Everything from the Sensors to the Equipment is Made Visible with IO-Link. New IoT Flow and IoT Pressure Sensors to Monitor Equipment Condition

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Noel Black
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1 Using IoT to Bring Innovation to Manufacturing Sites. IO-Link Series Everything from the Sensors to the Equipment is Made Visible with IO-Link New IoT Flow and IoT Pressure Sensors to Monitor Equipment Condition Using IoT to enhance the value of manufacturing Condition monitoring for predictive maintenance Abnormality detection for shortest recovery Individual identification for reduction of man hours

IO-Link Series Toward the Factory of the Future with Onsite IoT Today s manufacturing industry is facing the need for high-mix low-volume production and advanced manufacturing.

2 IO-Link Series Toward the Factory of the Future with Onsite IoT Today s manufacturing industry is facing the need for high-mix low-volume production and advanced manufacturing. On the other hand, with the technology of digital fields, ICT and analysis technology are advancing by leaps and bounds. We aim to achieve the Factory of the Future through the use of the IoT (Internet of Things) in order to respond to such changes in the environment. What we are aiming for is the Factory of the Future in which human intention and equipment converge Using the IoT to connect things at the manufacturing site with each other and with people from equipment down to the individual components makes it possible to detect signs that may indicate problems before the equipment stops and for the equipment to handle this autonomously and analyze the causes of defects. This allows personnel to concentrate on higher added-value work without the need for emergency maintenance or for going back over work already completed. Attaining this Factory of the Future means onsite IoT.

Onsite IoT from OMRON Automation in Manufacturing with Intelligence With OMR MRON, you can coll ect a wide var ariety of data

The impl plic icit it knowl edge of profiicient skillsls and manufactu turi ring know- how is turned into ex plic icit it kno

We are aim imin ing to fur ther use data for au tomation in manu nufa ctur urin ing with i ntel elligent equipme nt, in clud

The Strength of the Manufacturing Site Developed by OMRON Three Forms of Know-how Moving IoT Forward At OMRON, we have the

uses these control components on its own lines, and the know-how to handle open network environments.

application is achieved and onsite IoT is moved forward powerfully.

3 Onsite IoT from OMRON Automation in Manufacturing with Intelligence With OMR MRON, you can coll ect a wide var ariety of data at the ma nufacturing site lev el simply and wi thou out omis issi sion or excess effo rt. The impl plic icit it knowl edge of profiicient skillsls and manufactu turi ring know- how is turned into ex plic icit it kno wled edge and fed back to the manufacturing site to imp mpro rove pro rodu duct ctivity. We are aim imin ing to fur ther use data for au tomation in manu nufa ctur urin ing with i ntel elligent equipme nt, in clud udin ing achieving production lin ines that do not sto top and equi pm ent that lea earn s and evol olve ves. The Strength of the Manufacturing Site Developed by OMRON Three Forms of Know-how Moving IoT Forward At OMRON, we have the product know-how of a manufacturer who has produced control components for decades, the manufacturing know-how of a user who uses these control components on its own lines, and the know-how to handle open network environments. With these three types of know-how, nurtured with the strength of manufacturing sites as only OMRON can, the customer s application is achieved and onsite IoT is moved forward powerfully. Attaining the Factory of the Future Makes Manufacturing More Enjoyable Maintenance Production Technology Development From emergency maintenance to planned maintenance, which generates improvements Predictive control of the production line as a whole Concentrating on work that creates innovative products

IO-Link Series Step Step Data Collection Data Analysis

d ata Improvement Cycle Through the IoT The First Step to the

Site Attaining the Factory of the Future through the IoT

OMRON itself started with visualization of the production

Data collected through EtherNet/IP TM, EtherCAT, and other

the results are used at the manufacturing site to improve

We have already achieved major improvements by repeating this

Step Data Application The Cycle of Improvements Through the

customers with the know-how to achieve this and the results.

Shanghai Factory Through High-Speed Collection of Big Data

Visualizing the line productivity in a time series Analyzing

Results Time to identify areas for improvement reduced to /6

Identification of equipment stoppage for changeovers and

retries Data Application We deployed a visualization system

Predictive Maintenance Example from Ayabe Factory Through

Less Waste Data Collection Data Analysis Collecting process

) Analyzing the pick-up nozzle washing time and flow rate

4 IO-Link Series Step Step Data Collection Data Analysis Componen ent data Product tio n dat ta Equipm me ent st atu s d ata Improvement Cycle Through the IoT The First Step to the Factory of the Future Informationization of the Manufacturing Site Attaining the Factory of the Future through the IoT starts with informationization of manufacturing sites. OMRON itself started with visualization of the production lines in its own factories. Data collected through EtherNet/IP TM, EtherCAT, and other open networks is accumulated on the server and analyzed, and the results are used at the manufacturing site to improve productivity and quality. We have already achieved major improvements by repeating this cycle of improvements through the IoT. Step Data Application The Cycle of Improvements Through the IoT Has Been Verified in OMRON s Own Factories We provide our customers with the know-how to achieve this and the results. Productivity Improvement Examples from Kusatsu Factory and Shanghai Factory Through High-Speed Collection of Big Data Improved Operating Rates Data Collection Data Analysis Visualizing the line productivity in a time series Analyzing the product flow and equipment operating status Improvement Results Time to identify areas for improvement reduced to /6 or less * Productivity improved by % * *In-house comparison. Identification of equipment stoppage for changeovers and locations where processing time increases due to warnings and retries Data Application We deployed a visualization system in our overseas factories too. Predictive Maintenance Example from Ayabe Factory Through Application of Big Data Improved Equipment Maintenance with Less Waste Data Collection Data Analysis Collecting process data (alignment machines No. and No. ) Analyzing the pick-up nozzle washing time and flow rate Improvement Results Productivity improved by avoiding intermittent stops Costs reduced through accurate parts replacement Identification of the flow rate that causes intermittent stops due to nozzle suction failure Data Application Pick-up nozzle washed at the right time

5 The IoT at the Component Level Is Necessary for Manufacturing Site Inf nfor orma ti on iz atio ion At many manufacturing sites,

following the first round; IO-Link Masters, Photoelectric Sensors, Color Mark Photoelectric Sensors, and Proximity Sensors.

operation, such as incident light levels and flow rate, are made visible.

recovery time, predictive maintenance, and a reduction of man-hours for commissioning.

5 5 The IoT at the Component Level Is Necessary for Manufacturing Site Inf nfor orma ti on iz atio ion At many manufacturing sites, the adoption of the IoT is being promoted at the controller and HMI levels through EtherNet/IP or EtherCAT, but not at the component level. Therefore, at OMRON, we early on created a lineup of devices for IO-Link, which is a sensor-level open network to promote sensor-level informationization. Everything from the Sensors to the Equipment is Made Visible with IO-Link Flow and Pressure Sensors join the IO-Link products following the first round; IO-Link Masters, Photoelectric Sensors, Color Mark Photoelectric Sensors, and Proximity Sensors. By connecting Sensors and Controllers to an IO-Link Master, not only ON/ signals but also information required for stable operation, such as incident light levels and flow rate, are made visible. We are making it possible to monitor the condition and detect any abnormalities of sensors and equipment, contributing to shorter recovery time, predictive maintenance, and a reduction of man-hours for commissioning. Cloud Manufacturing site Factory Database Setup: integrated software environment Setup and monitor with one tool/one connection Controller Import Flow rate Pressure Temperature Equipment information Feed back Condition determination Threshold value IO-Link Master Import Incident level Degree of detection margin Sensor information Feed back Threshold value Predictive maintenance IO-Link Sensors Shortest recovery (reducing downtime) IO-Link Sensors Reducing man hours See P.7- for details

6 IO-Link Series Value Provided by IO-Link Supporting Solutions to Management Issues in the Manufacturing Industry Through Abnormality Detection/Condition Monitoring/Individual Identification

6 6 IO-Link Series Value Provided by IO-Link Supporting Solutions to Management Issues in the Manufacturing Industry Through Abnormality Detection/Condition Monitoring/Individual Identification Improving an equipment operation rate is a universal management issue at manufacturing sites. As the calculation formula below shows, an overall equipment operation rate is determined by how stops, drops in speed and defects are avoided. Overall Equipment Effectiveness * = Availability (stop loss) speed performance (performance loss) quality (defect loss) *. OEE: overall equipment effectiveness. An index that stratifies the effectiveness of production equipment developed and advocated by the Japan Institute of Plant Maintenance. These three loss occurrence factors are divided into the following () to (). Of these, the causes of stop loss are the three major issues at the manufacturing sites (shown in orange on the right diagram) and the defect loss is the fourth issue (shown in green on the chart on the right). Manufacturing site issues of the manufacturing industry Reduce wiring man-hours Others Reduce installation man-hours Shorten downtime Loading time Operating time Net operating time Performance loss Stop loss () Breakdown () Arrangements/adjustments () Speed reduction Reduce the frequency of planned maintenance Reduce the reinstatement of defective products Improve efficiency of system commissioning/ changeover Reduce the frequency of sudden errors Value operation time Defect loss () Defect/ repair manually Note: Based on Omron s surveys as of Jun 6. Omron s IO-Link Compliant Components Solve Stop Loss "Defect Loss" Issues and Improve Equipment Operation Rate What makes the reduction of the frequency of sudden errors and reinstatement of defective products possible is... Condition monitoring for predictive maintenance P. 7 What makes the shortening of downtime possible is... Abnormality detection for the shortest recovery What makes the improvement of changeover efficiency possible is... Individual identification for the reduction of man-hours P. P.

7 Predictive maintenance To those in charge of maintenance Condition monitoring for predictive maintenance () Reduction of Sudden Stops by Grasping the Flow Rate Simultaneously with the Temperature

7 7 Predictive maintenance To those in charge of maintenance Condition monitoring for predictive maintenance () Reduction of Sudden Stops by Grasping the Flow Rate Simultaneously with the Temperature of Cooling Water and Hydraulic Oil Circulating in Equipment Existing problems While the presence or absence of cooling water is checked by means of the ON/-based pressure sensor, it is unable to detect any drop in the flow rate of the cooling water or any rise in the cooling water temperature. For that reason, The transformer is not cooled, and gets overheated, potentially leading to sudden stops of the equipment and the entire line. The tip may be deformed, causing defective products. Sudden Stop General pressure gauge With an IO-Link IoT Flow Sensor The flow rate and simultaneously the temperature of the circulation system are measured, substantially reducing sudden error. Simultaneous monitoring of the flow rate and temperature changes, and informing of those changes, enable you to carry out predictive maintenance and reduce defective products. Flow ws Sensor E8FC Cooling system of a welding machine Flow rate Flow reduction Flow reduction Threshold value for insufficient flow rate detection Temperature rise Temperature Threshold value for temperature rise detection Normal cooling performance Flow reduction Temperature rise Flow reduction Temperature rise Theequipmentlookstobeequipment to performing smoothly. There may be a leak in the pipe pe or the motor malfunctioning. The piping may be clogged or the chiller may be malfunctioning. Performance has dropped! Check for any deformation of tip and/or overheating of the transformer!

8 IO-Link Series Predictive maintenance To those in charge of maintenance Condition monitoring for predictive maintenance () The Proximity Sensor Indicates an Excessive Proximity to the Sensing

Understand the Changes in Equipment Condition in Advance and Reduce Sudden Stops Existing problems The detection position changes due to wear and vibration in the equipment s mechanical parts and as

8 8 IO-Link Series Predictive maintenance To those in charge of maintenance Condition monitoring for predictive maintenance () The Proximity Sensor Indicates an Excessive Proximity to the Sensing Object. Understand the Changes in Equipment Condition in Advance and Reduce Sudden Stops Existing problems The detection position changes due to wear and vibration in the equipment s mechanical parts and as a result, false detection and collision with the sensor have a negative impact on the equipment... With an IO-Link Proximity Sensor You are notified of excessive remoteness or proximity, and the occurrence of sudden defects is greatly reduced Constantly monitoring the position of the sensing object and notifying of excessive remoteness or proximity can be used for predictive maintenance of the equipment. At installation Rattling and wobbling due to a machine reaching its life limit causes the sensing object to approach at an excessive proximity and ultimately collide with the sensor. Rattling and wobbling due to a machine reaching its life limit causes false detection due to the sensing object becoming remote. Sensing area Sensing object Instability detection threshold Excessive proximity detection threshold Sensing object Sensing object Excessive proximity Breakage (False detection) Excessive remoteness False detection (breakage) Sensing object becomes excessively proximate Monitor output Sensing object becomes excessively remote Monitor output Excessive proximity detection threshold Warning that an excessive proximity has been detected Detection threshold The excessive proximity detection threshold can be selected from three setting levels.* * Two levels for aluminum Instability detection threshold Detection threshold Warning that instability has been detected % Sensing distance Distance 8% % Sensing distance Distance Note: The instability detection threshold is fixed at 8%.

9 To those in charge of maintenance Condition monitoring for predictive maintenance () Predictive maintenance Understand Unstable Situations in the Incident Level of the Photoelectric Sensor in

the light incident level that causes the sensor to make false detection and the equipment to stop... Water drops stick to the sensing surface of the reflective sensor causing reflected light to enter.

9 9 To those in charge of maintenance Condition monitoring for predictive maintenance () Predictive maintenance Understand Unstable Situations in the Incident Level of the Photoelectric Sensor in Advance and Reduce Sudden Stops Existing problems In a conveyance process operating for hours, dust or dirt accumulated on the detection surface of the photoelectric sensor, leading to a decline in the light incident level that causes the sensor to make false detection and the equipment to stop... Water drops stick to the sensing surface of the reflective sensor causing reflected light to enter... With an IO-Link Photoelectric Sensor A light incident level monitor prevents false detection With a response time of ms, Photoelectric Sensor s light incident level is output for monitoring. It is output when the light incident level exceeds the instability detection threshold, so you can check the site before false detection occurs and perform predictive maintenance. Debris and dust accumulate on the sensing surface (Through-beam) Paint adhered to the sensing surface (Through-beam) Water drops adhered to the sensing surface (Through-beam) Dirt adhered Water drops stuck Incident level decrease when the level is higher than the detection threshold Monitor output Incident level reduces Incident level decrease False detection Warning that the incident level decreases Incident level increase when the level is lower than the detection threshold Monitor output Incident level increases False detection Light receiving instability threshold The light receiving instability threshold can be selected from five setting levels. Warning that the incident level increases Detection threshold Detection threshold The non-light receiving instability threshold can be selected from two setting levels. Non-light receiving instability threshold Incident level increase Time Time

IO-Link Series Shortest Recovery To those in charge of maintenance Abnormality detection for the shortest recovery Detects Wiring Cable Disconnections and Errors and Improves Equipment Operation Rate

identify the abnormality and replace the failed sensor, stoppages from hours to several days occur.

estimated for it, you can go to where the abnormality occurred and recover the equipment in the shortest amount of time.

10 IO-Link Series Shortest Recovery To those in charge of maintenance Abnormality detection for the shortest recovery Detects Wiring Cable Disconnections and Errors and Improves Equipment Operation Rate Through Quick Maintenance Existing problems An abnormality was displayed on the abnormality display screen, but upon going to look at the equipment, no external error was detected and the cause of the stop was not understood... Those responsible for maintenance investigated the cause of the abnormality from the activity of the stopped equipment, but because the maintenance person relied on the skill he or she has to identify the abnormality and replace the failed sensor, stoppages from hours to several days occur... With an IO-Link Sensor Abnormal area and phenomenon of sensors are reported in real time When an abnormality occurs in a sensor, because you can see where the abnormality occurred and the factors estimated for it, you can go to where the abnormality occurred and recover the equipment in the shortest amount of time. Also with wire disconnection detection, not only output wires, but also power lines can be detected unconditionally. Sensor abnormality occurred. HMI Wire Disconnection Detected Wire disconnection occurred at sensor No. Note: The Screen is a conceptual illustration. Notifies identification information and error content It allows you to know the model number and to consider response measures. Sensor No.! I ll take a new cable and cutting nippers. No. IO-Link Master Shortest Recovery Without puzzling over where the error has occurred, take the necessary replacement parts and tools with you for smooth maintenance. Easy replacement of IO-Link sensors with Non-IO-Link sensors You need a quick recovery but you have only Non-IO-Link sensors with no IO-Link sensors in stock. You probably think in such a case, the control program needs modifications, and requires additional time for the recovery. With IO-Link Master, since the IO-Link ON/ data and the data for Non-IO-Link sensors are located in the same memory, replacement with Non-IO-Link sensors can be carried out without any modification of the control program, resulting in a reduction of the equipment downtime. IO-Link Sensor Digital input data Bit position *8 *7 *6 *5 * * * * Both are in the same memory Non-IO-Link Sensor

Reducing Man-hours To those in charge of production engineering Individual identification for the reduction of man-hours Improving System Commissioning and Changeover Efficiency by Checking

11 Reducing Man-hours To those in charge of production engineering Individual identification for the reduction of man-hours Improving System Commissioning and Changeover Efficiency by Checking Identifications in Batches Existing problems During system start-up or changeover, operators had to perform the I/O check for each of the thousands of sensors installed on the line, and it took an enormous amount of time... When a sensor is installed wrong or an error occurs, wasteful work occurred that would normally be unnecessary... With an IO-Link Sensor Without going to the site, you can check individual sensor identifications in batches, resulting in a sharp reduction of commissioning time By checking the sensor identification (manufacturer/sensor type/model number), you can easily check mistakes such as misconnected or unconnected sensors and installation mistakes. Also, because it is possible to program multiple sensors at once using the command language used only for the controller, it is also possible to reduce commissioning time sharply. From Wiring Setup I/O check Switching/rewiring To Wiring Setup I/O check Switching/rewiring Reducing Man-hours Note: The graph above is a conceptual illustration. Setup Setting all sensors from a host device at the same time Program all at once to reduce commissioning time and inconsistent settings I/O check Use identification checks with HMI to prevent installation mistakes Makes it possible to check for sensor installation mistakes before commissioning Sysmac Studio An incorrect sensor is installed for No.5! HMI Note: Screen is a conceptual illustration. Unit ID Controller This isn t the sensor for No.5... I m glad I found that out before commissioning! Setup IO-Link Masters IO-Link Sensors

IO-Link Series IO-Link Is Communication Technology That Realizes the Informationization of Sensor Levels IO-Link, which is specified as international standard IEC 6-9, is an open information

12 IO-Link Series IO-Link Is Communication Technology That Realizes the Informationization of Sensor Levels IO-Link, which is specified as international standard IEC 6-9, is an open information technology (interface technology) between the Sensor/Actuator and the I/O Terminal. It collects information held by the sensor/actuator through the IO-Link Master and via a fieldbus network into the host controller. The IO-Link enables communication within the whole system and reduce time required for commissioning and maintenance. An Open International Standard As of December 5, over companies, including major sensor manufacturers, have joined the IO-Link Consortium. IO-Link Master Responding to Global Development All IO-Link Sensors have an IODD (IO Data Description) file that lists what kind of instrument they are and what parameters need to be set for them. IODD files are globally common, so IO-Link Sensors can be used in the same way with any manufacturer. IODD Controller IODD Company A Company B IO-Link can send and receive in both directions not just ON/ signals but also sensor information. The IO-Link baud rates * of COM,, and are specified in the IO-Link specifications. Omron's IO-Link components are compatible with COM and COM, and are capable of high speed communications. IO-Link Sensors Communications of the ON/ Signals and Sensor Information Condition Monitoring/Batch Data Input is Available Without IO-Link support Fieldbus Network Master With IO-Link Fieldbus Network Master The IO-Link master has multiple ports and an IO-Link Sensor is connected to each port. Unlike a fieldbus network, communication is one-to-one. Fieldbus network I/O Terminal ON/ signal I/O Terminal IO-Link Master Fieldbus network Setting information, etc. Non-IO-Link compliant Sensors IO-Link Sensor ON/ signal + Sensor information *. Baud rates are as follows. COM :.8 kbps, COM : 8. kbps, COM :. kbps

PC HMI Computer network Controller Fieldbus network Uses -wire Unshielded Cable No dedicated communication

IO-Link Master Can Be Used with a Conventional -wire Unshielded Cable or Integrated I/F Connector -wire

unshielded cable can be used for the IO-Link, because the IO-Link has both an IO-Link Mode which performs a

L+ IO-Link Mode (process data) C/Q IO-Link Sensors L- Standard I/O (SIO) Mode (ON/ data) Capable of Intermixing

Sensor/Actuator that is not compliant with IO-Link to a single IO-Link Master.

one part of your existing equipment, such as when errors often occur or I want to import sensor information,

13 PC HMI Computer network Controller Fieldbus network Uses -wire Unshielded Cable No dedicated communication cable required. A communication system that can be used both as an ON/ line and a communication line. IO-Link Master Can Be Used with a Conventional -wire Unshielded Cable or Integrated I/F Connector -wire unshielded cable Maximum length m A dedicated communication cable is unnecessary and a conventional -wire unshielded cable can be used for the IO-Link, because the IO-Link has both an IO-Link Mode which performs a digital communication and Standard I/O (SIO) Mode which uses conventional contact input/output. L+ IO-Link Mode (process data) C/Q IO-Link Sensors L- Standard I/O (SIO) Mode (ON/ data) Capable of Intermixing IO-Link Sensors and Sensors That Are Not Compliant with IO-Link You can connect an IO-Link Sensor and a Sensor/Actuator that is not compliant with IO-Link to a single IO-Link Master. A Part of the Existing Equipment Can Be Replaced with the IO-Link In situations where you want to improve only one part of your existing equipment, such as when errors often occur or I want to import sensor information, IO-Link Sensors can be mixed with non-supported sensors. Controller IO-Link Master IO-Link Photoelectric Sensor Non-IO-Link Proximity Sensor Non-IO-Link Photoelectric Sensor Non-IO-Link Proximity Sensor

IO-Link Series Omron s IO-Link Compliant

also to EtherNet/IP communication coupler

shared Value Design for Panel concept for

EtherCAT Coupler EtherNet/IP Coupler The

E8FC-5 Models for M Connector* Proximity

14 IO-Link Series Omron s IO-Link Compliant Equipment Masters and Sensors Can Be Chosen to Match Your Situation For the connection of IO-Link Sensors and IO-Link Masters, two types are available: a screw-less clamp terminal block and an M connector. In addition, NX-ILM IO-Link Master with screw-less clamp terminal block is connectable not only to EtherCAT, but also to EtherNet/IP communication coupler units, and you can choose between them according to the system configuration. IO-Link Masters Corresponding to our shared Value Design for Panel concept for the specifications of products. EtherCAT Coupler EtherNet/IP Coupler The Unit with Screw-less Clamp Terminal Blocks Allows Wiring Man-hours to be Reduced NX-series IO-Link Master Unit NX-ILM -port/screw-less clamp terminal block Note: Four sensors can be connected to one device. IO-Link Sensors Screw-less Clamp Terminals Connection Devices Photoelectric Sensor EZ- -IL Pre-wired Models Photoelectric Sensor EZ- -IL Models for M8 Connector IoT Flow Sensor E8FC-5 Models for M Connector* Proximity Sensor EE- -IL Pre-wired Models Color Mark Photoelectric Sensor ES-DCP-IL Models for M Connector* * When using Sensor I/O Connectors, a connector with socket on one cable end can be connected to NX-ILM, and a M connector with socket and plug on cable ends can be connected to GX-ILM8C. Spatter-resistant Proximity Sensor EEQ- -IL Pre-wired Models

5 Note: Smartclick is a registered trademark of Omron.

Smartclick Connector Can Be Used in Watery, and Dusty

8-port/M Smartclick connector Note: Eight sensors can be

M Connector Connection Devices IoT Pressure sure Sensor E8PC-

with M Pre-wired Smartclick Connector Photoelectric Sensor EZ-

15 5 Note: Smartclick is a registered trademark of Omron. Just plug it in and turn it /8 of a rotation The Unit for M Smartclick Connector Can Be Used in Watery, and Dusty Environments Environment-resistant Unit IP67 Type GX-ILM8C 8-port/M Smartclick connector Note: Eight sensors can be connected to one device. M Connector Connection Devices IoT Pressure sure Sensor E8PC- E8PC Models for M Connector* Proximity Sensor EE- -IL Models with M Pre-wired Smartclick Connector Photoelectric Sensor EZ- -IL Models with M Pre-wired Smartclick Connector Spatter-resistant Proximity Sensor EZ- -IL Models with M Pre-wired Smartclick Connector

6 IO-Link Series Overview of IO-Link Compliant Devices IO-Link Sensors IoT Flow Sensor Product name Applicable fluid Connection method Model E8FC-5 Liquid that will not erode the wetted part

16 6 IO-Link Series Overview of IO-Link Compliant Devices IO-Link Sensors IoT Flow Sensor Product name Applicable fluid Connection method Model E8FC-5 Liquid that will not erode the wetted part materials (for example, water or a fluid whose conductivity is equivalent to that of water) M Connector Models E8FC-5 IoT Pressure Sensor E8PC- Product name Rated pressure range -. to MPa - to MPa - to MPa M Connector Models Connection method E8PC- E8PC- E8PC- Model Photoelectric Sensor EZ- -IL Product name Sensing method Through-beam Retro-reflective Diffuse-reflective Diffuse-reflective Narrow-beam Connection method Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Standard M8 Connector Models Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Standard M8 Connector Models Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Standard M8 Connector Models Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Standard M8 Connector Models Model EZ-T8-IL M EZ-T8-MTJ-IL.M EZ-T86-IL EZ-R8-IL M EZ-R8-MTJ-IL.M EZ-R86-IL EZ-D8-IL M EZ-D8-MTJ-IL.M EZ-D87-IL EZ-L8-IL M EZ-L8-MTJ-IL.M EZ-L86-IL Color Mark Photoelectric Sensor Product name Sensing method Connection method Model ES-DCP-IL Diffuse-reflective M Connector Models ES-DCP-IL

17 7 Standard Proximity Sensor (DC -wire Shielded Model) EE- -IL Product name Size M M8 M Connection method Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Model EE-XB-IL M EE-XB-MTJ-IL.M EE-X7B-IL M EE-X7B-MTJ-IL.M EE-XB-IL M EE-XB-MTJ-IL.M Spatter-resistant Proximity Sensor (DC -wire Shielded Model) EEQ- -IL Product name Size M M8 M Connection method Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Model EEQ-XB-IL M EEQ-XB-MTJ-IL.M EEQ-X7B-IL M EEQ-X7B-MTJ-IL.M EEQ-XB-IL M EEQ-XB-MTJ-IL.M IO-Link Masters Product name Number of IO-Link ports External connection terminal Environment tolerance Model NX Series * IO-Link Master Unit Screw-less clamp terminals IP NX-ILM GX Series IO-Link Master Unit 8 M Smartclick Connector IP67 GX-ILM8C Software Product name Sysmac Studio * *. EtherCAT Communication Coupler Unit NX-ECC or EtherNet/IP Communication Coupler Unit NX-EIC is necessary for the system configuration. Model SYSMAC-SE *. CX-ConfiguratorFDT for IO-Link sensor setup is included in Sysmac Studio.

18 8 MEMO

19 INDEX Communications Specifications... Slave Unit IO-Link IoT Flow Sensor IO-Link IoT Pressure Sensor IO-Link Photoelectric Sensor 7 IO-Link Color Mark Photoelectric Sensors 59 IO-Link Proximity Sensor (Standard Models) 67 IO-Link Proximity Sensor (Spatter-resistant Models) 7 Masters Unit NX-series IO-Link Master Unit NX-ILM GX-series IO-Link Master Unit GX-ILM8C... 9 Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 9

20 Communications Specifications Item Communications protocol Baud rate Topology : Communications media Communications distance Compliant standards IO-Link protocol * OMRON IO-Link products do not support the IO-Link preoperate state. Specification COM (.8 kbps), COM (8. kbps), or COM (. kbps) Unshielded cable m max. IO-Link Interface and System Specification Version.. * IO-Link Test Specification Version..

21 IoT Flow Sensors E8FC Detect Signs of Abnormalities in Cooling Water by Simultaneous Measurement of Flow Rate + Temperature Multi-sensing of Flow rate + temperature for preventing a sudden stops or manufacturing defects. Various lineup of replacement adapters to enable easy replacement of your current pressure gauges and flow meters. Analog current output function in addition to the IO-Link communications function that can perform self-diagnosis of abnormalities in the sensor itself. Refer to Safety Precautions on page 9. Ordering Information Sensors [Refer to Dimensions on page.] Appearance Applicable fluid * Liquid Control output PNP Communication method IO-Link Analog For the most recent information on models that have been certified for safety standards, refer to your OMRON website. IO-Link baud rate COM (8. kbps) COM (. kbps) Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). * The applicable fluid is a liquid that does not erode the wetted part materials (for example, water or a fluid whose conductivity is equivalent to that of water). Model E8FC-5D E8FC-5T Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters

22 E8FC Adapters [Refer to Dimensions on page.] It must be selected from the adapters below. Appearance Applicable diameter * Nominal diameter A Nominal diameter B Thread type Materials Model A /8 R (taper thread) NPT (taper thread) E8FC-YA-RA E8FC-YA-NA 5 A / A / R (taper thread) NPT (taper thread) R (taper thread) NPT (taper thread) SUS E8FC-YA-R5A E8FC-YA-N5A E8FC-YA-RA E8FC-YA-NA 5 A R (taper thread) NPT (taper thread) E8FC-YA-R5A E8FC-YA-N5A * The applicable diameter is the size of the part shown below at the piping side. Piping side Applicable diameter Cables (Sensor I/O Connectors) A Cable is not provided with the Sensor. It must be ordered separately. Type Appearance Cable Model Straight m XS5F-D-D8-F Socket on one cable end L-shaped 5 m XS5F-D-G8-F m XS5F-D-D8-F Straight/straight 5 m XS5F-D-G8-F m XS5W-D-D8-F Socket and plug on cable ends * L-shaped/L-shaped 5 m XS5W-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F Note: Refer to Sensor I/O Connectors/Sensor Controllers on OMRON website for details. * Straight type/l-shape type combinations are also available. O-ring (for replacement) [Refer to Dimensions on page.] Appearance Type Model For E8FC-5@ E8FC-YL-

23 Ratings and Specifications Sensors Model PNP (COM) E8FC-5D PNP (COM) E8FC-5T Applicable Nominal diameter B /8" /" /" " diameter Nominal diameter A A 5 A A 5 A Applicable fluid The fluid must not corrode the material of the wetted part (for example, water or a fluid whose conductivity is equivalent to that of water). Permissible pressure * MPa Rated flow rate range.6 to l/min to l/min.5 to 6 l/min to l/min Inner diameter setting ( A, 5 A, A, 5 A) Display range to 6 l/min to l/min to 66 l/min to l/min Zero cutting flow rate *.6 l/min l/min.5 l/min l/min Display resolution (l/min)./ (Selectable) Flow rate monitoring * Temperature monitoring *5 Control output judgment (selectable) Flow rate monitoring response time Flow rate monitoring precision Flow rate repeatability / F.S. (prescribed for each response time) Ambient temperature characteristics * Hysteresis Temperature monitoring rated range Temperature monitoring precision Temperature repeatability Standard mode Window mode Control output:.,.5, 5,,, 6 s ± (7.% +.% F.S.) or less s: ±.5%,.5 s: ±.5%, 5 s: ±.6%, s: ±%, s: ±.8%, 6 s: ±.6% ±.% F.S./ C Variable to 85 C ±.5 C ±.5 C Judge if the measured value is the threshold value or more (or less). Judge if the measured value is within the upper and lower limits. E8FC Numerical value indication: -digit 7-segment white LED with inverting function Status indicators: The content of indication is selectable from green, orange, red, Display method and. Output indicator: OUT operation (orange), OUT operation (orange) Unit indicator: l/min (White), % (White), C (White), ST (White) Communication indicator: Lighting when communications are in progress (green) Delay setting to 9999 ms (Select a function from invalid, ON delay, delay, and one-shot.) Connection method M, -pole connector type Output ch (selectable) Control output Flow rate control output (N.O./N.C.) E8FC-5D/-5T: PNP VDC or less, Class, ma max., residual voltage V or less Pulse output / / / l Flow rate control output (N.O./N.C.) / temperature control output (N.O./N.C.) Control output E8FC-5D/-5T: PNP VDC or less, Class, ma max. residual voltage V or less Output ch (selectable) Analog current output *7 Pulse output External input Flow rate analog output /temperature analog output Current output to ma (maximum load resistance 5Ω or less) (Display value ± % of F.S.) / / / l Smart tuning, One-point tuning, short-circuit current.5 ma or less, input time ms or more Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters

24 E8FC Model IO-Link Power supply Protection circuit Environment resistance Materials Weight PNP (COM) E8FC-5D PNP (COM) E8FC-5T IO-Link specification Ver. Baud rate E8FC-5D: COM (8.kbps) E8FC-5T: COM (.Kbps) Data length PD Size: 6 byte OD Size: byte (M-sequence type: TYPE V) Minimum cycle time E8FC-5D (COM):. ms E8FC-5T(COM):. ms Power supply voltage 5 to VDC (including % ripple (p-p)), Class,88 mw or less Power consumption (When power supply voltage is V, current consumption must be 96 ma or less. When power supply voltage is 5 V, current consumption must be 9 ma or less.) Power supply reverse connection protection, output short-circuit protection, and output reverse connection protection Ambient temperature range - to 8 C in operation and storage, respectively (no condensation) Applicable fluid temperature to 85 C (no icing on the pipe surface) Ambient humidity range 5 to 85%RH in operation and storage, respectively (no condensation) Withstand voltage 5 VAC 5/6 Hz min Vibration resistance (destruction) to Hz, double amplitude.5 mm, hours in X/Y/Z direction each Shock resistance (destruction) 5 m/s, three times in X/Y/Z direction each Protective structure IP67 Pollution degree Altitude, m or less Installation place Indoor Wetted part Detecting unit: SUSL, O-ring: FKM Other than wetted part Head: PPSU, display unit: PES, button: PBT, chassis: SUSL, nut: SUS Approx. 9 g Ferrite core x (TDK's Model ZCAT 7-7A) User's manual (Japanese, English, and Chinese), one each Accessories Compliance sheet Index list *. Even instantaneous pressure fluctuation such as water hammer must be within the permissible pressure. *. The flow rate precision is defined based on the values measured in Omron's pre-shipment adjustment facility using water at the ordinary temperature (approx. C). In the ordinary temperature environment (approx. C), install the product with the long side of the chassis holding unit toward the upstream of the pipe. The measured value might vary due to fluid pulsation or pipe clogging. *. Cutting to zero is the function outputting the flow rate less than the minimum rated flow rate as zero. *. The ambient temperature characteristics are defined based on the values measured in the following environment using water at the ordinary temperature (approx. C) flowing at l/min. In ordinary temperature environment (approx. C) / pipe diameter A / straight pipe length mm or more / recommended joint (KITZ's PTZ-A) / dedicated adapter (E8FC-YA-RA) / Install the product with the long side of the chassis holding unit toward the upstream of the pipe. *5. The temperature precision is defined based on the values measured in the following environment using water. In ordinary temperature environment (approx. C) / pipe diameter A / straight pipe length mm or more / recommended joint (KITZ's PTZ-A) / dedicated adapter (E8FC-YA-RA) / Install the product with the long side of the chassis holding unit toward the upstream of the pipe. *6. If the pipe temperature exceeds 7 C, do not contact any cables with the pipe. *7. Do not connect analog current output with the master unit of IO-Link. Otherwise, the unit might fail.

25 I/O Circuit Diagrams PNP output Model E8FC-5D E8FC-5T Output mode Standard I/O mode (SIO mode) IO-Link mode Flow sensor E8FC * Pin input/output can be switched with either the operation buttons or the IO-Link communication command Pin switching mode selection. Connector Pin Arrangement () () () () I/O Circuit Diagrams* External input mode Control output mode Analog current output mode +V OUT EXTIN V Load External input ma or less 5 to VDC Flow sensor Flow sensor +V OUT OUT V +V Load C/Q DI/DO V ma or less Load ma or less +V 5 to VDC C/Q IO-Link master DI/DO V Applicable connector code: XS5F / XS5W series Applicable IO-Link master unit: NX/GX series E8FC-5D Pin No. E8FC-5T Standard I/O mode IO-Link mode () +V +V () EXTIN/Analog/OUT * Analog/OUT * () V V () C/Q C/Q Flow sensor Flow sensor +V OUT Analog V +V C/Q Load Analog V to ma Load EXTIN: External input Q: Control output C: IO-Link communications Load to ma ma or less +V 5 to VDC C/Q IO-Link master * Pin input/output can be switched with either the operation buttons or the IO-Link communication command, Pin switching mode selection. V Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 5

26 E8FC Timing Charts The PNP output is described below by using the flow rate control output of OUT as an example. The activity is the same even when temperature control output is selected in OUT. PNP output Model Output mode N.O./N.C. setting * Standard mode Timing charts * Window mode Flow rate Flow rate Threshold level Hysteresis Threshold level.h Threshold level.l Hysteresis Hysteresis Standard I/O mode (SIO mode) N.O. * OUT control ON output OUT operation ON indicator (orange) Flow rate Time OUT control ON output OUT operation ON indicator (orange) Flow rate Time Threshold level Hysteresis Threshold level.h Threshold level.l Hysteresis Hysteresis N.C. OUT control ON output OUT operation ON indicator (orange) Time OUT control ON output OUT operation ON indicator (orange) Time E8FC-5D E8FC-5T Flow rate Threshold level Hysteresis Flow rate Threshold level.h Threshold level.l Hysteresis Hysteresis N.O. * Communication indicator (Green) Lighting Time Communication indicator (Green) Lighting Time IO-Link mode OUT control output (Byte_bit) OUT operation indicator (orange) Flow rate Threshold level ON Hysteresis OUT control output (Byte_bit) OUT operation indicator (orange) Flow rate Threshold level.h Threshold level.l ON Hysteresis Hysteresis N.C. Communication indicator (Green) Lighting Time Communication Lighting indicator (Green) Time OUT control output (Byte_bit) OUT operation indicator (orange) ON OUT control output (Byte_bit) OUT operation indicator (orange) ON *. The N.O./N.C. setting can be changed by the operation buttons or IO-Link communications. *. The timer function can be set individually for OUT and OUT by the operation buttons or IO-Link communications. (Selection of ON delay, delay, or one-shot function, and selection of a timer time from to 9999 ms) Refer to the next page. *. Factory default 6

27 E8FC ON delay delay Detection level N.O. N.C. Detection level N.O. N.C. ON ON ON ON T T T T T T One-shot Detection level N.O. N.C. ON ON T T T Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 7

28 E8FC Nomenclature [Status indicators: green/orange/red] Lit up according to the measured value and setting of Flow rate and temperature. [Unit indicator: white] Displays the current unit setting. [ST indicator: white] Lit up when smart tuning is executed. Mode switching [MODE] button Calls a menu, selects (determine) a menu, and switches the unit. [Communication indicator: green] Lit up when IO-Link communications are in progress. [Output indicator: orange] Lit up when output is ON. [Measured value: white digital] Displays the measured value. Switch setting [UP/DOWN] button Changes the threshold value and setting parameters. 8

29 Safety Precautions Be sure to read the precautions for all models in the website at: Warning Indications The product might fail or be destroyed. Do not impress any pressure exceeding the rated value even instantaneously. Warning Caution Precautions for Safe Use Precaution for Correct Use Meaning of Product Safety Symbols Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally, there may be significant property damage. Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury or in property damage. Supplementary comments on what to do or avoid doing, to use the product safely. Supplementary comments on what to do or avoid doing, to prevent failure to operate, malfunction or undesirable effect on product performance. General Prohibition Indicates the instructions of unspecified prohibited action. General caution Indicates unspecified general alert. Caution, explosion Indicates the possibility of explosion under specific conditions. Caution, high temperature Indicates the possibility of injuries by high temperature under specific conditions. Caution, fire Indicates the possibility of fires under specific conditions. WARNING This product is not designed or rated for ensuring safety of persons either directly or indirectly. Do not use it for such purpose. The specification of this product is not for beverage, food, or medical chemicals. Do not use this product for the device contacting beverage, food, or medical chemicals. Do not use the product with voltage in excess of the rated voltage. Excess voltage may result in malfunction or fire. This product is not assumed to be used in explosionproof areas. Do not use the product in explosion proof areas. Never use the product with an AC power supply. Otherwise, explosion may result. The product might fail or be damaged. Do not stand on the sensor, or add excessive load. The fluid in the pipe might spout out. Tighten the prescribed O-ring to the pipe. Caution The product might fail or be damaged. Piping, wiring, maintenance, and checkup must be done by operators with expertise. The product might be damaged or fire. Do not short-circuit load. The product might be damaged or fire. Be careful with polarity of the power supply to avoid incorrect wiring. The user might get burned. The sensor surface temperature rises depending on the operating condition such as ambient temperature, power supply voltage, or fluid temperature. Be careful when operating or cleaning the product. Precautions for Safe Use E8FC The following items are necessary for ensuring safety, so be sure to observe them. Do not use the product in the following installation areas. () Locations subject to direct sunlight () Locations subject to condensation due to high humidity () Locations subject to corrosive gas () Locations subject to vibration or mechanical shocks exceeding the rated values (5) Locations subject to exposure to water, oil, chemicals (6) Locations subject to stream (7) Locations subjected to strong magnetic field or electric field Do not use in an environment exposed to an inflammable/ explosive gas Do not use in an ambient atmosphere or environment exceeding the rating. Although the product is classified into IP67, do not use it in water, under the rain, or outdoor. Do not use the product for any inflammable, explosive, or corrosive fluids. Do not froze or solidify the fluid. Otherwise, the product might fail or be damaged. Provide a relief valve to prevent the circuit from liquid sealing. The surface temperature of the sensing part may increase. Use caution while operating and cleaning the product. Make sure safety before installing/replacing the sensor, for example, stop the machine or depressurize the fluid. In order to ensure safety of user operations and maintenance, install the product apart from high-pressure equipment or power equipment. When revolving the product, support the chassis holding part with a spanner. Wire this product separately from high-pressure wire or power wire. If wiring together with such wire or in the same duct, this product might receive induction, which might cause malfunctioning Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 9

30 E8FC or damages. Be sure to turn the power before wiring. Do not wire with a wet hand. Use this product under the rated or smaller load. Otherwise, the product might be damaged or catch fire. Connect load correctly. If the load and sensor use separate power supplies, turn ON the sensor's power first. Process unwired terminals so that they do not contact other wire or equipment. Do not use the product with the main unit damaged. Be careful with the sharp screw parts. Do not pull connected cables hard. Do not use organic solvents such as thinner or alcohol for cleaning because they deteriorate the degree of protection and indication performance. Do not try to disassemble, repair, or alter the main unit. If disposing this product, handle it as industrial waste. This product is certified by the UL standard based on the assumption that Class circuits are used. Operate this product using Class power supply in the United States or Canada. Use cables of Omron model XS5F-D series or model XS5W-D series. The mark shown on the sensor nameplate means direct current. Electromagnetic environment: Industrial electromagnetic environment (EN 66- Table) Piping Method Use the adapter according to the connection pipe diameter of the piping. Install the sensor such that its tip is in contact with the fluid. In the case of horizontal piping, it is recommended to install the sensor from the side. In the case of vertical piping, it is recommended to install the sensor such that the flow is from the bottom to the top. When revolving the product, support the chassis holding part with a spanner. Water current Short side of chassis holding unit Long side of chassis holding unit Precaution for Correct Use Do not use this product as a measuring apparatus for commercial transactions. Do not use this product for any fluids containing impurities. If the fluid is non-conductive and the pipe is made of resin, ground the chassis. Use the product in the condition that the fluid temperature is higher than the ambient temperature. For preventing condensation, use the product as dehumidifying by air conditioning and cm or more apart from cold pipes. Do not add excessive impart such as falling or collision. Do not touch the detecting unit with bare hands. Apply grease to the thread parts to prevent them from getting hard to remove due to seizure. Fasten by the prescribed torque. When using a cable of which diameter is different from that of the recommended cable, prepare a ferrite core suitable for the cable diameter separately. If using the product in IO-Link mode, keep the wiring length between the master unit and sensor m or less. Just after the power is turned ON, it might take long for the measured value to get stable according to the operating environment. Do not connect with the IO-Link master unit in analog output mode. This product might be damaged depending on the specification of the IO-Link master. Do not push the button with something sharp such as a screwdriver because doing so might damage the button. If using the product in an environment subject to sharp temperature variation, evaluate the product in the environment in advance. When implementing maintenance, use a soft brush or waste cloth so as not to damage the detecting unit or O-ring. When replacing the O-ring, prevent dust/dirt from being mixed into the O-ring. Use the product in an environment at altitudes less than, m. Use the product in an environment of pollution degree. Holding unit Recommended tightening torque 5±5 N m <Dedicated adapter> E8FC-YA-RA E8FC-YA-NA E8FC-YA-R5A E8FC-YA-N5A E8FC-YA-RA E8FC-YA-NA E8FC-YA-R5A E8FC-YA-N5A Adapter Pipe joint <Recommended Pipe joint> KITZ's PTZ-A PTZ-5A PTZ-A PTZ-5A

5) * The specification for each model is shown in the table below. Model E8FC-YA-RA E8FC-YA-NA Applicable diameter A Threaded R/8 NPT/8 M8.

31 E8FC Dimensions (Unit: mm) Tolerance class IT6 applies to dimensions in this data sheet unless otherwise specified. Sensors IoT Flow Sensor Adapters E8FC-YA-RA E8FC-YA-NA E8FC-YA-RA E8FC-YA-NA M Thread R/NPT* dia dia. 8 dia..5 M 8.5 () 6 (7.5) * The specification for each model is shown in the table below. Model E8FC-YA-RA E8FC-YA-NA Applicable diameter A Threaded R/8 NPT/8 M Thread* 8 7 (5) * The specification for each model is shown in the table below. Model E8FC-YA-RA E8FC-YA-NA Applicable diameter A Threaded R/ NPT/ E8FC-YA-R5A E8FC-YA-N5A M Thread*. (8.8) 5.5 * The specification for each model is shown in the table below. Model E8FC-YA-R5A E8FC-YA-N5A Applicable diameter 5 A Threaded R/ NPT/ E8FC-YA-R5A E8FC-YA-N5A M Thread R/NPT* 9 (5) * The specification for each model is shown in the table below. Model E8FC-YA-R5A E8FC-YA-N5A Applicable diameter 5 A Threaded R NPT Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters

32 E8FC O-ring E8FC-YL-.5 dia. A A 8.5 dia. Cables.5 Cross-sectional view A-A Sensor I/O Connectors (M, Socket on one cable end) Straight XS5F-D-D8-F XS5F-D-G8-F Sensor I/O Connectors (M, Socket and plug on cable ends) Straight/straight XS5W-D-D8-F XS5W-D-G8-F.7 L (cable length) M.9 dia..9 dia..9 dia. M L (cable length).7 L-shaped XS5F-D-D8-F XS5F-D-G8-F L-shaped/L-shaped XS5W-D-D8-F XS5W-D-G8-F 5. L (cable length).9 dia. M.9 dia. M dia. Terminal No. Cable conductor cladding color Brown White Blue Black Terminal No. L (cable length) Cable conductor cladding color Brown White Blue Black Female (socket) Contact side Male (plug) Contact side

IoT Pressure Sensors E8PC Detect Signs of Abnormalities in Cooling Water and Hydraulic Oil by Simultaneous Measurement of Pressure + Temperature Multi-sensing of Pressure + temperature for preventing

33 IoT Pressure Sensors E8PC Detect Signs of Abnormalities in Cooling Water and Hydraulic Oil by Simultaneous Measurement of Pressure + Temperature Multi-sensing of Pressure + temperature for preventing a sudden stops or manufacturing defects. Various lineup of replacement adapters to enable easy replacement of your current pressure gauges and flow meters. Analog current output function in addition to the IO-Link communications function that can perform self-diagnosis of abnormalities in the sensor itself. Refer to Safety Precautions on page. Ordering Information Sensors [Refer to Dimensions on page.] Appearance Applicable fluid * Rated pressure range Control output Liquid and gas -. to MPa PNP Liquid to MPa PNP to MPa PNP For the most recent information on models that have been certified for safety standards, refer to your OMRON website. Communication method IO-Link Analog IO-Link Analog IO-Link Analog IO-Link baud rate COM (8. kbps) COM (. kbps) COM (8. kbps) COM (. kbps) COM (8. kbps) COM (. kbps) Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). * The applicable fluid is a liquid that do not erode the liquid contact part materials (such as water, glycol solution, and oil). Model E8PC-D-E E8PC-T-E E8PC-D-E E8PC-T-E E8PC-D-E E8PC-T-E Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters

34 E8PC Adapters [Refer to Dimensions on page.] It must be selected from the adapters below. Appearance Type Nominal diameter of thread * Nominal diameter A Nominal diameter B Thread type Materials Model R/8 male 6 A /8" R (taper thread) SUS E8PC-YA-A8 R/ male 8 A /" R (taper thread) SUS E8PC-YA-A R/8 male A /8" R (taper thread) SUS E8PC-YA-A8 G/ female 8 A /" G (parallel thread) SUS E8PC-YA-BN NPT/8 male 6 A /8" NPT (taper thread) SUS E8PC-YA-C8 NPT/ male 8 A /" NPT (taper thread) SUS E8PC-YA-C * The nominal diameter of the thread is the size of the part shown below on the adapter. Piping side

35 E8PC Cables (Sensor I/O Connectors) A Cable is not provided with the Sensor. It must be ordered separately. Type Appearance Cable Model Straight m XS5F-D-D8-F Socket on one cable end Socket and plug on cable ends * L-shaped Straight/straight L-shaped/L-shaped Note: Refer to Sensor I/O Connector/Sensor Controller on your OMRON website for details. * Straight type/l-shape type combinations are also available. Throttle (for replacement) [Refer to Dimensions on page 5.] If the excessive pulsation or surge voltage is expected, use a throttle. Install it inside the adapter and use. O-ring (for replacement) [Refer to Dimensions on page 5.] 5 m XS5F-D-G8-F m XS5F-D-D8-F 5 m XS5F-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F Appearance Type Material Model Installation method For a male adapter SUS E8PC-YS For a female adapter SUS E8PC-YS-N Appearance Type Model For E8PC-@ E8PC-YL- * For E8PC-@/-@ E8PC-YL- * Female for adapter G/ E8PC-YL- Pressure sensor Throttle Adapter Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters * Provided with the sensor. 5

36 E8PC Ratings and Specifications Sensors Model Pressure monitoring * Temperature monitoring *7 Control output judgment (selectable) Compatible fluid Display method Delay setting Connection method Connecting diameter Output ch (selectable) Output ch (selectable) PNP(COM) E8PC-D-E E8PC-D-E E8PC-D-E PNP(COM) E8PC-T-E E8PC-T-E E8PC-T-E Rated pressure range -. to MPa to MPa to MPa Display range -. to. MPa -. to. MPa -. to. MPa Withstand pressure * MPa MPa 5 MPa Burst pressure 8 MPa 6 MPa 8 MPa Display resolution. MPa. MPa. MPa Applicable fluid temperature * - to + C (no icing or condensation) Pressure response time * Pressure monitoring precision Pressure repeatability *5 Ambient temperature characteristics *6 Hysteresis Pressure type Temperature monitoring rated range Temperature monitoring precision Temperature repeatability Standard mode Window mode Control output Control output Analog current output *8 External input Control output: Select to 6 ms Analog output: Set value + ms (9% response) ±.% of F.S. or less ±.% of F.S. or less ±.6% of F.S./ C Variable Gauge pressure - to C ± C ± C Judge if the measured value is the threshold value or more (or less). Judge if the measured value is within the upper and lower limits. Gas and fluid not corroding the material of the wetted part (such as water, glycol solution, and oil) Numerical value indication: -digit 7-segment white LED with inverting function Status indicator: Normal operation (green), status indication (orange), and error (red) The content of status indication is selectable. Output indicator: OUT operation (orange), OUT operation (orange) Unit indication: E8PC-@@@@: MPa (white), E8PC-@@@@-E: MPa (white), bar (white), psi (white), C (white) IO-Link indicator: Lighting when communications are in progress (green) to 9999 ms (Select a function from invalid, ON delay, delay, and one-shot.) M, -pole connector type G/ male (Use the optional adapter to convert the diameter) Connection strength N m Pressure control output (N.O./N.C.) E8PC-@@@D/T: PNP VDC or less, Class, max. ma, residual voltage V or less Pressure control output (N.O./N.C.) / temperature control output (N.O./N.C.) E8PC-@@@D/T: PNP VDC or less, Class, ma max., residual voltage V or less Pressure analog output / Temperature analog output Current output to ma (maximum load resistance 5Ω or less) (Display value ± % of F.S.) One-point teaching, zero point adjustment input (selectable, initial status: invalid) short-circuit current.5 ma or less, input time ms or more 6

37 E8PC Model IO-Link Power supply Protection circuit Environment resistance Material Weight PNP(COM) E8PC-D-E E8PC-D-E E8PC-D-E PNP(COM) E8PC-T-E E8PC-T-E E8PC-T-E IO-Link specification Ver. Baud rate COM (8.kbps) COM (.Kbps) Data length PD Size: 6 byte OD Size: byte (M-sequence type: TYPE V) Minimum cycle time E8PC-@@@D (COM):. ms E8PC-@@@T (COM):. ms Power supply voltage to VDC (including % ripple (p-p)), Class, mw or less Power consumption (When power supply voltage is V, current consumption must be ma or less. When power supply voltage is V, current consumption must be ma or less.) Power supply reverse connection protection, output short-circuit protection, and output reverse connection protection Ambient temperature range - to 8 C in operation and storage, respectively (no condensation) Ambient humidity range -5 to 85%RH in operation and storage, respectively (no condensation) Vibration resistance (destruction) VAC, 5/6 Hz, min. between current-carrying parts and case Shock resistance (destruction) to Hz, double amplitude.5 mm, hours in X/Y/Z direction each Impact (endurance) 5 m/s, three times in X/Y/Z direction each Protective structure IP67 Pollution degree Altitude, m or less Installation place Indoor Wetted part Pressure port: SUSL, diaphragm pressure port: AlO (alumina), O-ring: FKM Other than wetted part Head: PPSU, display unit: PES, button: PBT, chassis: SUSL Approx.9 g Throttle (Model E8PC-YS and E8PC-YS-N), one each O-ring x (Model E8PC-: Model E8PC-YL-, Model E8PC-/: Model E8PC-YL-) Ferrite core x (TDK's Model ZCAT7-7A) Accessories User's manual (Japanese, English, and Chinese), one each Compliance sheet Index list *. The pressure precision is defined based on the values measured in the ordinary temperature environment (approx. C) using water at the ordinary temperature (approx. C). *. Even instantaneous pressure fluctuation such as water hammer must be within the withstand pressure. If instantaneous pressure fluctuation is expected, use the throttle included in the package. *. If the pipe temperature exceeds 7 C, do not contact any cables with the pipe. *. The maximum actual response time has error of ms when the set response time is to ms, 5 ms when it is to ms, and +5% when it is ms or more. *5. The pressure repeatability is the error of the detection point when pressure is applied repeatedly in the ordinary temperature environment (approx. C) using water at the ordinary temperature (approx. C) in the rated pressure range. *6. The ambient temperature characteristics are prescribed based on the value measured using oil as applying a pressure value of 5% of the maximum rated pressure. *7. The temperature monitoring precision is prescribed based on the value measured using water. Temperature measurements are affected by both of the temperatures, the medium and the piping. Temperature measuring elements are installed on the back surface of the piezoelectric element (inside the product) and used to measure the temperature. It might take long for the measured value to get stable according to the heat transmission speed. *8. Do not connect analog current output with the master unit of IO-Link. Otherwise, the unit might fail. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 7

38 E8PC I/O Circuit Diagrams PNP output Model Output mode I/O Circuit Diagrams * External input mode Control output mode Analog current output mode +V +V +V Standard I/O mode (SIO mode) Pressure sensor OUT EXTIN Load External input ma or less to VDC Pressure sensor OUT OUT Load ma or less Load ma or less to VDC Pressure sensor OUT Analog Load to ma Load ma or less to VDC V V V E8PC-@@@D-E E8PC-@@@T-E +V +V +V +V IO-Link mode Pressure sensor C/Q DI/DO C/Q IO-Link master DI/DO Pressure sensor C/Q Analog to ma C/Q IO-Link master Load V V V V * Pin input/output can be switched with either the operation buttons or the IO-Link communication command, Pin switching mode selection. Connector Pin Arrangement () () () () Applicable OMRON connector cables: XS5F/XS5W Series Applicable IO-Link master unit: NX/GX series Pin No. Standard I/O mode E8PC-@@@D-E E8PC-@@@T-E IO-Link mode () +V +V () EXTIN/Analog/OUT * Analog/OUT * () V V () C/Q C/Q EXTIN: External input Q: Control output C: IO-Link communications * Pin input/output can be switched with either the operation buttons or the IO-Link communication command, Pin switching mode selection. 8

39 Timing Charts E8PC The timing chart is described below by using the pressure control output of OUT as an example. The activity is the same even when temperature control output is set in OUT. PNP output Model Output mode Standard I/O mode (SIO mode) IO-Link mode N.O./N.C. setting * N.O. * N.C. N.O. * N.C. Pressure Threshold level OUT control ON output OUT operation ON indicator (orange) Pressure Threshold level OUT control ON output OUT operation ON indicator (orange) Pressure Threshold level Communication indicator (Green) OUT control output (Byte_bit) OUT operation indicator (orange) Pressure Threshold level Communication indicator (Green) OUT control output (Byte_bit) OUT operation indicator (orange) Standard mode Timing charts * Hysteresis *. The N.O./N.C. setting can be changed by the operation buttons or IO-Link communications. *. The timer function can be set individually for OUT and OUT by the operation buttons or IO-Link communications. (Selection of ON delay, delay, or one-shot function, and selection of a timer time from to 9999 ms) Refer to the next page. *. Factory default Lighting ON Lighting ON Time Hysteresis Time Hysteresis Time Hysteresis Time Pressure Threshold level.h Threshold level.l OUT control ON output OUT operation ON indicator (orange) Pressure Threshold level.h Threshold level.l OUT control ON output OUT operation ON indicator (orange) Pressure Threshold level.h Threshold level.l Communication indicator (Green) OUT control output (Byte_bit) OUT operation indicator (orange) Pressure Threshold level.h Threshold level.l OUT operation indicator (orange) Lighting ON Communication Lighting indicator (Green) OUT control output (Byte_bit) ON Window mode Hysteresis Hysteresis Time Hysteresis Hysteresis Time Hysteresis Hysteresis Time Hysteresis Hysteresis Time Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 9

40 E8PC ON delay One-shot delay ON T N.O. N.C. ON T T Detection level ON T N.O. N.C. ON T T Detection level ON T N.O. N.C. ON T T Detection level

41 Nomenclature E8PC [Status indicators: green/orange/red] Lit up according to the measured value and setting of pressure and temperature. [Unit indicator: white] Displays the current unit setting. Mode switching [MODE] button Calls a menu, selects (determine) a menu, and switches the unit. bar psi [Communication indicator: green] Lit up when IO-Link communications are in progress. [Output indicator: orange] Lit up when output is ON. [Measured value: white digital] Displays the measured value. Switch setting [UP/DOWN] button Changes the threshold value and setting parameters. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters

42 E8PC Safety Precautions Be sure to read the precautions for all models in the website at: Warning Indications The product might fail or be damaged. Do not stand on the sensor, or add excessive load. Warning Caution Precautions for Safe Use Precaution for Correct Use Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally, there may be significant property damage. Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury or in property damage. Supplementary comments on what to do or avoid doing, to use the product safely. Supplementary comments on what to do or avoid doing, to prevent failure to operate, malfunction or undesirable effect on product performance. The fluid in the pipe might spout out. Tighten the prescribed O-ring to the pipe. Caution The product might fail or be damaged. Piping, wiring, maintenance, and checkup must be done by operators with expertise. The product might be damaged or fire. Do not short-circuit load. Meaning of Product Safety Symbols General Prohibition Indicates the instructions of unspecified prohibited action. General caution Indicates unspecified general alert. Caution, explosion Indicates the possibility of explosion under specific conditions. Caution, high temperature Indicates the possibility of injuries by high temperature under specific conditions. Caution, fire Indicates the possibility of fires under specific conditions. WARNING This product is not designed or rated for ensuring safety of persons either directly or indirectly. Do not use it for such purpose. The specification of this product is not for beverage, food, or medical chemicals. Do not use this product for the device contacting beverage, food, or medical chemicals Do not use the product with voltage in excess of the rated voltage. Excess voltage may result in malfunction or fire. This product is not assumed to be used in explosionproof areas. Do not use the product in explosion proof areas. Never use the product with an AC power supply. Otherwise, explosion may result. The product might fail or be destroyed. Do not impress any pressure exceeding the rated value even instantaneously. The product might be damaged or fire. Be careful with polarity of the power supply to avoid incorrect wiring. The user might get burned. The sensor surface temperature rises depending on the operating condition such as ambient temperature, power supply voltage, or fluid temperature. Be careful when operating or cleaning the product. Precautions for Safe Use The following items are necessary for ensuring safety, so be sure to observe them. Do not use the product in the following installation areas. () Locations subject to direct sunlight () Locations subject to condensation due to high humidity () Locations subject to corrosive gas () Locations subject to vibration or mechanical shocks exceeding the rated values (5) Locations subject to exposure to water, oil, chemicals (6) Locations subject to stream (7) Locations subjected to strong magnetic field or electric field Do not use in an environment exposed to an inflammable/ explosive gas Do not use in an ambient atmosphere or environment exceeding the rating. Although the product is classified into IP67, do not use it in water, under the rain, or outdoor. Do not use the product for any inflammable, explosive, or corrosive fluids. Do not froze or solidify the fluid. Otherwise, the product might fail or be damaged. Provide a relief valve to prevent the circuit from liquid sealing. Make sure safety before installing/replacing the sensor, for example, stop the machine or depressurize the fluid. In order to ensure safety of user operations and maintenance, install the product apart from high-pressure equipment or power equipment. When revolving the product, support the chassis holding part with a spanner. Wire this product separately from high-pressure wire or power wire. If wiring together with such wire or in the same duct, this product might receive induction, which might cause malfunctioning or damages. Be sure to turn the power before wiring. Do not wire with a wet hand. Use this product under the rated or smaller load. Otherwise, the product might be damaged or catch fire. Connect load correctly.

43 E8PC If the load and sensor use separate power supplies, turn ON the sensor's power first. Process unwired terminals so that they do not contact other wire or equipment. Do not use the product with the main unit damaged. Be careful with the sharp screw parts. Do not pull connected cables hard. Do not use organic solvents such as thinner or alcohol for cleaning because they deteriorate the degree of protection and indication performance. Do not try to disassemble, repair, or alter the main unit. If disposing this product, handle it as industrial waste. This product is certified by the UL standard based on the assumption that Class circuits are used. Operate this product using Class power supply in the United States or Canada. Use cables of Omron model XS5F-D series or model XS5W-D series. The mark shown on the sensor nameplate means direct current. Electromagnetic environment: Industrial electromagnetic environment (EN 66- Table) Precaution for Correct Use Do not use this product as a measuring apparatus for commercial transactions. Do not use this product for any fluids containing impurities. If the fluid is non-conductive and the pipe is made of resin, ground the chassis. Use the product in the condition that the fluid temperature is higher than the ambient temperature. For preventing condensation, use the product as dehumidifying by air conditioning and cm or more apart from cold pipes. Do not add excessive impart such as falling or collision. Do not touch the detecting unit with bare hands. Apply grease to the thread parts to prevent them from getting hard to remove due to seizure. Fasten by the prescribed torque. When using a cable of which diameter is different from that of the recommended cable, prepare a ferrite core suitable for the cable diameter separately. If using the product in IO-Link mode, keep the wiring length between the master unit and sensor m or less. Just after the power is turned ON, it might take long for the measured value to get stable according to the operating environment. Do not connect with the IO-Link master unit in analog output mode. This product might be damaged depending on the specification of the IO-Link master. Do not push the button with something sharp such as a screwdriver because doing so might damage the button. If using the product in an environment subject to sharp temperature variation, evaluate the product in the environment in advance. When implementing maintenance, use a soft brush or waste cloth so as not to damage the detecting unit or O-ring. When replacing the O-ring, prevent dust/dirt from being mixed into the O-ring. Use the product in an environment at altitudes less than, m. Use the product in an environment of pollution degree. Piping Method Use adapters according to the connecting diameter of the pipe. To use the adapter, use the prescribed O-ring. If it is expected that the product receives excessive pulsation or surge pressure, use the throttle. When revolving the product, support the chassis holding part with a spanner. Mount the attached ferrite core at a position located within mm from the edge of the cable bushing when you use this product as CE acceptable goods. O Ring E8PC-YL- O Ring E8PC-YL- Throttle Conversion Adapter Conversion Adapter Conversion Adapter Holding unit Recommended tightening torque ±5 N m O Ring Adapter Pipe joint E8PC-YS E8PC-YS-N The product can be screwed down in the adapter center. <Dedicated adapter> E8PC-YA-A8 E8PC-YA-A E8PC-YA-A8 E8PC-YA-BN E8PC-YA-C8 E8PC-YA-C Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters

44 E8PC Dimensions Sensors IoT Pressure Sensor (Unit: mm) dia..5 M 5. G/ effective length *.6 dia. (7.5) (double walled) Sensing part dia. Depth.9 (E8PC--E) 7 dia. Depth.9 (E8PC-/-E) * There is no vent in E8PC-/-E. Adapter E8PC-YA-A@@ E8PC-YA-C@@ B A C (D) E dia. F dia. C.5 C Model E8PC-YA-A8 E8PC-YA-A E8PC-YA-A8 E8PC-YA-C8 E8PC-YA-C Thread G/ R/8 G/ R/ G/ R/8 G/ NPT/8 G/ NPT/ A B. C D E F G G -. E8PC-YA-BN C.5 dia. (.) 5. C 7 -.

E8PC Throttle E8PC-YS O-ring E8PC-YL- E8PC-YL- Cable Refer to page of E8FC. A dia. A 7.6 dia. M6.75.5 dia.

45 E8PC Throttle E8PC-YS O-ring E8PC-YL- E8PC-YL- Cable Refer to page of E8FC. A dia. A 7.6 dia. M dia. A 9.5 dia. A..5 dia...5. Cross-sectional view A-A.8 Cross-sectional view A-A E8PC-YS-N E8PC-YL- M6.75 A C.±. dia. 5 dia. A.8 dia. 8 dia. (9.9).6.9. Cross-sectional view A-A Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 5

46 6 MEMO

IO-Link Photoelectric Sensor EZ-@-IL@ IO-Link Makes Sensor Level Information Visible and Solves the Three Major Issues at Manufacturing Sites! Standard Photoelectric Sensor. Downtime can be reduced.

The light incident level monitor prevents false detection before it happens. The efficiency of changeover can be improved.

Ordering Information IO-Link Model / Sensors [Refer to Dimensions on page 56.

Pre-wired ( m) Pre-wired M connector Standard M8 connector For the most recent information on models that have been certified for safety standards, refer to your OMRON website.

47 IO-Link Photoelectric Sensor IO-Link Makes Sensor Level Information Visible and Solves the Three Major Issues at Manufacturing Sites! Standard Photoelectric Sensor. Downtime can be reduced. Notifies you of faulty parts and such phenomena in the Sensor in real time. The frequency of sudden failure can be decreased. The light incident level monitor prevents false detection before it happens. The efficiency of changeover can be improved. The batch check for individual sensor IDs significantly decreases commissioning time. Three types of sensing methods and three types of connection methods are available. Ordering Information IO-Link Model / Sensors [Refer to Dimensions on page 56.] Sensing method Appearance Connection method Sensing distance Through-beam (Emitter + Receiver) * Retro-reflective with MSR function * Pre-wired ( m) Pre-wired M connector Standard M8 connector Pre-wired ( m) Pre-wired M connector Standard M8 connector For the most recent information on models that have been certified for safety standards, refer to your OMRON website. IO-Link baud rate COM (8. kbps) COM (. kbps) Model PNP EZ-T8-IL M Emitter EZ-T8-L-IL M Receiver EZ-T8-D-IL M EZ-T8-MTJ-IL.M Emitter EZ-T8-L-MTJ-IL.M Receiver EZ-T8-D-MTJ-IL.M EZ-T86-IL Emitter EZ-T86-L-IL Receiver EZ-T86-D-IL EZ-T8-IL M Emitter EZ-T8-L-IL M Receiver EZ-T8-D-IL M EZ-T8-MTJ-IL.M Emitter EZ-T8-L-MTJ-IL.M Receiver EZ-T8-D-MTJ-IL.M EZ-T86-IL Emitter EZ-T86-L-IL Receiver EZ-T86-D-IL EZ-R8-IL M Pre-wired ( m) COM Pre-wired M connector * EZ-R8-MTJ-IL.M (8. kbps) Standard M8 connector m EZ-R86-IL Pre-wired ( m) ( mm) EZ-R8-IL M (When using E9-RS) COM Pre-wired M connector EZ-R8-MTJ-IL.M (. kbps) Standard M8 connector EZ-R86-IL Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). *. The Reflector is sold separately. Select the Reflector model most suited to the application. *. The sensing distance specified is possible when the E9-RS is used. Values in parentheses indicate the minimum required distance between the Sensor and Reflector. *. Through-beam Sensors are normally sold in sets that include both the Emitter and Receiver. 5 m Be sure to read Safety Precautions on page 55. Red light Infrared light Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 7

48 Sensing method Appearance Connection method Sensing distance Diffuse-reflective Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). Accessories (Sold Separately) Slit (A Slit is not provided with Through-beam Sensors) Order a Slit separately if required. IO-Link baud rate Model PNP EZ-D8-IL M Pre-wired ( m) COM Pre-wired M connector EZ-D8-MTJ-IL.M (8. kbps) Standard M8 connector EZ-D87-IL m Pre-wired ( m) EZ-D8-IL M COM Pre-wired M connector EZ-D8-MTJ-IL.M (. kbps) Standard M8 connector EZ-D87-IL Pre-wired ( m) EZ-L8-IL M COM Pre-wired M connector EZ-L8-MTJ-IL.M (8. kbps) Standard M8 connector EZ-L86-IL 9 mm Pre-wired ( m) (narrow beam) EZ-L8-IL M COM Pre-wired M connector EZ-L8-MTJ-IL.M (. kbps) Standard M8 connector EZ-L86-IL Slit width Sensing distance Minimum detectable object EZ-T@@ (Reference value) Model.5-mm dia. 5 mm.-mm dia. E9-S65A -mm dia. mm.-mm dia. E9-S65B -mm dia. 8 mm.7-mm dia. E9-S65C.5 mm m.-mm dia. E9-S65D mm. m.5-mm dia. E9-S65E mm 5 m.8-mm dia. E9-S65F Contents One set (contains Slits for both the Emitter and Receiver) Reflectors (Reflector required for Retroreflective Sensors) A Reflector is not provided with the Sensor. Be sure to order a Reflector separately. Name Sensing distance * EZ-R Model Quantity Remarks Rated value Reference value m ( mm) --- E9-R m ( mm) --- E9-RS Reflector m ( mm) E9-R m ( mm) E9-R m( mm) E9-R Fog Preventive Coating --- m ( mm) E9-RK Small Reflector m (5 mm) E9-R mm (5 mm) E9-RS Tape Reflector ---. m (5 mm) E9-RS ---. m (5 mm) E9-RS Red light Reflectors are not provided with Retro-reflective models. The MSR function of the EZ-R@ is enabled. Note:. If you use the Reflector at any distance other than the rated distance, make sure that the stability indicator lights properly when you install the Sensor.. Refer to Reflectors on E9-L/E9-S/E9-R on your OMRON website for details. * Values in parenthese indicate the minimum required distance between the Sensor and Reflector. Infrared light 8

49 Mounting Brackets A Mounting Bracket is not enclosed with the Sensor. Order a Mounting Bracket separately if required. Appearance Model (material) Quantity Remarks Appearance Model (material) Quantity Remarks E9-L5 (SUS) * E9-L (SUS) * Mounting Brackets Note:. When using Through-beam models, order one bracket for the Receiver and one for the Emitter.. Refer to Mounting Brackets on E9-L/E9-S/E9-R on your OMRON website for details. *. Cannot be used for Standard Connector models with mounting surface on the bottom. In that case, use Pre-wired Connector models. *. Cannot be used for Standard Connector models. Sensor I/O Connectors (Models for Connectors and Pre-wired Connectors: A Connector is not provided with the Sensor. Be sure to order a Connector separately.) M M8 M8 socket/ M plug E9-L (SUS) * E9-L (SUS) * E9-L (SUS) Horizontal Mounting Brackets Horizontal Protective Cover Bracket Rear Mounting Bracket Note:. When using Through-beam models, order one connector for the Receiver and one for the Emitter.. Refer to Sensor I/O Connectors/Sensor Controllers on your OMRON website for details. *. Straight type/l-shape type combinations are also available. *. The connectors will not rotate after they are connected. *. The cable is fixed at an angle of 8 from the sensor emitter/receiver surface. E9-L98 (SUS) * E9-L5 (SUS) E9-L5 (SUS) E9-L (SUS) * Metal Protective Cover Bracket (Sensor adjuster) Easily mounted to the aluminum frame rails of conveyors and easily adjusted. For left to right adjustment Compact Protective Cover Bracket (For EZ only) Size Type Appearance Cable length Model Smartclick connector m XS5F-D-D8-F Straight * Socket on one cable 5 m XS5F-D-G8-F end Smartclick connector m XS5F-D-D8-F L-shape * * 5 m XS5F-D-G8-F Socket and plug on cable ends * Socket on one cable end Socket and plug on cable ends Smartclick connector Straight/ Straight * Smartclick connector L-shape/L-shape * * Straight * L-shape * * M8-M (Smartclick) conversion cable * m XS5W-D-D8-F 5 m XS5W-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F m XSF-M--A 5 m XSF-M-5-A m XSF-M--A 5 m XSF-M-5-A. m XSW-MC-C-A Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 9

50 Ratings and Specifications IO-Link Model Model PNP output Sensing method Through-beam Retro-reflective with MSR function Diffuse-reflective Narrow-beam Models Pre-wired Pre-wired connector (M) Item Connector (M8) Sensing distance 5 m m ( mm) * (when using E9-RS) m ( mm) * (when using E9-R) * Values in parentheses indicate the minimum required distance between the Sensor and Reflector. m (white paper: mm) 9 + mm (white paper: mm) Spot diameter (reference value) dia. and sensing distance of 9 mm Standard sensing object Opaque: -mm dia. min. Opaque: 75-mm dia. min. --- Minimum detectable object (reference value) ---. mm (copper wire) Differential travel (representative example) % max. of setting distance Refer to Engineering data on page 5. Directional angle Both emitter and receiver: to 5 to --- Light source (wavelength) Infrared LED (87 nm) Red LED (66 nm) Infrared LED (86 nm) Red LED (65 nm) Power supply voltage to VDC (including % ripple (p-p)) Current consumption 5 ma max. (Emitter: 5 ma max., Receiver: 5 ma max.) ma max. Load power supply voltage: VDC max., Load current: ma max. Residual voltage: Load current of less than ma: V max. Control output Load current of to ma: V max. PNP open collector output Light-ON/Dark-ON selectable Indicators In the Standard I/O mode (SIO mode): Operation indicator (orange, lit) and stability indicator (green, lit) In the IO-Link Mode: Operation indicator (orange, lit) and communication indicator (green, blinking at s intervals) Protection circuits Response time Sensitivity adjustment Ambient illumination (Receiver side) Ambient temperature range Ambient humidity range Insulation resistance Dielectric strength Vibration resistance Shock resistance Degree of protection Connection method Weight (packed state) Material Reversed power supply polarity protection, output short-circuit protection, and reversed output polarity protection Reversed power supply polarity protection, output short-circuit protection, reversed output polarity protection, and mutual interference prevention Operate or reset: ms max. Sensitivity adjuster / IO-Link communications Incandescent lamp:, lx max. Sunlight:, lx max. Operating: 5 to 55 C (with no icing or condensation) Storage: to 7 C (with no icing or condensation) Operating: 5% to 85%, Storage: 5% to 95% (with no condensation) MΩ min. at 5 VDC, VAC, 5/6 Hz for min Destruction: to 55 Hz,.5 mm double amplitude for hours each in X, Y, and Z directions Destruction: 5 m/s times each in X, Y, and Z directions IEC 659 IP67 Pre-wired cable (standard cable length m), M pre-wired connector (standard cable length. m), M8 connector Pre-wired cable ( m) Approx. g Approx. 65 g Pre-wired connector (M) Approx. 6 g Approx. g Connector (M8) Approx. g Approx. g Case Polybutylene terephthalate (PBT) Display Modified polyarylate Lens Modified polyarylate Methacrylate resin (PMMA) Modified polyarylate Operation mode switching between Light ON and Dark ON, setup of the instability detection level for light receiving and non-light receiving, timer function of the control output and timer time selecting, instability output (IO-Link mode) ON delay timer time selecting, setup of a teaching level and execution of teaching, setup of light receiving sensitivity level, monitor output, operating hours read-out, and initial reset IO-Link specification Ver. Main IO-Link functions Communication specifications Accessories Baud rate Data length Minimum cycle time -IL: COM (. kbps), -IL: COM (8. kbps) PD size: bytes, OD size: byte (M-sequence type: TYPE ) -IL (COM): ms, -IL (COM):. ms Instruction manual (Neither Reflectors nor Mounting Brackets are provided with any of the above models.) 5

51 Engineering Data (Reference Value) Parallel Operating Range Through-beam Models Through-beam Models Retro-reflective Models and Slit (A Slit is mounted to the Emitter and Receiver.) and Reflector Distance Y (mm) X Operating Range Diffuse-reflective Models EZ-D8@-IL@ Distance Y (mm) Y Distance X (m) Monitor Output vs. Sensing Distance Through-beam Models EZ-T8@-IL@ Monitor Output 8 Sensing object: mm white paper 6 Y X.. Sensitivity adjuster: / Distance X (m) Sensitivity adjuster: MAX Sensitivity adjuster: / Distance (m) Distance Y (mm) X Y E9-S65B E9-S65C E9-S65D E9-S65E Narrow-beam Reflective Models EZ-L8@-IL@ Distance Y (mm) 5 Distance X (m) Retro-reflective Models EZ-R8@-IL@ and E9-R Reflector Monitor Output E9-S65F Sensing object: mm white paper 8 Y 6 X Sensitivity adjuster: / 5 Distance X (mm) Sensitivity adjuster: MAX Sensitivity adjuster: / Distance (m) Distance Y (mm) E9-RK E9-R E9-R9 E9-R E9-R X Distance X (m) 6 Y E9-R E9-RS 8 Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 5

52 Monitor Output vs. Sensing Distance Diffuse-reflective Models Monitor Output Sensitivity adjuster: / Sensitivity adjuster: MAX Sensitivity adjuster: / Distance (m) Narrow-beam Reflective Models EZ-L8@-IL@ Monitor Output Sensitivity adjuster: / Sensitivity adjuster: MAX Sensitivity adjuster: / Distance (mm) Sensing Object Size vs. Sensing Distance Diffuse-reflective Models Narrow-beam Reflective Models EZ-D8@-IL@ EZ-L8@-IL@ Distance (m).5.5 d d SUS (glossy surface) Distance (mm) 5 d d White paper White paper Black paper Side length (one side) of sensing object: d (mm) Side length (one side) of sensing object: d (mm) Spot Diameter vs. Sensing Distance Narrow-beam Reflective Models EZ-L8@-IL@ Spot diameter (mm) Differential Travel vs. Sensing Distance Narrow-beam Reflective Models EZ-L8@-IL@ Differential travel (mm) Distance (mm) Distance (mm) 5

53 I/O Circuit Diagrams Timing Chart Output circuit Output mode Standard I/O mode (SIO mode) IO-Link mode Operation mode * L ON D ON L ON D ON Stable operation zone Unstable operation zone Stable operation zone ON ON ON ON ON ON ON ON Stability indicator (green) *5 Operation indicator (orange) Control output * Control output * Stability indicator (green) *5 Operation indicator (orange) Control output * Control output * Flashing Communication ( s cycle) indicator (green) ON ON Flashing Communication ( s cycle) indicator (green) ON ON Operation indicator (orange) Control output (Byte_bit) * Control output * * Instability detection (Light receiving) (Byte_bit) **5 Instability detection (Non-light receiving) (Byte_bit)**5 Operation indicator (orange) Control output (Byte_bit) * Control output * * Instability detection (Light receiving) (Byte_bit) **5 Instability detection (Non-light receiving) (Byte_bit)**5 Reflective / Receiver of Through-beam Model EZ-@8@-IL@ When using as a general sensor Brown L+ Black C/Q White DO Load Load Blue L- Photoelectric Sensor to VDC V When using the Sensor connected to IO-Link Master Unit Brown L+ Black C/Q White DO Blue L- Photoelectric Sensor L+ C/Q DI L- IO-Link master Emitter of Through-beam Model EZ-T8@-L-IL@ When using as a general When using the Sensor connected sensor to IO-Link Master Unit Brown L+ Black C/Q to VDC Brown L+ L+ Black C/Q C/Q *. The operation mode can be changed by the IO-Link communications. *. The timer function can be set up using the IO-Link communications for control output and separately. (It is able to select ON delay, delay, or one-shot function and select a timer time of to ms (T).) *. In the IO-Link mode, if the ON/ speed of the sensor is slow, highspeed response of ms or less can be realized using control output as a sensor. *. The judgment time for the instability detection diagnosis can be selected using the IO-Link communications. (For the ON delay timer function to detect instability, the setting can be selected from (invalid),, 5,,, 5, or ms. *5. The judgment condition for the light receiving/non-light receiving instability detection function can be selected using the IO-Link communications. (Setting of light receiving instability detection threshold: 5%/%/%/%/%, setting of non-light receiving instability detection threshold: 7%/5%) ON-delay -delay One shot Present Sensing Not object present ON L ON ON D ON Present Sensing Not object present ON L ON ON D ON Present Sensing Not object present ON L ON ON D ON Connector Pin Arrangement Pre-wired M connector EZ-@8-MTJ-IL@ EZ-@8-MTJ-IL@ EZ-T8-D-MTJ-IL@ Connector Pin Arrangement EZ-T8-L-MTJ-IL T T T T T T Standard M8 connector EZ-@86-IL@ EZ-@87-IL@ EZ-T86-D-IL@ EZ-T86-L-IL Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters Blue L- Photoelectric Sensor V Blue L- Photoelectric Sensor L- IO-Link master Note: Pins is not used. Note: Pins is not used. 5

EZ-@-IL@ Plugs (Sensor I/O Connectors) M8 connector XSF-M--A XSF-M-5-A XSF-M--A XSF-M-5-A Wire color Brown White Blue Black Through-beam Models (Emitter) Pin arrangement Classification Wire color

54 Plugs (Sensor I/O Connectors) M8 connector XSF-M--A XSF-M-5-A XSF-M--A XSF-M-5-A Wire color Brown White Blue Black Through-beam Models (Emitter) Pin arrangement Classification Wire color Connector pin No. Application Brown Power supply (+V) White DC Blue Power supply ( V) Black Output C/Q Note: Pins is not used. M connector Wire color XS5F-D-D8-F XS5F-D-G8-F XS5F-D-D8-F XS5F-D-G8-F M8-M (Smartclick) conversion cable Terminal No. Brown White Blue Black Wire color Brown White Blue Black Through-beam Models (Receiver) Retro-reflective Models Diffuse-reflective Models Pin arrangement Classification DC Wire color Connector pin No. Application Brown Power supply (+V) White Output DO Blue Power supply ( V) Black Output C/Q XSW-MC-C-A Nomenclature Through-beam Models EZ-T8@-IL@ (Receiver) Retro-reflective Models EZ-R8@-IL@ Diffuse-reflective Models EZ-D8@-IL@ EZ-L8@-IL@ In the Standard I/O mode (SIO mode): Stability indicator (green) In the IO-Link mode: IO-Link communication indicator (green) Operation selector Operation indicator (orange) Sensitivity adjuster 5

55 Safety Precautions Be sure to read the precautions for all models in the website at: Warning Indications Precautions for Safe Use WARNING Precautions for Safe Use Precautions for Correct Use Warning level Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally there may be significant property damage. Supplementary comments on what to do or avoid doing, to use the product safely. Supplementary comments on what to do or avoid doing, to prevent failure to operate, malfunction or undesirable effect on product performance. Meaning of Product Safety Symbols General prohibition Indicates the instructions of unspecified prohibited action. Caution, explosion Indicates the possibility of explosion under specific conditions. Caution, fire Indicates the possibility of fires under specific conditions. WARNING This product is not designed or rated for ensuring safety of persons either directly or indirectly. Do not use it for such purposes. The maximum power supply voltage is VDC. Before turning the power ON, make sure that the power supply voltage does not exceed the maximum voltage. Never use the product with an AC power supply. Otherwise, explosion may result. Do not use the product with voltage in excess of the rated voltage. Excess voltage may result in malfunction or fire. Do not use the product above rated load. Be sure to follow the safety precautions below for added safety.. Do not use the sensor under the environment with explosive or ignition gas.. Never disassemble, repair nor tamper with the product. Precautions for Correct Use. Do not use the product under the following conditions. () In the place exposed to the direct sunlight. () In the place where humidity is high and condensation may occur. () In the place where vibration or shock is directly transmitted to the product.. Connection and Mounting () If the sensor wiring is placed in the same conduits or ducts as high-voltage or high-power lines, inductive noise may cause malfunction or damage. Wire the cables separately or use a shielded cable. () Use an extension cable less than m long for Standard I/O mode and less than m for IO-Link mode. () Do not exceed the following force values applied to the cable. Tensile: 8 N max., torque:. Nm max., pressure: N max., flexure: kg max. M8 metal connectors () Fasten a fixed implement by hand. If you use pliers, it may cause malfunction or damage to it.. Cleaning Do not use thinner, alcohol, or other organic solvents. Otherwise, the optical properties and degree of protection may be degraded.. Power supply When using a commercially available switching regulator, be sure to ground the FG (Frame Ground) terminals. 5. Power supply reset time The photoelectric sensor will begin sensing no later than ms after the power is turned on. If the load and the photoelectric sensor is connected to different power supply, the photoelectric sensor must be always turned on first. 6. Turning off the power supply When turning off the power, output pulse may be generated. We recommend turning off the power supply of the load or load line first. 7. Water resistance Though this is type IP67, do not use in the water, rain or outdoors. 8. Please process it as industrial waste. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 55

EZ-@-IL@ Dimensions (Unit: mm) Tolerance class IT6 applies to dimensions in this data sheet unless otherwise specified. Sensors Through-beam Models * Pre-wired Models EZ-T8-IL@ Emitter.

vinyl-insulated round cable with conductors (Conductor cross section:. mm (AWG), Insulator diameter:. mm), Standard length: m Pins is not used. Pre-wired M connector (EZ-T@@-MTJ) dia.

56 Dimensions (Unit: mm) Tolerance class IT6 applies to dimensions in this data sheet unless otherwise specified. Sensors Through-beam Models * Pre-wired Models EZ-T8-IL@ Emitter.8 Power indicator/ IO-Link communication indicator (green). 7. Lens.8 5. Two, M.7 Terminal Specifications No. +V --- V Output C/Q dia. vinyl-insulated round cable with conductors (Conductor cross section:. mm (AWG), Insulator diameter:. mm), Standard length: m Pins is not used. Pre-wired M connector (EZ-T@@-MTJ) dia. vinyl-insulated round cable Standard length:. m. Operation Indicator (orange) Receiver.8 7. Stability indicator/ IO-Link communication indicator (green) Lens.8 5. Operation selector Sensitivity adjuster.7 Terminal No. Specifications +V Output DO M V Two, M Output C/Q dia. vinyl-insulated round cable with conductors (Conductor cross section:. mm (AWG), Insulator diameter:. mm), Standard length: m Through-beam Models * Connector Models EZ-T86-IL@. Emitter.8 7. Power indicator/ IO-Link communication indicator (green) Lens Two, M M8 connector.7 Terminal Specifications No. +V --- V Output C/Q Pins is not used Operation Indicator (orange) Operation selector Receiver.8 Stability indicator/ IO-Link communication indicator (green) Sensitivity adjuster. 7. Lens.8 Terminal No. Specifications.7 +V 5. Output DO V. Two, M Output C/Q M8 connector 9.75 * Models numbers for Through-beam Sensors (EZ-T@@) are for sets that include both the Emitter and Receiver. The model number of the Emitter is expressed by adding "-L" to the set model number (example: EZ-T8-IL@-L M), the model number of the Receiver, by adding "-D" (example: EZ-T8-IL@-D M.) Refer to Ordering Information to confirm model numbers for Emitter and Receivers. 56

EZ-@-IL@ Retro-reflective Models Pre-wired Models EZ-R8-IL@ EZ-D8-IL@ EZ-L8-IL@ Retro-reflective Models Connector Models EZ-R86-IL@ EZ-D87-IL@ EZ-L86-IL@..8 Note: The lens for the EZ-D@/D@7 is black.

57 Retro-reflective Models Pre-wired Models Retro-reflective Models Connector Models Note: The lens for the is black. 8 Operation Indicator (orange) Power indicator/ IO-Link communication indicator (green) Receiver Lens 7 dia Emitter Lens 7 dia. Two, M dia. vinyl-insulated round cable with conductors (Conductor cross section:. mm (AWG), Insulator diameter:. mm), Standard length: m.. 8 Operation Indicator (orange).8 Stability indicator/ IO-Link communication indicator (green) Receiver Lens 7 dia. Emitter Lens 7 dia Two, M Operation selector Sensitivity adjuster Terminal No. Operation selector Sensitivity adjuster 6.7 M8 connector +V Output DO V Output C/Q Terminal No. Specifications Specifications +V Output DO V Output C/Q Pre-wired M connector (EZ-@8@-MTJ) dia. vinyl-insulated round cable Standard length:. m M Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 57

58 Accessories (Order Separately) Slits E9-S65A E9-S65B E9-S65C. A. Slits E9-S65D E9-S65E E9-S65F. A mm-thick Model Size A Material E9-S65A.5 dia. SUS E9-S65B. dia. stainless E9-S65C. dia. steel.-mm-thick Model Size A Material E9-S65D.5 SUS E9-S65E. stainless E9-S65F. steel Mounting Bracket E9-L (Mounting dimensions) Mounting Bracket E9-L (Mounting dimensions) R Reflectors Refer to E9-R on your OMRON website for details. Sensor I/O Connectors Refer to XS or XS5 on your OMRON website for details. 58

59 IO-Link Color Mark Photoelectric Sensors Color Mark Detection on Any Type of Packaging. Narrow Beam and Large Lens for Stable Detection of Workpieces Tilted at Various Angles. Detects subtle color differences. High luminance, three-element (RGB) LED light source for greater light intensity. Highly efficient optics technology provides high power and enables stable detection even of subtle color differences. Handles glossy workpieces. Thorough noise reduction. High dynamic range covers everything from black to mirror surfaces. IoT compatible. Sends RGB information to host with high-speed IO-Link communications. Optimum threshold set to reduce false detection. Refer to Safety Precautions on page 6. Ordering Information Sensors (Refer to Dimensions on page 65.) Sensing method Diffuse-reflective (mark detection) Appearance Connection method M connector Sensing distance Output Model Push-pull Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). Accessories (Sold Separately) Sensor I/O Connectors (Required for a Sensor with a connector.) Connectors are not provided with the Sensors. Be sure to order a Connector separately. ES-DCP-IL ES-DCP-IL Size Type Appearance Cable length Model Straight m XSF-D-D8-F M Socket on one cable end Socket and plug on cable ends * L-shape Smartclick connector Straight/straight Smartclick connector L-shape/L-shape ± mm 5 m XSF-D-G8-F Note:. Refer to Sensor I/O Connectors/Sensor Controllers on your OMRON website for details. The XSW (Socket and Plug on Cable Ends) and XS5F (Socket on One Cable End) are also available.. The connectors will not rotate after they are connected. *. There are also straight type/l-shape type combinations available. *. The cable is fixed at an angle of 8 from the sensor emitter/receiver surface. * * For the most recent information on models that have been certified for safety standards, refer to your OMRON website. m XSF-D-D8-F 5 m XSF-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F Red light, Green light, Blue light IO-Link baud rate COM (8. kbps) COM (. kbps) Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 59

60 Ratings and Specifications Sensing method Diffuse-reflective (mark detection) Output Push-pull Item Model ES-DCP-IL ES-DCP-IL Sensing distance ± mm (White paper mm) Spot size (reference value) mm Light source (wavelength) Red LED (65 nm), Green LED (55 nm), Blue LED (65 nm) Power supply voltage to VDC±% (Ripple (p-p) % max.) Power consumption 96 mw max. (Reference: Power supply voltage V, Current consumption ma max.) Control output Load current: ma max. ( VDC max.) Operation indicator (orange), RUN indicator (green), Indications 7-segment indicator (white), Key lock indicator (white), Timer indicator (white), -point teaching mode indicator (white) Operation mode High when mark is detected. Protection circuits Power supply reverse polarity protection, output short-circuit protection and output incorrect connection protection Response time Operate or reset: 5 μs max. for each (-point teaching mode) Operate or reset: 5 μs max. for each (-point teaching mode) Sensitivity adjustment Teaching method Ambient illumination Incandescent lamp:, lx max. Ambient temperature range Operating: to 55 C; Storage: 5 to 7 C (with no icing or condensation) Ambient humidity range Operation: 5% to 85%, Storage: 5% to 95% (with no condensation) Insulation resistance MΩ min. (at 5 VDC) Dielectric strength, VAC, 5/6 Hz for min Vibration resistance Destruction: to 55 Hz with double amplitude of.5 mm for hours each in X, Y, and Z directions Shock resistance Destruction: 5 m/s times each in X, Y, and Z directions Degree of protection IEC 659 IP67 Connection method M, -pin connector Weight (packed state/sensor only) Model with connector Approx. 7 g/approx. g Case Diecast zinc (nickel-plated brass) Lens Methacrylic resin (PMMA) Materials Indicators ABS Buttons Elastomers Connector Diecast zinc (nickel-plated brass) Operation mode switching between NO and NC Timer function of the control output and timer time selecting function (Select a function from disabled, ON delay, delay, one-shot or ON/ delay.) (Select a timer time of -5 ms.) Main IO-Link functions Selecting function of ON delay timer time for instability ( (disabled)- ms) Monitor output function (PD output indicating a relative detection quantity) Energizing time read-out function (unit: h) Initialize the settings function Restore the factory settings IO-Link specification Version. Communication Baud rate ES-DCP-IL: COM (. kbps), ES-DCP-IL: COM (8. kbps) specifications Data length PD size: 8 bytes, OD size: byte (M-sequence type: TYPE ) Minimum cycle time ES-DCP-IL (COM):.5 ms, ES-DCP-IL (COM):.8 ms Accessories Instruction manual * Standard Sensing Object for the Mark Sensor Color Munsell code White N9.5 Red R.5/. Yellow-red YR 6./.5 Yellow 5Y 8.5/. Yellow-green GY 6.5/. Green G 6.5/9. Blue-green 5BG.5/. Blue PB 5./. Blue-purple 9PB 5./. Purple 7P 5./. Red-purple 6RP.5/.5 (Black) (N.) 6

61 Engineering Data (Reference Value) Communications Specifications Color vs. Detection Capability ES-DC Teaching Capabilities Yellow Yellow Blue Red Blue White Red -red Yellow -green Green -green Blue -purple Purple -purple Black White Red Yellow -red Yellow Yellow -green IoT Flow Sensors Green Blue -green Blue Blue -purple Purple Red -purple Black Note: The above chart shows the combinations of colors for which teaching is possible at a sensing distance of mm. Detectable Ranges Background color: Red Teaching distance: mm Purple Red-purple Black Black Black Black White Black Red-purple Purple Blue-purple Blue Green Blue-green Yellow-green Red Yellow-red Purple 5. White 5. Purple Red-purple 6. Blue Blue-purple 7. Green Blue-green 8. Yellow Yellow-red. 9. Red. White Red-purple. 9.. Red-purple.. Blue.. Blue-purple.. Blue-green.. 5. Yellow. 5. Yellow-green. Detectable range (mm) Detectable range (mm). Blue Background color: Green Teaching distance: mm Background color: Yellow-green Teaching distance: mm 5. Blue-purple White Black Purple Red-purple Blue Blue-purple Green Blue-green Yellow Yellow-green White Yellow-red 5. Black 5. Purple Red-purple 6. Blue Blue-purple 7. Green Blue-green 8. Yellow Yellow-green 9. Red. 9. o Background color: Blue-purple Teaching distance: mm Background color: Blue Teaching distance: mm.. Purple Blue Blue-green Green Black Purple Red-purple Blue-green Blue-purple Green Yellow-green Yellow Yellow-red Red 5. White 5. Black Red-purple Purple Blue-purple 7. Blue 8. Green 8. Yellow-green Yellow 9. Red. 9. Yellow-red. Yellow.. Masters... Yellow-green.. 5. Yellow-red.. Red. 5. White. Detectable range (mm) Detectable range (mm) 5. White Detectable range (mm) Background color: Blue-green Teaching distance: mm Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor. Green.. Background color: Yellow Teaching distance: mm Detectable range (mm). Blue-green.. Yellow-green.. Red.. 5. Yellow.. Yellow-red. 5. Red. Background color: Yellow-red Teaching distance: mm Detectable range (mm) Detectable range (mm) 5. Yellow-red Detectable range (mm) Background color: White Teaching distance: mm IoT Pressure Sensors ES-DC 6

62 Detectable range (mm) Background color: Purple Teaching distance: mm Detectable range (mm) Background color: Red-purple Teaching distance: mm Detectable range (mm) Background color: Black Teaching distance: mm White Red Yellow-red Yellow Yellow-green Green Blue-green Blue Blue-purple Excess Gain vs. Distance ES-DC Incident light (%) Sensing object: White paper Red-purple Black Red Green Blue Incident light (%) 5. White Red Yellow-red Yellow Yellow-green Green Blue-green Sensing object: Aluminum vapor deposition film Blue Blue-purple Purple Black Red Green Blue 5. White Red Yellow-red Yellow Yellow-green Green Blue-green Blue Blue-purple Purple Red-purple Distance (mm) Angle vs. Incident Characteristics ES-DC Incident light (%) 5 5 Sensing object: White paper Red Green Blue Incident light (%) Distance (mm) Red Green Blue Angle ( ) Sensing object: Aluminum vapor deposition film Angle ( ) 6

63 I/O Circuit Diagrams Push-Pull Output Model ES-DCP-IL ES-DCP-IL Output mode Standard I/O mode (SIO mode) (Pin Output Settings) IO-Link mode (Pin Output Settings) *. Pin input/output can be switched with the IO-Link communication command Switchpoint Pin. *. In case of NPN connection, please connect the load between Pin and Pin. *. In case of PNP connection, please connect the load between Pin and Pin. *. It can be switched in IO-Link. *5. Factory default Note:. You can use IO-Link communications to reverse the operation logic, set an output delay, and change between an input and output.. Please contact your OMRON sales representative regarding assignment of data. Plugs (Sensor I/O Connectors) M, -pin Connector Terminal number NO/NC setting * NO *5 NC NO *5 NC Wire color Brown White Blue Black Sensing object Timing chart Background Lighting RUN indicator (Green) Operation indicator Not Lighting (Orange) Pin output (NO) LOW Pin output (NO) LOW Load current (PNP connection) ON Load current (NPN connection) Sensing object Background Lighting RUN indicator (Green) Lighting Operation indicator (Orange) HIGH Pin output (NC) Pin output (NC) HIGH ON Load current (PNP connection) Load current (NPN connection) Sensing object Background RUN indicator (Green) ( sec cycles Flashing) Operation indicator Not Lighting (Orange) Pin output (NO) (IO-Link communications) LOW Pin output (NO) Sensing object Background RUN indicator (Green) ( sec cycles Flashing) Operation indicator Lighting (Orange) Pin output (NC) (IO-Link communications) HIGH Pin output (NC) Mark Lighting HIGH HIGH ON Mark Not Lighting LOW LOW ON Mark Lighting HIGH Mark Not Lighting LOW Output circuit Using Pin as an external input * (enabled by default) Brown +V Black C/Q EXT/ White OUT Blue V Brown +V Black C/Q White EXT/ OUT Blue V Load Load Load Load NPN * External input Load Load PNP * Using Pin with a control output * (set for IO-Link) Brown +V Blue PNP * NPN * EXT/ White OUT White DI/DO V Brown Blue +V Black C/Q Black C/Q V IO-Link Master Classification Wire color Connector pin No. Application ES-DCP-IL ES-DCP-IL Brown Power supply (+V) DC White External input * Blue Power supply ( V) Black Output C/Q * It can be set as the control output with IO-Link. to VDC to VDC Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 6

ES-DCP-IL@ Nomenclature Operation indicator (Orange) Turns ON when the mark is detected. (when Pin is set as NO) 7-segment indicator (White) Displays the BANK No. being selected.

64 Nomenclature Operation indicator (Orange) Turns ON when the mark is detected. (when Pin is set as NO) 7-segment indicator (White) Displays the BANK No. being selected. Key lock indicator (White) Turns ON when key locksetting is activated. Timer indicator (White) Turns ON when timersetting is activated. -point teaching mode indicator (White) Turns ON when -point teaching mode. RUN indicator (Green) Turns ON while power is supplied. Blinks during IO-Link communication. Setup change [BANK] button Changes the BANK setting. (BANK NO.) Sensitivity setting (Background) [BKGD] button Executes the background teaching. Sensitivity setting (Mark) [MARK] button Executes the mark teaching. Safety Precautions Be sure to read the precautions for all models in the website at: Warning Indications WARNING Precautions for Safe Use Precautions for Correct Use Meaning of Product Safety Symbols Warning level Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally, there may be significant property damage. Supplementary comments on what to do or avoid doing, to use the product safely. Supplementary comments on what to do or avoid doing, to prevent failure to operate, malfunction or undesirable effect on product performance. General prohibition Indicates the instructions of unspecified prohibited action. Caution, explosion Indicates the possibility of explosion under specific conditions. Caution, fire Indicates the possibility of fire under specific conditions. General caution Indicates unspecified general alert. WARNING This product is not designed or rated for ensuring safety of persons either directly or indirectly. Do not use it for such purpose. Never use the product with an AC power supply. Otherwise, explosion may result. Precautions for Safe Use The following precautions must be observed to ensure safe operation of the product.. Do not install the product in the following locations. Locations subject to direct sunlight Locations subject to condensation due to high humidity Locations subject to corrosive gas In the place where vibration or shock is directly transmitted to the product.. Do not use the product in environments subject to flammable or explosive gases.. Do not use the product in any atmosphere or environment that exceeds the ratings.. Do not pull on the cable with excessive strength. 5. Do not attempt to disassemble, repair, or modify the product in any way. 6. Do not use the product with the main unit damaged. 7. Be sure that before making supply the supply voltage is less than the maximum rated supply voltage ( VDC). 8. Do not apply any load exceeding the ratings. 9. Do not short the load. Otherwise damage or fire may result.. Connect the load correctly.. Do not use the product under a chemical or an oil environment without prior evaluation.. Though this is type IP67, do not use in the water, rain or outdoors.. Do not use thinner, alcohol, or other organic solvents. Otherwise, the optical properties and degree of protection may be degraded.. When disposing of the product, treat it as industrial waste. 5. These Sensors are certificated for the UL standard on the assumption of usage in a Class circuit. Use them with Class power supplies in the United States or Canada. Use the OMRON XSF-D-series or XS5F-D-series Cables. Cables that have wires less than AWG (. mm ) are for connection to terminal blocks and are not for field splicing. External overcurrent protection of A for AWG6, A for AWG, or A for AWG wire must be provided for cable protection. Do not use the product with voltage in excess of the rated voltage. Excess voltage may result in malfunction or fire. Be sure to tighten the external lens until it reaches the chassis. 6

ES-DCP-IL@. Note that the water-resistant function is impaired if installing the Photoelectric Sensor by hitting it with a hammer and so on.

65 Note that the water-resistant function is impaired if installing the Photoelectric Sensor by hitting it with a hammer and so on.. Be sure to tighten the external lens until it reaches the chassis.. If the Sensor wiring is placed in the same conduits or ducts as high-voltage or high-power lines, inductive noise may cause malfunction or damage. Wire the cables separately or use a shielded cable.. To extend a cable in the standard I/O mode, use a cable of. mm or more and keep the length m or less. Keep the length m or less if using the Sensor in the IO-Link mode. 5. Apply a screw tightening torque of. N m or less. Dimensions Sensors Precautions for Correct Use Diffuse-reflective Models ES-DCP-IL ES-DCP-IL Optical axis dia. (lens diameter) Note:. Apply a screw tightening torque of. N m or less.. Be sure to tighten the external lens or cover until it reaches the chassis dia. Outer diameter) 5 6. If a commercial switching regulator is used, ground the FG (frame ground) terminal. 7. The Sensor will be able to detect objects ms after the power supply is tuned ON. Start using the Sensor ms or more after turning ON the power supply. If the load and the Sensor are connected to separate power supplies, be sure to turn ON the Sensor first. 8. Do not press the button with anything sharp such as a screwdriver because it might be damaged. 9. Output pulses may occur when the power supply is turned. We recommend that you turn the power supply to the load or load line first. (Unit: mm) Tolerance class IT6 applies to dimensions in this data sheet unless otherwise specified. The optical axis can be changed by swapping the lens and cover The connector section can be revolved in a range of 9. Two, M5; Depth: Four, M5; Depth: 5.5 M connector When Lens or Cover Is Replaced 5 Optical axis.. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 65

66 66 MEMO

IO-Link Proximity Sensor (Standard Models) EE-@-IL@ IO-Link Makes Sensor Level Information Visible and Solves the Three Major Issues at Manufacturing Sites! Standard Proximity Sensor.

Notifies you of objects being too far or too close. The efficiency of changeover can be improved. The batch check for individual sensor IDs significantly decreases commissioning time.

] DC -wire IO-Link Models Appearance Sensing distance Connection method Shielded M M8 M Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (.

m) Pin arrangement Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file).

67 IO-Link Proximity Sensor (Standard Models) IO-Link Makes Sensor Level Information Visible and Solves the Three Major Issues at Manufacturing Sites! Standard Proximity Sensor. Downtime can be reduced. Notifies you of faulty parts and such phenomena in the Sensor in real time. The frequency of sudden failure can be decreased. Notifies you of objects being too far or too close. The efficiency of changeover can be improved. The batch check for individual sensor IDs significantly decreases commissioning time. Standard Sensor for detecting ferrous metals. Ordering Information Sensors [Refer to Dimensions on page 7.] DC -wire IO-Link Models Appearance Sensing distance Connection method Shielded M M8 M Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pin arrangement Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). For the most recent information on models that have been certified for safety standards, refer to your OMRON website. Be sure to read Safety Precautions on page 7. IO-Link baud rate Model PNP COM (8. kbps) EE-XB-IL M COM (. kbps) EE-XB-IL M COM (8. kbps) EE-XB-MTJ-IL.M Accessories (Sold Separately) Sensor I/O Connectors (Models with Pre-wired Connectors: A Connector is not provided with the Sensor. Be sure to order a Connector separately.) Type Appearance Cable length Socket on one cable end Socket and plug on cable ends * mm 7 mm Straight L-shape mm Straight/straight L-shape/L-shape --- : +V : V : C/Q output --- : +V : V : C/Q output --- : +V : V : C/Q output Sensor I/O Connector model number m XS5F-D-D8-F 5 m XS5F-D-G8-F m XS5F-D-D8-F 5 m XS5F-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F m XS5W-D-D8-F COM (. kbps) EE-XB-MTJ-IL.M COM (8. kbps) EE-X7B-IL M COM (. kbps) EE-X7B-IL M COM (8. kbps) EE-X7B-MTJ-IL.M COM (. kbps) EE-X7B-MTJ-IL.M COM (8. kbps) EE-XB-IL M COM (. kbps) EE-XB-IL M COM (8. kbps) EE-XB-MTJ-IL.M COM (. kbps) EE-XB-MTJ-IL.M Applicable Proximity Sensor model number EE-X@B-MTJ-IL@ Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 5 m XS5W-D-G8-F Note: Refer to Sensor I/O Connector/Sensor Controller on your OMRON website for details. * There are also straight type/l-shape type combinations available. 67

68 Ratings and Specifications DC -wire IO-Link Models Size M M8 M Shielded Shielded Item Model EE-XB-IL@ EE-X7B-IL@ EE-XB-IL@ Sensing distance mm ±% 7 mm ±% mm ±% Set distance * to. mm to 5.6 mm to 8 mm Differential travel % max. of sensing distance Detectable object Ferrous metal (The sensing distance decreases with non-ferrous metal. Refer to Engineering Data on pages 69.) Standard sensing object Iron, mm Iron, 8 8 mm Iron, mm Response frequency * khz.5 khz. khz Power supply voltage to VDC (including % ripple (p-p)) Current consumption ma max. Control Load current ma max. output Residual voltage V max. (Load current: ma, Cable length: m) Indicators * In the Standard I/O mode (SIO mode): Operation indicator (orange, lit) and stability indicator (green, lit) In the IO-Link mode: Operation indicator (orange, lit) and communication indicator (green, blinking at s intervals) Operation mode PNP NO/NC switching type (Factory setting: NO) Refer to the timing charts under I/O Circuit Diagrams on page 7 for details. Protection circuits Power supply reverse polarity protection, output reverse polarity protection, surge suppressor, and output short-circuit protection Ambient temperature range Operating/Storage: -5 to 7 C (with no icing or condensation) Ambient humidity range Operating/Storage: 5% to 95% (with no condensation) Temperature influence ±% max. of sensing distance at C in the temperature range of -5 to 7 C Voltage influence ±% max. of sensing distance at rated voltage in the rated voltage ±5% range Insulation resistance 5 MΩ min. (at 5 VDC) between current-carrying parts and case Dielectric strength, VAC, 5/6 Hz for minute between current-carrying parts and case Vibration resistance Destruction: to 55 Hz,.5-mm double amplitude for hours each in X, Y, and Z directions Shock resistance Destruction:, m/s times each in X, Y, and Z directions Degree of protection IEC 659 IP67, in-house standards: oil-resistant * Connection method Pre-wired Models (Standard cable length: m), Pre-wired Connector Models (Standard cable length:. m) Case Nickel-plated brass Materials Sensing surface PBT Clamping nuts Nickel-plated brass Toothed washer Zinc-plated iron Operation mode switching between NO and NC, self diagnosis enabling, excessive proximity judgment Main IO-Link functions distance selecting, timer function of the control output and timer time selecting, instability output (IO-Link mode) ON delay timer time selecting function, monitor output, operating hours read-out, and initial reset Communication specifications Accessories IO-Link specification Baud rate Data length Minimum cycle time Ver. Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). *. In the Standard I/O mode (SIO mode), use the product in a range that the green stability indication lamp is lit. (Although the lamp is turned off when the object detected has approached excessively, the detection performance is stable.) In the IO-Link mode, use the product in a range that the Byte_bit for instability detection is zero. (Although the Byte_bit5 for excessive proximity detection is one if the object detected has approached excessively, the detection performance is stable.) Please contact your OMRON sales representative regarding assignment of data. *. The response frequency is an average value. Measurement conditions are as follows: standard sensing object, a distance of twice the standard sensing object, and a set distance of half the sensing distance. *. Oil resistance in-house standard: Performance with respect to water insoluble oil. (Test at right) -IL: COM (. kbps), -IL: COM (8. kbps) PD size: bytes, OD size: byte (M-sequence type: TYPE ) -IL (COM): ms, -IL (COM):. ms Instruction manual Oil resistance test After the test time elapses, the characteristics below are checked for problems. () Visual appearance (no damage that affects product characteristics) () Operation check (ON/) () Insulation resistance (5 MΩ min. at 5 VDC) () Dielectric strength (5 VAC, min.) (5) Water resistance (IP67) Test oil: Water insoluble oil Velocite No. (manufactured by Exxon Mobil) 5 C 5 hours Depth cm Sensor 68

69 Engineering Data (Reference Value) Sensing Area (-MTJ) Distance X (mm) 8 6 Y X EE-X EE-X7 EE-X Distance Y (mm) Influence of Sensing Object Size and Material EE-XB (-MTJ) -IL@ EE-X7B (-MTJ) -IL@ EE-XB (-MTJ) -IL@ Distance X t= mm X Iron Stainless steel (SUS) Aluminum Copper Side length of sensing object: d (mm) Distance X (mm) t= mm X 5 Side length of sensing object: d (mm) Monitor Output EE-XB (-MTJ) -IL@ EE-X7B (-MTJ) -IL@ EE-XB (-MTJ) -IL@ Detection level Iron Stainless steel (SUS) Aluminum t= mm Distance X (mm) X Detection level Iron Stainless steel (SUS) Aluminum Iron Stainless steel (SUS) t= mm Aluminum mm Distance X (mm) X Distance X (mm) Detection level t= mm X Iron Stainless steel (SUS) Aluminum Copper Side length of sensing object: d (mm) Iron Stainless steel (SUS) Aluminum t= mm X Distance X (mm) Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 69

70 I/O Circuit Diagrams Operation mode* Non-sensing zone Sensing object Unstable sensing zone Set position Excessive proximity Stable judgment distance *7 sensing zone Proximity Sensor Timing Chart Standard I/O mode (SIO mode) *8 IO-Link mode NO NC NO NC Rated sensing distance (%) 8 * * * * * * * * ON ON ON ON ON ON Flashing ( s cycle) ON * Flashing ( s cycle) ON * Stability indicator (green) Operation indicator (orange) Control output *5 Stability indicator (green) Operation indicator (orange) Control output *5 Comunication indicator (green) Operation indicator (orange) Control output *5 (Byte_bit) Instability detection *6 (Byte_bit) Excessive proximity detection (Byte_bit5) Comunication indicator (green) Operation indicator (orange) Control output *5 (Byte_bit) Instability detection *6 (Byte_bit) Excessive proximity detection (Byte_bit5) *. The operation mode can be changed by the IO-Link communications. *. If the excessive proximity diagnosis function using the IO-Link communications is disabled, the lamp is lit in this zone, too, in the Standard I/O mode (SIO mode). In the IO-Link mode, diagnosis is disabled (fixed to zero). *. If the instability detection diagnosis function using the IO-Link communications is disabled, the lamp is lit in this zone, too, in the Standard I/O mode (SIO mode). In the IO-Link mode, diagnosis is disabled (fixed to zero). *. If both the diagnosis functions of excessive proximity and instability detection using the IO-Link communications are disabled, the lamp is not lit in all the zones. *5. The timer function of the control output can be set up by the IO- Link communications. (It is able to select ON delay, delay, or one-shot function and select a timer time of to ms (T).) ON-delay -delay One Shot Present Sensing Not object present ON NO ON NC T T Present Sensing Not object present ON NO ON NC *6. The judgment time for the instability detection diagnosis can be selected by the IO-Link communications. (For the ON delay timer function, the setting can be selected from (invalid),, 5,,, 5, or ms. *7. The judgment distance of the excessive proximity diagnosis function can be selected by the IO-Link communications. (The distance can be selected as a combination of the material of the object detected, such as iron, aluminum, or SUS and the judgment distance of approximately,, or %. However, it is not allowed to select a combination of aluminum and %.) *8. If using the product as a general sensor, it operates in the Standard I/O mode (SIO mode). T T Present Sensing Not object present ON NO ON NC T T When using as a general sensor When using the Sensor connected to IO-Link Master Unit Brown L+ to V DC Brown L+ L+ Output circuit Black C/Q Black C/Q C/Q Load Blue Proximity sensor L- V Blue Proximity sensor L- L- IO-Link master Pre-wired Connector Model Connections Model Connections EEQ-X@B-MTJ-IL@ EE XS5F * Brown (+V) White (not used) Blue (V) Black (Output) * If the XS5W-D@-@8-F Connector which has a socket and plug on the cable ends is connected to the Sensor, this part will be a plug. 7

71 Safety Precautions Be sure to read the precautions for all models in the website at: Warning Indications Warning Precautions for Safe Use Precautions for Correct Use Warning level Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally there may be significant property damage. Supplementary comments on what to do or avoid doing, to use the product safely. Supplementary comments on what to do or avoid doing, to prevent failure to operate, malfunction or undesirable effect on product performance. Meaning of Product Safety Symbols General prohibition Indicates the instructions of unspecified prohibited action. Caution, explosion Indicates the possibility of explosion under specific conditions. Warning This product is not designed or rated for ensuring safety of persons either directly or indirectly. Do not use it for such purposes. Risk of explosion. Do not connect sensor to AC power supply. Precautions for Safe Use The following precautions must be observed to ensure safe operation.. Do not use the product in an environment where flammable or explosive gas is present.. Do not attempt to disassemble, repair, or modify the product.. Power Supply Voltage Do not use a voltage that exceeds the rated operating voltage range. Applying a voltage that is higher than the operating voltage range may result in damage or burnout.. Incorrect Wiring Be sure that the power supply polarity and other wiring is correct. Incorrect wiring may cause explosion or burnout. 5. Connection without a Load If the power supply is connected directly without a load, the internal elements may explode or burn. Be sure to insert a load when connecting the power supply. 6. Dispose of this product as industrial waste. Precautions for Correct Use Do not use this product under ambient conditions that exceed the ratings. Operating Environment. Do not install the product in the following locations. Doing so may result in product failure or malfunction. () Outdoor locations directly subject to sunlight, rain, snow, water droplets, or oil. () Locations subject to atmospheres with chemical vapors, in particular solvents and acids. () Locations subject to corrosive gases.. The Sensor may malfunction if used near ultrasonic cleaning equipment, high-frequency equipment, transceivers, cellular phones, inverters, or other devices that generate a high-frequency electric field. Please refer to the Precautions for Correct Use on the OMRON website ( for typical measures.. Laying the Proximity Sensor wiring in the same conduit or duct as high-voltage wires or power lines may result in incorrect operation and damage due to induction. Wire the Sensor using a separate conduit or independent conduit.. Never use thinner or other solvents. Otherwise, the Sensor surface may be dissolved. Design Influence of Surrounding Metal When mounting the Sensor within a metal panel, ensure that the clearances given in the following table are maintained. Failure to maintain these distances may cause deterioration in the performance of the Sensor. l m (Unit: mm) Model Item l d D m n EE-XB (-MTJ) -IL@ 8 8 EE-X7B (-MTJ) -IL@ 8 7 EE-XB (-MTJ) -IL@ 5 Mutual Interference When installing Sensors face-to-face or side-by-side, ensure that the minimum distances given in the following table are maintained. A (Unit: mm) Model Item A B EE-XB (-MTJ) -IL@ EE-X7B (-MTJ) -IL@ 5 5 EE-XB (-MTJ) -IL@ 7 Mounting Tightening Force Do not tighten the nut with excessive force. A washer must be used with the nut. Do not use tightening force that exceeds the values in the following table. Model Item Torque EE-XB (-MTJ) -IL@ N m EE-X7B (-MTJ) -IL@ 7 N m EE-XB (-MTJ) -IL@ 8 N m Wiring In the IO-Link mode, the cable between the IO-link Master and Sensor must have a length of m or less. D d dia. B l n m Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 7

72 Dimensions (Unit: mm) Tolerance class IT6 applies to dimensions in this data sheet unless otherwise specified. Pre-wired Models dia M P Indicators * Two clamping nuts Toothed washer * *. -dia. vinyl-insulated round cable with conductors (Conductor cross section:. mm, Insulator diameter:. mm), Standard length: m *. Operation indicator (orange), stability indicator/ communication indicator (green) EE-X7B-IL@ 9 dia EE-XB-IL@ dia M8 P Indicators * Two clamping nuts Toothed washer *. 6-dia. vinyl-insulated round cable with conductors (Conductor cross section:.5 mm, Insulator diameter:.9 mm), Standard length: m *. Operation indicator (orange), stability indicator/ communication indicator (green) * M P.5 Two clamping nuts Toothed washer Indicators * *. 6-dia. vinyl-insulated round cable with conductors (Conductor cross section:.5 mm, Insulator diameter:.9 mm), Standard length: m *. Operation indicator (orange), stability indicator/ communication indicator (green) * Pre-wired Connector Models EE-XB-MTJ-IL@ dia M P Toothed washer Indicators * Two clamping nuts * M P *. -dia. vinyl-insulated round cable Standard length:. m *. Operation indicator (orange), stability indicator/ communication indicator (green) EE-X7B-MTJ-IL@ EE-XB-MTJ-IL@ 9 dia dia M8 P Indicators * Two clamping nuts Toothed washer * M P *. 6-dia. vinyl-insulated round cable Standard length:. m *. Operation indicator (orange), stability indicator/ communication indicator (green) M P.5 Toothed washer Two clamping nuts * Indicators * M P *. 6-dia. vinyl-insulated round cable Standard length:. m *. Operation indicator (orange), stability indicator/ communication indicator (green) Mounting Hole Dimensions Dimension M M8 M F (mm).5 dia. 8.5 dia..5 dia. F 7

IO-Link Proximity Sensor (Spatter-resistant Models) EEQ-@-IL@ IO-Link Makes Sensor Level Information Visible and Solves the Three Major Issues at Manufacturing Sites!

The frequency of sudden failure can be decreased. Notifies you of objects being too far or too close. The efficiency of changeover can be improved.

Ordering Information Sensors [Refer to Dimensions on page 78.

m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (.

For the most recent information on models that have been certified for safety standards, refer to your OMRON website. Be sure to read Safety Precautions on page 77. IO-Link baud rate Model COM (8.

M Accessories (Sold Separately) Sensor I/O Connectors (Models with Pre-wired Connectors: A Connector is not provided with the Sensor. Be sure to order a Connector separately.

73 IO-Link Proximity Sensor (Spatter-resistant Models) IO-Link Makes Sensor Level Information Visible and Solves the Three Major Issues at Manufacturing Sites! A Proximity Sensor That Can Be Used in a Spatter Environment. Downtime can be reduced. Notifies you of faulty parts and such phenomena in the Sensor in real time. The frequency of sudden failure can be decreased. Notifies you of objects being too far or too close. The efficiency of changeover can be improved. The batch check for individual sensor IDs significantly decreases commissioning time. The fluororesin coating provides exceptional spatter resistance. Ordering Information Sensors [Refer to Dimensions on page 78.] DC -wire IO-Link Models Appearance Sensing distance Connection method Shielded M M8 M Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pre-wired Models ( m) M Pre-wired Smartclick Connector Models (. m) Pin arrangement Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). For the most recent information on models that have been certified for safety standards, refer to your OMRON website. Be sure to read Safety Precautions on page 77. IO-Link baud rate Model COM (8. kbps) EEQ-XB-IL M COM (. kbps) EEQ-XB-IL M COM (8. kbps) EEQ-XB-MTJ-IL.M Accessories (Sold Separately) Sensor I/O Connectors (Models with Pre-wired Connectors: A Connector is not provided with the Sensor. Be sure to order a Connector separately.) Type Appearance Cable length Socket on one cable end Socket and plug on cable ends * mm 7 mm Straight L-shape mm Straight/straight L-shape/L-shape --- : +V : V : C/Q output --- : +V : V : C/Q output --- : +V : V : C/Q output Sensor I/O Connector model number m XS5F-D-D8-F 5 m XS5F-D-G8-F m XS5F-D-D8-F 5 m XS5F-D-G8-F m XS5W-D-D8-F 5 m XS5W-D-G8-F m XS5W-D-D8-F COM (. kbps) EEQ-XB-MTJ-IL.M COM (8. kbps) EEQ-X7B-IL M COM (. kbps) EEQ-X7B-IL M COM (8. kbps) EEQ-X7B-MTJ-IL.M COM (. kbps) EEQ-X7B-MTJ-IL.M COM (8. kbps) EEQ-XB-IL M COM (. kbps) EEQ-XB-IL M COM (8. kbps) EEQ-XB-MTJ-IL.M COM (. kbps) EEQ-XB-MTJ-IL.M Applicable Proximity Sensor model number EEQ-X@B-MTJ-IL@ Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 5 m XS5W-D-G8-F Note: Refer to Sensor I/O Connector/Sensor Controller on your OMRON website for details. * There are also straight type/l-shape type combinations available. 7

74 Ratings and Specifications DC -wire IO-Link Models Size M M8 M Shielded Shielded Item Model EEQ-XB-IL@ EEQ-X7B-IL@ EEQ-XB-IL@ Sensing distance mm ±% 7 mm ±% mm ±% Set distance * to. mm to 5.6 mm to 8 mm Differential travel % max. of sensing distance Detectable object Ferrous metal (The sensing distance decreases with non-ferrous metal. Refer to Engineering Data on pages 75.) Standard sensing object Iron, mm Iron, 8 8 mm Iron, mm Response frequency * khz.5 khz. khz Power supply voltage to VDC (including % ripple (p-p)) Current consumption ma max. Control Load current ma max. output Residual voltage V max. (Load current: ma, Cable length: m) Indicators * In the Standard I/O mode (SIO mode): Operation indicator (orange, lit) and stability indicator (green, lit) In the IO-Link mode: Operation indicator (orange, lit) and communication indicator (green, blinking at s intervals) Operation mode PNP NO/NC switching type (Factory setting: NO) Refer to the timing charts under I/O Circuit Diagrams on page 76 for details. Protection circuits Power supply reverse polarity protection, output reverse polarity protection, surge suppressor, and output short-circuit protection Ambient temperature range Operating/Storage: -5 to 7 C (with no icing or condensation) Ambient humidity range Operating/Storage: 5% to 95% (with no condensation) Temperature influence ±% max. of sensing distance at C in the temperature range of -5 to 7 C Voltage influence ±% max. of sensing distance at rated voltage in the rated voltage ±5% range Insulation resistance 5 MΩ min. (at 5 VDC) between current-carrying parts and case Dielectric strength, VAC, 5/6 Hz for minute between current-carrying parts and case Vibration resistance Destruction: to 55 Hz,.5-mm double amplitude for hours each in X, Y, and Z directions Shock resistance Destruction:, m/s times each in X, Y, and Z directions Degree of protection IEC 659 IP67, in-house standards: oil-resistant Connection method Pre-wired Models (Standard cable length: m), Pre-wired Connector Models (Standard cable length:. m) Case Fluororesin coating (Base material: brass) Materials Sensing surface Fluororesin Clamping nuts Fluororesin coating (Base material: brass) Toothed washer Zinc-plated iron Operation mode switching between NO and NC, self diagnosis enabling, excessive proximity judgment Main IO-Link functions distance selecting, timer function of the control output and timer time selecting, instability output (IO-Link mode) ON delay timer time selecting function, monitor output, operating hours read-out, and initial reset Communication specifications Accessories IO-Link specification Baud rate Data length Minimum cycle time Ver. -IL: COM (. kbps), -IL: COM (8. kbps) PD size: bytes, OD size: byte (M-sequence type: TYPE ) -IL (COM): ms, -IL (COM):. ms Instruction manual Note: Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file). *. In the Standard I/O mode (SIO mode), use the product in a range that the green stability indication lamp is lit. (Although the lamp is turned off when the object detected has approached excessively, the detection performance is stable.) In the IO-Link mode, use the product in a range that the Byte_bit for instability detection is zero. (Although the Byte_bit5 for excessive proximity detection is one if the object detected has approached excessively, the detection performance is stable.) Please contact your OMRON sales representative regarding assignment of data. *. The response frequency is an average value. Measurement conditions are as follows: standard sensing object, a distance of twice the standard sensing object, and a set distance of half the sensing distance. 7

75 Engineering Data (Reference Value) Sensing Area (-MTJ) Distance X (mm) 8 6 Y X EEQ-X EEQ-X7 EEQ-X Distance Y (mm) Influence of Sensing Object Size and Material EEQ-XB (-MTJ) -IL@ EEQ-X7B (-MTJ) -IL@ EEQ-XB (-MTJ) -IL@ Distance X t= mm X Iron Stainless steel (SUS) Aluminum Copper Side length of sensing object: d (mm) Distance X (mm) t= mm X 5 Side length of sensing object: d (mm) Monitor Output EEQ-XB (-MTJ) -IL@ EEQ-X7B (-MTJ) -IL@ EEQ-XB (-MTJ) -IL@ Detection level Iron Stainless steel (SUS) Aluminum t= mm Distance X (mm) X Detection level Iron Stainless steel (SUS) Aluminum Iron Stainless steel (SUS) t= mm Aluminum mm Distance X (mm) X Distance X (mm) Detection level t= mm X Iron Stainless steel (SUS) Aluminum Copper Side length of sensing object: d (mm) Iron Stainless steel (SUS) Aluminum t= mm X Distance X (mm) Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 75

76 I/O Circuit Diagrams Operation mode* Non-sensing zone Sensing object Unstable sensing zone Set position Excessive proximity Stable judgment distance *7 sensing zone Proximity Sensor Timing Chart Standard I/O mode (SIO mode) *8 IO-Link mode NO NC NO NC Rated sensing distance (%) 8 * * * * * * * * ON ON ON ON ON ON Flashing ( s cycle) ON * Flashing ( s cycle) ON * Stability indicator (green) Operation indicator (orange) Control output *5 Stability indicator (green) Operation indicator (orange) Control output *5 Comunication indicator (green) Operation indicator (orange) Control output *5 (Byte_bit) Instability detection *6 (Byte_bit) Excessive proximity detection (Byte_bit5) Comunication indicator (green) Operation indicator (orange) Control output *5 (Byte_bit) Instability detection *6 (Byte_bit) Excessive proximity detection (Byte_bit5) *. The operation mode can be changed by the IO-Link communications. *. If the excessive proximity diagnosis function using the IO-Link communications is disabled, the lamp is lit in this zone, too, in the Standard I/O mode (SIO mode). In the IO-Link mode, diagnosis is disabled (fixed to zero). *. If the instability detection diagnosis function using the IO-Link communications is disabled, the lamp is lit in this zone, too, in the Standard I/O mode (SIO mode). In the IO-Link mode, diagnosis is disabled (fixed to zero). *. If both the diagnosis functions of excessive proximity and instability detection using the IO-Link communications are disabled, the lamp is not lit in all the zones. *5. The timer function of the control output can be set up by the IO- Link communications. (It is able to select ON delay, delay, or one-shot function and select a timer time of to ms (T).) ON-delay -delay One Shot Present Sensing Not object present ON NO ON NC T T Present Sensing Not object present ON NO ON NC *6. The judgment time for the instability detection diagnosis can be selected by the IO-Link communications. (For the ON delay timer function, the setting can be selected from (invalid),, 5,,, 5, or ms. *7. The judgment distance of the excessive proximity diagnosis function can be selected by the IO-Link communications. (The distance can be selected as a combination of the material of the object detected, such as iron, aluminum, or SUS and the judgment distance of approximately,, or %. However, it is not allowed to select a combination of aluminum and %.) *8. If using the product as a general sensor, it operates in the Standard I/O mode (SIO mode). T T Present Sensing Not object present ON NO ON NC T T When using as a general sensor When using the Sensor connected to IO-Link Master Unit Brown L+ to V DC Brown L+ L+ Output circuit Black C/Q Black C/Q C/Q Load Blue Proximity sensor L- V Blue Proximity sensor L- L- IO-Link master Pre-wired Connector Model Connections Model Connections EEQ-X@B-MTJ-IL@ EEQ XS5F * Brown (+V) White (not used) Blue (V) Black (Output) * If the XS5W-D@-@8-F Connector which has a socket and plug on the cable ends is connected to the Sensor, this part will be a plug. 76

77 Safety Precautions Be sure to read the precautions for all models in the website at: Warning Indications Warning Precautions for Safe Use Precautions for Correct Use Warning level Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally there may be significant property damage. Supplementary comments on what to do or avoid doing, to use the product safely. Supplementary comments on what to do or avoid doing, to prevent failure to operate, malfunction or undesirable effect on product performance. Meaning of Product Safety Symbols General prohibition Indicates the instructions of unspecified prohibited action. Caution, explosion Indicates the possibility of explosion under specific conditions. Warning This product is not designed or rated for ensuring safety of persons either directly or indirectly. Do not use it for such purposes. Risk of explosion. Do not connect sensor to AC power supply. Precautions for Safe Use The following precautions must be observed to ensure safe operation.. Do not use the product in an environment where flammable or explosive gas is present.. Do not attempt to disassemble, repair, or modify the product.. Power Supply Voltage Do not use a voltage that exceeds the rated operating voltage range. Applying a voltage that is higher than the operating voltage range may result in damage or burnout.. Incorrect Wiring Be sure that the power supply polarity and other wiring is correct. Incorrect wiring may cause explosion or burnout. 5. Connection without a Load If the power supply is connected directly without a load, the internal elements may explode or burn. Be sure to insert a load when connecting the power supply. 6. Dispose of this product as industrial waste. Precautions for Correct Use Do not use this product under ambient conditions that exceed the ratings. Operating Environment. Do not install the product in the following locations. Doing so may result in product failure or malfunction. () Outdoor locations directly subject to sunlight, rain, snow, water droplets, or oil. () Locations subject to atmospheres with chemical vapors, in particular solvents and acids. () Locations subject to corrosive gases.. The Sensor may malfunction if used near ultrasonic cleaning equipment, high-frequency equipment, transceivers, cellular phones, inverters, or other devices that generate a high-frequency electric field. Please refer to the Precautions for Correct Use on the OMRON website ( for typical measures.. Laying the Proximity Sensor wiring in the same conduit or duct as high-voltage wires or power lines may result in incorrect operation and damage due to induction. Wire the Sensor using a separate conduit or independent conduit.. Never use thinner or other solvents. Otherwise, the Sensor surface may be dissolved. Design Influence of Surrounding Metal When mounting the Sensor within a metal panel, ensure that the clearances given in the following table are maintained. Failure to maintain these distances may cause deterioration in the performance of the Sensor. l m (Unit: mm) Model Item l d D m n EEQ-XB (-MTJ) -IL@ 8 8 EEQ-X7B (-MTJ) -IL@ 8 7 EEQ-XB (-MTJ) -IL@ 5 Mutual Interference When installing Sensors face-to-face or side-by-side, ensure that the minimum distances given in the following table are maintained. A (Unit: mm) Model Item A B EEQ-XB (-MTJ) -IL@ EEQ-X7B (-MTJ) -IL@ 5 5 EEQ-XB (-MTJ) -IL@ 7 Mounting Tightening Force Do not tighten the nut with excessive force. A washer must be used with the nut. Do not use tightening force that exceeds the values in the following table. Model Item Torque EEQ-XB (-MTJ) -IL@ N m EEQ-X7B (-MTJ) -IL@ 7 N m EEQ-XB (-MTJ) -IL@ 8 N m Wiring In the IO-Link mode, the cable between the IO-link Master and Sensor must have a length of m or less. D d dia. B l n m Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 77

78 Dimensions (Unit: mm) Tolerance class IT6 applies to dimensions in this data sheet unless otherwise specified. Pre-wired Models dia M P Indicators * Two clamping nuts Toothed washer * *. -dia. vinyl-insulated round cable with conductors (Flame-resistant, Conductor cross section:. mm, Insulator diameter:. mm), Standard length: m *. Operation indicator (orange), stability indicator/ communication indicator (green) EEQ-X7B-IL@ 9 dia EEQ-XB-IL@ dia M8 P Indicators * Two clamping nuts Toothed washer *. 6-dia. vinyl-insulated round cable with conductors (Flame-resistant, Conductor cross section:.5 mm, Insulator diameter:.9 mm), Standard length: m *. Operation indicator (orange), stability indicator/ communication indicator (green) * M P.5 Two clamping nuts Toothed washer Indicators * *. 6-dia. vinyl-insulated round cable with conductors (Flame-resistant, Conductor cross section:.5 mm, Insulator diameter:.9 mm), Standard length: m *. Operation indicator (orange), stability indicator/ communication indicator (green) * Pre-wired Connector Models EEQ-XB-MTJ-IL@ dia M P Toothed washer Indicators * Two clamping nuts * M P *. -dia. vinyl-insulated round cable (Flame-resistant), Standard length:. m *. Operation indicator (orange), stability indicator/ communication indicator (green) EEQ-X7B-MTJ-IL@ EEQ-XB-MTJ-IL@ 9 dia dia M8 P Indicators * Two clamping nuts Toothed washer * M P *. 6-dia. vinyl-insulated round cable (Flame-resistant), Standard length:. m *. Operation indicator (orange), stability indicator/ communication indicator (green) M P.5 Toothed washer Two clamping nuts * Indicators * M P *. 6-dia. vinyl-insulated round cable (Flame-resistant), Standard length:. m *. Operation indicator (orange), stability indicator/ communication indicator (green) Mounting Hole Dimensions Model EEQ-XB EEQ-X7B EEQ-XB F (mm).5 dia. 8.5 dia..5 dia. F 78

NX-series IO-Link Master Unit NX-ILM IO-Link makes sensor level information visible and solves the three major issues at manufacturing sites! The screwless clamping terminal block reduces wiring work.

79 NX-series IO-Link Master Unit NX-ILM IO-Link makes sensor level information visible and solves the three major issues at manufacturing sites! The screwless clamping terminal block reduces wiring work. Downtime can be reduced. Notifies you of faulty parts and such phenomena in the Sensor in real time. The frequency of sudden failure can be decreased. Condition monitoring of sensors and equipment to prevent troubles. The efficiency of changeover can be improved. The batch check for individual sensor IDs significantly decreases commissioning time. Features Corresponding to our shared Value Design for Panel concept for the specifications of products The host controller can cyclically read control signals, status*, wiring, and power supply status of IO-Link sensors. Because an IO-Link System can cyclically read analog data such as the amount of incident light in addition to ON/ information, it can be used for predictive maintenance based on detection of such things as decreases in the amount of light. User-specified data in IO-Link devices can be read and written from the host controller when necessary. Digital signals can be input rapidly from IO-Link sensors* during IO-Link communications. IO-Link sensors can be combined with non-io-link sensors. Incorrect connections of IO-Link sensors can be checked when IO-Link communications start. Backup and restoration of IO-Link device parameters make replacement of IO-Link sensors easier. IO-Link sensors can be easily replaced with non-io-link sensors without changing the data address settings.* Sensors can report their errors to the master, which facilitates locating errors from the host. The total number of retries in cyclic communications can be recorded. You can use this value to check for the influences of noise and other problems. (When EtherCAT is used as the host communication interface) Up to four sensors can be connected. *. Examples for Photoelectric Sensors: Instability detection and sensor errors *. IO-Link sensors that support digital inputs that use pin of IO-Link Master Unit ports *. Bit data of IO-Link sensor can be reflected in the address of the digital input data by using digital input collection. This function is supported with the unit version. or later. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters Sysmac is a trademark or registered trademark of OMRON Corporation in Japan and other countries for OMRON factory automation products. EtherCAT is a registered trademark of Beckhoff Automation GmbH for their patented technology. EtherNet/IP TM is the trademarks of ODVA. Other company names and product names in this document are the trademarks or registered trademarks of their respective companies. 79

80 NX-ILM System Configuration Controller Communications with NX Bus NX bus communications can be used only when the controller is an NXP CPU Unit. Support Software: IO-Link Master Unit settings: Use the Sysmac Studio. IO-Link device settings: Use CX-ConfiguratorFDT. Connection to the built-in EtherNet/IP port on an NXP CPU Unit NXP CPU Unit NX-type IO-Link Master Unit IO-Link communications ( wires per device).xml ESI files IODD files OMRON IO-Link devices or IO-Link devices from other companies * *.You can also connect a combination of general-purpose sensors and other devices. Applicable Support Software Function Applicable Support Software IO-Link Master Unit type NX Unit settings *. Sysmac Studio version.7 or higher is required. *. CX-ConfiguratorFDT version. or higher is required. Controller Communications with EtherNet/IP Applicable Support Software IO-Link Master Unit settings Setting and monitoring the connected IO-Link devices NX Sysmac Studio * Sysmac Studio * CX-ConfiguratorFDT * GX Sysmac Studio * Sysmac Studio * CX-ConfiguratorFDT * Support Software: IO-Link Master Unit settings: Use the Sysmac Studio or NX-IO Configurator.* IO-Link device settings: Use CX-ConfiguratorFDT.*.xml Connection to the peripheral USB port or built-in EtherNet/IP port on an NJ/NX-series CPU Unit or NY-series Industrial PC ESI files IODD files CJ/CP/CS-series CPU Unit, Controller made by other company RJ5 Built-in EtherNet/IP port Support Software: IO-Link Master Unit settings: Use the Sysmac Studio or NX-IO Configurator. RJ5 EtherNet/IP NX-type IO-Link Master Unit IO-Link device settings: Use the CX-ConfiguratorFDT..xml ESI files IODD files Connect the computer to the peripheral USB port on the EtherNet/IP Coupler Unit. EtherNet/IP Coupler Unit IO-Link IO-Link communications ( wires per device) IO-Link devices (from OMRON or another company)* Applicable Support Software NX *. When a host controller from another company is used with EtherNet/IP host communications connect the Sysmac Studio or NX-IO Configurator to the EtherNet/IP Coupler Unit, for IO-Link Master Unit settings. *. When a host controller from another company is used with EtherNet/IP host communications connect CX-ConfiguratorFDT to the EtherNet/IP Coupler Unit, for IO-Link device settings. *. You can also connect a combination of general-purpose sensors and other devices. IO-Link Master Unit type Applicable Support Software Tag data link setting IO-Link Master Unit settings * Setting and monitoring the IO-Link devices Use the Network Configurator or the EtherNet/IP software application from the other company. IO-Link Master Unit Configuration Tool Sysmac Studio* NX-IO Configurator* CX-ConfiguratorFDT *. The IO-Link device connection configuration information settings are included in the IO-Link Master Unit settings. *. The settings from the Sysmac Studio are required when you use the Safety Control Unit on the Slave Terminal. The Safety Control Unit is not supported with the NX-IO Configurator. *. The connectable paths of NX-IO Configurator differ depending on the unit version of the EtherNet/IP Coupler Unit. 8

81 NX-ILM Controller Communications with EtherCAT Support Software: IO-Link Master Unit settings: Use the Sysmac Studio.* IO-Link device settings: Use CX-ConfiguratorFDT.* Applicable Support Software.xml ESI files IODD files Support Software: IO-Link Master Unit settings: Use the Sysmac Studio for the NX-type IO-Link Master Unit. Connection is not possible to a GX-type IO-Link Master Unit. IO-Link device settings: Use the CX-ConfiguratorFDT for the NX-type IO-Link Master Unit. Connection is not possible to a GX-type IO-Link Master Unit. Connection to the peripheral USB port or built-in EtherNet/IP port on an NJ/NX-series CPU Unit or NY-series Industrial PC.xml ESI files IODD files Built-in EtherCAT port Connect the computer to the peripheral USB port on the EtherCAT Coupler Unit. EtherCAT Coupler Unit IO-Link communications ( wires per device) EtherCAT Master Unit NJ/NX-series CPU Unit or NY-series Industrial PC NX-type IO-Link Master Unit IO-Link devices (from OMRON or another company)* Applicable Support Software IO-Link Master IO-Link Master Unit settings Unit type PDO allocation settings (GX) Setting and monitoring the IO-Link (IO-Link device connection I/O allocation settings (NX) devices configuration settings) * NX Sysmac Studio * Sysmac Studio * CX-ConfiguratorFDT * GX Sysmac Studio * Sysmac Studio * CX-ConfiguratorFDT * *. The device configuration settings are included in the IO-Link Master Unit settings. *. CX-ConfiguratorFDT version. or higher is required. RJ5 RJ5 EtherCAT IO-Link M GX-type IO-Link Master Unit IO-Link IO-Link devices (from OMRON or another company)* *. When a host controller from another company is used with EtherCAT host communications, use the EtherCAT software application from the other company for a GX-type IO-Link Master Unit. Note. For an NX-type IO-Link Master Unit, connect the Sysmac Studio to the EtherCAT Coupler Unit, as shown above. *. When a host controller from another company is used with EtherCAT host communications, for a GX-type IO-Link Master Unit, make the IO-Link device settings with message communications from the host controller from the other company. Note. For an NX-type IO-Link Master Unit, connect CX-ConfiguratorFDT to the EtherCAT Coupler Unit, as shown above. *. You can also connect a combination of general-purpose sensors and other devices. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 8

82 NX-ILM Ordering Information International Standards The standards are abbreviated as follows: U: UL, U: UL(Class I Division Products for Hazardous Locations), C: CSA, UC: culus, UC: culus (Class I Division Products for Hazardous Locations), CU: cul, N: NK, L: Lloyd, CE: EU Directives, RCM: Regulatory Compliance Mark, and KC: KC Registration. Contact your OMRON representative for further details and applicable conditions for these standards. NX-series IO-Link Master Unit Product name Number of IO-Link ports Specification I/O refreshing method I/O connection terminals Model Standards NX-series IO-Link Master Unit Free-Run refreshing Screwless clamping terminal block NX-ILM UC, CE, N, L, RCM, KC Peripheral Devices Sensor I/O Connectors Order a cable with a connector on one end to connect a sensor of connector type. Refer to the Ordering Information in the catalog of the sensor to connect or the Sensor I/O Connectors/Sensor Controllers on your local OMRON website for recommended products. Optional Products Product name Specification Model Standards Unit/Terminal Block Coding Pins Pins for Units ( terminal block pins and Unit pins) NX-AUX --- Product name No. of terminals Terminal number indications Specification Ground terminal mark Terminal current capacity Terminal Block 6 A/B Not provided A NX-TBA6 --- Model Standards Software Automation Software Sysmac Studio Please purchase a DVD and required number of licenses the first time you purchase the Sysmac Studio. DVDs and licenses are available individually. Each model of licenses does not include any DVD. Product name Specification Number of licenses Media Model Standards The Sysmac Studio is the software that provides an integrated environment for setting, programming, debugging and maintenance of machine automation controllers including the NJ/NX-series CPU Units, NY-series Industrial PC, EtherCAT Slave, and the HMI. --- (Media only) DVD SYSMAC-SED Sysmac Studio Standard Edition Ver..@@ Sysmac Studio runs on the following OS. Windows 7(-bit/6-bit version)/windows 8(-bit/6-bit version)/windows 8.(-bit/6- bit version)/windows (-bit/6-bit version) --- The Sysmac Studio Standard Edition DVD includes CX-ConfiguratorFDT to set up IO-Link Master Units and IO-Link devices. Refer to your OMRON website for details. license * --- SYSMAC-SEL * Multi licenses are available for the Sysmac Studio (,,, or 5 licenses). 8

83 General Specification NX-ILM Enclosure Item Must be built into a panel. Specification Grounding methods Ground to Ω or less. Ambient operating temperature to 55 C Ambient operating humidity % to 95% (with no condensation or icing) Atmosphere Must be free from corrosive gases. Ambient storage temperature 5 to 7 C (with no condensation or icing) Altitude, m max. Operating environment Pollution degree Pollution degree or less: Conforms to JIS B5 and IEC 6-. Noise immunity Conforms to IEC 6--, kv (power line). Overvoltage category Category: Conforms to JIS B5 and IEC 6-. EMC immunity level Zone B Vibration resistance Conforms to IEC to 8. Hz with amplitude of.5 mm, 8. to 5 Hz, acceleration of 9.8 m/s min each in X, Y, and Z directions ( sweeps of min each = min total) Shock resistance Conforms to IEC m/s, times each in X, Y, and Z directions Applicable standards * UL 6--, ANSI/ISA.., EU: EN 6-, NK, LR, RCM, KC, and IO-Link conformance * Refer to the OMRON website ( or ask your OMRON representative for the most recent applicable standards for each model. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 8

84 NX-ILM Unit Specification Unit name Model Item IO-Link Master Unit NX-ILM Number of ports Communications IO-Link protocol protocol Communications specifications Power supply to devices* in IO-Link Mode or SIO (DI) Mode Digital inputs (in SIO (DI) Mode) Digital outputs (in SIO (DO) Mode) Digital inputs for pin (in IO-Link Mode) Cable specifications External connection terminals I/O refreshing method Dimensions Isolation method Insulation resistance Dielectric strength I/O power supply method NX Unit power consumption Current consumption from I/O power supply Weight Specification COM:.8kbps Baud rate COM: 8.kbps COM:.kbps Topology : Compliant standards IO-Link Interface and System Specification Version.. IO-Link Test Specification Version.. Rated voltage VDC (. to 8.8 VDC) Maximum load current. A/port Short-circuit protection Provided. Internal I/O common PNP Rated voltage VDC (. to 8.8 VDC) Input current 5 ma typical ( VDC) ON voltage/on current 5 VDC min., ma min. voltage 5 VDC max. Input filter time No filter,.5 ms,.5 ms, ms (default), ms, ms, 8 ms, 6 ms, ms, 6 ms, 8 ms, 56 ms Internal I/O common PNP Output type Push-pull Rated voltage VDC (. to 8.8 VDC) Maximum load current. A/port Short-circuit protection Provided. Leakage current. ma max. Residual voltage.5 V max. Internal I/O common PNP Rated voltage VDC (. to 8.8 VDC) Input current ma typical ( VDC) ON voltage/on current 5 VDC min., ma min. voltage 5 VDC max. Input filter time No filter,.5 ms,.5 ms, ms (default), ms, ms, 8 ms, 6 ms, ms, 6 ms, 8 ms, 56 ms Cable type Unshielded Length m max. Electrostatic capacity between lines nf max. Loop resistance 6 Ω max. Screwless Clamping Terminal Block (6 terminals) Free-Run refreshing 7 mm (W H D) Photocoupler isolation MΩ min. at VDC (between isolated circuits) 5 VAC for min, leakage current: 5 ma max. (between isolated circuits) Supply from the NX bus Connected to a CPU Unit.5 W max. Connected to a Communications Coupler Unit.8 W max. 5 ma 67 g 8

85 NX-ILM Item Circuit configuration Terminal connection diagram Installation orientation and restrictions Protective functions Terminal block C/Q DI L+ L- Left-side I/O power supply + NX bus connector I/O power supply - IO-Link Master Unit Specification Connected to a CPU Unit The Unit can be in the upright installation orientation. Upright Installation Sensor load current (A) Ambient operating temperature ( C) Connected to a Communications Coupler Unit The Unit can be installed in any of six possible orientations. There are restrictions on mounting orientations other than upright. Upright Installation Sensor load current (A).. L+ terminal short-circuit protection C/Q terminal short-circuit protection IO-Link circuits NX-ILM A B P_C/Q P_C/Q P_DI P_DI P_L+ P_L+ P_L- P_L- P_C/Q P_C/Q P_DI P_DI P_L+ P_L+ P_L- P_L- A8 B Ambient operating temperature ( C) Sensor load current (A) Internal circuits I/O power supply + I/O power supply - IO-Link sensor with DI input Black White Brown Blue IO-Link sensor without DI input Black Brown Blue Right-side NX bus connector Any Installation Other Than Upright Ambient operating temperature ( C) Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 85

86 NX-ILM Function Specifications Communications Function Communications mode settings Digital inputs for pin Cyclic communications Message communications Automatic baud rate setting for IO-Link communications Connected device verification IO-Link communications error detection Detection of short-circuits in I/O cables Notification of input data validity Load rejection for controller communications error IO-Link total communications lost frames Digital input filter Digital input collection* Backup and restoration of parameter settings in IO-Link devices This function records events, such as errors and status changes, that occur in the IO-Link Master Unit and Event log the IO-Link devices. This enables partial troubleshooting for NJ/NX-series Controllers and NY-series Industrial PCs. * This function is supported with the unit version. or later. Version Information Description I/O data (process data) in the IO-Link devices is cyclically exchanged with the IO-Link Master Unit as the IO-Link communications master. At the same time, this data and the status of the IO-Link Master Unit is cyclically exchanged with the controller, with the IO-Link Master Unit operating as a slave of the controller. Cyclic communications can be used to check the amount of detection performance deterioration in devices, and to check changes in usage conditions, such as the amount of incident light for photoelectric sensors, stability detection margins, and excessive proximity for proximity sensors. The controller can send messages (commands) to the IO-Link Master Unit and receive the response from the IO-Link Master Unit. The IO-Link Master Unit can also function as a gateway to send messages (commands and responses) between the controller and the IO-Link devices. During operation, you can change and adjust device parameters, such as threshold settings, tuning execution, and ON-delay time changes, from a program. Or, during operation, you can check the internal status, such as the operating times of devices. You can select any of the following modes for each port: IO-Link Mode, SIO (DI) Mode, SIO (DO) Mode, and Disable Port This allows you to combine IO-Link communications and digital I/O in a single unit. In IO-Link Mode, you can perform digital input with pin while performing IO-Link communications. The IO-Link Master Unit automatically matches the specific baud rates (COM, COM, or COM) of the IO-Link devices to communicate with the IO-Link devices. Therefore, it is not necessary to set the baud rate of the connected device for each port. This function is used to verify the configuration of IO-Link devices that are connected to the IO-Link Master Unit against the registered IO-Link device configuration settings when the power supply is turned ON. The user can enable or disable connected device verification. This function detects I/O cable breaks, disconnections from IO-Link device ports, error-level device events, device configuration verification errors, and IO-Link device malfunctions. This function detects short-circuits in I/O cables The controller can use the Input Data Enabled Flags to determine whether the process input data for IO-Link communications is valid. This function turns outputs from the IO-Link Master Unit when a communications error occurs in communications with the controller in IO-Link Mode or in an SIO mode. This prevents incorrect output operations when communications error occurs. The IO-Link total communications lost frames can be read from the CX-ConfiguratorFDT. You can use this function to determine communications status as affected by I/O cable noise or other factors. This function is used to eliminate chattering and noise of the input signal for digital inputs in SIO(DI) Mode or for digital inputs for pin in IO-Link Mode. It prevents data change and stabilizes the input signal even in situations where the input data changes due to chattering or noise and the bit status is unstable. In IO-Link Mode, this function reflects the specified bit data in the input data from the IO-Link device on the digital input data of the IO-Link Master Unit. As a result, the bit data in the input data from the IO-Link device can be aggregated into the digital input data of the IO-Link Master Unit. One bit for each IO-Link port can be aggregated. This function cannot be used in SIO (DI) Mode and SIO (DO) Mode. If you use this function, digital inputs with pin cannot be used. This function is used to back up parameter settings in IO-Link devices in the IO-Link Master Unit or restore them to IO-Link devices. This eliminates the need to set parameters again after replacing an IO-Link device. Connecting with CPU Units Refer to the user's manual for the CPU Unit for the CPU Unit to which NX Units can be connected. NX Unit Corresponding versions * Model Unit version CPU Unit Sysmac Studio CX-ConfiguratorFDT Ver.. Ver. or later Ver. or higher Ver. or higher NX-ILM Ver.. Ver.. or later Ver..7 or higher Ver.. or higher * Some Units do not have all of the versions given in the above table. If a Unit does not have the specified version, support is provided by the oldest available version after the specified version. Refer to the user s manuals for the specific Units for the relation between models and versions. Connecting with Coupler Units NX Unit EtherCAT Corresponding versions * EtherNet/IP Model Unit version Communications Coupler Unit NJ/NX-series CPU Units or NY-series Industrial PCs Sysmac Studio CX-Configurator FDT Communications Coupler Unit Sysmac Studio CX-Configurator FDT NX-ILM Ver.. Ver.. or later Ver.. or later Ver.. or higher Ver.. or higher Ver.. or later Ver.. or higher Ver.. or higher Ver.. Ver.. or later Ver.. or later Ver..6 or higher Ver.. or higher Ver.. or later Ver..6 or higher Ver.. or higher * Some Units do not have all of the versions given in the above table. If a Unit does not have the specified version, support is provided by the oldest available version after the specified version. Refer to the user s manuals for the specific Units for the relation between models and versions. 86

87 External Interface NX-ILM NXILM- Letter Name Function (A) NX bus connector This connector is used to connect each Unit. (B) Indicators The indicators show the current operating status of the Unit. (C) Terminal block Terminal Blocks Applicable Terminal Blocks for Each Unit Model The terminal block is used to connect external devices. The number of terminals depends on the type of Unit. Letter Name Function (A) A A A A A5 A6 A7 A8 (A) (A) Terminal number indications Terminal numbers for which A and B indicate the column, and to 8 indicate the line are displayed. The terminal number is a combination of column and line, i.e. A to A8 and B to B8. The terminal number indications are the same regardless of the number of terminals on the terminal block. (B) Release holes Insert a flat-blade screwdriver into these holes to connect and remove the wires. (C) Terminal holes The wires are inserted into these holes. Terminal Blocks Unit model Terminal number Ground terminal Terminal current Model No. of terminals indications mark capacity NX-ILM NX-TBA6 6 A/B Not provided A B B B B B5 B6 B7 B8 mm width 6-terminal type (B) (C) (B) (C) Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 87

88 NX-ILM Applicable Wires Using Ferrules If you use ferrules, attach the twisted wires to them. Observe the application instructions for your ferrules for the wire stripping length when attaching ferrules. Always use plated one-pin ferrules. Do not use unplated ferrules or two-pin ferrules. The applicable ferrules, wires, and crimping tool are given in the following table. Terminal types Manufacturer Ferrule model Terminals other than ground terminals Ground terminals Terminals other than ground terminals Phoenix Contact Applicable wire (mm (AWG)) Crimping tool AI,-8. (#) Phoenix Contact (The figure in parentheses is the applicable wire AI,5-8.5 (#) size.) AI,5- CRIMPFOX 6 (.5 to 6 mm, AWG to ) AI, (#8) AI,75- AI,-8. (#8) AI,- AI,5-8.5 (#6) AI,5- AI,5-. * Weidmuller H./. (#6) Weidmueller (The figure in parentheses is the applicable wire size.) H.5/.5 (#) PZ6 Roto (. to 6 mm, AWG 6 to ) H./. (#) H.5/.5 (#) H.5/6 H.75/.75 (#8) H.75/6 H./. (#8) H./6 H.5/.5 (#6) H.5/6 *. Some AWG wires exceed. mm and cannot be used in the screwless clamping terminal block. When you use any ferrules other than those in the above table, crimp them to the twisted wires so that the following processed dimensions are achieved. 8 to mm.6 mm max. (Terminals other than ground terminals). mm max. (Ground terminals). mm max. (Terminals other than ground terminals).7 mm max. (Ground terminals) Using Twisted Wires/Solid Wires If you use the twisted wires or the solid wires, use the following table to determine the correct wire specifications. Terminals Wire type Twisted wires Solid wire Wire size Classification Current capacity Plated Unplated Plated Unplated A max. Possible Possible Possible All terminals except ground terminals Greater than Possible A and A or less Not Greater than Possible Possible A * Ground terminals --- Possible Possible Possible * Not Not Possible Possible Possible * Possible *.8 to.5 mm AWG8 to 6 Conductor length (stripping length) 8 to mm. mm 9 to mm *. Secure wires to the screwless clamping terminal block. Refer to the Securing Wires in the USER'S MANUAL for how to secure wires. *. With the NX-TB@@@ Terminal Block, use twisted wires to connect the ground terminal. Do not use a solid wire. Conductor length (stripping length) <Additional Information> If more than A will flow on the wires, use plated wires or use ferrules. 88

89 NX-ILM Dimensions (Unit: mm) NX-ILM mm Width Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters 89

90 NX-ILM Related Manuals Man.No Model Manual Application Description W567 W57 W88 W5 W55 W5 NX-ILM NX-ILM GX-ILM8C GX-ID GX-OD GX-OC GX-MD GX-AD GX-DA GX-EC GX-ILM XWT-ID XWT-OD NX7- NJ5- NJ- NJ- NX- NXP- NX7- NJ5- NJ- NJ- NX- NXP- NX7- NJ5- NJ- NJ- NX- NXP- W55 NX- W59 W56 W5 W578 W56 W56 NX-ECC NX-EIC SYSMAC-SE- NXP- NY5- NY5- NY5- NY5- IO-Link Master Unit User s Manual IO-Link System User s Manual EtherCAT Slave Units User s Manual NJ/NX-series Instructions Reference Manual NJ/NX-series CPU Unit Built-in EtherCAT Port User s Manual NJ/NX-series Troubleshooting Manual NX-series Data Reference Manual NX-series EtherCAT Coupler Unit User s Manual NX-series EtherNet/ IP TM Coupler Unit User's Manual Sysmac Studio Version Operation Manual NX-series NXP CPU Unit Hardware User's manual NY-series IPC Machine Controller Industrial Panel PC / Industrial Box PC Built-in Ether-CAT Port User s Manual NY-series Instructions Reference Manual Learning hardware information, wiring, and specifications for the NX-series IO-Link Master Unit and checking a list of NX objects. Learning everything from an introduction to details about IO-Link Systems, including mainly software information common to all IO-Link masters, Support Software operating methods, and troubleshooting. Learning hardware information on the GX-series IO-Link Master Unit and checking a list of objects (W88-E-5 or later). Or, learning how to use GX-series EtherCAT Slave Terminals. Learning detailed specifications on the basic instructions of an NJ/NXseries CPU Unit. Using the built-in EtherCAT port on an NJ/NX-series CPU Unit. Learning about the errors that may be detected in an NJ/NX-series Controller. Referencing lists of the data that is required to configure systems with NX-series Units Learning how to use an NX-series EtherCAT Coupler Unit and EtherCAT Slave Terminals Learning how to use an NX-series EtherNet/IP Coupler Unit and EtherNet/IP Slave Terminals. Learning about the operating procedures and functions of the Sysmac Studio. Learning the basic specifications of the NX-series NXP CPU Units, including introductory information, designing, installation, and maintenance. Mainly hardware information is provided. Using the built-in EtherCAT port in an NY-series Industrial PC. Learning detailed specifications on the basic instructions of an NY-series Industrial PC. Note: Refer to the instructions for the individual Sensors for information on IO-Link Sensors. Describes detailed part specifications, installation, and wiring and also provides tables of specifications and NX objects for the NX-series IO-Link Master Unit. Provides an overview of IO-Link Systems and explains the system configuration, communications specifications, communications methods, I/O data, parameters, models, Support Software, and troubleshooting. Refer to the following manuals for the individual IO-Link Master Units for hardware information and specifications specific to each Master Unit and a list of the objects for each Master Unit. NX-series IO-Link Master Unit: W568 GX-series IO-Link Master Unit: W88-E-5 or later Describes part names, functions, installation, and wiring and also provides tables of specifications and objects for the GX-series IO-Link Master Unit (W88-E-5 or later). Also describes the hardware, setup methods, and functions of the EtherCAT Remote I/O Terminals. The instructions in the instruction set (IEC 6- specifications) are described. When programming, use this manual together with the NX-series CPU Unit Hardware User's Manual (Cat. No. W55) or NJ-series CPU Unit Hardware User s Manual (Cat. No. W5) and NJ/NX-series CPU Unit Software User s Manual (Cat. No. W5). Information on the built-in EtherCAT port is provided. This manual provides an introduction and provides information on the configuration, features, and setup. Concepts on managing errors that may be detected in an NJ/NX-series Controller and information on individual errors are described. Lists of the power consumptions, weights, and other NX Unit data that is required to configure systems with NX-series Units are provided. The system and configuration of EtherCAT Slave Terminals, which consist of an NX-series EtherCAT Coupler Unit and NX Units, are described along with the hardware, setup, and functions of the EtherCAT Coupler Unit that are required to configure, control, and monitor NX Units through EtherCAT. The following items are described: the overall system and configuration methods of an EtherNet/IP Slave Terminal (which consists of an NX-series EtherNet/IP Coupler Unit and NX Units), and information on hardware, setup, and functions to set up, control, and monitor NX Units. Describes the operating procedures of the Sysmac Studio. An introduction to the entire NXP system is provided along with the following information on the NXP CPU Unit. Features and system configuration Introduction Part names and functions General specifications Installation and wiring Maintenance and inspection Information on the built-in EtherCAT port is provided. This manual provides an introduction and provides information on the configuration, features, and setup. The instructions in the instruction set (IEC 6- specifications) are described. 9

GX-series IO-Link Master Unit GX-ILM8C IO-Link makes sensor level information visible and solves the three major issues at manufacturing sites!

91 GX-series IO-Link Master Unit GX-ILM8C IO-Link makes sensor level information visible and solves the three major issues at manufacturing sites! The unit for M Smartclick connector can be used in watery, and dusty environments. Downtime can be reduced. Notifies you of faulty parts and such phenomena in the Sensor in real time. The frequency of sudden failure can be decreased. Condition monitoring of sensors and equipment to prevent troubles. The efficiency of changeover can be improved. The batch check for individual sensor IDs significantly decreases commissioning time. Features The host controller can cyclically read control signals, status*, wiring, and power supply status of IO-Link sensors. Because an IO-Link System can cyclically read analog data such as the amount of incident light in addition to ON/ information, it can be used for predictive maintenance based on detection of such things as decreases in the amount of light. User-specified data in IO-Link devices can be read and written from the host controller when necessary. Digital signals can be input rapidly from IO-Link sensors* during IO-Link communications. IO-Link sensors can be combined with non-io-link sensors. Incorrect connections of IO-Link sensors can be checked when IO-Link communications start. Backup and restoration of IO-Link device parameters make replacement of IO-Link sensors easier. IO-Link sensors can be easily replaced with non-io-link sensors without changing the data address settings.* Sensors can report their errors to the master, which facilitates locating errors from the host. The total number of retries in cyclic communications can be recorded. You can use this value to check for the influences of noise and other problems. (When EtherCAT is used as the host communication interface) Up to eight sensors can be connected. IP67 protection. *. Examples for Photoelectric Sensors: Instability detection and sensor errors *. IO-Link sensors that support digital inputs that use pin of IO-Link Master Unit ports *. Bit data of IO-Link sensor can be reflected in the address of the digital input data by using digital input collection. This function is supported with the unit version. or later. Communications Specifications IoT Flow Sensors IoT Pressure Sensors Photoelectric Sensor Color Mark Photoelectric Sensors Proximity Sensor Masters Sysmac is a trademark or registered trademark of OMRON Corporation in Japan and other countries for OMRON factory automation products. EtherCAT is a registered trademark of Beckhoff Automation GmbH for their patented technology. EtherNet/IP TM is the trademarks of ODVA. Other company names and product names in this document are the trademarks or registered trademarks of their respective companies. 9

Cable specifications PVC

Cable specifications PVC IO-Link Proximity Sensor (Spatter-resistant Models) EEQ-@-IL@ IO-Link Makes Sensor Level Information Visible and Solves the hree Major Issues at Manufacturing Sites! A Proximity Sensor hat Can Be Used