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| | | Digital amplifier with modular laser optics | | |
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| | | DSR-5000: Max 70 meter of sensing (at Sensitivity Compensation ON in the Long Mode) With exlcusive Reflector P250F, 70meter distance is possible. | | DSD-100 : Diffuse Reflective sensor for 1.5 meter distance. | | DSTA-200: 30mm width Line Beam for sorting application with 4-20mA output. Ideal for sorting by width and size of objects. Measurement Mode will give analogue signal for use in the range of 0.5 meter. | | |
| | | DSTC-200: 2mm sharp and small spot | | |
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| | | At Sensitivity Compensation ON under Long mode, you can raech 1.5 meter distance. Ideal for positioning because of coaxial optics and 1 mm round spot. | | |
| | | I Coaxial beam ü | | |
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| | | 30 X 2.5 mm Line beam | | |
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| | | 1 mm spot | | |
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| | | With smaller reflector MP-45, the sensing distance is shrinked as follows ; Lond Mode : 0.5 - 20 meter Standard Mode : 0.3 -10 meter Fast Mode: 1 meter | | |
| | | Slack control of rubber belt With 2CH Amplifier DSA-M (Master) or DSA-S (Slave), you can monitor slack of belt as the amplifier has two channels of control output. Analaogue output will be useful for monitoring depth of slack. | | |
| | | Counting of wafer DSTC-200 will be ideal for counting wafer to be set in a cassette. 2mm round spot in 2 meter distance means direct light to go through, and you don't have to worry about light immunity. Counter function of DSA Amplifier will be convenient to confirm wafer quanity in a cassette. | | |
| | | Metal junction in a different shape. If the tip was too big the received light decreases. If It was too small, visa versa. DSTA-200 gives parallel line beam, therefore you can sense it regardless of position of workpiece. | | |
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| | | Dispositioned workpiece on a running conveyor DSR-5000 will successfully find a dispositoned object on a running conveyor as far as it's within 70 meter length. | | |
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| | | Small object in distance Safe sensing in distance. This example is to sense a metal part stuck on glass plate in Automotive application. | | Finding a fine chip vacuumed by picker. The line beam of 30mm width doesn't matter the position of object as far as it's in the 30mm range. | | |
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| | | Specifications | | |
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| | | DSR-800 : Three kinds of spots are selectable | | |
| | | | | | | | | | | | | | | | | | | Diffuse reflective type | Through beam type | Through beam / Measurement type | | | | | | | | | DSTC-200 | DSTA-200 | | | | | Cable | DSR-5000 | DSR-800 | DSD-100 | Emitter: DSTC-D | Emitter: DSTA-D | | | | MODEL | | | | | Receiver: DSTC-200 | Receiver: DSTA-200 | | | | | | - | - | - | DSTC-200-M8 | DSTA-200-M8 | | | | | | - | - | - | DSTC-S | DSTA-S | | | | | | - | - | - | DSTC-R | DSTA-R | | | | Amplifier unit | DSA-M □ □ /DSA-M □ -M8 / DSA-S □ □ | | | | Light source | Visible light semiconductor laser 650nm | | | | Output | max. 3mW | max. 390/jW | | | | IEC/JIS CLASS | CLASS 2 | CLASS 1 | | | | FDA CLASS | Class! | | | | | Long | 0.5 - 50 m | 8 m | 1 m | | 2m | | | | Detection distance | Standard | 0.3 - 35 m | 5 m | 0.7 m | 2m | Length measurement mode: 0.5 m | | | | *1 | Fast | 0.1 - 20 m | 2m | 0.25 m | | (Only Long and Standard) | | | | Spot size *2 | Selectable | ˇee Page 5 | Approx. 1 mm0 (Distance: 1 m) | Approx. 2 mm0 (Distance: 2 m) | Approx. 30 x 2.5 mm (Distance: 2 m) | | | | Repeat accuracy *3 | 0.2 mm | 0.2 mm | 0.2 mm | 0.3 mm | | | | Indicator light | Laser radiation indictor light: Green Output indicator light: Orange | | | | Operating temperature/humidity | -10 to +55°C/35 to 85 %RH (No condensation or freezing) | | | | Store temperature/humidity | -25 to +70°C/35 to 85 %RH (No condensation or freezing) | | | | Ambient light | 3,000 Ix (Incandescent light) 10,000 Ix (Sunlight) | | | | Shock resistance | 10 to 55 Hz Double-amplitude 1.5 mm 2 hours at each direction of X, Y and Z | | | | Protection category | IP67 | | | | Material | PC (Case, Cover) PMMA / Glass (Front glass) | | | | Weight (Including the codes) *4 | | 45g | | 90g | 115g | | | | | | | | | | | | | | |
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| | | DSR-800 will successfully detect a clear glass object or PET bottle. 2mm of fine spot will help to secure the performance against the glass material thanks to "Glass Teach" function of Amplifier DSA. | | DSR-800 can change its sensing spot into Line beam (40 X 1 mm), or Area spot (35 X 35mm) by using optional beam selector BL-W130L-1. | | |
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| | | BL-W130-1 beam selector | | |
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| | | 2mm round beam | | |
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| | | Line beam 40 X 1 mm | | |
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| | | Disposition of glass plate It's ideal. DSR-800 has 2mm round spot (at 2 meter distance) given in coaxial optics, so will not fail to detect slite disposition of glass plate. Sensivity setting is easy with DSA Amplifier's Galss Teach setting. | | Print on a transparent glass You can know if there is a print on a transparent glass if you would use DSR-800 as area sensing sensor using optional lens BL-W130L-1. If the spot was a round or line shape it's impossible, but you can do It focusing the printed area with Area Beam. | | |
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| | | * 1 DSD-100 : With white paper (90 %) of 200 x 200 mm * 3 Right angle to sensing axis. DSR-800: With the reflector MP-45 (accessory) * 4 The weights of DSTC-200 and DSTA-200 include the emitter and the reciever. * 2 Defined with center strength 1/e2 (13.5%). * For the model M8-QD type, replacement is available only for the eitter and the There may be leak light other than the specified spot size. The sensor may be damaged detector, when there is a highly reflective object around the targets | | |
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| | | Meandering of transparent film | | |
| | | Options | | |
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| | | M-45 Standard reflector for DSR-800 | | |
| | | Set a pair of DSR-800 outside the edge of transparent film to minor meandering of the film. DSR-800 is so sensitive to sense a slight change of receiving light. | | |
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