Glass Fiber Optic Proximity Sensors
from Micro-Epsilon Group
Compact confocal chromatic sensor with a 12 mm diameter, submicron resolution and a small light spot for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.5512 to 0.6299
- Optical Technology Type: Convergent
from Locon Sensor Systems, Inc.
At a glance: − Fiber-optic amplifiers for DIN-rail mounting (DIN/EN 50022). − Excellent detection properties across a wide sensing range of 0 ... 200 mm for red-light / 0 ... 100 mm for blue-light executions and 0 ... 140 mm for executions with high switching frequency. − No blind... [See More]
- Fiber Optic: Glass
- Operating Temperature: -13 to 131
- Operation Distance: 3.94 to 7.87
- Beam Type: Visible
from Micro-Epsilon Group
Compact confocal chromatic sensor with a 12 mm diameter, submicron resolution and a small light spot for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.3780 to 0.4567
- Optical Technology Type: Convergent
from Locon Sensor Systems, Inc.
Universal Heavy Duty Photoelectrics. Cylindrical Housing Size of M18 and M30. Diffuse sensing range of up to 2M. Fiber Optic Diffuse sensing range of up to 500mm. Fiber Optic Thru-Beam sensing range of up to 3M [See More]
- Fiber Optic: Glass
- Operating Temperature: -4 to 140
- Operation Distance: 78.74
- Optical Technology Type: Through Beam (optional feature); Diffuse (optional feature)
from Micro-Epsilon Group
Confocal chromatic sensor system with integrated controller, IP65 housing and up to 8 kHz measuring rate for micrometer-accurate distance and thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 122
- Operation Distance: 0.5906 to 0.6299
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Hybrid confocal chromatic sensor with an 8 mm diameter and an axial or radial beam path for precise distance measurements in confined installation spaces. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.0984 to 0.1142
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Hybrid confocal chromatic sensor with an 8 mm diameter and an axial or radial beam path for precise distance measurements in confined installation spaces. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.1929 to 0.2520
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Miniature confocal chromatic sensor with a 4 mm diameter and an axial or radial beam path for precise distance measurements in confined installation spaces. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.0748 to 0.2126
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Miniature confocal chromatic sensor with a 4 mm diameter and an axial or radial beam path for precise distance measurements in confined installation spaces. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.0984 to 0.2362
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Confocal chromatic sensor for series applications with submicron resolution, a small light spot and an excellent price-performance ratio for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.5906 to 0.6299
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Confocal chromatic sensor for series applications with submicron resolution, a small light spot and an excellent price-performance ratio for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 2.4 to 3.11
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Confocal chromatic sensor for special requirements with an axial or radial beam path, a very small light spot and suitability for vacuum areas for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 1.06 to 1.46
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Confocal chromatic sensor for special requirements with an axial or radial beam path, a very small light spot and suitability for vacuum areas for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.4961 to 0.5945
- Optical Technology Type: Convergent
from Micro-Epsilon Group
High-performance confocal chromatic sensor system with integrated controller, IP65 housing and up to 25 kHz measuring rate for high-precision distance, thickness and multilayer measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 122
- Operation Distance: 0.3937 to 0.4331
- Optical Technology Type: Convergent
from Micro-Epsilon Group
High-precision confocal chromatic sensor with a very small light spot and large tilt angle for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.0394 to 0.0433
- Optical Technology Type: Convergent
from Micro-Epsilon Group
High-precision confocal chromatic sensor with a very small light spot and large tilt angle for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.6693 to 0.7283
- Optical Technology Type: Convergent
from Micro-Epsilon Group
High-precision confocal chromatic sensor with a very small light spot and large tilt angle for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 0.2087 to 0.2205
- Optical Technology Type: Convergent
from Micro-Epsilon Group
High-temperature confocal chromatic sensor for environments up to 200 C, suitable for vacuum applications up to UHV and for precise distance and thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 392
- Operation Distance: 0.2303 to 0.2618
- Optical Technology Type: Convergent
from Micro-Epsilon Group
High-temperature confocal chromatic sensor for environments up to 200 C, suitable for vacuum applications up to UHV and for precise distance and thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 392
- Operation Distance: 0.3150 to 0.3937
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Robust universal confocal chromatic sensor with an extremely small light spot and large tilt angle for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 8.66 to 9.76
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Robust universal confocal chromatic sensor with an extremely small light spot and large tilt angle for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 8.66 to 9.76
- Optical Technology Type: Convergent
from Micro-Epsilon Group
Robust universal confocal chromatic sensor with an extremely small light spot and large tilt angle for precise distance and one-sided thickness measurements. [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: 41 to 158
- Operation Distance: 1.61 to 1.85
- Optical Technology Type: Convergent
from Optex FA
Interconnect type FO amp IR LED 10-turn for sensing water based materials [See More]
- Fiber Optic: Glass
- Operating Temperature: -13 to 131
- Operation Distance: 0.0 to 3.94
- Optical Technology Type: Through Beam; Diffuse
from Banner Engineering Corp.
Features LED bargraph to indicate signal strength, sensing contrast, programming status and diagnostic warnings, when not in high-speed mode. Available in glass and plastic fiber optic models. Includes marginal gain indicator with alarm output. Solves routine applications with economical standard... [See More]
- Fiber Optic: Glass; Plastic
- Operating Temperature: -4 to 158
- Operation Distance: 0.1969 to 1320
- Optical Technology Type: Diffuse
from OMEGA Engineering, Inc.
The Cutler-Hammer ® Comet Series is a complete line of high performance, 18 mm tubular sensors with a variety of models and modes to solve virtually any sensing problem. The sensors are available in thrubeam,reflex, polarized reflex, diffuse reflective, focused diffuse reflective, wide angle... [See More]
- Fiber Optic: Glass
- Operating Temperature: -40 to 158
- Operation Distance: 1.5 to 960
- Optical Technology Type: Through Beam (optional feature); Retroreflective (optional feature); Polarized Retroreflective (optional feature); Diffuse (optional feature)
from KEYENCE
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 with... [See More]
- Fiber Optic: Glass; Plastic
- Optical Technology Type: Through Beam; Retroreflective; Polarized Retroreflective; Diffuse; Convergent; Adjustable Field Background Suppression
- Operating Temperature: -4 to 131
- Beam Type: Visible
from Eaton Corporation - Sensors
Customize These High Performance Sensors with Interchangeable Outputs and Logic Functions. Cutler-Hammer 50 Series Photoelectric Sensors from Eaton's electrical business offer flexibility, durability and high optical performance in a cost effective self-contained package. Choose from four output... [See More]
- Fiber Optic: Glass
- Operating Temperature: -22 to 158
- Operation Distance: ? to 840
- Optical Technology Type: Through Beam
from Banner Engineering Corp.
Best in class response speeds of 10 μs, 15 μs, 50 μs, 250 μs, 500 μs, and 1000 μs. Easy-to-read dual digital displays show signal level and threshold values. Simple user interface ensures easy sensor set-up and programming via displays and switches/buttons or remote input teach... [See More]
- Fiber Optic: Glass
- Beam Type: Visible
- Operating Temperature: 14 to 131
- Mode: Light/Dark Programmable
from OMEGA Engineering, Inc.
The Cutler-Hammer E58 Harsh Duty Series by Eaton's electrical business was designed to withstand your harshest physical, chemical and optical environments. Extensive research dictated the choice of materials used in this sensor. Stainless steel, PVDF and tempered glass components are mechanically... [See More]
- Fiber Optic: Glass
- Operating Temperature: -40 to 131
- Operation Distance: 4 to 9600
- Optical Technology Type: Through Beam (optional feature); Retroreflective (optional feature); Polarized Retroreflective (optional feature); Diffuse (optional feature)
from Eaton Corporation - Sensors
High Optical Performance and a Built-In Swivel Bracket for Easy and Precise Alignment. Cutler-Hammer 55 Series Photoelectric Sensors are identical to Eaton's 50 Series except without the interchangeable outputs or logic functions. They offer durability and high optical performance in a... [See More]
- Fiber Optic: Glass
- Operating Temperature: -22 to 158
- Operation Distance: ? to 840
- Optical Technology Type: Through Beam
from Eaton Corporation - Sensors
High Performance Modular Sensors to Solve the Toughest Sensing Problems. The Cutler-Hammer 70 Series by Eaton's electrical business offers a wide choice of sensor heads, control units, output devices, logic modules, and accessories to solve virtually any problem. Sensor Heads are connected by cables... [See More]
- Fiber Optic: Glass
- Operating Temperature: -40 to 149
- Operation Distance: ? to 384
- Optical Technology Type: Through Beam
from Eaton Corporation - Sensors
Modular Construction and a Variety of Operating Modes. Cutler-Hammer E51 Limit Switch Style Modular Sensors from Eaton's electrical business are available in thru-beam, reflex, polarized reflex, diffuse reflective and fiber optic sensing modes to solve a wide variety of sensing applications. [See More]
- Fiber Optic: Glass
- Operating Temperature: -13 to 158
- Operation Distance: ? to 25
- Optical Technology Type: Through Beam
from Eaton Corporation - Sensors
The Easiest Photoelectric Sensor to Set Up and Use. The Cutler-Hammer SM Series from Eaton's electrical business provides high performance and ease of use in an economical, compact package. Lock In on Great Performance with TargetLock. ™. A sensor can have the greatest performance in the... [See More]
- Fiber Optic: Glass
- Operating Temperature: -13 to 131
- Operation Distance: ? to 600
- Optical Technology Type: Through Beam