Omron Industrial Automation and Control Components
Select Omron industrial automation hardware, programmable controllers, sensors, and servo systems for production lines, automated machinery, and machine tools. Submit your Bill of Materials or project specifications.
Equipment families and selection criteria
Select hardware categories according to your engineering task: electromechanical switching, precision sensing, programmable machine logic, synchronized multi-axis motion, or variable frequency drive control.
General Purpose and Power Relays MY, G2R and LY Series
Omron general-purpose electromagnetic relays including MY2, MY4N, MY4N-GS, G2R-1-SN, and LY series provide dependable galvanic isolation, signal boosting, and actuator switching within industrial automation enclosures, CNC machinery, and motor control centers.
Engineered contact materials deliver exceptional arc resistance, minimal contact resistance, and millions of dependable switching cycles under intensive 24/7 industrial duty.
Modules feature built-in LED operating indicators, mechanical status flags, and latchable manual test buttons for swift loop diagnostics. Mounting accessories include PYF sockets with screw terminals and Push-In Plus spring clamps for fast DIN rail installation.
Gold-clad bifurcation contacts ensure micro-current signal continuity down to 1 mA without contact oxidation. Integrated surge-suppression diodes protect host PLC solid-state outputs from inductive counter-electromotive voltage transients.
Supplied in contact ratings from 1C (10 A) up to 4C (5 A) with coil excitation voltages across 12, 24, 48 VDC and 24, 110, 220/240 VAC.
Solid State Relays G3NA and Safety Modules G9SE Series
Omron solid-state relays including G3NA, G3PB, and G3NE series offer high-speed, completely silent switching of high-wattage heating elements in plastic extruders, blow molding units, sealer bars, and industrial furnaces without mechanical contact erosion.
An integrated metal-oxide varistor effectively absorbs line transients and voltage spikes, safeguarding internal semiconductor components from thermal and dielectric breakdown. Optimized baseplate thermal conductivity ensures stable continuous current handling when paired with designated heatsinks.
Complementary G9SE and G9SA safety relay modules deliver continuous hardware-level monitoring of emergency stop circuits, optical light curtains, and safety interlock gate switches in compliance with PLe, SIL3, and Category 4 standards.
Fast response times under 15 ms guarantee instantaneous power disconnection to servo motion stages upon safety perimeter intrusion. Slim 17.5 mm module profiles optimize panel space efficiency.
G3NA switching load currents from 5 to 90 A up to 480 VAC; safety relay modules designed with slim 17.5 mm width housing.
Inductive Proximity Sensors E2E, E2B and E2A Series
Omron inductive proximity sensors across E2E, E2B, and E2A series deliver non-contact metallic part detection, spindle positioning, indexing table confirmation, and machine tool slide monitoring in demanding manufacturing conditions.
Rugged cylindrical brass and stainless steel enclosures with M8 through M30 threads feature IP67 and IP69K environmental ingress ratings, withstanding direct high-pressure washdown and aggressive water-oil cutting fluid exposure.
The flagship E2E NEXT sensor family incorporates extended sensing distances, temperature drift compensation, and integrated IO-Link communication for preventative condition monitoring. A 360-degree visible circular LED ring allows immediate operational status verification from any viewing angle.
Sensing ranges from 1.5 mm to 30 mm, 3-wire DC NPN/PNP and 2-wire DC/AC output stages with pre-wired cables or M12 connectors.
Photoelectric Sensors and Rotary Encoders E3Z, E3FA and E6B2 Series
Omron photoelectric sensors including E3Z, E3FA, and E3JK families deliver dependable object detection across high-speed conveyor lines, automated packaging machines, and robotic assembly stations regardless of surface color and reflectivity.
Optical configurations encompass through-beam emitters and receivers spanning 20 meters, polarized retro-reflective models for reflective packaging materials, and background-suppression diffuse sensors.
Complementary incremental E6B2-CWZ and absolute E6C3 rotary encoders provide high-resolution angular position, feedrate, and rotational speed feedback for mechanical positioning axes. Superior optical noise rejection circuitry prevents erratic triggering caused by high-frequency LED shop lighting.
Sealing rated to IP67/IP69K; rotary encoders offering up to 2000 pulses/rev (incremental) and 1024 steps Gray code (absolute).
Sysmac Machine Automation and Motion Controllers NJ and NX Series
Omron Sysmac machine automation controllers integrate sequential PLC logic, multi-axis motion synchronization, vision inspection, and functional safety within a unified, scalable hardware architecture.
Controller models including NX102, NX1P2, NJ301, and NJ501 leverage powerful Intel Atom multicore processors and high-speed EtherCAT master ports supporting deterministic communication cycles down to 250 microseconds.
Built-in OPC UA server and MQTT client protocols enable direct, secure operational data transmission from edge machinery directly to supervisory SCADA, MES, and cloud analytics systems.
Direct SQL database connectivity allows controller-level logging of quality trace records without requiring auxiliary middleware computers. NX-series slice I/O modules attach via a rugged, high-speed backplane bus.
Controls up to 64 synchronized axes via EtherCAT, programmed using Sysmac Studio under IEC 61131-3 standards with dual EtherNet/IP ports.
Modular and Compact Programmable Controllers CJ2M, CJ1M and CP2E
Omron modular programmable controllers encompassing CJ2M, CJ2H, and CJ1M series, alongside compact standalone CP2E, CP1L, and CP1H units, constitute a robust operational backbone across industrial production facilities, automated batching plants, and handling machinery.
The extensive CJ slice I/O portfolio includes discrete ID211 DC inputs, OC211 relay outputs, OD211 transistor stages, AD081 multi-channel analog inputs, and TS561 thermocouple processing cards.
Compact CP2E micro-PLCs featuring onboard Ethernet connectivity and 4-axis high-speed pulse train positioning outputs provide an ideal fit for self-contained equipment automation. Non-volatile flash storage and real-time clock hardware maintain program variables intact across power interruptions.
Standard Modbus RTU and Modbus TCP master/slave capabilities simplify integration with third-party operator interfaces.
Program capacity up to 60K steps with 0.04 microsecond logic execution speed, supporting EtherNet/IP, Modbus, and Profibus-DP.
AC Servo Drives and Servo Motors 1S and Accurax G5 Series
High-dynamic AC servo drive systems across Omron 1S and Accurax G5 series are engineered for precision motion axes on CNC machine tools, industrial Cartesian gantries, packaging line robotics, and labelling machines.
R88M servo motors ranging from 50 W to 15 kW are fitted with battery-free 23-bit absolute multi-turn encoders, permanently preventing origin loss during plant power outages.
R88D-1SN servo amplifiers featuring native EtherCAT fieldbus interfaces deliver active mechanical vibration suppression, real-time adaptive autotuning algorithms, and integrated Safe Torque Off (STO SIL3) functional safety circuitry.
Single-cable hybrid motor connectivity noticeably streamlines cabinet wiring and reduces cable carrier mass. Peak torque overload capabilities up to 350% ensure crisp acceleration profiles without following errors.
Power ratings from 50 W to 15 kW, battery-free 23-bit absolute encoder, EtherCAT network, and optional mechanical holding brakes.
Frequency Inverters MX2, Q2V and Power Supplies S8VK Series
Omron frequency inverters including MX2 (3G3MX2), RX2, and compact Q2V vector drives deliver smooth acceleration, accurate torque regulation, and significant electrical energy conservation for induction and permanent magnet motors across conveyors, extruders, pumps, and fans with 200% starting torque at 0.5 Hz.
S8VK-C and S8VK-G compact switch-mode DIN rail power supplies ranging from 60 W to 480 W provide regulated 24 VDC control power featuring up to 120% Power Boost capability.
Digital temperature controllers within the E5CC family with a 50 ms sampling cycle ensure ultra-precise PID thermal process regulation. Integrated EMC line filters protect adjacent sensitive instrumentation from harmonic high-frequency interference.
Built-in Safe Torque Off (STO) hardware inputs on MX2 drives enable direct integration into machine safety categories.
Inverter capacities up to 132 kW with sensorless vector control, DIN rail S8VK power supplies, and E5CC PID temperature controllers.
Official Omron Industrial Automation product catalogs and datasheets
How to prepare an automation specification
Compile a breakdown of equipment sections: control panels, conveyor handling systems, packaging units, or CNC machinery. For each section, record power supply ratings, discrete and analog I/O point counts, functional safety levels (SIL3/PLe), and required deterministic communication cycle times. Attach single-line electrical diagrams, terminal connection schedules, and replaced module designations. Separate turnkey automation equipment from maintenance spare parts to ensure operational resilience. State automation software toolchain versions and third-party PLC integration constraints.
Procurement terms and technical scope
Specify mating controller or drive codes when requesting expansion racks, interface couplers, relay sockets, or pre-assembled cables. Unit pricing, delivery schedules, documentation, and stock availability are confirmed against exact manufacturer part numbers. We do not claim authorized distributor status; technical equivalence and electrical ratings are evaluated strictly from official datasheets. Technical manuals are supplied in standard factory English.
Submit your Omron equipment inquiry
Attach your equipment schedule, component quantities, environmental constraints, and destination delivery address. If full part numbers are unavailable, supply photographs of equipment nameplates, wiring schematics, or an engineering functional description.
