NEW Hex-shaped Fiber Unit Series E32-LT11N/E32-LD11N/E32-LR11NP NEW STANDARD FOR THE FUTURE * Image Introducing Hex-shaped Models with Build-in Lenses New Hex-shaped Models! M3 Coaxial Reflective Model M4 Diffuse-reflective Model E32-C21N E32-D21N Smart Fiber Amplifier Unit E3NX-FA Hex-shaped Fiber Unit Series Fiber Units with Build-in Lenses provide more stable detection and simpler, more reliable installation. Hex-shaped models are now available with high-power built-in lenses for stable detection. Achieve stable detection and easy onsite application. M4 Through-beam Model E32-LT11N M6 Reflective Model E32-LD11N M6 Retro-reflective Model for transparent object detection E32-LR11NP E32 LR11NP Hex Shape Tool-friendly Construction for Reliable Installation With conventional models, it was possible for the wrench to hit the cable and damage the Wrench Does Not Contact Cable optical fiber, preventing stable detection. OMRON’s original tool-friendly construction allows the wrench to fit all the way onto the nut without coming into contact with the cable. The Fiber Unit is not accidentally damaged. Easy Cable Routing The cable opening is wide, so the cable T c can be routed easily. Hex shape Provides Simplicity and Reliability Top-view Type... Hex Shape! It is possible to snag the cable. Reduces problems with snagging. Nuts must be tightened at two places. Install the Unit simply by holding the head with a wrench, and tightening one nut. Cable remains out of the way. Tighte Tightened ened with two nuts. Tighten nut at only one place. Full lineup of Hex-shaped Units! (Models without Lenses) M3 Coaxial Reflective Model E32-C21N M4 Diffuse-reflective tive Model E32-D21N There are nine receiver fibers.* Improved Lineup Low-reflective objects or loose/inconsistently ntly General-purpose M4 Hex-Shaped ped Models.. oriented objects can be detected more reliably. liably. * The conventional E32-C31N Fiber Unit has four receiver fibers. fibers A small spot lens can be attached. Build-in Lens Stable Detection Due to High Power and Narrow Field of View E3 The E32-LT11N’s incident light level is approx. 10 times higher than that of the conventional Fiber Units.*1 High power means stable detection even in dusty and dirty environments. *1 OMRON Test Results. E32-LT11N Through-beam Model (Sensing distance: 1 m, E3NX-FA in HS mode) With a small difference in light intensity, detection is unstable E32-T11N 60 if dust accumulation causes without a lens w the intensity to fall below Approx. the threshold level. L DPC D ST O U T with conventional Unit (without a lens) Dust with Build-in Lens 10x Higher L 60 1403 DPC D O U T The difference in light intensity is larger, so detection is stable even with dust accumulation. Detecting the presence of a 10 x 10-mm QR code on a flat black base at a distance of 50 mm with E3NX-FA in HS mode. Spot image E32-D11R without a lens Appli Appli E H A G 1.2 Without QR code Approx. With QR code 3x 3.8 In O Without QR code Build-in Lens Models: 15° App S/N ratio With QR code E32-LD11N with Build-in Lens QR code Acc Re The E32-LD11N’s signal change (S/N ratio) is approx. 3 times higher than that of the conventional Fiber Units.*2 Because the target area is viewed with the narrow field of a 15° aperture angle, there is a greater difference in incident light levels and objects can be detected reliably. *2 OMRON Test Results. Models without lenses 60° E3 * Am ST Stable Detection of Target Area Changes E32-LD11N Reflective Model E3 1140 E32-LT11N with Build-in Lens 15° E3 E3 Long-term Stable Detection Even in Dusty Environments 60° Insta Stable Detection Due to High S/N Ratio with Build-in Lens R Reduce False Detection Caused by Scattered Light Fibe False Detection is greatly reduced because the 15° aperture angle eliminates scattered light, even in tight spaces. Build-in Lens Models: 15° E32-T11N without a lens Unwanted light path Models without lenses: 60° Workpiece Without With workpiece work With workpiece work O U T 500 9999 L D L D O U T DPC 500 1000 DPC O U T 500 9999 L D L D O U T ST The incident level is 1,000 due to an unwanted light path. * E32-LT11N with Build-in Lens ST ST DPC 3 500 0000 * DPC ST The incident level is 0 without the unwanted light path. 3 The incident light levels are for illustration only. Fiber Ampli Unit specif Build-in Lens Provides Simplicity and Reliability If a Lens Is Attached ... The Lens is Built-in! Thes * The v It is possible for the lens to fall off and be lost. The lens cannot fall off and be lost. The torque must be checked during installation. There is no need to check torque during installation. The lens must be secured with tape or adhesive to prevent lens loss. The lens protrudes a long way. Reduce Maintenance Time There is no need to secure the lens with tape or adhesive. Short ort head requires little e space. OM To Regi OMR Sens CarlTel: ( OMR No. 4 Alexa Singa Tel: ( Aperture angle Appearance (mm) Size M4 Approx. 15° 14.4 HS Other modes 4,000 2 ST : 3,500 SHS: 2,300 *1 4,000 2 ST : 4,000 2 * Flexible, R2 M4 Dimensions (mm) E3X-HD GIGA Cylindrical Optical axis diameter (minimum sensing E3NX-FA object) (mm) 3 GIGA HS Other modes * Sensing distance (mm) Bending radius of cable (mm) Type * * 920 SHS: 3,450 920 Models Flat 2.3 dia. (0.1 dia./0.03 dia.) E32-LT11N 2M Tolerance class IT16 applies to dimensions in this data sheet unless otherwise specified. Small Spot High Power Narrow view E32-LT11N 2M (Free Cutting) (8.1) 2,000 (45) 4.4 14.4 Toothed washer (Nickel-plated iron) 10 Sleeved BGS Hexagonal nut Opposite side: 7, Thickness: 2.4 (Nickel-plated brass) M4×0.7 (Trivalent chrome-plated zinc alloy) 3.2 Sensing surface 2.3 dia. (Methacrylic) Retroreflective Limitedreflective Model display tube 2.2 dia. 7 Reflective Fiber Units/ Chemicalresistant, Oil-resistant Retro-reflective Fiber Units Specifications Bending Type Sensing method Size Sensing distance (mm) * 1, 4 Bending radius of cable (mm) Appearance (mm) Aperture angle E3X-HD HS Other modes GIGA Coaxial 18.5 290 ST M3 Reflective 90 M3 Approx. 60° 440 : 130 39 SHS : HS Other modes GIGA ST ST 39 (5 μm dia./ 2 μm dia.) 240 M4 : 350 SHS : 100 ST 360 : 520 E32-D21N 2M SHS : 100 1,260 15.8 840 Approx. 15° ST 240 : 350 SHS : 100 ST 360 : 520 SHS : 100 (0.1 dia./ 0.03 dia.) E32-LD11N 2M M6 Retro-reflective for transparent object detection 8.5 44 M6 Approx. 15° 15.8 2,020 80 ST 1,350 Flexible, R2 :1,200 SHS : 550 1,000 SHS : 550 1,500 Tolerance class IT16 applies to dimensions in this data sheet unless otherwise specified. E32-LD11N 2M (Free Cutting) E32-C21N 2M (Free Cutting) (8.1) 2,000 2,000 (11.5) (45) (45) 4.8 6 18.5 E32-LR11NP 2M + E39-RP1 (Optional reflector) : 1,800 — M6 Dimensions (mm) ST Fiber attachment (E39-F9W13) Toothed washer (Nickel-plated iron) 12.5 Hexagonal nut Opposite side: 5.5, Thickness: 1.7 (Nickel-plated brass) * Toothed washer (Nickel-plated iron) 15.8 11 Hexagonal nut Opposite side: 10, Thickness: 2.4 (Nickel-plated brass) Fiber Amplifier Units: E3NX-FA, E3X-HD, and E3X-DA-S. * Applicable Use the enclosed E39-F9-7 Fiber Attachment for other models, such as the M6×0.75 (Trivalent chrome-plated zinc alloy) M3×0.5 (Trivalent chrome-plated zinc alloy) E3X-MDA with two channels, and for the E3X-SD, E3X-NA, and other models that have an 8-mm space between the emitter and receiver fiber insertion holes. 2.4 0.5 dia. emitter fiber Model display tube Two, 1.3 dia. 2.2 dia. 7 Two, 2.2 dia. 4 13 Note: There is a white line on the emitter fiber. E32-D21N 2M (Free Cutting) E32-LR11NP 2M (Free Cutting) (11.5) 2,000 (8.1) (45) Toothed washer (Nickel-plated iron) 3 3 dia. 3.2 Hexagonal nut Opposite side: 7, Thickness: 2.4 (Nickel-plated brass) Fiber attachment (E39-F9W13) * Fiber Amplifier Units: E3NX-FA, E3X-HD, and E3X-DA-S. * Applicable Use the enclosed E39-F9-7 Fiber Attachment for other models, such as the 4.8 15.8 11 Toothed washer (Nickel-plated iron) Hexagonal nut Opposite side: 10, Thickness: 2.4 (Nickel-plated brass) M4×0.7 (Trivalent chrome-plated zinc alloy) E3X-MDA with two channels, and for the E3X-SD, E3X-NA, and other models Model display tube M6×0.75 (Trivalent chrome-plated zinc alloy) that have an 8-mm space between the emitter and receiver fiber insertion holes. 2.2 dia. 4.5 7 Sensing surface Two, 1 dia. (Methacrylic) 2,000 (45) 3.5 13.5 10 Model display tube 10 4.5 Nine, 0.25 dia. receiver fibers 5 2.35 Sensing surface Two, 1.5 dia. (Methacrylic) Two, 1.3 dia. 5 2.35 Sensing surface Two, 1.5 dia. (Optical filter) Model display tube 10 4 13 Two, 2.2 dia. following mode names and response times apply to the modes given in the Sensing distance column. *1. The E3X-HD GIGA: Giga-power mode (16 ms), HS: High-speed mode (250 μs), ST: Standard mode (1 ms), and SHS: Super-high-speed mode (NPN output: 50 μs, PNP output: 55 μs) E3NX-FA GIGA: Giga-power mode (16 ms), HS: High-speed mode (250 μs), ST: Standard mode (1 ms), and SHS: Super-high-speed mode (30 μs) The optical fiber is 2 m long on each side, so the sensing distance is 4,000 mm. *2. The values for the minimum sensing object are reference values that indicate values obtained in standard mode with the sensing distance and sensitivity set to the optimum values. *3. The first value is for the E3X-HD and the second value is for the E3NX-FA. 4. The sensing distances for Reflective Fiber Units are for white paper. The sensing distances for the E32-LD11N 2M are for glossy white paper. *Note. Objects with a high reflection factor may cause the Retro-reflective Fiber Sensor to detect reflected light as incident light. Detection may be unstable depending on the type of transparent object. Check suitability beforehand. Heatresistant Area Detection Liquidlevel * : 190 SHS : 1,260 840 Flexible, R2 Models E32-C21N 2M 130 13.5 M4 M6 E3NX-FA Optical axis diameter (minimum sensing object) (mm) 3 Vacuum FPD, Semi, Solar Applications Threaded Specifications Environmental Immunity Transparent Objects Beam Improvements Saving Space Standard Installation Through-beam Fiber Units Installation Information Through-beam Fiber Units Installation Models E32-LT11N 2M Ambient temperature Tightening torque -40 to 70℃ 0.78 N . m Cable Mounting hole 4.2 +0.5 0 dia. Reflective Fiber Units/ Unbendable length Tensile strength Sheath material Core material Emitter/receiver differentiation R2 0 29.4 N Polyethylene Plastic None Ambient temperature Tightening torque E32-C21N 2M -40 to 70℃ 0.29 N . m E32-D21N 2M -40 to 70℃ 0.78 N . m -40 to 70℃ 0.98 N . m E32-LD11N 2M (packed state) (g) Approx. 40 g Retro-reflective Fiber Units Installation Models Weight Bending radius Cable Mounting hole Bending radius Weight Unbendable length Tensile strength Sheath material Core material Emitter/receiver differentiation (packed state) (g) 3.2 +0.5 0 dia. 0 9.8 N Polyethylene Plastic White line on emitter cable Approx. 30 g 4.2 +0.5 0 dia. 0 9.8 N Polyethylene Plastic None Approx. 30 g 6.2 +0.5 0 0 29.4 N Polyethylene Plastic None Approx. 40 g 0 29.4 N Polyethylene Plastic None Approx. 40 g R2 0.98 N . m dia. +0.5 0 6.2 dia. E32-LR11NP 2M -40 to 70℃* * Ambient operating temperature of the recommended reflector (E39-RP1) is -40 to 60℃. Accessories Appearance Models 4 mm Quantity Remarks 1 1.3-dia. Attachment Provided with applicable Fiber Units. Order this accessory separately if you lose or damage it. E39-F9W13 Improved thin attachment. The protrusion was reduced to help you save space. You can also just insert the cable into this one-piece Attachment to save work. Applicable Fiber Units: E32-C21N, E32-D21N Applicable Fiber Amplifier Units: E3NX-FA, FA, E3X-HD, E3X-DA-S series Related Fiber Units Oil-resistant Series Series (Straight type) M6 E32-LT / LD D High Power and Aperture M4 Through-b bea eam eam Through-beam Angle of 15° Fiber Units GIGA Beam for Stable Detection Equivalent to IP68g * Reflective Fiber Units E32-T11NF E425-E1 The Ultimate Fiber Unit for an Oily Environment M8 Through-beam Fiber Units *Equivalent to IP68g of JIS C0920 Annex 1. E414-E1 Introduction to Fiber Sensors OMRON also provides many other types of Fiber Sensors. Refer to Fiber Sensor Best Selection Catalog (E418). Fiber Amplifier Units Fiber Amplifier Unit specifications E3X-HD Series E3NX-FA Series Output 1 output 1 or 2 outputs (depending on the model) External input Not supported g on the model) m Supported or not supported (depending Response time 50 μs (55 μs)/250 μs/1 ms/16 ms (Default: 250 μs) 30 μs (32 μs)/250 μs/1 ms/16 ms (Default: 250 μs) E32-LT11N 4,000 mm 4,000 mm E32-LD11N 840 mm 1,260 mm E32-LT11N 0.1 mm dia. 0.03 mm dia. * Sensing distance (Giga-power mode) Minimum sensing object These are the response times for super-high-speed mode (SHS), high-speed mode (HS), standard mode (Stnd), and GIGA-power mode (GIGA). * The value in parentheses for the super-high-speed mode is for a model with a PNP output. OMRON Corporation Industrial Automation Company Authorized Distributor: Tokyo, JAPAN 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 One Commerce Drive Schaumburg, IL 60173-5302 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 2013 All Rights Reserved. In the interest of product improvement, specifications are subject to change without notice. Printed in Japan CSM_2_1_1113 Cat. No. E437-E1-02 1113(1013)