With the S8M your machine will be directly UL Class 2 compliant, maximum tripping current is 3,8A per channel (adjustable). This unit controls up to 4 circuits. On top of this you will get startup / shutdown –sequence control, display and alarm functions, like voltage, output current, runtime, and over temperature and external reset. These functions can be set by using the front buttons or with the free support tool software. These settings can be protected. 4 circuit protection up-to 4A per channel UL Class 2 (max. 3,8A) Emergency stop by external signal Optimize use of available power through Start-up sequence Maintenance Control

S8TS DC back-up to prevent 24 VDC outages due to power failures The S8T-DCBU-01 battery backup block supplies 24 VDC for a fixed period of time during AC input outages to considerably improve system reliability. Supplies 24 VDC for a long period of time during AC input outages For system reliability improvement Block power supply basic block is connected by the bus line connector Simple system configuration Alarms indicated on main unit and via alarm signal output

Prevents equipment stoppage, data loss and other problems resulting from momentary power failures. One S8TS-DCBU-02 buffer block provides a back-up time of 500 ms at an output current of 2.5 A. Can be wired to the 24 VDC output from any switch mode power supply. Connects to all Omron power supplies: S8TS, S8VS, S82J, S82K, S8VM, S8PE Connects to both single-phase and three-phase power supplies Connects to an S8TS power supply via an S8T-BUS03 bus line connector Parallel connection up to 4 units to increase back-up time and capacity Complies with Semi F47-0200 standard

Buffer block against momentary power failures Prevents equipment stoppage, data loss and other problems resulting from momentary power failures. One S8TS-DCBU-02 buffer block provides a back-up time of 500 ms at an output current of 2.5 A. Can be wired to the 24 VDC output from any switch mode power supply. Connects to all Omron power supplies: S8TS, S8VS, S82J, S82K, S8VM, S8PE Connects to both single-phase and three-phase power supplies Connects to an S8TS power supply via an S8T-BUS03 bus line connector Parallel connection up to 4 units to increase back-up time and capacity Complies with Semi F47-0200 standard

All models have the same height of only 84.5 mm. These ranges cover up-to 1,500 W. The output voltages are 5, 12, 15 or 24VDC. In this series we got standard types and versions with two alarms up-to 150 W models: one for short dip in the 24VDC supply, second one when the voltage gradually drops in time. The models form 300 W / 600 W / 1,500 W are equipped with an overload alarm function. Widest range in DC-output voltage (5V, 12V, 15V & 24V) & wattage (15 up-to 1,500W) LED indication power ON Transistor output & LED indication under-voltage alarm 1 & 2 or Power failure All models can be Din-rail mounted (except 1,500W) EMI Class B, UL Class 1 division 2, SEMI-F47 (200VAC input)

The S8VS is our standard industrial DIN-rail mounted power supply. It’s build to last for ever. The compact S8VS is built in a strong metal case (except the 60 W version) providing a very good dimension vs. output power ratio to optimize panel space usage. The range covers 4 models with wattage of 60, 120, 240 and 480 at 24 VDC. The range withstands high vibration and shocks. The S8VS are fan-less power supplies. S8VS models available from 60 to 480W at 24VDC, 4 models Wide input range from 85 to 264 VAC Very compact, robust housing Overload protection All necessary approval available including SEMI-F47-0200

S8VS micro is our range for small power use. It is available in 15 W and 30 W in the same small 22.5 mm housing. In these versions we are using a new technology which improve the heat dissipation very efficient, giving more power output in this slim housing, 30 W. Due to this technology you can mount the S8VS micro in any position without de-rating. The S8VS micro is available in three different output voltages 5, 12 and 24 VDC. Wide AC input range from 85 to 264 VAC Output power range 15 and 30 W at 5, 12 and 24 VDC Three mounting directions, standard din-rail, horizontal or facing horizontal Mounting directly onto panel no problem, any directions is okay UL Class 2 (15-30 W) and UL Class I div. 2 (15, 30 W); SEMI-F47-0200

If you use a power supply under heavy circumstances like high temperature for example it will be very difficult to estimate the life time of the power supply. With our S8VS-A power supply this will be solved due to our unique measurement of the condition of the capacitors. An output will warn you 0.5 year before estimate shut-down of the power supply. On top of this you get additional information like output voltage, output current, peak current etc. Range for 60, 90, 120, 180, 240 and 480 W at 24VDC Output signal / display information for ending life-time Display shows output values: voltage, current or peak current Wide input range from 85 to 264 VAC Under-voltage alarm except for 60 W only display All necessary approval available including SEMI-F47-0200

With our power supply with run time you can set-up a warning for additional maintenance. Not, only for the power supply, but as well for other sensitive parts in your machine/ application. To have this feature normally you need to buy and connect a separate time counter or other controller. The time setting is 1 Kh per step. On top of this you get additional information like output voltage, output current, peak current etc. Range for 60, 90, 120, 180, 240 and 480 W at 24 VDC Output signal / display information for ending run-time Display shows output values: voltage, current or peak current Wide input range from 85 to 264 VAC Under-voltage alarm except for 60 W only display All necessary approval available including SEMI-F47-0200

To make the compact power supply range complete we have our 3-phase S8VT series, which give you the best power-to-footprint ratio. The range exists of 4 models with wattage of 120, 240 480 and 960 W all at 24 VDC. The version is build in a very robust metal housing and all models are din-rail mounting. The input range cover 3 phase voltage input from 340 to 576 VAC and single phase DC input from 480 to 810 VDC. 5, 10, 20 and 40A; 24VDC output 3-phase input (340-576VAC) or 1-phase 480 to 810 VDCxx Compact design with best footprint on the market UL60950 (CSA22.2-60950), UL508 listing (CSA22.2-14) and CE Parallel & serial operation possible

A self contained HMI library object that includes scripting or macros to perform some intelligent behaviour

Drive-based solutions for distributed motion control. Products available for simple point to point applications to advanced e-cam solutions.

A servo drive is a special electric amplifier used to power electric servo motors. It monitors feedback signals from the motor and continually adjusts for deviation from expected behavior.

The GW linear servo motor’s moving coil has no iron content and is made of resin-moulded motor windings. The stationary magnet track is made of two nickelised steel plates with accurately placed rare-earth magnets on each side. Plug and play, automatic motor recognition by servo drive Lack of magnetic attraction force extends the life of linear guides Bearings will run more quietly due to the lack of attraction force Attraction cancellation allows the use of smaller linear bearings Velocity ripple is minimised due to zero-cogging nature of the design

The SGMAH servo motor series has a low-inertia design for extremely fast accelerations and short settling times. Sizes 30W to 750W, rated speed 3000 rpm Peak torque up to three times continuous torque during 3 seconds High-resolution serial encoder Automatic motor recognition by servo drive Absolute multiturn encoder solution

The SGMBH servo motor series has an internal permanent magnet (IPM) design, which reduces rotor inertia. These servo motors are well suited for highly dynamic, high-power applications such as hydraulic system replacement. Sizes from 22kW to 55kW, rated speed 1,500 rpm Peak torque can be maintained for up to 5 seconds High-resolution serial encoder Automatic motor recognition by servo drive Absolute multiturn encoder solution

The SGMGH servo motor series has a medium-inertia rotor and incorporates the segmented stator design, which dramatically reduces overall size. These servo motors are well suited for applications requiring optimised load matching. Sizes 0.45kW to 15kW, rated speed 1,500 rpm Peak torque can be maintained for up to 5 seconds High-resolution serial encoder Automatic motor recognition by servo drive Absolute multiturn encoder solution

The SGMPH servo motor series has a medium-inertia design with a flat profile providing the highest torque-per-length ratio available. These servo motors are well suited for applications requiring optimised load matching. Sizes 100W to 1,500W, rated speed 3,000 rpm The length is about half that of similarly rated motors Peak torque up to three times continuous torque during 3 seconds High-resolution serial encoder Automatic motor recognition by servo drive

The SGMSH servo motor series has a high torque-to-inertia ratio and incorporates the segmented stator design, which dramatically reduces overall size. These servo motors are well suited for high-cycle-rate applications. Sizes 1.0kW to 5.0kW, rated speed 3,000 rpm Peak torque up to three times continuous torque during 5 seconds High-resolution serial encoder Automatic motor recognition by servo drive Absolute multiturn encoder solution

The SGMUH servo motor series has a high torque-to-inertia ratio for high-cycle-rate applications. The SGMUH incorporates the segmented stator design, which dramatically reduces overall size. Sizes 1.0kW to 5.0kW, rated speed 6,000 rpm Peak torque up to three times continuous torque during 5 seconds High-resolution serial encoder Automatic motor recognition by servo drive

The SHL switch features a long life and high precision due to its built-in coil spring, housed in rigid zinc die-cast alloy casting. Its mechanical life expectancy is 10 million operations. Alternating contact Micro load and general load Switching/min = 30 Immersion-proof IP67 IEC, EN, UL

The Sigma II servo series was designed with ZERO compromise on quality, reliability or performance. The servo amplifiers are ultra-compact with pulse and analogue inputs as standard, plus an auto-tuning function. Plug-in option cards offer enhanced functionality such as indexing and complex motions such as cams, gears and linked axes.

Omron's SmartSlice I/O system is compact, intelligent and easy. When used with Omron's CS1/CJ1 DeviceNet master units it is plug-and-work, no configuration tool is required. By using built-in functions such as pre-scaling, totalising, differentiation and alarming in analog I/O units, PLC programming can be minimised. Preventive maintenance data can be accessed using CX-Integrator software, standard PLC function blocks or NS-series Smart Active Parts.

SmartStep is designed and engineered to provide you with an easy way to migrate from steppers to servos in minutes. It accepts pulse-train input, can be configured quickly via simple dip switches and has an on-line auto-tuning function. Thus, the SmartStep offers all the simplicity and cost-effectiveness of a stepper with the added advantages of the servo drive capability.

A solid state relay (SSR) is an electronic switch, which, unlike an electromechanical relay, contains no moving parts. The types of SSR are photo-coupled SSR, transformer-coupled SSR, and hybrid SSR.

Omron's unique CompoBus/S is the most efficient I/O bus for machine automation. With free topology and up to 500 m bus length in long-distance mode, it can be used as a remote I/O system. In high-speed mode (100 m max.) the guaranteed sub-millisecond cycle time makes it ideal for efficient machine control. Used with the compact CPM2C-S PLC as master, your machine control system will fit in the smallest spaces.

Rugged I/O units for field mounting. Omron's unique CompoBus/S is the most efficient I/O bus for machine automation. With free topology and up to 500 m bus length in long-distance mode, it can be used as a remote I/O system. In high-speed mode (100 m max.) the guaranteed sub-millisecond cycle time makes it ideal for efficient machine control. With IP67 slave modules distributed throughout the machine, the need for protective enclosures is minimised.

Open motion control platform that offers a soultion from simple positioning to advanced co-ordinated motion. They can be used as an independent motion controller in combination with popular PLC brands since they support Ethernet, Profibus and DeviceNet communication.

Software package for communication with controllers over serial, Ethernet and EthernetIP. Formerly called FINS Gateway.

One Machine Software package for Control, Motion, Vision and Safety configuration and programming. See the Product Page on our sales web site for more info.