HRT, LS, LE, ET, CML, DDLS. Plus the 8-digit order number.

MLC safety light curtains, MLD multiple light beam devices, RSL safety laser scanners, MSI safety controllers and the PRK photoelectric sensor range. 3 family pages.

B&R Automation

Part numbers starting X20, X67, X90, 4PP, 5PP, 5AP, 8V, 8B, 8DI, 8LS, APC, PPC.

X20 slice I/O and CPUs, ACOPOS and ACOPOSmulti servo drives, ACOPOSmotor, Power Panel and Automation Panel HMI, and Automation PC and Panel PC industrial computers. 3 family pages.

Festo

Type codes DSBC, DNC, DSNU, ADVU, ADN, DFM, DGC, HGP, CPE, VUVG, VUVS, MFH, CPV, VTSA, VTUG, MPA, CPX, MS, LFR, QS, PUN, SME, SMT, SDE, VN, EGC, EMMS and CMMP. Plus the numeric part number.

Pneumatic cylinders, grippers and rotary drives, solenoid valves and valve terminals, CPX bus nodes, solenoid coils and seal kits, MS service units and filter elements, fittings and tubing, cylinder sensors, vacuum generators and the electric axis and motor range. 2 family pages.

SEW-Eurodrive

Type codes starting MDX60B, MDX61B, MC07B, MM, MGF, plus DEH, DFP, DFS, DCS, FIO, FSC and the R, F, K, S and W gear units.

MOVIDRIVE application inverters, MOVITRAC B general purpose inverters, MOVIMOT decentralised gearmotor drives, MOVIGEAR and MOVIAXIS, option and front modules, and SEW motors and gear units. 2 family pages.

Lenze

Type codes starting E82EV, E82MV, E84AV, I55AE, E82ZAF, plus 8200, 8400, 9400, i550 and i700.

8200 vector and motec inverters, 8400 StateLine to TopLine, i550 and i510, 9400 servo, function and communication modules, and Lenze geared motors. 2 family pages.

Bosch Rexroth, Rexroth and Indramat

Type codes 4WE, 4WEH, 4WRE, 4WRZ, DB, DBW, DR, Z2S, 2FRM, A10VSO, A4VSO, A11VO, PGH, CDT3, VT-VSPA, HCS, HMS, HMV, MSK, DDS, TDM, KDS, DKC, MDD, MKD and MHD. A drive badged Indramat is the same product.

Hydraulic directional, pressure, flow and proportional valves, solenoid coils, amplifier cards, axial piston and gear pumps, cylinders and accumulators, plus IndraDrive and the obsolete Indramat and EcoDrive servo ranges, IndraControl and R-IL inline I/O. 1 family page.

Cognex

Model families In-Sight, DataMan, Checker and VisionPro, including the obsolete In-Sight 5000 series and In-Sight Micro.

Self contained vision systems, fixed mount and handheld barcode and 2D code readers, vision sensors, lenses, filters and polarisers, ring, bar and dome lighting, breakout and I/O modules, cables, brackets and housings. 1 family page.

Keyence

Series prefixes FS, FU, LV, LR, PZ, PS, EX, GT2, IL, LK, LJ, IG, TM, FD, AP, IV, CV-X, XG-X, SR, BL, IM, MD, KV, VT, GL, SL and GS. Sold direct by the manufacturer, so third party stock is thin.

Fibre optic amplifiers and fibre units, digital laser and photoelectric sensors, laser and contact displacement, profile measurement, IV vision sensors and CV-X systems, SR and BL code readers, laser markers, KV PLCs and VT terminals, plus GL light curtains and safety devices. 1 family page.

Endress+Hauser

Families Promag, Promass, Prowirl, Prosonic, Cerabar, Deltabar, Micropilot, Levelflex, Liquiphant, Soliphant, Deltapilot, Omnigrad, iTEMP, Liquiline, Memosens and Memograph. Send the order code and serial number off the nameplate.

Electromagnetic and Coriolis flow meters, radar and guided wave level, vibronic point level, pressure and differential pressure transmitters, temperature assemblies and transmitters, Memosens analysis sensors, recorders, plus electronics modules, display modules and installation parts. 1 family page.

SMC

Series codes CQ2, CDQ2, CM2, CDM2, CJ2, CDJ2, MB, MDB, C95, MGP, MXS, MY, CRB2, MHZ2, SY, SV, VQ, VQC, SS5Y, EX600, AC, AF, AR, AW, AS, KQ2, D-M9, D-A9, ZSE, ISE and LEY.

Pneumatic cylinders with and without magnetic pistons, guide cylinders, slide tables, rotary actuators and grippers, SY and SV valves and manifolds, EX serial units, AC series air preparation and elements, one-touch fittings, speed controllers, auto switches, vacuum and the electric actuator range. 1 family page.

Emerson, GE Fanuc and GE Intelligent Platforms

Catalogue numbers starting IC693, IC694, IC695, IC697, IC698, IC200, IC660, IC670 and IC754. An Emerson badge on a PLC is this brand. An Emerson badge on a drive is Control Techniques.

Series 90-30 and 90-70, VersaMax and VersaMax Micro, PACSystems RX3i and RX7i, Genius and Field Control distributed I/O, QuickPanel operator interfaces, plus CPUs, I/O, power supplies, baseplates and batteries. 1 family page.

Eaton, Moeller and Klöckner-Moeller

Part numbers DILM, DILA, DILEM, ZB, ZEB, PKZM, PKE, NZM, FAZ, PL7, PF, M22, LS-Titan, ESR5, easy, EASY-E4, XC100, XC200, XV, XN300, DA1, DC1, M-Max and DF51. Moeller and Eaton are the same product line.

DILM contactors and ZB overloads, PKZM motor protective circuit breakers, NZM moulded case breakers and trip units, miniature breakers and RCDs, M22 pushbuttons with separate front elements and contact blocks, easy programmable relays, XC PLCs and XV panels, PowerXL drives and Bussmann fuses. 1 family page.

Wago

Part numbers starting 750 and 753 for I/O, 2000 to 2016 for TOPJOB S terminals, 280 and 281 for earlier CAGE CLAMP, 221 and 222 for lever connectors, 787 for power supplies, 788 for relay modules and 857 for signal conditioners.

750 fieldbus couplers, PFC controllers and I/O modules with end and supply modules, TOPJOB S and earlier terminal blocks with jumpers, end plates and markers, lever and push-wire connectors, EPSITRON power supplies and buffer modules, and JUMPFLEX isolators and signal conditioners. 1 family page.

Moxa

Model prefixes NPort, EDS, MGate, EDR, AWK, ioLogik, ioThinx, IMC, CP, UC and DR.

NPort serial device servers, EDS managed and unmanaged industrial switches with SFP modules, MGate protocol gateways, EDR secure routers, AWK wireless, ioLogik and ioThinx remote I/O, media converters, multiport serial cards, DIN rail power supplies and the automatic backup configurators. 1 family page.

Other brands we source

We do not have reference pages for these yet, but we supply them. Send us the part number.

Drives and motion. Fuji, Hitachi, Toshiba, Delta, Invertek, Kollmorgen, Parker, Stober.

Control and I/O. Weidmuller, Murrelektronik, Eurotherm, Panasonic and SUNX.

Sensors and safety. IFM, Turck, Balluff, Banner, Schmersal, Euchner, Heidenhain, Baumer, Kubler.

Vision and code reading. Datalogic, Omron and Banner.

Pneumatics. Norgren, Camozzi, Parker, Aventics.

Hydraulics. Parker, Vickers, Danfoss, Hydac, Yuken.

Process instrumentation. VEGA, Krohne, Rosemount, Burkert, Yokogawa.

Networking. Hirschmann and Belden, Advantech, Red Lion, Westermo.

CNC and robotics. Fanuc CNC controls, which are a different product from the GE Fanuc PLCs above.

Not listed here does not mean we cannot get it. Send the number.

What we can source

Obsolete and discontinued. Hardware that is no longer available through official channels. New old stock, surplus from decommissioned plant, and tested used units.

Current production. We are a distributor as well, so if you want a price on new hardware delivered to your site, that is a normal enquiry.

Mixed orders. A plant extended over twenty years has hardware from three generations in the same panel. We will quote the lot on one line, which is awkward to place with a supplier who only carries one end of it.

How to give us what we need

The article number off the module, not off the drawing. Drawings go out of date and modules get swapped over the years. The label on the front is the truth.

The full number, including the suffix. Two items that look identical can differ only in the last few characters, and they are not always interchangeable. On some ranges a single character decides the supply voltage, the output type, whether a sensor is normally open or normally closed, whether a cylinder can be detected by its position sensors, or what a hydraulic valve does with your load when the power goes off.

A photo if the label is unreadable. Send us a picture of the item and the rating plate and we can usually identify it. A photo of the front also captures any dial or switch settings, which a replacement will need.

On a PLC rack or an I/O node, one photo of the whole thing. It captures every catalogue number and its position at once. On a rack the slot matters as much as the part number, and on a rail mounted node the physical order is often the addressing itself.

On an instrument, a photo of the nameplate. The order code and serial number define the exact build, including materials, ratings and approvals. Typing a forty character string is where errors come from.

On a camera, a photo of the installation. The mounting, the working distance and the lighting are as much part of the specification as the model number.

On a motor starter, a photo of the whole starter. It captures the contactor, the overload, the auxiliary blocks and any interlocks together, and on a star delta starter the three contactors are not all the same size.

On a bank of sensor amplifiers, a photo of the whole bank. It shows which unit carries the cable, which matters because the units either side of it are usually different part numbers.

Quantity and how urgent it is. If a line is down, say so. It changes how we search.

On a motor or a drive, send the nameplate current

Worth its own note, because it is the most common sizing error we see.

Kilowatts do not size a drive. Several manufacturers rate their drives in output amps rather than motor kW, several rate the same model twice depending on whether the load is a fan or a conveyor, and at least one changed convention between generations so the same digits mean different things on an old drive and a new one.

So on any drive enquiry, send the motor full load current off the nameplate, the supply voltage, and what the load actually is. Those three facts size it correctly. The kW figure on its own does not, and neither does matching the digits in the old model number.

The same figure sizes an overload or a motor protective switch. The adjustment range has to bracket the motor's full load current, ideally with the motor sitting comfortably in the middle rather than at one extreme.

On a sensor or a switch, tell us NPN or PNP

The equivalent question on the input side, and it stops a correct part being useless.

A three wire sensor has to match the PLC input card. An NPN sensor into a PNP input does nothing, and the part number often differs by one letter.

The confusing part is that the sensor looks fine. Its own display shows the target, its output LED behaves, and the PLC input never comes on.

If you do not know which your system uses, read it off a working sensor on the same machine, or tell us the PLC and we will work it out.

On anything with a coil, send the coil voltage

Contactors, relays and solenoid valves all have this in common.

The same physical device is made in a long list of coil voltages and they look identical. Panels routinely mix 24 V DC, 110 V AC and 230 V AC control circuits, sometimes in the same enclosure, so assuming from a neighbouring device is not safe.

Read it off the device itself. And on a contactor that buzzes or chatters, measure the control voltage at the coil while it is trying to pull in, because a supply that sags under load produces that symptom and a new contactor will do exactly the same thing.

On a valve, tell us what it does with no power

The question with the most at stake.

Pneumatic and hydraulic valves come in variants that hold position, return to a rest position, or release the actuator entirely when they are de-energised. They look alike, they differ by a character in the type code, and the difference only appears when the machine stops.

So on any valve enquiry, copy the type code exactly, and tell us if the load is vertical, suspended or clamping. Whether a substitution is acceptable belongs with whoever holds the machine's safety design, and we will flag it when what you have asked for behaves differently from what you have described.

Tell us what actually failed

Worth its own note, because it often saves real money.

A lot of automation hardware is repairable at component level. A trip unit rather than a breaker. A contactor coil or a contact kit rather than a contactor. A contact block or a button head rather than a whole pushbutton. An LED element rather than an indicator. A drive fan rather than the drive. A touchscreen rather than the terminal. A battery rather than a controller. A memory module rather than a drive. A reflector rather than a sensor. A fibre unit rather than the amplifier holding its settings. A cable rather than the motor it runs to. A communication adapter rather than the I/O base it sits on. An end module or a segment fuse rather than the I/O node that stopped working. An SFP module rather than the switch. One half of a light curtain rather than the pair. Motor brushes rather than a DC drive. An encoder cable rather than a servo amplifier. An expansion cable rather than the modules that keep faulting. A signal isolator rather than the instrument you think is drifting. A solenoid coil rather than a valve, on air or on oil. One valve slice rather than a valve terminal. A seal kit rather than a cylinder. A speed controller rather than the cylinder you think is juddering. A silencer rather than the machine you think has got tired. A filter element rather than the pneumatics or hydraulics it starved. An amplifier card rather than a proportional valve. An electronics module or a display rather than a whole process instrument. A trigger sensor or an illuminator rather than a vision camera.

If you tell us the symptom as well as the part number, we will quote the smaller part first where there is one.

Free tests worth doing before you order

Six that cost nothing and regularly change what the answer is.

On a pneumatic or hydraulic valve, use the manual override. If the actuator moves, the air or oil and the mechanics are fine and you have an electrical fault. If it does not, stop looking at the electrics. Stand clear first, because the actuator will move.

On anything that keeps failing in one position, measure the environment. Panel temperature, supply pressure at the machine under load, air quality, or oil cleanliness. A location that eats components is telling you something the components are not. A thermal overload that only trips on warm days is reporting the panel, not the motor.

On a panel with intermittent resets, measure the 24 V rail under full load. Not at rest. Control supplies get loaded up as panels grow, and a rail that sags when several coils pull in produces faults that look like failed devices.

On a drive or a controller, read the fault log before clearing it. Most of them record what happened, and a good proportion of fault codes point outward at cables, motors, fans and supplies rather than at the unit itself.

On an instrument reading erratically, check the earthing and the cable routing. Noise on a measurement signal is very often an earthing problem or a signal cable running alongside a drive motor cable, and a new instrument will read exactly as badly. A signal isolator often fixes it for a fraction of the price.

On a vision system or a sensor that has become unreliable, clean the optics and look at the light. Illuminators dim with age, lenses and fibre ends foul, and sunlight changes through the day. A system that works in the morning and fails in the afternoon is not a hardware fault.

Look for the removable part before you scrap anything

Worth its own note, because it costs nothing and it is the most expensive thing people get wrong.

On a great many platforms the parameters, and sometimes the machine's own control logic, live on something small and removable rather than in the device. Memory cards, configuration plugs, coprocessor modules, cloning sticks, removable keypads, personality modules, backup configurators and instrument data memories all fall into this.

Two habits follow. Take a copy off every running device now, while it still works. And before any device leaves the site, open it and look, because that part is easy to throw away and frequently irreplaceable.

The same goes for anything adjusted with a screwdriver. Potentiometer positions on an amplifier card, dial settings on a soft starter or an overload, jumper positions on an analogue module, thresholds on a sensor amplifier. Photograph them before the old part comes off, because that photograph is often the only tuning record that exists.

And on anything configured over a network, export the configuration file. Managed switches, gateways, device servers, vision systems and drives all hold settings that somebody worked out once. Save the files, name them by location, and keep them off the laptop they were made on.

Watch for small programmable relays and rail mounted controllers too. A little grey box on a DIN rail does not read as a controller, so nobody backs it up, and on plenty of machines it holds the entire control scheme.

We can tell you which part it is on your platform. Ask.

And check your PLC batteries

Related, and it is the one that ends plants rather than just costing a day.

Older PLCs across every brand hold their program in battery-backed memory. While the battery is good, nothing is wrong. When the battery is flat and the plant loses power, the program is gone, and the hardware being perfectly serviceable does not help.

Change them on a schedule rather than when a light comes on, change them with the PLC powered up, and keep a verified copy of every program somewhere other than the workshop laptop.

Batteries are the smallest order we take and the one that prevents the largest loss. Ask for them with anything else.

What happens next

We come back to you the same business day with whether we can get it, what condition it will be in, what it costs and how long it takes.

If we cannot find it, we say so rather than leaving you waiting.

We also buy

If you are stripping a line or replacing a control system, we will take the old hardware off your hands. See Sell To Us.

Send your RFQ

One part or a full project list.

Request a quote

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 any manufacturer named on this site. All trademarks, brand names and article numbers are the property of their respective owners and are used here for identification purposes only.