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Eddy Current Design
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Transformer winding services design transformers and other magnetics products for application-specific and OEM usage in a variety of industrial, medical, military, aerospace, telecommunications, commercial and specialty applications.
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Supplier: Integrated Engineering SoftwareDescription: Reducing design costs and development times is an ever-increasing challenge. FARADAY, a 3D time-harmonic eddy current field solver from Integrated Engineering Software gives you the advantage you need to meet this challenge head on. Using our innovative Boundary Element Method (BEM), Finite
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Supplier: Infolytica CorporationDescription: properly when there is saturation Account for all sources of loss such as eddy current and hysteresis
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Supplier: Olympus IMSDescription: Features Flexible and waterproof design Includes a 32 dB preamplifer Replaceable centering brushes Optional expandable spring-centering arms
- NDT Probe Technology: Eddy Current
- Style / Type: Pencil Probe
- Detection Format: Absolute, Differential
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Supplier: Micro-EpsilonDescription: eddyNCDT 3700 is a eddy current sensor system. The 3700 series is intended for high resolution applications in production systems for machine monitoring as a customised system for OEM applications, particularly when extreme resolution is demanded. Measuring ranges (mm): 0.5 / 1 / 1.5 / 3 / 6
- Output: Voltage
- Target Material: Non-Magnetic Targets, Non-ferrous Targets
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Supplier: Aerotech, Inc.Description: of reinforced ceramic epoxy. This ironless design eliminates eddy-current losses that otherwise would limit speed and produce additional heat. For highest rms force, optional air cooling is available. Offering high peak forces in its standard configuration, BLMC motors are available with special
- Linear Motor Type: Moving Coil, Moving Magnet, DC Brushless Design
- Design Units: English, Metric
- Forced Air Cooling: Yes
- Balanced Design: Yes
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Description: Application Specific Probes The key to successful coating measurement Probes are the most important component of systems used to measure coating thickness with either magnetic, magnetic induction and eddy current methods. This is the reason significant efforts and resources are expended
- NDT Probe Technology: Eddy Current
- Application: Coating Thickness
- Style / Type: Surface Probe
- Special Features: Contact Transducer
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Supplier: Electric Maintenance Service Co., Inc.Description: This eddy current item is a liquid cooled adjustable torque brake. It consists of a rotating member (rotor)keyed to a straight-through double extension shaft and a stationary brake coil. The brake imposes controlled deceleration at variable speeds. There is no physlcal contact between
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Description: trolley traverse drive Precision-cut heat treated gears operate in enclosed oil bath for long life Options Special applications available Power circuit limit switches Variable Frequency controls Flux vector control Eddy current hoist control Epoxy paint Explosion proof Air Powered
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Supplier: Clark SolutionsDescription: The operation of the RVL vortex flow meter is based on the vortex shedding principle. As fluid moves around a body, vortices (eddies) are formed and move downstream. They form alternately, from one side to the other, causing pressure fluctuations. These are sensed by a piezoelectric crystal
- Mounting Type: In-line
- End Fittings: Plain End
- Media Type: Liquid
- Electrical Output: Analog Current, Analog Voltage
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Supplier: MISTRAS NDTDescription: NDT Automation’s (NDTA) Automated Work Cell Systems are custom-designed for higher volume, repetitive Nondestructive Testing (NDT) applications. They combine high-speed, programmable automation for material handling, and use several NDT technologies, such as Eddy Current (ET), Ultrasound (UT
Featured Products for Eddy Current Design Top
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Stainless Steel sleeves on all rotors, variable rotational speeds and belt heights, removable side plates for easy access and maintenance, lifting eyes for easy installation and a low profile design. View More on IMI's Eddy Current Separators. About IMI: Industrial Magnetics, Inc. has served the industry since 1961, providing innovative permanent magnet and electromagnetic devices to meet customer's specific requirements in magnetic separation, automated material handling and holding, lifting... (read more)Browse Magnetic Separator Components Datasheets for Industrial Magnetics, Inc. -
Micro-Epsilon has developed a completely new manufacturing technology for eddy current sensors. Using "Embedded Coil Technology" (ECT), the sensor is embedded in an inorganic substrate material, which provides excellent temperature and form stability. Conventionally wire wound sensor coils are replaced by ECT sensors;. Maximum Integration Flexibility: Due to the miniature design of the sensor and its integration in an inorganic substrate, there is virtually unlimited freedom in terms... (read more)Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon -
Eriez' most recent addition to its extensive lineup of Eddy Current Separators features an eccentric magnetic rotor for separation of nonferrous metals. This unit, the RevX-E, is designed with an eccentrically mounted magnetic rotor within the nonconductive larger diameter shell.This eccentric rotor concentrate sits eddy current forces into a zone of separation at the end of the belt. By focusing its field, this design ignores ferrous material in the flow.The eccentric rotor design reduces... (read more)Browse Separators, Classifiers, and Screeners Datasheets for Eriez -
The Nortec 500 Series, Olympus NDT's newest eddy current flaw detectors incorporate a full range of features: internal balance coils, VGA output connector (for heads up displays, monitors, and projectors), and a USB interface for rapid information transfer. The Nortec 500 also includes PowerLink ™, for automatic probe recognition and program set-up. The Nortec 500 improves on previous Nortec eddy current instruments and is available in three configurations. Each configuration includes... (read more)Browse Flaw Detectors Datasheets for Olympus IMS -
Micro-Epsilon provides very flexible solutions in the area of eddy current sensors. This flexibility ranges from cost-effective sensor systems with highly integrated electronics, to innovative sensors with embedded coil technology. With this new coil technology, the sensors achieve levels of temperature stability, service life and harsh operating conditions that were not possible before. Therefore, these sensors are ideally suited to applications with high pressure, high temperature, aggressive... (read more)Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon -
Micro-Epsilon has developed a completely new manufacturing technology for eddy current sensors. Using "Embedded Coil Technology" (ECT), the sensor is housed in an inorganic carrier material, which provides temperature and shape stability. Conventionally wound sensor coils are replaced by ECT; the carrier material can even hold electronic components. The technology provides more freedom in the physical design of the sensors; in the case of special operating environments, the ECT sensors can... (read more)Browse Eddy Current Linear Encoders Datasheets for Micro-Epsilon -
Reducing a company's design and manufacturing overhead is key to staying on top in today's competitive market. OERSTED, a 2D/RS time-harmonic eddy current field solver from Integrated Engineering Software, delivers the power and performance needed to accomplish this goal, including transients solving. Using our innovative Boundary Element Method (BEM) technology with the Finite Element Method(FEM) and Hybrid solvers, OERSTED distinguishes itself in magnetic design problems that require large... (read more)Browse Engineering Analysis Software Datasheets for Integrated Engineering Software -
CST EM STUDIO® (CST EMS) is dedicated to the simulation of static and low frequency devices. Embedded in the same userfriendly design environment, CST EMS features a variety of solver module to tackle electrostatics, magentostatics, current flow, low frequency and even stationary temperature problems. Applications include: actuators, brakes, EMC, generators, motors, sensors, transformers measurement instrumentation, and shielding effects. Users can select from a wide range of solver module... (read more)Browse Modeling and Simulation Software Datasheets for CST - Computer Simulation Technology -
RF technology provides flexibility by eliminating the need for a magnet to be integrated into the sensor. This approach reduces issues with collection of debris around sensor tip, and eliminates magnetic "drag". A variety of applications experience issues with attraction of metal shavings and particles present in the application environment by the magnet in the sensor coil. In some cases, this build up of debris around the tip of the sensor can affect sensor operation. RF sensors eliminate these... (read more) -
Motion Sensors (MSI) modulated carrier (RF) sensors require coupling with MSI's PA1001A or PA2001 series preamplifiers or other modulated carrier amplifiers. When used with the PA1001A or PA2001 preamplifiers, they offer square wave (digital) output, low speed response, no drag, and large air gaps. They also have the ability to sense non-ferrous metals like aluminum and stainless steel, in addition to ferrous metals. RF sensors are becoming increasingly popular in applications such as turbine... (read more)
Conduct Research Top
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Using Eddy Current Test Techniques to Verify the Number of Bearings in a Bearing Assembly
missing. This difference in "mass" between these full and partially loaded. bearing sets can easily be detected by the probe. Data that was taken during the set-up and. design of the probe is represented in figure #7. This figure clearly shows the separation. between the eddy current signatures...
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Current Sensor Info.
into asecondary coil wound on the magnetic core to zero the flux producedin the magnetic core by the primary current. The output current of aclosed loop current sensor is an exact representation of the primarycurrent scaled by the number of turns in the secondary coil. As with theopen loop design...
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High Precision Non-contact Position Measurement With Emphasis On Eddy Current Technology
Kaman Instruments - High Precision Position Measurement HIGH PRECISION NON-CONTACT POSITION MEASUREMENT WITH EMPHASIS ON EDDY CURRENT TECHNOLOGY by Scott D. Welsby and Tim Hitz Kaman Instrumentation Corporation 1500 Garden of the Gods Road Colorado Springs, CO 80933, USA Tel. (719) 599-1801...
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Eddy Current Application Details
Spindles. Security of Flight Doors Improved Through Use of MTI-2100 Fotonic Sensor. Automotive Tier 1 Supplier uses MTI's Laser System to Improve Torque Converter Design. Measuring Small: Measuring Tape and Track Width (Published in Computer Technology Review). Microtrak II Improves Product Quality...
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Implicit Large Eddy Simulation: Computing Turbulent Fluid Dynamics
Implicit Large Eddy Simulation: Computing Turbulent Fluid Dynamics. Synthesizing the current understanding of the theoretical basis of the ILES methodology, this book reviews its accomplishments and presents the first comprehensive description of the methodology. Books24x7...
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Engineering and Design Notes for Clutches and Brakes
, a complete discussion of all types of these devices is included. Figure 5: Hysteresis Clutch. The hysteresis, or eddy-current, type of clutch is mainly used for proportional control. The principle of. operation of this unit is the formation of a magnetic flux field between two poles. A drag cup made...
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Learning to Decrease Machine Design and Build Costs
and inspection of precision components. Typical measuring technologies employed here include eddy current, mechanical gauging, ultrasonic and laser vision inspection systems, along with other devices. Very near to the startup of his own company, Warga found a supplier that intrigued him, as a result...
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Use of Residual Compression in Design to Improve Damage Tolerance in Ti-6Al-4V Aero Engine Blade Dovetails (.pdf)
for microcracks. were fatigue tested in cantilever bending mode at. using eddy current techniques. Currently there. a stress ratio, R of 0.5 using specially designed. are no repair or refurbishing options, nor have. test fixtures. Coalescing microcracks were. there been major catastrophic failures reported...
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Mobile monitor rides the rails to track defects
eddy-current sensors for measuring variations in rail height, a wire. Mobile monitor rides the rails to track defects | Machine Design. Skip to Content. Home. Subscribe. Advertise. Contact. RSS. E-mail: * Password: *. Create new account. Request new password. Advertisement. Products. CAD Library...
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Sensors 101: Baumer Electric Basics
. This is called the "Eddy Current Killed Oscillator" or ECKO principle. The Schmitt Trigger will recognize the change in amplitude and it will provide a signal to the sensor's output amplifier. When the metal target is removed from the sensor's range, the oscillator will return the magnetic field of the sensor...
Engineering Web Search: Eddy Current Design Top
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Transformer - Wikipedia, the free encyclopedia A varying current in the first or primary winding creates a varying magnetic flux in the transformer's core and thus a varying magnetic field through |
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Computational fluid dynamics - Wikipedia, the free... 2.2.2 Large eddy simulation 2.2.3 Detached eddy simulation |
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Ultrasonic Inspection, Eddy Current Testing, NDT Inspection... Ultrasonic Inspection | Eddy Current Testing | NDT Inspection Services See Quality Material Inspection, Inc. Information |
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NIST Physics Laboratory - SURF III Upgrade This photograph shows the first stored beam - 100 MeV electrons and an unknown (probably on the order of a few mA) stored current. |
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5. Process Improvement Definition of experimental design Uses 3. Choosing an Experimental Design Set objectives |
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Home | Methode Electronics,... Design & Engineering Manufacturing Test Design & Installation Services Data Center Infrastructure Solutions See Methode Electronics, Inc. Information |
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V I S H A y I n T E R T E C H n O l O G y, I n C . I n D U C T... a change of current is defi ned as: v = L di/dt Thus, the induced voltage is proportional to the inductance value and the rate of current change. See Vishay Intertechnology, Inc. Information |
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Optimum design for eddy current reduction in permanent magnet... Optimum design for eddy current reduction in permanent magnet to prevent irreversible demagnetization |
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Reduction design of eddy current loss in IPMSM using response... Reduction design of eddy current loss in IPMSM using response surface methodology |
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Design Method for a Large Aperture Opposite-field Septum... However, concerning the eddy current effects, the pulse magnet design is different from L/4 L/2 L/4 the DC one. |
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