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Supplier: Micro-Epsilon Group
Description: Eddy current sensors measure distances, displacements, or positions of any electrically-conduct ive target. Eddy current sensors from Micro-Epsilon are ideally suited for applications in harsh industrial environments (pressure, dust, temperature).
- Linearity: 0.2000 ±% Full Scale
- Operating Temperature: 302 F
- Technology: Eddy Current Linear Encoder
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Supplier: Micro-Epsilon Group
Description: In addition to standard sensors in conventional designs, miniature sensors can also be supplied which achieve high precision measurement results with the smallest possible dimensions. Pressure-resistant versions, screened housings, ceramic types and other special features characterize
- Linearity: 0.2000 ±% Full Scale
- Measurement Range: 0.0197 inch
- Operating Temperature: 302 F
- Technology: Eddy Current Linear Encoder
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Supplier: Micro-Epsilon Group
Description: The eddyNCDT 3060 is a powerful eddy current measuring system for fast, high precision displacement measurements. Based on ease of use and smart signal processing, this non-contact system defines a new performance class in inductive displacement measurement.
- Measurement Range: 0.1575 inch
- Operating Temperature: -4 to 356 F
- Output: Voltage, Current
- Technology: Eddy Current Linear Encoder, Linear Encoder
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Supplier: Micro-Epsilon Group
Description: The eddyNCDT 3070 is a powerful eddy current measuring system for fast, high precision displacement measurements. Based on ease of use and smart signal processing, this non-contact system defines a new performance class in inductive displacement measurement.
- Linearity: 0.2000 ±% Full Scale
- Measurement Range: 0.0157 inch
- Operating Temperature: -4 to 356 F
- Output: Voltage, Current
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Supplier: Lion Precision
Description: ECL101 noncontact displacement sensors using eddy-current technology offer high resolution measurement in hostile environments. Sub-micron resolutions for precision linear position sensor applications. Field calibration for easy probe replacement. DIN rail mountable
- Body: Cylindrical
- Linearity: 0.5000 ±% Full Scale
- Measurement Range: 0.0200 to 0.6000 inch
- Operating Temperature: -10 to 400 F
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Supplier: Lion Precision
Description: ECL202 noncontact displacement sensors using eddy-current technology offer high resolution measurement in hostile environments. Sub-micron resolutions for precision linear position sensor applications. DIN rail mountable electronics and threaded or unthreaded cynlindrical
- Body: Cylindrical
- Linearity: 0.2000 ±% Full Scale
- Measurement Range: 0.0100 to 0.6000 inch
- Operating Temperature: -10 to 400 F
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Supplier: Lion Precision
Description: ECL150 multiple channel noncontact displacement sensors using eddy-current technology offer high resolution measurement in hostile environments. Sub-micron resolutions for precision linear position sensor applications for servo control or monitoring. Great OEM solution.
- Body: Cylindrical
- Linearity: 0.2000 ±% Full Scale
- Measurement Range: 0.0200 to 0.6000 inch
- Operating Temperature: -10 to 400 F
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Description: Non-contact position sensing using Eddy Current Technology Specifically for OEM applications > Supports both dual and single coil sensors > Terminal I/O connections > Analog DC single ended and bipolar voltage outputs > Front PCB accessible coarse and fine calibration
- Body: Cylindrical
- Operating Temperature: 32 to 132 F
- Output: Voltage
- Technology: Inductive Linear Position Sensor/Switch
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Supplier: MFP Automation Engineering
Description: MFP supplies quality level, linear, and rotary position feedback and measurement products from Gemco.
- Technology: Eddy Current Linear Encoder, Linear Encoder, LVDT Linear Position Sensor
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Supplier: Honeywell Sensing & IoT
Description: Motion & Position Sensors // Proximity Sensors // Aerospace, Ordnance, & Marine (AOM)
- Operating Temperature: -107 to 257 F
- Output: Current
- Switch Type: Normally Open, Normally Closed
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Supplier: Lion Precision
Description: ECA100 is a high-precision eddy-current or inductive proximity switch with a nonlinear analog output. The analog output provides linear position sensor feedback while the precision repeatable switched output alerts operators and systems to conditions. User adjustable offset and
- Body: Cylindrical
- DC Load: 2-Wire
- Load: DC Load
- Operating Distance: 0.0020 to 0.6800 inch
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Supplier: WDI Wise Device Inc.
Description: The ATF4 sensor provides an auto focusing servo system with fast feed back signals needed to accurately focus almost every type of infinity corrected microscopes. It projects a reference laser spot through the microscopes own objective lens. The sensor determines direction and measures
- Body: Rectangular
- Output: Current
- Target: Non-Magnetic Targets
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Description: installation scenarios. The sensor is CE certified with IP67 protection grade. Description Lanbao inductive sensors are used everywhere in industrial fields. The sensor utilizes the principle of eddy current to effectively detect various metal workpieces, and has
- Body: Cylindrical
- DC Load: 2-Wire
- Load: DC Load
- Operating Distance: 0.0591 to 0.1575 inch
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Description: , the eddy current induced in the metal target, which will cause blocking of oscillator, or small oscillation. And the signal will be shaped, amplified and converted to electrical signal, which will drive the switch tube on and cut-off to realize the detection. It will create signal
- Operating Distance: 0.0787 inch
- Operating Temperature: 14 to 176 F
- Technology: Inductive Proximity Sensor
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Description: installation scenarios. The sensor is CE certified with IP67 protection grade. Description Lanbao inductive sensors are used everywhere in industrial fields. The sensor utilizes the principle of eddy current to effectively detect various metal workpieces, and has
- Body: Cylindrical
- DC Load: 2-Wire
- Load: DC Load
- Operating Distance: 0.0591 to 0.1575 inch
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Description: eddy current to effectively detect various metal workpieces, and has the advantages of high measurement accuracy and high response frequency. Non-contact position detection is adopted, which has no wear on the surface of the target object and has high reliability; the design of
- Operating Distance: 0.0315 to 0.0591 inch
- Technology: Inductive Proximity Sensor
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Description: eddy current to effectively detect various metal workpieces, and has the advantages of high measurement accuracy and high response frequency. Non-contact position detection is adopted, which has no wear on the surface of the target object and has high reliability; the design of
- Operating Distance: 0.0591 inch
- Technology: Inductive Proximity Sensor
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Featured Products Top
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. The housing contains both an eddy current sensor and a capacitive displacement sensor. These enable non-contact, one-sided, and high-precision thickness measurement of electrode coatings on metal substrates. The sensor system detects the layer thickness on chrome-coated steel rollers that (read more)
Browse Capacitive Linear Position Sensors Datasheets for Micro-Epsilon Group -
ruggedness, reliability under harsh conditions, high signal quality and good temperature stability. The electromagnetic sensors of the induSENSOR series are based on the well-proven inductive and eddy current principle. They are used successfully both in single and high volume OEM applications (read more)
Browse Inductive Linear Position Sensors and Switches Datasheets for Micro-Epsilon Group -
Available options Modified offset distance and measuring range Housing and mounting options for sensor and controller Pressure-resistant sensors up to 2,000 bar Sensors with integrated or external controller, miniature design (read more)
Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon Group -
properties, a family of eddy current sensor has been developed to check, by means of Marposs E70T, the presence/absence of thread. Every probe is realized in non-magnetic steel or high performance plastic with an embedded winding realized on ferrite core with the aim to focus magnetic field lines on (read more)
Browse Nondestructive Testing (NDT) Probes Datasheets for Marposs Corp -
The eddyNCDT 3001 is a cost-effective eddy current sensor with housing (read more)
Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon Group -
Non-contact eddy current sensors from Micro-Epsilon are designed for extremely high precision measurement of displacement, distance, position, oscillation and vibration, etc. to micrometer accuracies. Pressure, dirt, oil or high temperatures have almost no influence on measurement precision (read more)
Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon Group -
The new eddyNCDT 3020 is a compact, powerful eddy current measuring system for fast and precise displacement, distance and position measurements in industrial applications. The powerful controller offers high resolution and detects rapid distance changes with high precision. For (read more)
Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon Group -
Precision Control with the Push of a Button LS1 Series with analog interface The LS1 Series of position sensors lets you program start– and end–points, slope and (read more)
Browse Linear Position Sensors Datasheets for Novotechnik U.S., Inc. -
Autonics introduces the LPD Series inductive linear positioning sensors, designed for accurate detection of metal object movement across 14 mm and 103 mm ranges. Using a coreless method, these sensors offer improved precision and durability while reducing damage risk from surface impact. Compact (read more)
Browse Electromechanical Relays Datasheets for New Yorker Electronics Co., Inc. -
Position sensors with signal processor TE1 Series of linear position sensors have stroke lengths up to 150 mm and feature integrated signal conditioning with current or voltage outputs. This feature lets you connect the sensor directly to the analog input of the controller (read more)
Browse Linear Position Sensors Datasheets for Novotechnik U.S., Inc.
Conduct Research Top
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Eddy Current Displacement Sensors
Non-contact displacement sensors using the eddy current principle have proven their value for measuring displacement, position and gap. Measurements which, a few years ago, were considered impossible, can now be performed successfully. The key to this is the robust and accurate eddyNCDT
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Linear Position and Displacement Measurement With Capacitive and Eddy-Current Sensors
Virtually all capacitive and eddy-current sensor applications are fundamentally a measure of displacement (position change) of an object. This Application Note details the specifics of making such a measurement and what is required to make reliable measurements in micro and nano displacement
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Learn Why Eddy Current Sensors Are Now Replacing Inductive Sensors and Switches
Both eddy-current sensors as well as inductive switches and displacement sensors have been used for many years, each having their respective advantages when it comes to measuring position and displacement of objects in harsh environments.
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Robust Eddy Current Displacement Sensors Resistant to Oil and Dirt
Eddy current displacement sensors from Micro-Epsilon occupy a special position amongst inductive displacement sensors. Insensitive to environmental influences such as temperature, pressure and dirt, they measure displacement, distance and position with high accuracy. The compact eddyNCDT 3001 model
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Tips for Reducing Error When Using Eddy Current Measuring Techniques
Inductive eddy current technology is an extremely versatile non-contact method for measuring an object's position, distance, or vibration. Unaffected by environmental contaminants or target finish characteristics, these sensors can operate in a vacuum or in fluids, so they work well for dirty
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Z-Height Measurement with Noncontact Sensors
and implementation problems caused by limited space, temperature changes, vacuum, target surface interference, and damage to measurement probes resulting from incidental contact with the target. Capacitive and eddy-current noncontact displacement sensors are becoming a standard technology for z-height
More Information Top
Indicates content that may require registration and/or purchase.
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A 10 mW 2-channel fully integrated system-on-chip for eddy-current position sensing
[2] S. D. Roach, “Designing and Building an Eddy Current Position Sensor ”, Sensors, Vol. 15, No. 9, 1998 [3] K. Nagaraj, J. Vlach, T. R. Viswanathan, and K. Singhal, “Switched-capacitor integrator with reduced sensitivity to amplifier gain”, Electron. Lett., vol.
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Proceedings of the 9th IFToMM International Conference on Rotor Dynamics
The system is measured through modal impact testing using a PCB Piezotronics impulse hammer model 086C03 and a Bently Nevada eddy current position sensor model 330903.
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Prototype Secondary Mirror Assembly For The Space Infrared Telescope Facility
The mirror /cruciform assembly is driven in tilt about its combined center of mass using a unique flexure pivot and a four -actuator control system with feed- back provided by pairs of eddy current position sensors .
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Measuring in the Subnanometer Range: Capacitive and Eddy Current Nanodisplacement Sensors
This enormous offset is one of the main sources of instability and relative- ly low resolution associated with eddy current position sensors .
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Reactive sub-nanometer displacement sensors: Advantages and limitations
[6] S. D. Roach, “Designing and building an eddy current position sensor ,” Sensors-the Journal of Applied Sensing Technology 15(9), pp. 56-74, 1998.
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Eddy Current Position Sensing System for Diverse Safety ROD of PFBR
The results have established the feasibility of using inductively coupled eddy current position sensor for DSR in PFBR.
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Design, Modeling and Control of Nanopositioning Systems
1998) Designing and building an eddy current position sensor .
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Indirectly Excited Eddy Current Sensor
In conventional eddy current position sensor , a single coil is used as an exciter and also as a receiver, which is directly energized with alternating current.
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Eddy current microsensor for use in micromachine applications
amplifiers in signal conditioners for eddy current position sensors has shown that they minimise the .
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Flywheel magnetic suspension developments
Tests at the VCEL shows that an eddy current position sensor near to a coil that is suddenly powered up with a PWM power amplifier (P.A). producesan output noise floor that suddenlyjumps by about 30 dB.