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Motore di ricerca datesheet componenti elettronici |
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Motore di ricerca datesheet componenti elettronici |
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E39-R1 Scheda tecnica(PDF) 8 Page - Omron Electronics LLC |
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E39-R1 Scheda tecnica(HTML) 8 Page - Omron Electronics LLC |
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8 / 100 page  Standard Installation Threaded Models Standard Installation 08 08 Threaded Cylindrical Flat Sleeved Small Spot High Power Retro- reflective Limited- reflective Narrow view BGS Chemical- resistant, Oil-resistant Bending Heat- resistant Area Detection Liquid-level Vacuum FPD, Semi, Solar Installation Information 09 09 Installation Information Threaded Cylindrical Flat Sleeved Small Spot High Power Retro- reflective Limited- reflective Narrow view BGS Chemical- resistant, Oil-resistant Bending Heat- resistant Area Detection Liquid-level Vacuum FPD, Semi, Solar Threaded Models Through-beam → 06 Page Reflective → This Page E39-F9: Provided 25 12 20 2.5 Heat-shrinkable tube Two, 1 dia. 0.5 dia. emitter fiber Four, 0.25 dia. receiver fibers M3×0.5 (SUS303) 2,000 Opposite side 5.5, thickness 1.8 (Nickel-plated brass) Washer (Nickel-plated brass) 6.5 dia. 13.5 20.5 7 5 Two, 1 dia. 0.5 dia. emitter fiber Four, 0.25 dia. receiver fibers M3×0.5 (Nickel-plated brass) E39-F9: Provided Model display tube 2,000 (45) 11 2,000 E39-F9: Provided Opposite side 5.5, thickness 1.8 (Nickel-plated brass) Washer (Nickel-plated brass) Two, 1 dia. M3×0.5 (SUS304) Sensing surface Two, 0.5 dia. 2.5 (45) Model display tube Sensing head M3×0.5 (SUS303) Opposite side 5.5, thickness 1.8 (Nickel-plated brass) Washer (Nickel-plated brass) 1,000 11 2.5 0.5 dia. emitter fiber Nine, 0.25 dia. receiver fibers 1 dia. emission fibers 1.25 dia. reception fibers 24 Note: There is a white line on the emitter fiber. Note: There is a white line on the emitter fiber. Note: There is a white line on the emitter fiber. * The Fiber Attachments that are provided were specially designed for this Fiber Unit. E39-F9 cannot be attached. Note: There is a white line on the emitter fiber. M3 nuts (Nickel-plated brass) Washers (Nickel-plated brass) provided (2 of each) Fiber attachment * 1 dia. emitter fiber 2.5 dia. Two, 2.2 dia. Sixteen, 0.265 dia. receiver fibers 23 3 5.2 2,000 M6×0.75 (Nickel-plated brass) Opposite side 10, thickness 2.4 (Nickel-plated brass) Washer (Nickel-plated iron) Note: There is a white line on the emitter fiber. E32-CC200 2M (Free Cutting) 09-H 4 dia. 3 17 2,000 Opposite side 10, thickness 2.4 (Nickel-plated brass) Washer (Nickel-plated iron) Two, 2.2 dia. Sensing surface Two, 1 dia. M6×0.75 (ZDC) 4.8 E32-D11R 2M (Free Cutting) 09-G Sensing surface Two, 0.5 dia. Opposite side 7, thickness 2.4 (Nickel-plated brass) Washer (Nickel-plated iron) Two, 1 dia. 3 15 2,000 E39-F9: Provided M4×0.7 (SUS303) 3.2 E32-D211R 2M (Free Cutting) 09-F E32-C31M 1M (Free Cutting) 09-E E32-C31N 2M (Free Cutting) 09-A E32-D21R 2M (Free Cutting) E32-C91N 2M (Free Cutting) 09-C 09-B E32-C31 2M (Free Cutting) 09-D M6×0.75 (Trivalent chrome-plated zinc alloy) Two, 2.2 dia. Opposite side 10, thickness 2.4 (Nickel-plated brass) Washer (Nickel-plated iron) 5 Sensing surface Two, 1.5 dia. E32-LD11 2M (Free Cutting) E32-LD11R 2M (Free Cutting) 09-I 2,000 23 15 18 3 6 2.5 dia. (45) 2,000 (standard length) Hexagonal nut, Opposite side:10, Thickness: 2.4 (Nickel-plated brass) Toothed washer (nickel-plated iron) Sensing head, M6 × 0.75 (Nickel-plated brass) (5.6) 9.75 9.75 9.75 1 dia. emitter fiber (PMMA) Sixteen 0.265-dia. receiver fibers Model display tube Optical fibers: Two, 2.2 dia. 11 M3 24 M6 20.5 M3 11 M3 25 M3 15 M4 17 M6 23 M6 E32-C31N 2M Size Sensing direction (Aperture angle) M3 M3 M4 M6 M6 M6 Right- angle (Approx. 60°) Top-view (Approx. 60°) Top-view (Approx. 15°) Flexible, R4 Flexible, R1 R25 R10 Flexible, R1 R25 R25 Flexible, R1 (5 μm dia./ 2 μm dia.) (1 dia./ 0.03 dia.) E32-D21R 2M 75 14 09-A 09-C E32-C31 2M 09-D E32-C31M 1M 09-E E32-D211R 2M 09-F E32-C91N 2M 09-B E32-D11R 2M 09-G E32-CC200 2M E32-LD11 2M E32-LD11R 2M 09-H 09-I Appearance (mm) Bending radius of cable Sensing distance (mm) Other modes Optical axis diameter (minimum sensing object) Models 09 Page Dimensions No. ST : SHS: 90 16 ST : SHS: 220 44 ST : SHS: 90 16 ST : SHS: 520 100 ST : SHS: 520 100 ST : SHS: 900 180 ST : SHS: 110 46 160 69 1,400 400 2,100 600 840 240 1,260 360 780 220 1,170 340 140 40 210 60 330 100 490 150 140 40 210 60 50 14 Other modes ST : SHS: 60 16 ST : SHS: 150 44 ST : SHS: 60 16 ST : SHS: 350 100 ST : SHS: 350 100 ST : SHS: 540 110 ST : SHS: 860 250 1,290 370 360 110 ST : SHS: 520 100 ST : SHS: 840 240 1,260 360 350 100 ST : SHS: 600 180 ST : SHS: IP67 IP67 IP67 IP67 IP67 IP67 IP67 IP67 IP50 23 M6 E3X-HD E3NX-FA Coaxial Coaxial Coaxial Coaxial Coaxial HS GIGA HS GIGA Top-view Type Right-angle Type Specifications Dimensions - Reference Information for Model Selection - Reflective Fiber Units Installation Information → 58, 59 Page Reflective Fiber Units Features of Coaxial Reflective Type These Fiber Units offer better detection of small objects at close distances (of 2 mm or less) than Standard Reflective Fiber Units. They also detect glossy surfaces more reliably than Standard Reflective Fiber Units, even if the surface is tilted. The receiver fibers are arranged around the emitter fiber as shown below. Features of the Right-angle Type • Cable is less prone to snagging. • Cable runs along the mounting surface for less space compared with Top-view Fiber Units. • The nut is attached to the Fiber Unit to reduce installation work. Emitter Fiber Receiver Fibers And Breaking Due to Snagging or Shock The Fiber Unit can be protected from breaking with stainless steel spiral tube. → 42 Page Cladding Cores What Is “Flexible” Fiber? The flexible fiber has a small bending radius for easy routing without easily breaking. It is easy to use because the cable can be bent without significantly reducing light intensity. Structure which has a cladding around a large number of ultrafine cores. • Standard configuration. These Fiber Units are mounted into a hole drilled in a bracket and secured with nuts. • The Right-angle Model prevents snagging on the cable because the cable runs along the mounting surface. The following mode names and response times apply to the modes given in the Sensing distance column. [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 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. The first value is for the E3X-HD and the second value is for the E3NX-FA. The sensing distances for Reflective Fiber Units are for white paper. (The sensing distance for the E32-LD11 2M / E32-LD11R 2M are for glossy white paper.) Note 1. 2. Hex-shaped Fiber Units have been added to the series. (They have a right-angle shape like that of the E32-C31N shown below.) → 96 Page What Are Fiber Units with Build-in Lenses? These Fiber Units have built-in lenses. They feature high-power beams. You don’t have to worry about the lens falling off and getting lost. |
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