NEW Presence Detection Measurement Smart Fiber Amplifier Units E3NX-FA Industry-leading Levels* of Performance Highly Stable Detection Easy Setup for Any Workpiece by Any Operator * For performance (sensing distance and minimum sensing object) based on November 2013 OMRON investigation. Ultra-stable The No. 1 Performance Worldwide for Even More Applications *1 Best Performance in the World*1 1.5 Times the Sensing Distance*2 1/10th the Minimum Sensing Object*2 6m 0.3 μm dia. For E32-LT11 Fiber Unit with a fiber length of 3.5 m Typical example of actual measurements with E32-D11R Fiber Unit Three Technologies That Support High Performance Optical Coupling Efficiency of 40% FROM (without GIGA RAY) TO Optical Coupling Efficiency of Only 10% The lens and reflector eliminate lost light to emit powerful, uniform emission. Optical Coupling Efficiency of 40% Also, there are no variations in light intensity due to inconsistencies in Fiber Unit insertion. Fiber Units GIGA RAY2S Loss Lens and Reflector LED High Power to Achieve Stable Detection HIGH-EFFECIENCY ELEMENT COUPLING E GIGA R RAY2S A Low Noise to Accurately ly Capture Signals ls LIGHT RECEPTION ALGORITHM Smart Noise Reduction Signal-to-Noise Ratio Improved 2.5 High-speed, High-precision High High-s igh-spe Processing Signal Pr Times HIGH-SPEED, HIGH-PRECISION IC The influences of noise are reduced to achieve stable incident N-Core light levels by increasing the number of samples taken. This increases the margin for threshold values to achieve Twice the Processing Speed*3 stable detection. Point TO Noise: Threshold High leeway Small Workpiece 1 Workpiece 2 Incident level Incident level FROM (without Smart Noise Reduction) Noise: Threshold leeway Low Large Workpiece 1 Response Time off 30 30 μs in H High-speed igh-speed Mode*4 You can adjust the light intensity to detect fast-moving workpieces more accurately.*2 Workpiece 2 *1. For performance (sensing distance and minimum sensing object) based on November 2013 OMRON investigation. *2. Compared with E3X-HD. *3. Compared with E3X-HD for normal operation processing. *4. Model with 1 output: 30 μs, model with 2 outputs: 32 μs. 2 Ultra-easy Easily Handle a Wide Range of Applications with the Press of a Single Button Consistent Settings for All Users Conventional Models*1 Smart Tuning Settings E3NX-FA 1st Step Automatically set the light intensity and threshold to optimum values in 1 Step . TUNE button Press the once with a workpiece and once without a workpiece Adjust light intensity. Threshold ST nd 2 Step 5000 Set to the intermediate value between the incident levels with and without a workpiece. Set threshold. *1. Fiber Amplifier Unit without Smart Tuning. Automatic Adjustment to Optimum Incident Level Incident Level 9999 Incident level adjustment with and without a workpiece. Wide Light Intensity Adjustment Range from Transparent Objects to Black Workpieces Insufficient Incident Level Excessive Incident Level Black workpiece Transparent object Light intensity increased Light intensity reduced ×1/2000 Conventional Models*2 (×1/100) (Light intensity adjustment range) ×1 ×20 Wider light intensity adjustment range of 40,000 times (Conventional models*2: 2,000 times) You can automatically adjust the light intensity to an optimum value for stable detection even with saturated or insufficient incident light. *2. E3X-HD 3 Ultra-reliable Two Decision Support Functions to Help You Visual Displays of the Passing Time and Difference in Incident Levels. DPC D ST Solution Viewer Passing time Selecting Fiber Units L O U T Difference in incident level Setting Optimum Thresholds and Modes Just about anyone can make a quantitative decision without special skills. A 4649 You can see the passing time and difference in incident levels to facilitate manual setup. B D 41a1003 DPC ST Passing time Difference in incident level L O U T 41a 4999 D DPC ST Passing time L O U T 13a 4000 D DPC ST Passing time Difference in incident level The incident light level difference is 4,000 when the level is 5,000 with a workpiece, so a threshold of 3,000 is OK. The passing time is "13 ms", so it is OK with Standard Mode. The difference in incident level is large, so use B. Visual Information for Fast Workpieces Change Difference in incident level Finder You can confirm m changes in displayed disp values for fast workpieces to accurately set the threshold. Conventional model Before passing While passing Displa could not Display keep up with kee the workpiece speed. E3NX-FA 9999 9999 9999 5000 Displayed for 500 ms. The display value for the passing workpiece can be read. 5000 9999 After passing 9999 Point Incident level Advanced DPC (Dynamic Power Control) Predictive Maintenance to Reduce Downtime An alarm output* has been added to the DPC that automatically compensates differences in the incident level. A maintenance signal is output when the incident level drops due to dirt or vibration for use in predictive maintenance. (We recommend DPC for through-beam or retro-reflective models.) *An alarm output is supported only on models with two outputs. 4 DPC Display flashes and alarm is output. Target value 9999 9999 Dirt 9000 Incident light level drops. Compensation limit value 9999 9999 Display value compensation Dirt 8000 Incident light level drops. Dirt 6000 Compensation limit value Threshold Time Introduction to the N-Smart Series Simpler and More Dependable The N-Smart Lineup of Next-generation Fiber Sensors and Laser Sensors will quickly solve your problems and therefore increase equipment operation rates and minimize downtime with optimum cost performance. Stable Detection Even for 1.5-mm Differences in Levels E3NC-S Ultra-compact CMOS Laser Sensors Stable Detection with the No. 1 Performance Cat. No. E427 E3NX-FA Fiber Amplifier Units N-Smart Amplifier Units E3NC-L Compact Laser Sensors Easy application with consistent operating procedures Cat. No. E427 E3NW Sensor Communications Units Presence Detection From Minute Workpieces to Long-distance Detection Measurement Cat. No. E428 Applications with Many Sensors: More convenience and even lower costs with a network Common Features and Models in the N-Smart Series Common Buttons Intuitive Operation and Easy Setup. White Characters on a Black background High-contrast displays for easy visibility from a distance. Models with Wire-saving Connectors Model for Sensor Communications Unit Popular No Master/Slave Distinctions in Amplifier Units Data Management and Time Reduction with Network Communications • Three communications methods are supported • Reduce model numbers in stock You do not need to stock both master and slave amplifier units. • Greatly reduced wiring work Power is supplied from the Master Optical communications (mutual interference prevention) • Use Distributed Sensor Units to reduce equipment production costs and commissioning time Controller Connector. Slave Connectors have only output lines. • Expansion is easy and reliable Mutual interference prevention works even if you Slave Connector use a Master Connector instead of a Slave Connector or combine them with pre-wired models. Master Connector Power line + Output line Output line only. Power supplied. E3NW Cat.No.E428 5 Ordering Information Fiber Amplifier Units Type Connecting method Appearance Model Inputs/outputs NPN output PNP output Pre-wired (2 m) 1 output E3NX-FA11 2M E3NX-FA41 2M Wire-saving Connector 1 output E3NX-FA6 E3NX-FA8 Pre-wired (2 m) 2 outputs + 1 input E3NX-FA21 2M E3NX-FA51 2M 1 output + 1 input E3NX-FA7 E3NX-FA9 2 outputs E3NX-FA7TW E3NX-FA9TW 1 output + 1 input E3NX-FA24 E3NX-FA54 Standard models Advanced models Wire-saving Connector M8 Connector ⎯ 2 outputs Connector for Sensor Model for Sensor Communications Unit* Communications Unit ⎯ E3NX-FA54TW E3NX-FA0 * A Sensor Communications Unit is required to connect Fiber Amplifier Units to a network. Accessories (Sold Separately) Wire-saving Connectors (Required for models for Wiresaving Connectors.) Connectors are not provided with the Fiber Amplifier Unit and must be ordered separately. *Protective stickers are attached. Cable length is 2 m. Type No. of conductors Master Connector Slave Connector Master Connector Slave Connector Model 4 E3X-CN21 2 E3X-CN22 3 E3X-CN11 1 E3X-CN12 Applicable Fiber Amplifier Units E3NX-FA7 E3NX-FA7TW E3NX-FA9 E3NX-FA9TW E3NX-FA6 E3NX-FA8 L-shaped 6 E39-L143 Quantity 1 End Plate Two End Plates are provided with the Sensor Communications Unit. An End Plate is not provided with the Fiber Amplifier Unit and must be ordered separately as required. Model Quantity 1 Related Products Connectors are not provided with the Fiber Amplifier Unit and must be ordered separately. M8 Model PFP-M Sensor I/O Connectors (Required for models for M8 Connectors.) Straight Appearance Slave Connector E3X-CN22 E3X-CN12 There is no distinction between master and slave on the Amplifier Unit. Purchase the Connector and Amplifier Unit together according to the application. Appearance A Mounting Bracket is not provided with the Fiber Amplifier Unit and must be ordered separately as required. Appearance Master Connector E3X-CN21 E3X-CN11 Size Mounting Bracket Cable type 2m 5m 2m 5m Model XS3F-M421-402-A 4-wire XS3F-M421-405-A XS3F-M422-402-A XS3F-M422-405-A Sensor Communications Units Type Model Sensor Communications E3NW-ECT Unit for EtherCAT Sensor Communications Unit for E3NW-CRT CompoNet Sensor Communications E3NW-CCL Unit for CC-Link Distributed Sensor Unit * E3NW-DS Refer to your OMRON website for details. * The Distributed Sensor Unit can be connected to any of the Sensor Communications Units. Ratings and Specifications Type Standard models NPN output PNP output Connecting method Item Outputs External inputs Light source (wavelength) Power supply voltage Model for Sensor Communications Unit Advanced models E3NX-FA11 E3NX-FA41 E3NX-FA6 E3NX-FA8 E3NX-FA21 E3NX-FA51 E3NX-FA7 E3NX-FA9 E3NX-FA7TW E3NX-FA9TW Pre-wired Wire-saving Connector Pre-wired Wire-saving Connector ⎯ E3NX-FA54TW E3NX-FA24 E3NX-FA54 E3NX-FA0 Connector for Sensor Communications Unit M8 Connector 1 output 2 outputs 1 output 2 outputs 1 output 2 outputs ⎯ 1 input 1 input ⎯ 1 input ⎯ Red, 4-element LED (625 nm) 10 to 30 VDC, including 10% ripple (p-p) At Power supply voltage of 24 VDC Standard Models: Normal mode : 840 mW max. (Current consumption at 35 mA max.) Eco function ON : 650 mW max. (Current consumption at 27 mA max.) Advanced Models or Model for Sensor Communications Unit: Normal mode : 920 mW max. (Current consumption at 38 mA max.) Eco function ON : 680 mW max. (Current consumption at 28 mA max.) Load power supply voltage: 30 VDC max., open-collector output Load current: Groups of 1 to 3 Amplifire Units: 100 mA max., Groups of 4 to 30 Amplifier Units: 20 mA max. Residual voltage: At load current of less than 10 mA: 1 V max. Residual voltage: At load current of 10 to 100 mA: 2 V max. OFF current: 0.1 mA max. Inputs/ outputs Power consumption *1 ( Control outputs Super-high-speed mode (SHS) *2 Response High-speed mode (HS) time Standard mode (Stnd) Giga-power mode (GIGA) Maximum connectable Units Super-high-speed mode No. of Units (SHS) *2 for mutual High-speed mode (HS) interference prevention Standard mode (Stnd) Giga-power mode (GIGA) ⎯*3 ) ⎯ Operate or reset for model with 1 output: 30 μs, with 2 outputs: 32 μs Operate or reset: 250 μs Operate or reset: 1 ms Operate or reset: 16 ms 30 0 10 10 10 Auto power control (APC), dynamic power control (DPC), timer, zero reset, resetting settings, eco mode, bank switching, power tuning, and hysteresis width Functions * For details, refer to the Fiber Sensor Best Selection Catalog (Cat No. E418). *1. At Power Supply Voltage of 10 to 30 VDC Standard Models: Normal mode : 990 mW max. (Current consumption: 33 mA max. at 30 VDC, 65 mA max. at 10 VDC) Eco function ON : 780 mW max. (Current consumption: 26 mA max. at 30 VDC, 42 mA max. at 10 VDC) Advanced Models: Normal mode : 1,020 mW max. (Current consumption: 34 mA max. at 30 VDC, 67 mA max. at 10 VDC) Eco function ON : 810 mW max. (Current consumption: 27 mA max. at 30 VDC, 44 mA max. at 10 VDC) *2. The mutual interference prevention function is disabled if the detection mode is set to super-high-speed mode. *3. Two sensor outputs are allocated in the programmable logic controller PLC I/O table. PLC operation via Communications Unit enables reading detected values and changing settings. (Unit: mm) Dimensions Tolerance class IT16 applies to dimensions in this data sheet unless otherwise specified. Pre-wired Amplifier Units E3NX-FA11 E3NX-FA21 E3NX-FA41 E3NX-FA51 E3NX-FA21/FA51 E3NX-FA11/FA41 L/D indicator 21.7 DPC indicator ST indicator *Cable Specifications OUT2 selection indicator 21 27.1 L/D indicator Outer No. of diameter conductors Model DPC indicator 27.8 OUT2 indicator ST indicator E3NX-FA11 E3NX-FA41 OUT1 indicator OUT indicator OUT1 selection indicator Threshold level (green, digital) Incident level (white, digital) Threshold level (green, digital) E3NX-FA21 E3NX-FA51 5.1 3 4.0 dia. 5 Incident level (white, digital) Others Conductor crosssection: 0.2 mm2 Insulator dia.: 0.9 mm Standard length: 2 m Minimum bending radius: 12 mm With Mounting Braket Attached Mounted to DIN Track 10 4.0 dia. 5.1 147.1(max. value with cover open) 147.1 71.8 170°(max. value with cover open) 104.8 (max. value with cover open) 4.5 Two, 2.4 dia. 33.5 33.5 (16.5) (37) (37) 3.4 12.7 (16.5) 3.4 12.7 * 5.7 With Fiber Attachment (E39-F9) attached * 4.3 Optical communications 20.5 (37.9) Two, 3.2 dia. (mounting holes) (20.3) PFP-@N DIN Track (sold separately) Optical communications 20.5 71.8 (9.4) 4.4 Mounting Hole Dimensions 16 E39-L143 Mounting Bracket (sold separately, SUS304) 3.4 Two, M3 16 (29.9) 16 * Refer to the Fiber Sensor Best Selection Catalog (Cat No. E418) for the dimensions of models with wire-saving connectors, dimensions of models for Sensor Communications Units, and other dimensions. 7 NEW Introduction to New Fiber Units A New Standard: Series Hex Shape Straight Type E32-LT11N E32-LD11N E32-LT11 (R) E32-LD11 (R) M4 Through-beam M6 Reflective M6 M4 Reflective Through-beam Fiber Sensor Best Selection Catalog Refer to the Fiber Sensor Best Selection Catalog for information on the above Fiber Units and detailed information on the E3NX-FA. Cat. No. E418 Compliance with International Standards * * Only the E3NX-FA11, E3NX-21, E3NX-41 and E3NX-51 are certified for UL standards. EtherCAT ® is a registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany. CompoNet is a registered trademark of the ODVA. CC-Link is a registered trademark of Mitsubishi Electric Corporation. The trademark is managed by the CC-Link Partner Association. OMRON Corporation Industrial Automation Company Kyoto, JAPAN Authorized Distributor: Contact: www.ia.omron.com Regional Headquarters OMRON EUROPE B.V. Sensor Business Unit Carl-Benz-Str. 4, D-71154 Nufringen, Germany Tel: (49) 7032-811-0/Fax: (49) 7032-811-199 OMRON ELECTRONICS LLC 2895 Greenspoint Parkway, Suite 200 Hoffman Estates, IL 60169 U.S.A. Tel: (1) 847-843-7900/Fax: (1) 847-843-7787 OMRON ASIA PACIFIC PTE. LTD. No. 438A Alexandra Road # 05-05/08 (Lobby 2), Alexandra Technopark, Singapore 119967 Tel: (65) 6835-3011/Fax: (65) 6835-2711 OMRON (CHINA) CO., LTD. Room 2211, Bank of China Tower, 200 Yin Cheng Zhong Road, PuDong New Area, Shanghai, 200120, China Tel: (86) 21-5037-2222/Fax: (86) 21-5037-2200 © OMRON Corporation 2012-2016 All Rights Reserved. In the interest of product improvement, specifications are subject to change without notice. CSM_7_4_0516 Cat. No. E426-E1-04 0416(1212)