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Supplier: Allied Electronics, Inc.
Description: Sensor, Photoelectric, MINI-BEAM, Infrared, Convergent, 24-240VAC, QD Connector
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Supplier: Allied Electronics, Inc.
Description: “Hyper-Eye” Miniature Photoelectric Sensor Omron's “Hyper” LED achieves the industry's smallest visible red beam. Self-contained sensor ideal for compact applications. Pin-point beam ideal for detecting extremely small objects. Retroreflective model detects objects as
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Supplier: Tri-Tronics Company, Inc.
Description: The V8 Convergent .5" "V" Axis narrow beam optical block focuses at a sensing range of .5". Useful for sensing small parts. Also useful for proximity sensing (range of .25" to 5") to minimize response to reflected light from background objects. Compatible with: SMARTEYE® EZ-PRO™
- Optical Technology Type: Convergent
- Features: Photoelectric Sensors
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Supplier: Tri-Tronics Company, Inc.
Description: The V4 Convergent 1" "V" Axis Narrow beam optical block focuses at a sensing range of 1". Useful for sensing small parts. Also useful for proximity sensing (range of 1" to 5") to minimize response to reflective light from background objects. Compatible with: SMARTEYE® EZ-PRO™ EZ-EYE™
- Optical Technology Type: Convergent
- Features: Photoelectric Sensors
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Supplier: Tri-Tronics Company, Inc.
Description: The V6 Convergent 1.5" "V" Axis narrow beam optical block focuses at a sensing range of 1.5". Useful for sensing small parts. Also useful for proximity sensing (range of 1.5" to 8") to minimize response to reflected light from background objects. Compatible with: SMARTEYE® EZ-PRO™
- Optical Technology Type: Convergent
- Features: Photoelectric Sensors
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Supplier: Tri-Tronics Company, Inc.
Description: The V4A Convergent Aperture 1" "V" Axis Narrow beam optical block focuses at a sensing range of 1". Useful for sensing small parts or narrow gaps. Also useful for proximity sensing (range of 1" to 5") to minimize response to reflective light from background objects. Compatible with:
- Optical Technology Type: Convergent
- Features: Photoelectric Sensors
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Supplier: Banner Engineering Corp.
Description: Overview Provides industry's most flexible modular sensor family, with over 5,000 custom configurations Offers interchangeable ac or dc power blocks and choice of 2-, 3- or 4-wire sensor blocks Available in opposed, retroreflective, diffuse, convergent and glass fiber optic
- Operating Distance: 7,874.02 inch
- Operating Temperature: -40 to 158 F
- Features: AC Powered, DC Powered, Photoelectric Sensors
- Optical Technology Type: Convergent
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Supplier: Banner Engineering Corp.
Description: Overview MINI-BEAM sensors for hazardous environments with approved switching amplifiers with intrinsically safe input circuits 5 to 15V dc supply voltage with a constant current output of 1 mA or less in the dark and 2 mA or less in the light condition Intrinsically safe
- Operating Distance: 0.6299216 to 236.2206 inch
- Operating Temperature: -40 to 158 F
- Optical Technology Type: Convergent, Diffuse, Divergent, Polarized Retroreflective, Retroreflective
- Electrical Output: Current
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Supplier: Banner Engineering Corp.
Description: switching amplifiers with intrinsically safe input circuits MINI-BEAM models for clear plastic detection; MINI-BEAM Expert models for clear object detection
- Operating Distance: 0.6299216 to 236.2206 inch
- Operating Temperature: -40 to 158 F
- Features: AC Powered, DC Powered, Photoelectric Sensors
- Optical Technology Type: Convergent, Diffuse, Divergent, Polarized Retroreflective, Retroreflective
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Supplier: Banner Engineering Corp.
Description: 10 to 30V dc supply voltage with bipolar NPN/PNP outputs Easy push-button TEACH-mode setup Available in polarized retroreflective, polarized retroreflective clear object, convergent, diffuse and divergent diffuse, and glass or plastic fiber optic sensing modes Convergent and fiber
- Operating Distance: 0.393701 to 118.1103 inch
- Operating Temperature: -4 to 158 F
- Optical Technology Type: Convergent, Diffuse, Retroreflective
- Features: DC Powered, Photoelectric Sensors
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Supplier: Allied Electronics, Inc.
Description: Conforms to IP67 (IEC) Slit Plates Available for Minute Detection Response Time × 0.5 ms or less Thru-beam Distance × 2000 mm Diffuse Reflective Distance × 160 mm Retro-Reflective Distance × 200 mm
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Supplier: Newark, An Avnet Company
Description: SENSOR, MINI-BEAM, 16MM, NPN / PNP; Sensor Output:NPN / PNP; Sensing Range Max:16mm; Supply Voltage DC Min:10V; Supply Voltage DC Max:30V; Output Current:150mA; Product Range:SM312 Series; Sensing Mode:Convergent RoHS Compliant: Yes
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Supplier: VAST STOCK CO., LIMITED
Description: Photoelectric Sensors NPN CONVERGENT-BEAM
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Supplier: Newark, An Avnet Company
Description: PHOTOELECTRIC SENSOR, 0MM TO 43MM, SCR OUTPUT; Sensor Output:SCR; Sensing Range Max:43mm; Supply Voltage DC Min:-; Supply Voltage DC Max:-; Output Current:300mA; Product Range:Mini-Beam- AC-Voltage Series; Sensing Mode:Convergent RoHS Compliant: Yes
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Supplier: Newark, An Avnet Company
Description: OPTICAL SENSOR, 16MM, SCR; Sensor Output:SCR; Sensing Range Max:16mm; Supply Voltage DC Min:-; Supply Voltage DC Max:-; Output Current:300mA; Product Range:Mini-Beam- AC-Voltage Series; Sensing Mode:Convergent; Sensor Terminals:CableRoHS Compliant: Yes
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Supplier: Newark, An Avnet Company
Description: PHOTOELECTRIC SENSOR, 43MM, NPN/PNP; Sensing Range Max:43mm; Sensing Method:Convergent Reflective; Sensor Output:NPN / PNP; Product Range:MINI-BEAM Series; Connection Method:Euro Style Connector; Supply Voltage DC Min:10V RoHS Compliant: Yes
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Supplier: Radwell International
Description: SENSOR, PHOTOELECTRIC, VALU-BEAM, 38MM CONVERGENT FOCAL POINT, 2 METER CABLE. FREE 2 YEAR RADWELL WARRANTY
- Features: Photoelectric Sensors
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Supplier: DigiKey
Description: MINI-BEAM NAMUR: CONVERGENT; FOC
- Operating Temperature: -40 to 158 F
- Features: Photoelectric Sensors
- Beam Type: Visible
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Supplier: Radwell International
Description: OPTICAL BLOCK, V AXIS, NARROW BEAM, 1 INCH CONVERGENT. FREE 2 YEAR RADWELL WARRANTY
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Supplier: Micro-Epsilon Group
Description: Hybrid confocal chromatic sensor with an 8 mm diameter and an axial or radial beam path for precise distance measurements in confined installation spaces.
- Operating Distance: 0.57874047 to 0.73622087 inch
- Operating Temperature: 41 to 158 F
- Optical Technology Type: Convergent
- Body Shape: Cylindrical
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Supplier: Micro-Epsilon Group
Description: Miniature confocal chromatic sensor with a 4 mm diameter and an axial or radial beam path for precise distance measurements in confined installation spaces.
- Operating Distance: 0.07480319 to 0.21259854 inch
- Operating Temperature: 41 to 158 F
- Optical Technology Type: Convergent
- Body Shape: Cylindrical
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Supplier: KEYENCE
Description: KEYENCE Fiber Optic Sensors: FS-N Series KEYENCE'S FS-N Series contains a multitude of innovative features; including one-touch calibration, dual digital display, automatic maintenance, and MEGA power mode, making them an industry leader in fiber optic sensing. The FS-N series amplifiers pair
- Operating Temperature: -4 to 131 F
- Optical Technology Type: Adjustable Field Background Suppression, Convergent, Diffuse, Polarized Retroreflective, Retroreflective, Through Beam
- Features: DC Powered, Glass, Photoelectric Sensors
- Mode: Light/Dark Programmable
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object is detected when it interrupts the light beam between the sensor and reflector. Thru Beam - Emitter and receiver are housed separately and detect an object when it interrupts the light beam between the emitter and receiver (read more)
Browse Photoelectric Sensors Datasheets for Fargo Controls, Inc. -
Your Benefits Reduce conveyor downtime due to false switchings on background-objects Optimize sensor performance by configuring beam spacing to the mm Increase detection area across the entire conveyor bed by removing blind zones on (read more)
Browse Proximity Sensors Datasheets for SICK -
: BM-H-3 BeamStack system has the laser and the sensor separated up to 25 meters and can measure one of 10 different gases (read more)
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Co-axial M8 laser sensor has only φ1mm beam spot and is able to detect tiny objects including metallic wires and semiconductor chips. The M8 series are available in pre-wired cable or connector models. Sensitivity adjustment and mode switching function are easy for users to select optimal (read more)
Browse Photoelectric Sensors Datasheets for Intellisense Microelectronics Ltd. -
space Flexible cable bending at will, the best alternative to optical fiber sensor Operation and power indicators Pre-wired cable or connector models(customized) Available in diffuse or through-beam type Light on or dark on mode Reverse polarity protection, output short-circuit protection, output reverse polarity protection (read more)
Browse Photoelectric Sensors Datasheets for Intellisense Microelectronics Ltd. -
IMS's angle fork sensor features a sturdy metal housing, suitable for harsh environments. Its special geometric shape enables it to approach and identify targets from nearly all directions. Product feature: Available in visible red LED or infrared beam (read more)
Browse Photoelectric Sensors Datasheets for Intellisense Microelectronics Ltd. -
What is the advantage of a Pyroelectric Detector with an Integrated Beam Splitter? Beam splitter detectors are multi-channel detectors with only a single aperture. The incoming radiation is (read more)
Browse Gas Sensors Datasheets for InfraTec GmbH -
O2 Laser Systems using TDLAS include: BM-H-3 BeamStack TDLAS with Laser and Detector Modules (read more)
Browse Gas Sensors Datasheets for Electro Optical Components, Inc. -
involves cooperation between a sender and receiver. The sender emits an infrared beam targeted towards the receiver. Depending on output and target detection parameters, the status of the beam will indicate presence or absence of the target. The sensor can be incorporated into your PLC to trigger (read more)
Browse Photoelectric Sensors Datasheets for Locon Sensor Systems, Inc. -
HPS-LCB02 features ultra-high precision and 3-axis simultaneous correction at high frequency. The core of the laser cross-beam sensor’s (read more)
Browse Linear Position Sensors Datasheets for Hypersen Technologies Co., Ltd.
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Research and development of VCSEL-based optical sensors in industrial applications
Convergent beam sensor .
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Shack-Hartmann wavefront sensor in a convergent beam
THE DESIGN OF THE MODIFIED SENSOR Convergent light beams go from the telescope to its focal place.
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A digital holography set-up for 3D vortex flow dynamics
This limitation is overcome by optically compressing the size of the particle field on the sensor by a convergent beam .
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Optical magnetic field sensors with high linearity using Bi-substituted rare earth iron garnets
However, sensors using the converged beam optical system have high linearity because of diffracted beams detection up to at least the second-order.
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Simplified realisation method of modified spatial smoothing technique
Fig. 4 shows converged beam pat- terns of nine sensors in the near-field scattering environment.
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W.M. Keck Observatory adaptive optics program
converging beam of the tilt sensor .
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Correcting variable third-order astigmatism introduced by conformal aspheric surfaces
This study represents a first look at inserting conventional optics in the converging beam of the imaging sensor system to correct the variable astigmatism of a conformal missile dome with respect to field of regard.
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Novel peptide matrix for immobilization of biomolecules for surface plasmon resonance sensing
The p-polarized light from semiconductor laser (TOLD 9200, Toshiba) at a 670 nm wavelength passed an optical scheme which formed a convergent beam incident on the sensor surface.
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Accuracy characteristics of the shift control optical-electronic measurement system
Keywords: positioning control, autoreflection system, autocollimation in convergent beams , CCD- sensor , point image center determination, corner-cube prism, shift control .
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Receiver power penalty due to localized distortion induced by transmission-type optical antenna in inter-satellite laser communications
The receiver antenna system, which converges the beam at the sensor in the focus plane, can be considered a lens with focus length f.