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Supplier: MotiCont
Description: These linear motors (electric cylinders) are supplied with an internal shaft supported by two linear bearings. Applying a voltage across the terminals of the motor causes the motor to move to one direction. Reversing the polarity of the applied voltage will move
- Peak Force: 0.6875 to 3.1 lbs
- Slider or Carriage Travel: 0.375 to 0.96 inch
- Linear Motor Type: Moving Magnet
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Supplier: MotiCont
Description: These direct drive linear motors (electric cylinders) are supplied with an internal shaft supported by long life linear bearings and an integrated position sensor, eliminating backlash and extra space needed for an external feedback device. While there are many different types
- Peak Force: 1.25625 to 5 lbs
- Slider or Carriage Travel: 0.5 to 1 inch
- Linear Motor Type: Moving Magnet
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Supplier: RS Components, Ltd.
Description: ranges. They can accurately and reliably determine the position of a magnet attached to a moving object by using a patented combination of an ASIC (Application-Specific Integrated Circuit) and an array of MR (magnetoresistive) sensors. Potential Applications. Industrial:. Valve
- Operating Temperature: -40 to 185 F
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Supplier: Tecnotion
Description: The TD82 series reduces required magnet plate length, optimizing stroke length for greater system efficiency. Engineered for demanding applications that require long stroke lengths and high continuous force, the TD82 series brings impressive force density to an ultra-short motor
- Rated Continuous Thrust Force: 0 to 235.5904 lbs
- Peak Force: 0 to 407.1128 lbs
- Maximum Speed: 0 to 251.96850393700788 in/sec
- Nominal Stator Length: 7.5590592 to 11.3385888 inch
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Supplier: Tecnotion
Description: The UXX is the most powerful standard ironless motor Tecnotion has to offer. With no cogging and zero attraction force between the Coil Unit and the magnets. It is ideal for heavy duty industrial applications that demand ultra-precision and maximum force output, for example flat panel
- Rated Continuous Thrust Force: 0 to 190.1808 lbs
- Peak Force: 0 to 944.16 lbs
- Maximum Speed: 0 to 259.84251968503935 in/sec
- Nominal Stator Length: 4.4881914 to 17.9527656 inch
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Supplier: Tecnotion
Description: The TBX series features stronger magnet plates than our TB series, allowing for a compact motor design that takes up less space in your system. The new TBX iron core linear motors have an optimized force constant, making your system more efficient and capable of handling
- Rated Continuous Thrust Force: 0 to 489.8392 lbs
- Peak Force: 0 to 1,160.4176 lbs
- Maximum Speed: 0 to 185.03937007874015 in/sec
- Nominal Stator Length: 7.5590592 to 11.3385888 inch
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Supplier: Tecnotion
Description: The UMV coils are the smallest coils in the vacuum-rated linear motor series. Specifically suitable for low loads and tight spaces because of the short length. This motor is ideal for positioning e.g. in gantries, or high dynamic, light weight applications which require extreme
- Rated Continuous Thrust Force: 0 to 19.5576 lbs
- Peak Force: 0 to 90.1448 lbs
- Maximum Speed: 0 to 728.3464566929134 in/sec
- Nominal Stator Length: 5.905515 to 15.354339 inch
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Supplier: Yamaha Motor- Robot Division
Description: Next generation linear conveyor LCM100 supersedes belt conveyors and roller conveyors. To all customers who have concerns regarding your production line The issues facing the manufacturing industry continue to increase each year: shortened lead time, reduced cost, increased product quality,
- Rated Continuous Thrust Force: 10.7904 lbs
- Maximum Speed: 118.110236220473 in/sec
- Maximum Acceleration: 2 g
- Design Units: Metric
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Description: air and liquid cooling manifold available Internal thermal cutout switch protects coil Prealigned imbedded digital HED's Magnet tracks available as precision ground or lightweight formed and machined Two lengths of modular magnet tracks allow unlimited length of travel Vacuum
- Rated Continuous Thrust Force: 11 to 58.9 lbs
- Peak Force: 49.2 to 263.2 lbs
- Continuous Current (AC or DC): 2.3 to 7.6 amps
- Motor Force Constant: 1 to 18.4 lb/amp
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Supplier: Magmotor Technologies, Inc.
Description: Magmotor's Integral Suspension And Motor (ISAM) system is specifically designed to reduce particle generation and increase reliability for semiconductor manufacturing equipment. ISAM uniquely integrates a motor and magnetic bearing into one low-profile unit. Magmotor's system uses a
- Design Units: English
- Features: Modular Stator
- Linear Motor Type: Moving Magnet
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Description: The BLMA linear motor modules offer: High acceleration Rapid linear translation High throughput positioning of heavier loads over long travels Possessing unrivaled speed, strength and agility Extremely effective as high speed
- Rated Continuous Thrust Force: 69.688 to 189.7312 lbs
- Peak Force: 200.5216 to 380.5864 lbs
- Maximum Speed: 275.590551181102 in/sec
- Maximum Acceleration: 2.03873598369011 to 5.09683995922528 g
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Highly accurate, non-contact motors, HIWIN linear motors offer a variety of sizes and model types, enabling designers to choose the best fit for the application’s peak force and continuous force in the allowable space. HIWIN direct drive permanent magnet synchronous linear motor components can be iron-core or ironless-core. (read more)
Browse Linear Motors Datasheets for HIWIN Corporation -
The MAX48 linear encoder enables non-contact, completely integrated and absolute position measurement in hydraulic cylinders. Suitable for use under extreme ambient and operating conditions in applications in mobile machines. The innovative technology of magnetostriction offers high reliability, See options here (read more)
Browse Linear Encoders Datasheets for SICK -
-generation iron-core coil and magnet track components. Linear servo motors contribute to improved machine functionality and performance with exceptional features such as high speed, fast acceleration, long strokes, smooth speed control, clean operation, low noise, and low maintenance. The compact profile (read more)
Browse Linear Motors Datasheets for Yaskawa America, Inc. - Motion Division -
linear sensor detects the position of a cylinder used in an aseptic packaging machine. Used for sterile packaging in the pharmaceutical, food & beverage and chemical industries it enables accurate filling quantities. Positioned for Tough, Compact (read more)
Browse Linear Position Sensors Datasheets for Novotechnik U.S., Inc. -
A conventional 3-phase AC synchronous rotary motor uses a central rotor with magnets and a stationary rotary coil that generates a rotating magnetic field. A linear motor follows the same principles but with the coil typically being the moving part and the magnets being the stationary part. The (read more)
Browse Linear Motors Datasheets for HIWIN Corporation -
strayfields in e-beam or ion beam applications Vacuum rated Iron Core motors and magnet plates Motors with high cleanliness and clean room packaging Moving Magnet Specific designs tailored to applications Ironless moving (read more)
Browse Linear Motors Datasheets for Tecnotion -
Coupling linear motors is a practical way to increase available force and system performance while maintaining the existing machine architecture. Total force: In a coupled configuration, the total force generated by the system equals the sum of the forces produced by the individual (read more)
Browse Linear Motors Datasheets for Tecnotion -
Learn about W.C. Branham’s slot-tube style rodless cylinder line, DURATRK, in this video from our President and CEO Troy Branham. We make the DURATRK (read more)
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The direct drive technology of a linear motor is a perfect way to enhance productivity, accuracy, and dynamic performance. Direct drive motors eliminate the need for mechanical transmissions like rack and pinion, belts, and speed reducers. Between coil unit and magnets there is no contact, this means no mechanical wear. The technology makes designs slimmer, and modular and reduces costs. (read more)
Browse Linear Motors Datasheets for Tecnotion -
The mid-range TL is our most popular iron core motor. It features an extremely low attraction force between the coils and the magnets and stands out for its small size, high acceler.The TL is also available in long versions, which makes this all-rounder suited for nearly any application (read more)
Browse Linear Motors Datasheets for Tecnotion
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Subject Index
Toni, K., + , T-MAG JUl 00 1830-1836 Linear machines; cf. Linear motors Linear motors cylindrical moving - magnet lin. actuatorperform., magnetiz. pattern effect.
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1990 International Magnetics Conference. INTERMAG
S. Gairand S. J. Yang The Analysis of Thrust Characteristics in Moving Magnet Type Cylindrical Linear Pulse Motor .
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Halbach array magnet and its application to PM spherical motor
Reference[8] dealed with design of the moving - magnet linear motor with cylindrical Halbach array.
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An examination for increasing the motor constant of a cylindrical moving magnet-type linear actuator
MIZUNO et al.: AN EXAMINATION FOR INCREASING THE MOTOR CONSTANT OF A CYLINDRICAL MOVING MAGNET TYPE LINEAR ACTUATOR .
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http://dspace.mit.edu/bitstream/handle/1721.1/78177/829784046-MIT.pdf?sequence=2
[155] T. Mizuno, M. Kawai, F. Tsuchiya, M. Kosugi, and H. Yamada, “An examination for increasing the motor constant of a cylindrical moving magnet -type linear actuator,” IEEE Transactions on Magnetics 41(10): 3976–3978, 2005.
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Dynamically counterbalanced pneumatically driven expander of a split Stirling cryogenic cooler
In Figure 3, the pistons of the two identical linear compressors (1) are driven by the “ moving magnet ” linear motors comprising a radially magnetized cylindrical ring (2), electrical winding (3), and outer and inner laminated iron yokes (4), (5) arranged …
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A design of slotless BLDC motor for robot using equivalent magnetic circuit model
… Optimal Design of Interior Permanent Magnet Motors for Vehicle Applications, Ph.D. dissertation, Seoul National University, 2010 [10] T. Mizuno, M. Kawai, F. Tsuchiya, M. Kosugi, and H. sing the Motor Constant of a Cylindrical Moving Magnet -Type Linear 1, no.10, .
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The optimization of 60W linear motor using response surface methodology
[2] T. Mizuno, M. Kawai, F. Tsuchiya, M. Kosugi, and H. Yamada, “An Examination for Increasing the Motor Constant of a Cylindrical Moving Magnet -Type Linear Actuator,” IEEE Trans.
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2005 Index
An examination for increasing the motor constant of a cylindrical moving magnet -type linear actuator; T-MAG Oct 05 3976-3978 Mizuno, T., Y. Takata, and M. Matsumoto.
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Table of contents
An Examination for Increasing the Motor Constant of a Cylindrical Moving Magnet -Type Linear Actuator .