Products/Services for Square D Lifting Magnet

  • Hooks-Image
    Hooks - (297 companies)
    Hooks are load-transmitting components that are most often used in conjunction with chains and other equipment. Products are designated as eye hooks, clevis hooks, or grab hooks and are used to connect lifting and rigging attachments. Hooks... Learn More
  • Copper, Brass, and Bronze Alloys-Image
    Copper, Brass, and Bronze Alloys - (606 companies)
    Copper, brass, and bronze alloys are non-ferrous metals with excellent electrical and thermal conductivity as well as good corrosion resistance, ductility and strength. Search by Specification | Learn More
  • Squares-Image
    Squares - (88 companies)
    ...on the inside corners or outside edges to facilitate fillets or radii on cast or machined parts. The beam of a precision square is thicker than the blade, which facilitates the use of the square on an edge. Precision squares are used for precision marking... Search by Specification | Learn More
  • Industrial Magnets-Image
    Industrial Magnets - (430 companies)
    Industrial magnets are manufactured for industrial use. They include individual magnets, bulk magnet materials, magnetic assemblies, magnetic sweepers, magnetic lifts, magnetic sheet handlers, magnetic retrievers, and permanent / electromagnet... Search by Specification | Learn More
  • D-Subminiature Connectors-Image
    D-Subminiature Connectors - (376 companies)
    D-subminiature or D-sub connectors are sturdy electrical connectors with a mating face shaped like the letter D. They provide polarization because male and female connectors can fit together in only one way. Description. D-subminiature or D... Search by Specification | Learn More
  • Lifting and Rigging Attachments - (661 companies)
    ...include a wide variety of components, such as lifting magnets, beam and girder clamps, plate clamps, grabs and tongs, spreader beams, specialty latches, and other fittings designed for use with slings. A load leveler or an end fitting is commonly used... Search by Specification | Learn More
  • Lifting Jacks - (445 companies)
    Lifting jacks are used for leveling or positioning heavy equipment, or for supporting structures. They use screw or cylinder-based actuators and are powered by hydraulic, mechanical, electric, or manual methods. Image Credit: Venture Mfg. Co.|Zhuhai... Search by Specification | Learn More
  • Lifting Columns - (18 companies)
    Lifting columns are telescopic actuators that are self-supporting, and used for lifting and height adjustment. They are commonly used for height adjustment applications in the industrial, medical, and entertainment workplaces. Lifting columns... Search by Specification | Learn More
  • Lifting Slings - (351 companies)
    Lifting slings are material handling accessories for load attachment to lifts, cranes, and hoists. Image Credit: DME Company | New Pig Corporation. Lifting slings or sling lifts are material handling accessories for load attachment to lifts, cranes... Search by Specification | Learn More
  • Magnet Wire - (45 companies)
    Magnet wire is used to create coils that, when energized, produce an electromagnetic field. Typically, these insulated electrical conductors are made of copper or aluminum. Magnet wire is available in large and small sizes, and may have a square... Learn More
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  • Fast Technique for Lorentz Force Calculations in Non-Destructive Testing Applications
    FD,S,L = FD,S,L − F0 D,S,L, where F0 D ,S,L are, respectively, the drag, side, and lift Lorentz force components acting on the square magnet for defect free conductor.
  • Forces on a magnet moving past figure eight coils
    ...copper magnet wire) were laid out sequentially around the inner surface of the drum in five configurations: Configuration A was a single coil with two 25.4-mm- square loops; B was eight... ...x 12.7 mm; D was two coils. each... Typical measured lift -, drag-, and guidance-force waveforms are shown in Fig. la for the magnet surface positioned at z = 4 mm from the center plane of the conducting coils, and at y = 10.2 mm, i.e., 90% of the magnet...
  • On the Formuloe of Bernoulli and of Haecker for the Lifting-power of Magnets
    FORNULBfor the lifting-power of magnets have been given by D . Bernoulli and by Haecker, and more... Bernoulli’s empirical rule t is that the lifting -power variea as the cube root of the square of the iiiagnet’s weight, or . where P is the lifting power or... ...the imgnet . iii contact with its keeper, and M7the nli1SS of the magnet .
  • Note on the Governing of Electromotors
    FORNULBfor the lifting-power of magnets have been given by D . Bernoulli and by Haecker, and more... Bernoulli’s empirical rule t is that the lifting -power variea as the cube root of the square of the iiiagnet’s weight, or . where P is the lifting power or... ...the imgnet . iii contact with its keeper, and M7the nli1SS of the magnet .
  • Federal Register > Wednesday, April 22, 2009 > [74 FR 18373] Notice of Proposed Administrative Cashout Agreement Pursuant to Section 122(H)(1) of the Comprehen...
    ...Inc., North Central Co-op, Phelps Dodge Industries Inc., Rackham Service Corp., Rea Magnet Wire Company Inc... ...Harris Kayot/Fort Wayne Anodizing, K-Com Transportation Services Inc. (Kemark Environmental Service) Kemco International Inc., Keystone RV Company, Kimball International Inc. and Kimball Electronic Inc., Labecca LLC, Lift All Division of Hydra... ...Rieke Corporation, Skyline Corporation, Square D , Sroufe Healthcare Products/Wilmot Holdings...
  • 2011 Index IEEE Transactions on Magnetics Vol. 47
    ...Coils for Higher Accuracy; TMAG Oct. 2011 3542-3545 Hashimoto, I., see Oyama, D ., TMAG Oct. 2011... ...Magne- toresistive Imaging; TMAG Jan. 2011 264-266 He, G., Huang, Z., and Chen, D., Two-Dimensional Field Analysis on Electro- magnetic Vibration-and-Noise Sources in Permanent- Magnet Direct Cur- rent Commutator... ...Tian, G., Reduction of Lift -Off Effects in Pulsed... ...Design Method for Realization of Open-Type Magnetically Shielded Room Composed of Magnetic Square Cylinders for MRI...
  • Computer modeling and experimental verification of figure-eight-shaped null-flux coil suspension system
    Configuration E: four figure-eight-shaped coils, each coil with 25.4-mm- square loops. ...and calculated for different air gaps (distance between the bottom surface of the magnet and the center... Figure 3.7 shows the measured lift , guidance, and drag forces acting on the permanent magnet at a speed of 22.6 d s , as a function of time (horizontal offset y = 10.2mm and air gap z = 4 mm).
  • Energy Division annual progress report for period ending September 30, 1986
    PM-ECM PNL PSA PSL PSTP PUC PWF QMDS R& D RCCP RCRA RCRIS RCS RECAP RECON... TAHP TASS TFMMS TFR TMI-I TOFACS TOPS TVA USAF UV VHLL permanent magnet electronically commutated motor Pacific Northwest Laboratory Problem... ...and Environmental Economics radio frequency root mean square Roof Thermal Research Apparatus... ...Scheduling Algorithm to Improve Lift Source Data System Solar...
  • Electromagnetic Fully Flexible Valve Actuator
    21 Wright, A. , Cope, D . , “High Intensity Radial Field Magnetic Array and Actuator , US Patent #6,828... NOMENCLATURE Ratio of Acceleration to the square root of Power; used as a metric of valve performance... ...MC Moving Coil MFEA Magnetic Finite Element Analysis MM Moving Magnet MP Moving Plunger R... ...VMVL Variable Max Valve Lift (valve actuation strategy) VVA...
  • Investigation on demagnetization of residual magnetization in architectural components using 3-D magnetic field analysis
    The residual magnetization is caused by welding current and lifting magnet . ...magnetizing process has been already proposed by using the three-dimen- sional (3- D ) nonlinear magnetostatic analysis... Moreover, the optimal setting of a square de- magnetization coil was also discussed.
  • The 1/D expansion for classical magnets: Low-dimensional models with magnetic field
    In particular, for the energy of a square -lattice classical Heisenberg magnet , MC simulations were made by Shenker and Tobochnik~ As concerns the two-dimensional model with D =2, the 1/D expansion cannot, naturally, describe the Kosterlitz... ...of the antiferromagnetic model with D=2 should simplify, because the magnetic field lifts the spontaneous symmetry...
  • The 1/D Expansion for Classical Magnets: Low-Dimensional Models with Magnetic Field
    In particular, for the energy of a square -lattice classical Heisenberg magnet the MC simulations were made by Shenker and Tobochnik [11] (see the comparison in ref. As concerns the 2-dimensional model with D = 2, the 1/D expansion cannot, naturally, describe the Kosterlitz–Thouless... ...of the antiferromagnetic model with D = 2 should simplify, because the magnetic field lifts the spontaneous sym...


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Magnetic Lifting Technologies US
Magnetic Lifting Technologies US
Master Magnetics, Inc.
Magnetic Lifting Technologies US
Industrial Magnetics, Inc.
Magnetic Lifting Technologies US