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Supplier: Micro-Epsilon
Description: The optoNCDT 1191 time of flight sensors provide maximum measuring range with and without reflector. A heater is integrated in the laser distance sensor specially for outdoor use. Typical tasks are position measurement of gantry cranes or ships in ports. Details Measuring ranges without
- Technology: Time of Flight Optical Position Sensor
- Output: Frequency, Switched / Alarm
- Interface: Serial
- Time of Flight Technique: Pulsed
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Supplier: Micro-Epsilon
Description: Linearity ±8 ... ±40mm Repeatability ±4 ... ±10mm Resolution from 0.1mm Short response times Measurement directly on the target Sighting laser for fast adjustment Fast sensor set configuration via touch keys
- Technology: Time of Flight Optical Position Sensor
- Output: Switched / Alarm
- Interface: Parallel
- Time of Flight Technique: Pulsed
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Supplier: HiTECH Technologies, Inc.
Description: Laser Distance Measurement Sensor The new LDM 301 Laser distance sensor measures distance and speed of natural targets without a reflector. A reflector can be used for increasing the measuring range. The sensor needs only a very short time to measure; it facilitates distance measurement
- Technology: Time of Flight Optical Position Sensor
- Output: Frequency
- Interface: Serial
- Body: Rectangular
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Supplier: Micro-Epsilon
Description: The laser distance sensors of the optoNCDT 1181/1182/1183 series are intended for precise distance measurements up to 150 metres. Many different interfaces facilitate fast integration in existing systems. Typical tasks are filling level measurements and also safety applications such as position
- Time of Flight Technique: Pulsed
- Scan Field: Point
- Source: Laser
- Laser Safety: Class II
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Supplier: HiTECH Technologies, Inc.
Description: LDM 41/42 P - Laser Distance Measurement Sensor The LDM 41/42 P Laser Distance Measurement Sensor with Profibus DP interface is designed for distance measurement applications in an industrial environment. The LDM 41/42 P works based on comparative phase measurement. To achieve this, it emits
- Technology: Time of Flight Optical Position Sensor
- Output: Frequency
- Interface: Serial
- Body: Rectangular
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Supplier: HiTECH Technologies, Inc.
Description: Leica DISTO™ D210XT & Leica DISTO™ D2 The Leica DISTO™ D210XT is the tool for hard work where you may need protection from dust or around running water. The clever and handy D2 is the smallest DISTO™ in the world, fitting into every pocket. Leica DISTO™ D210XT:
- Technology: Time of Flight Optical Position Sensor
- Body: Rectangular
- Visible beam: Visible beam
- Scan Field: Point
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Supplier: HiTECH Technologies, Inc.
Description: Leica DISTO™ D330 & Leica DISTO™ 330i The Leica DISTO™ D330 offers high precision at the touch of a button. The new D330i, with all the characteristics of the DISTO™ D330, additionally offers the latest BLUETOOTH® Technology of wireless, errorfree data transfer.
- Technology: Time of Flight Optical Position Sensor
- Body: Rectangular
- Visible beam: Visible beam
- Scan Field: Point
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Supplier: HiTECH Technologies, Inc.
Description: : high resolution colour display Integrated tilt sensor: for indirect measurement or horizontal distance. Leica DISTO™ D8: Infinite combinations! Range: 650 feet (200m) Accuracy: ± 1.0 mm Strong outdoor performer: with digital Pointfinder 4 x zoom, even in glaring sunlight
- Visible beam: Visible beam
- Scan Field: Point
- Source: Laser
- Laser Safety: Class II
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Featured Products for Time Of Flight Optical Sensors Top
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HiTECH Technologies, Inc.
VLM 320 Series - Velocity and Length Sensor
is reproduced through the objective onto the CCD sensor. The CCD sensor is operated as an optical grid (no image pickup). The object to be measured is illuminated by an integrated light source (LED). External light disruptions are effectively suppressed with this method. When the object is moved, a signal frequency is generated due to grid modulation. This frequency is proportional to the velocity at which the object is moving. The device measures the signal frequency and converts it to a velocity... (read more)
Browse Time of Flight Optical Sensors Datasheets for HiTECH Technologies, Inc. -
Micro-Epsilon
ILR Series Time of Flight Distance Sensors
MICRO-EPSILON offers state of the art time of flight sensors for measuring distances from 0.4m up to 3000m. The ILR series offers low cost units, economic models and high-end, cutting edge technology for the most challenging and accurate measurements. These optical devices provide a fast, accurate and true non contact measurement against any target. The ILR 1191 is the flagship of the non contact distance sensors. With it`s time of flight phase shift technology it reaches < 0.1mm... (read more)
Browse Linear Position Sensors Datasheets for Micro-Epsilon -
ifm efector inc.
Reliable solution for long-range object detection
and chemicals often prevent optical sensors from being used in error-proofing applications. The efector PMD laser sensor with background suppression can be placed farther away from the application - and the elements - to accurately detect a small part such as a nut on a car door panel. • Dual switch points for application flexibility. To monitor the position of an object in a continuous process - such as web tension monitoring - the sensor can be programmed to provide two separate outputs... (read more)
Browse Photoelectric Sensors Datasheets for ifm efector inc.
Conduct Research Top
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Micro-Optical Sensor Use in Boundary Layer Flows with Polymers and Bubbles (.pdf)
of the. of the scattered light (from particles) passing. optical sensors were fixed location "diverging. through the fringes near the wall is directly. fringe velocity sensors" and one sensor was a. proportional to the velocity gradient at the wall. cross-correlation time-of-flight sensor attached to. The sensor
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Micro-Optical Sensors for Boundary Layer Flow Studies (.pdf)
single-mode optical fiber or integrated. diode lasers for illumination. 150µm. INTRODUCTION. 50 µm. Small, portable, rugged yet accurate sensors have been. devised using specially designed micro-fabrication techniques. Sensor. developed for MEMS and MOEMS sensors. The. miniaturization of sensors has
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Optical Metrology for Large Telescope Optics
In recent years the demand for meter-scale optical elements has increased significantly, driven by growth in terrestrial and satellite-based astronomy, and defense and security applications. Laser interferometry is used throughout the manufacturing of large optics to ensure conformance to demanding
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Analog Distance Measurement Photoelectric Sensors
applications in manufacturing environments across the country. Balluff Inc., the U.S. subsidiary of Balluff GmbH & Co., Neuhausen, Germany, is a leading manufacturer of a. wide range of inductive, optical, capacitive, and magnetic sensors as well as linear position transducers and. ID systems
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Secure optical communication system utilizing deformable MEMS mirrors
retro-reflector are discussed. An alternative system design that allows higher bandwidth data transmission is described. 1. INTRODUCTION. Retro-reflectors have been used in optical systems for some time in applications requiring a precise return of a parallel beam of light to its source. A common
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Infrared On-orbit RCC Inspection with the EVA IR Camera: Development of Flight Hardware from a COTS System
, kickloads, entanglement hazards, and touch temperatures. Figure 1. Imaging the wing-leading edge of the Orbiter during an EVA. COTS ASSESSMENT. The space environment imposes unique requirements on electro-optical hardware. In particular, the. radiation, temperature, and pressure environment strain
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Advanced Fiber Grating Technology and Products (.pdf)
applied to the sensor head. These. strong vibrations can shorten the life of. There is now a move towards shrinking the size of the. these vibration sensors. Fiber gratings. wireless circuit in the hope that they will consume less. sensors are built into the optical fiber. They. power. There is also
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Displacement Sensing the Baumer Electric Way
as small as 6.5. Mostly the temperature drift. mm x 40 mm while maintain-. diagram 1. is proportional to. ing ranges up to 2 mm. the temperature. inductive. optical. ultrasonic. change. For example: Inductive sensors are perfect. measuring. 0-10 mm. 15-1000 mm. 20-2500 mm. 0.08%/K (DT). for applications
Engineering Web Search: Time Of Flight Optical Sensors Top
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Time-of-flight camera - Wikipedia, the free encyclopedia
A Time-of-Flight Camera (ToF camera)[1 is a range imaging camera system that resolves distance based on the known speed of light, measuring the
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Time of flight - Wikipedia, the free encyclopedia
Optical time-of-flight sensors consist of two light beams projected into the fluid whose detection is either interrupted or instigated by the passage
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Time of Flight Optical Sensors Information on GlobalSpec
Home > Sensors, Transducers and Detectors > Linear Position Sensing > Learn More About Time of Flight Optical Sensors
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Time of Flight Optical Sensors Data Sheets on GlobalSpec
Time of flight optical sensors determine displacement and distance by measuring the time it takes light to travel from the instrument to a target and
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Missions - NASA Jet Propulsion Laboratory
Together with sensors that measure sea level, ocean color, temperature, winds, rainfall and evaporation, Aquarius, the NASA-built primary instrument
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SeaWiFS Project - Spacecraft and Sensor Overview
Sensors include redundant sun sensors, horizon sensors, and magnetometers.
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ESA Science & Technology: Orbiter Instruments
The three sensors are: the Double Focusing Mass Spectrometer (DFMS), the Reflectron Time of Flight Spectrometer (RTOF), and the Comet Pressure Sensor
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ESA Science & Technology: Micro-Imaging Dust Analysis System
Flight Instrumentation In Development Instrument Research and Development Optical Ground Station S-Cam 2 S-Cam 3
