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Parker Trilogy: I-FORCE Ironless Linear Motor (210 Series) 3 Pole
Parker Trilogy: I-FORCE Ironless Linear Motor (210 Series) 3 Pole
 


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Availability: Subject to availability
Order #: 210-3


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Description Specifications and Drawings
 

Parker Trilogy: I-FORCE Ironless Linear Motor (210 Series)

Parker Trilogy’s I-Force ironless linear motors offer high forces and rapid accelerations in a compact package. With forces ranging from 5.5 lbf (24.5 N) - 197.5 lbf (878.6 N) continuous up to 5.5 lbf (24.5 N) - 883 lbf (3928 N) peak, the I-Force family offers a superior combination of performance and size.


The I-Force patented I-beam shape with its overlapping windings allows for a higher power density in a smaller motor, improved heat removal, and added structural stiffness. In addition, the ironless (or air core) linear motor design has no attractive force toward the magnets. This allows for easy installation and zero cogging during motion.


Ultra high-flex cables come standard with I-Force motors. In addition, we offer modular magnet tracks for unrestricted travel length. Incredibly smooth motion, high precision and high force density make the I-Force linear motors an ideal solution for your demanding positioning requirements.


Features:

  • Ironless motor, patented, RE34674

  • Cross-section: 2.25”H (57.1mm) x 1.25”W (31.7mm)

  • Peak forces in four sizes to 110lbs (494), continuous forces to 24.8lb (104.5N)

  • Precision ground 3-piece track (210 model)

  • Two lengths of modular magnet tracks allow unlimited length of travel

  • Pre-aligned embedded digital HEDs, also available in separate cable from motor leads

  • Internal air cooling manifold standard

  • Internal thermal cutout switch protects coil


Overlapping Windings:

  • Increased force density

  • Improved heat dissipation

  • Lower temperature rise

  • Smaller, less expensive motor


No attractive force toward the magnets:

  • Easier/Safer assembly and handling, smoother travel (no cogging)


Uses thermally conductive epoxy together with the windings (Patented RE34674):

  • Better heat dissipation


Vacuum encapsulation process:

  • Allows motors to be used in high-vacuum environments (Rated at 10^-6 torr, currently used in 10^-7 torr applications)


Modular Magnet Track:

  • Unrestricted travel length


Embedded overtemp thermostat or optional thermistor:

  • Protects windings against overheating


Ultra high-flex cables:

  • Longer cable life, good for millions of cycles


Linear Motor Advantages

  • High Speeds

  • High Accelerations

  • Fast Response – 100 times that of a mechanical system

  • Stiffness – spring rate better than a mechanical system

  • Zero Backlash – direct drive technology

  • Maintenance Free Operation – mechanical simplicity due to reduced component count

  • Long Travels Without Performance Loss

  • Suitable for Vacuum and Extreme Environments


Applications

  • Semiconductor and Electronics

  • Flat Panel and Solar Panel Manufacturing

  • Medical and Life Sciences

  • Machine Tools

  • Optics and Photonics

  • Large Format Printing, Scanning and Digital Fabrication

  • Packaging and Material Handling

  • Automated Assembly


Parker has one of the broadest offerings in available linear motor technologies. From component or “kit” style motors, packaged positioning tables, to complete custom engineered systems, Parker can provide a solution for any linear motion requirement.


Component Motors

  • Ironless Motors – ultra high performance and zero cogging

  • Ironcore Motors – highest power per package size

  • Slotless Motors – good linear force, smooth translation, low cost


Industrial Grade Positioners

  • Pre-engineered, ready-to-run packages

  • Drive / amplifier connectorization

  • High dynamic velocity and accelerations

  • High precision


Precision Grade Positioners

  • Pre-engineered, ready to run packages

  • Drive / amplifier connectorization

  • Extremely high precision

  • Miniature positioners available


Multi-Axis Capability

  • Standard transition brackets available

  • Custom configurations

  • Dowel pinning for superior orthogonality

  • Cable Management


Custom Engineered Systems

  • Let Parker’s extensive motion design experience, systematic project management process, and global infrastructure solve your most demanding motion problems.

  • Collaborative development cycle aligns customer goals and rigorous performance specifications with a complete engineered solution.


Model No.: 210-3A-AC-WD1P-8, 210-3A-AC-WD1S-8, 210-3A-AC-WD1T-8, 210-3A-AC-WD2P-12, 210-3A-AC-WD2P-3, 210-3A-AC-WD2P-4, 210-3A-AC-WD2P-8, 210-3A-AC-WD2S-8, 210-3A-AC-WD2T-8, 210-3A-AC-WD3P-8, 210-3A-AC-WD3S-10, 210-3A-AC-WD3S-11, 210-3A-AC-WD3S-40, 210-3A-AC-WD3S-8, 210-3A-AC-WD3T-8, 210-3A-AC-WD4P-8, 210-3A-AC-WD4S-8, 210-3A-AC-WD4T-8, 210-3A-AC-WD7P-8, 210-3A-AC-WD7S-8, 210-3A-AC-WD7T-8, 210-3A-NC-WD1P-8, 210-3A-NC-WD1S-8, 210-3A-NC-WD1T-8, 210-3A-NC-WD2P-10, 210-3A-NC-WD2P-17, 210-3A-NC-WD2P-2V, 210-3A-NC-WD2P-33, 210-3A-NC-WD2P-50, 210-3A-NC-WD2P-8, 210-3A-NC-WD2P-8V, 210-3A-NC-WD2S-10, 210-3A-NC-WD2S-17, 210-3A-NC-WD2S-2, 210-3A-NC-WD2S-28, 210-3A-NC-WD2S-33, 210-3A-NC-WD2S-50, 210-3A-NC-WD2S-6, 210-3A-NC-WD2S-8, 210-3A-NC-WD2T-8, 210-3A-NC-WD3P-17, 210-3A-NC-WD3P-8, 210-3A-NC-WD3S-20, 210-3A-NC-WD3S-25, 210-3A-NC-WD3S-30, 210-3A-NC-WD3S-33, 210-3A-NC-WD3S-8, 210-3A-NC-WD3T-8, 210-3A-NC-WD4P-8, 210-3A-NC-WD4S-8, 210-3A-NC-WD4T-8, 210-3A-NC-WD7P-8, 210-3A-NC-WD7S-10, 210-3A-NC-WD7S-15, 210-3A-NC-WD7S-16, 210-3A-NC-WD7S-25, 210-3A-NC-WD7S-30, 210-3A-NC-WD7S-8, 210-3A-NC-WD7T-10, 210-3A-NC-WD7T-16, 210-3A-NC-WD7T-16V, 210-3A-NC-WD7T-8, 210-3B-AC-WD1P-8, 210-3B-AC-WD1S-8, 210-3B-AC-WD1T-8, 210-3B-AC-WD2P-8, 210-3B-AC-WD2S-8, 210-3B-AC-WD2T-8, 210-3B-AC-WD3P-10, 210-3B-AC-WD3P-20, 210-3B-AC-WD3P-8, 210-3B-AC-WD3S-40, 210-3B-AC-WD3S-8, 210-3B-AC-WD3T-8, 210-3B-AC-WD4P-8, 210-3B-AC-WD4S-8, 210-3B-AC-WD4T-8, 210-3B-AC-WD7P-8, 210-3B-AC-WD7S-15, 210-3B-AC-WD7S-8, 210-3B-AC-WD7T-8, 210-3B-NC-WD1P-8, 210-3B-NC-WD1S-8, 210-3B-NC-WD1T-8, 210-3B-NC-WD2P-8, 210-3B-NC-WD2S-8, 210-3B-NC-WD2T-8, 210-3B-NC-WD3P-12, 210-3B-NC-WD3P-16, 210-3B-NC-WD3P-8, 210-3B-NC-WD3S-3, 210-3B-NC-WD3S-8, 210-3B-NC-WD3T-8, 210-3B-NC-WD4P-8, 210-3B-NC-WD4S-10V, 210-3B-NC-WD4S-8, 210-3B-NC-WD4T-8, 210-3B-NC-WD7P-8, 210-3B-NC-WD7S-12, 210-3B-NC-WD7S-8, 210-3B-NC-WD7T-8, 210-3M-AC-WD1P-8, 210-3M-AC-WD1S-8, 210-3M-AC-WD1T-8, 210-3M-AC-WD2P-8, 210-3M-AC-WD2S-8, 210-3M-AC-WD2T-8, 210-3M-AC-WD3P-8, 210-3M-AC-WD3S-8, 210-3M-AC-WD3T-8, 210-3M-AC-WD4P-8, 210-3M-AC-WD4S-8, 210-3M-AC-WD4T-8, 210-3M-AC-WD7P-8, 210-3M-AC-WD7S-8, 210-3M-AC-WD7T-8, 210-3M-NC-WD1P-8, 210-3M-NC-WD1S-8, 210-3M-NC-WD1T-8, 210-3M-NC-WD2P-8, 210-3M-NC-WD2S-16, 210-3M-NC-WD2S-8, 210-3M-NC-WD2T-8, 210-3M-NC-WD3P-13, 210-3M-NC-WD3P-5V, 210-3M-NC-WD3P-8, 210-3M-NC-WD3P-8V, 210-3M-NC-WD3S-24, 210-3M-NC-WD3S-8, 210-3M-NC-WD3S-8V, 210-3M-NC-WD3T-13, 210-3M-NC-WD3T-8, 210-3M-NC-WD4P-1, 210-3M-NC-WD4P-8, 210-3M-NC-WD4P-8V, 210-3M-NC-WD4S-8, 210-3M-NC-WD4S-8V, 210-3M-NC-WD4T-8, 210-3M-NC-WD7P-13, 210-3M-NC-WD7P-8, 210-3M-NC-WD7S-20V, 210-3M-NC-WD7S-8, 210-3M-NC-WD7S-8V, 210-3M-NC-WD7T-8, 210-3N-AC-WD1P-8, 210-3N-AC-WD1S-8, 210-3N-AC-WD1T-8, 210-3N-AC-WD2P-8, 210-3N-AC-WD2S-8, 210-3N-AC-WD2T-8, 210-3N-AC-WD3P-8, 210-3N-AC-WD3S-8, 210-3N-AC-WD3T-8, 210-3N-AC-WD4P-8, 210-3N-AC-WD4S-8, 210-3N-AC-WD4T-8, 210-3N-AC-WD7P-8, 210-3N-AC-WD7S-8, 210-3N-AC-WD7T-8, 210-3N-NC-WD1P-8, 210-3N-NC-WD1S-8, 210-3N-NC-WD1T-8, 210-3N-NC-WD2P-8, 210-3N-NC-WD2S-16, 210-3N-NC-WD2S-8, 210-3N-NC-WD2T-8, 210-3N-NC-WD3P-8, 210-3N-NC-WD3S-16, 210-3N-NC-WD3S-21, 210-3N-NC-WD3S-8, 210-3N-NC-WD3S-8V2, 210-3N-NC-WD3T-8, 210-3N-NC-WD4P-8, 210-3N-NC-WD4S-8, 210-3N-NC-WD4S-8V, 210-3N-NC-WD4T-8, 210-3N-NC-WD7P-8, 210-3N-NC-WD7S-20, 210-3N-NC-WD7S-8, 210-3N-NC-WD7T-8


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