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Optical Triangulation Position Sensor
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Optical triangulation position sensors use reflected waves to pinpoint position and displacement. The source of these waves may be a light emitting diode (LED), infrared (IR) light, or laser.
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Supplier: KEYENCEDescription: CMOS Multi-Function Analog Sensor
- Scan Field: Point
- Source: Laser
- Receiver: Other Receiver
- Laser Safety: Class II
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Supplier: KEYENCEDescription: Product Overview Ultra-accurate CCD laser Displacement Sensor -Linearity of +/-0.1% of F.S. (All models) -Measurement unaffected by color, surface texture or stray light
- Scan Field: Point
- Source: Laser
- Receiver: CCD
- Laser Safety: Class II
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Supplier: KEYENCEDescription: Product Overview High-speed, High-accuracy CCD Laser Displacement Sensor -World's Fastest Sampling Speed of 50 kHz -Class Best Resolution of 0.0004 Mil -Multiffunctional Controller -Simple, Menu Driven Software
- Scan Field: Point
- Source: Laser
- Receiver: CCD
- Laser Safety: Class II
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Supplier: INPROX Technology CorporationDescription: Ability to synchronize 2 sensors; texture-mapping-compensation
- Technology: Optical Triangulation Position Sensor
- Output: Voltage, Frequency
- Interface: Serial
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Supplier: LMI Technologies Inc.Description: Integrated 3D laser sensors for automotive applications
- Scan Field: Line, Full Field
- Source: Laser
- Laser Safety: Class II
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Supplier: Optex FADescription: Laser amplifier use with DSTA-200 array laser head
- Source: Laser
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Supplier: HiTECH Technologies, Inc.Description: Leica Optical Levels Leica Sprinter 50: One-button digital levelling - Quick to learn and operate. Leica Sprinter 50 is an accurate electronic level, that provides error-free measurements and readings. The Sprinter automatically determines height and distance. Aim and focus, measure with one key
- Source: Laser
- Laser Safety: Class II
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Supplier: EMX Industries, Inc.Description: EMX is one of the world's leading innovators of specialty sensors in the factory and process automation markets. EMX designs robust sensors that lead the industry in quality, flexibility, operability, and ROI. Our sensors are used in automotive, packaging, labeling, metal stamping, paper and wood
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Supplier: TR ElectronicDescription: Absolute position device utilising a bar code tape scanning technique. Range up to 10,000 meters. Unique wide angle laser scanning technology permits accurate position measurement of even curved AGV tracks. Distance from detector to track not as critical as in other like systems. SSI and Profibus
- Source: Laser
- Interface: Serial
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Supplier: LAP GmbH Laser ApplikationenDescription: For virtually all non-transp. surface, internal param. settings and filters
- Scan Field: Point, Line
- Source: Laser
- Receiver: CCD
- Laser Safety: Class II, Class III
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Supplier: Banner Engineering Corp.Description: The Q50 Complementary Discrete is an easy-to-use triangulation sensor which provides a sophisticated, yet cost-effective solution for demanding applications. Q50 Series sensors feature compact, all-in-one design and require no separate controller.
- Technology: Optical Triangulation Position Sensor
- Output: Voltage, Current
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Supplier: WDI Wise Device Inc.Description: The WDI Laser Auto-Focus ATF5 sensor is an active optical device (incorporating a semiconductor laser) designed to provide focusing servo systems with fast feedback signals needed to quickly and accurately focus all types of infinity corrected microscopes.
- Technology: Optical Triangulation Position Sensor
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Supplier: MTI Instruments Inc.Description: High Speed Laser Sensor utilizing the Latest CMOS / CCD Technology. The Microtrak II features state-of-the-art CMOS laser triangulation technology for precise measurements of displacement, position, vibration and thickness. Unaffected by surface texture, color or stray light, the Microtrak II Laser
- Technology: Optical Triangulation Position Sensor
- Output: Voltage, Current, Switched / Alarm
- Interface: Serial
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Supplier: Micro-EpsilonDescription: Extreme stand off, precision CCD laser, auto-zero and averaging set key
- Technology: Optical Triangulation Position Sensor
- Output: Voltage
- Interface: Serial
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Supplier: Balluff, Inc.Description: For non-contact detection of targets at a distance regardless of material. Photoelectric sensors emit invisible infra-red or visible red light to detect the presence of an object. The target either breaks a beam of light or reflects it back to the detector to activate the sensor output
- Technology: Optical Triangulation Position Sensor
- Output: Voltage
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Supplier: Baumer Ltd.Description: features current or voltage output resolution up to 10 µm also with laser line for rough surfaces
- Technology: Optical Triangulation Position Sensor
- Output: Voltage, Current, Switched / Alarm
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Supplier: Panasonic Electric WorksDescription: The HL-C2 series is the latest ultra high speed, high precision, laser diplacement sensor from SUNX Ltd. Designed with precision measurement in mind, the HL-C2 series peforms at the top of its class in the areas that mean the most: speed, accuracy, and precision.
- Technology: Optical Triangulation Position Sensor
- Output: Voltage, Current
- Interface: Serial
Featured Products for Optical Triangulation Position Sensor Top
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quantity, angle and lighting conditions is guaranteed. Download your Free Triangulation Catalog as well as your Free Application Guide. If you cannot find a sensor which fits your needs, please contact MICRO EPSILON, we offer custom designed sensors. Our experienced team is more than happy to work with you. (read more)Browse Optical Triangulation Position Sensors Datasheets for Micro-Epsilon -
Micro-Epsilon offers the worlds first and only triangulation sensor that utilizes Blue Laser technology. In numerous applications, Blue Laser sensors are superior to common sensors, which use a red laser diode. When measuring on red glowing metals up to 3200F (1600C) or organic materials such as wood, skin, foodstuffs, veneers, etc., the wavelength of the blue-purple laser offers significant benefits. In contrast to a red laser, the reduced wavelength of the ultra blue laser light does... (read more)Browse Optical Triangulation Position Sensors Datasheets for Micro-Epsilon
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The Micro Epsilon ILD1402 is a laser optical displacement and position sensors with a CMOS imaging device. This displacement sensors measures from various distances to the target with a tiny beam spot, which enables measurements against the smallest parts. Due to the large stand off, measurements against critical surfaces such as hot surfaces are possible. The non-contact principle allows complete wear free precision measurement. Since there is no physical contact with the target, neither... (read more)Browse Optical Triangulation Position Sensors Datasheets for Micro-Epsilon
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Southington, Conn. – November 3, 2009 … To eliminate the problems associated with fluid leaking from tanks, pumps, vessels, trays and other containers, Baumer has introduced the FODK 23 Optical Sensor for Leak Monitoring. The evaluation electronics for this sensor are housed in a chemically-resistant, IP67-rated sheath made of Teflon PFA, which allows the device to withstand exposure to a range of liquids including acids, alkalis, milk, mineral oil and any other non-conductive... (read more)Browse Optical Triangulation Position Sensors Datasheets for Baumer Ltd.
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The Micro Epsilon ILD1302 is a laser optical displacement and position sensors with a CMOS imaging device. This displacement sensors measures from various distances to the target with a tiny beam spot, which enables measurements against the smallest parts. Due to the large stand off, measurements against critical surfaces such as hot surfaces are possible. The non-contact principle allows complete wear free precision measurement. Since there is no physical contact with the target, neither... (read more)Browse Optical Triangulation Position Sensors Datasheets for Micro-Epsilon
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MTII offers the performance of our standard Microtrak II Laser Triangulation System in a versatile high speed stand-alone configuration for measuring displacement, position, vibration and thickness. Unaffected by surface texture, color or stray light, the Microtrak II is ideal for solving tough production applications throughout a variety of industries. The Microtrak II Stand-Alone Laser Head uses the latest CMOS detection technology for accurate and reliable measurements making it ideal... (read more)Browse Optical Triangulation Position Sensors Datasheets for MTI Instruments Inc.
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Laser Sensor Displacement & Position Measurements from MTI Instruments. High Speed Laser System utilizing the Latest CMOS / CCD Technology. The Microtrak II features state-of-the-art CMOS laser triangulation sensing technology for precise measurements of displacement, position, vibration and thickness. Unaffected by surface texture, color or stray light, the Microtrak II is ideal for solving tough production measurement applications throughout a variety of industries. Click here to visit... (read more)Browse Optical Triangulation Position Sensors Datasheets for MTI Instruments Inc.
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RS-CMOS Sensor. KEYENCE introduces theLK-G5000 Laser Displacement Sensor now with a RS-CMOS sensor that provides an 392 kHz sampling rate that's 8 times faster than previous models, with ±0.02% Full Scale Linearity and 0.01µm repeatability. Smaller than previous models, it mounts easily in production environments where space is often tight. The need to increase production and inspection speeds and improve product quality makes it even more necessary to provide a high performance measurement... (read more)Browse Optical Triangulation Position Sensors Datasheets for KEYENCE
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The Microtrak Pro 2D is an industrialized high-speed laser sensor that utilizies the latest CCD laser triangulation technology for precise profile measurements. Unaffected by surface texture, color or stray light; the Microtrak PRO-2D Laser Measurement System is ideal for solving tough production applications throughout a variety of industries. Please visit the link for Microtrak Pro 2D for more information. Applications include: Quality Control. Pipeline welding. Production Control. Gap... (read more)Browse Optical Triangulation Position Sensors Datasheets for MTI Instruments Inc.
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production lines or moving targets. Equipped with the E3-CMOS image sensor that provides stability, the LJ-G can measure virtually any targets ranging from black rubber (weak reflection) to metals (strong reflection). In addition, a 2D Ernostar lens is used to provide the optical system with optimal accuracy. 28 Measurement Modes for Simultaneous Measurements at 8 Selected Points. Measurements of width, profile and distance can be accomplished using 28 modes at 8 different points simultaneously... (read more)Browse Optical Triangulation Position Sensors Datasheets for KEYENCE
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and cross-sectional area measurement. Measures Only When Laser Beam Focused on Target Surface. During operation, the LT's 2-micron diameter laser beam is focused on the target surface through an objective lens that vibrates vertically at high speed by means of a tuning fork. The beam continually reflects off the target surface and converges on a pinhole in the sensor head and then enters the light-receiving element. By measuring the exact position of the objective lens when the light enters the light-receiving... (read more)Browse Optical Triangulation Position Sensors Datasheets for KEYENCE
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The optoNCDT 2300 is the state of the art high-end-model of laser triangulation sensors from Micro-Epsilon. This high performance sensor offers a worldwide unique combination of advanced features, high dynamic speed of up to 49.02kHz, and extremely high accuracy all packaged into a single housing without an external controller. The new A-RTSC (Advanced Real-Time-Surface-Compensation) is a new development that takes the proven RTSC technology to the next level. The combination of improved optics... (read more)Browse Linear Position Sensors Datasheets for Micro-Epsilon
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Download a complimentary copy of our new catalog, "Measurement Product Guide 2012," for detailed information on our sensors (laser triangulation, confocal-chromatic, gaging and distance, capacitive, eddy current, inductive, and draw-wire), 2D/3D sensor systems for dimensional measurement, IR-temperature sensors, and custom sensor solutions. Micro-Epsilon is always pursuing the challenge of developing high precision sensors, measurement equipment and systems. This challenge represents the drive... (read more)Browse Linear Position Sensors Datasheets for Micro-Epsilon
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The Accumeasure 9000 and 9000D provides unparalleled accuracy, stability and repeatability for vibration, runout, displacement or position applications, such as X-Y Positioning, Machinery Dynamics, Wafer Mask and Lens Alignment, Leveling, Spindle Runout, Flatness or Profile Measurements. Based on MTII's proven Accumeasure technology, the system provides a perfect solution for many measurements previously unattainable. The Accumeasure 9000/9000D particularly excels in measurements where... (read more)Browse Capacitive Linear Position Sensors Datasheets for MTI Instruments Inc.
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The MicroCap utilizes MTII's latest capacitance amplifier design, backed by nearly 50 years of product line history and thousands of installations worldwide. Features. Custom OEM configurations for seamless integration into your existing or future products. Wide variety of precision capacitance sensors for difficult size and shape targets. Large standoff, non-contact sensors for safe gauging of delicate parts. Highly stable design for long-term monitoring, analysis and control. Passive... (read more)Browse Capacitive Linear Position Sensors Datasheets for MTI Instruments Inc.
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Analysis. Film Thickness. Motor Vibration. Micro-Positioning. Web Thickness. Alignment. Leveling Features. Extended Probe Range for added measurement flexibility. Modular Design easily expands to meet your future needs. Up to 6-channels per rack. Capacitance Sensors operate in high temperatures and hostile environments. Summing Amplifier available for sum or difference measurements. Front panel offset and gain controls... (read more)Browse Capacitive Linear Position Sensors Datasheets for MTI Instruments Inc.
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by a multi-lens optical system. The lenses are arranged such that the white light is dispersed into a monochromatic light by controlled chromatic deviation. A certain distance is assigned to each wavelength by a factory calibration. Only the wavelength which is exactly focused on the target is used for the measurement. This light reflected from the target surface is passed via a confocal aperture to the receiver which detects and processes the spectral changes. (read more)Browse Linear Position Sensors Datasheets for Micro-Epsilon
Parts by Number for Optical Triangulation Position Sensor Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 1006561 | PLC Radwell | Sick Optic Electronic | Sensors & Switches, Sensor Accessory | OPTICAL TRIANGULATION POSITION SENSOR 24VDC 20MS |
Conduct Research Top
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Optical Triangulation Sensors
Optical triangulation sensors use reflected waves, whose source may be a LED, infrared, or laser source to pinpoint position and displacement. A sensor, usually integrally housed with the emitter, detects the beam reflected off the surface or object and provides an output that varies
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Laser Triangulation Sensors
variety of surfaces because only the highest charged pixels from the reflected beam are used to calculate position. The lower charged pixels are usually energized by unwanted reflections from changing optical properties of the surface being measured and can easily be ignored during signal processing
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Position Sensors and Position-Sensing Instruments
resistive, optical triangulation, photoelectric, position displacement, ultrasonic, and variable resistance technology sensors. Position-sensing instruments also include laser micrometers, linear encoders, linear potentiometers, and linear variable differential transformers (LVDTs). Rotary position
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Triangulation Sensors: An Overview
the position of the. Like contact type sensors, triangulation sensors today are. imaged spot and calculating the angles involved, the distance. available with a wide variety of specifications, sizes, and. from the sensor to the surface can be determined. configurations that replace and outperform older
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Fast Response Optical Sensors Prove Invaluable in Demanding Gaging Applications
are often used as a practical alternative to contact type devices. Non-contact optical position sensors are, in many cases, the only viable method for difficult sensing measurements. Several advantages of these devices are that they do not disturb the target, are immune to electromagnetic interference
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Using the Accumeasure 9000 Capacitance Transducer Amplifier to Measure Position and Vibration Displacement of Very Small Targets
required measurement of the position and vibration displacement amplitude of taut wires .002" to .005" (50 to 125 microns) in diameter. After several unsuccessful attempts at making this measurement using a variety of conventional noncontact sensors employing magnetics, optical, and capacitance
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Using the Accumeasure 9000 Capacitance Amplifier to Measure Position and Vibration of Very Small Targets
required measurement of the position and vibration displacement amplitude of taut wires .002" to .005" (50 to 125 microns) in diameter. After several unsuccessful attempts at making this measurement using a variety of conventional noncontact sensors employing magnetics, optical, and capacitance
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A background check for photoelectric sensors
is that it simplifies the process of aligning the photoelectric sensor with the target. Of course, humans can't see IR, but these sources put out more power and are less sensitive to target color. Their higher optical power output arises because IR sources are more efficient than those putting out visible red. So
Engineering Web Search: Optical Triangulation Position Sensor Top
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Optical Triangulation Position Sensors Information on...
Types of Optical Triangulation Position Sensor Optical Triangulation Position Sensor Technology
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Optical Triangulation Sensors On GlobalSpec
Optical Triangulation Position Sensors Optical triangulation position sensors use reflected waves to pinpoint position and displacement.
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List of sensors - Wikipedia, the free encyclopedia
Throttle position sensor, used to monitor the position of the throttle in an internal combustion engine
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3D scanner - Wikipedia, the free encyclopedia
kind of objects that can be digitized are still present, for example, optical technologies encounter many difficulties with shiny, mirroring or
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Dictionary of Abbreviations and Acronyms in Geographic...
Army Map Service; American Meteorological Society; Attitude Measurement Sensor; Automated Mapping System
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Better Optical Triangulation through Spacetime Analysis Brian...
Better Optical Triangulation through Spacetime Analysis Brian Curless Marc Levoy curless@cs.stanford.edu levoy@cs.stanford.edu Computer Systems
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3 A New Method: Spacetime Analysis
Next: 4 Implementation Up: Better Optical Triangulation through Previous: 2 Error in triangulation
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Optical-Cavity-Based Multiwavelength Sensor for Spectral...
Optical-Cavity-Based Multiwavelength Sensor for Spectral Discrimination and Object Position Detection
