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The Engineering Toolbar
The Ultimate Resource for Engineering and Technical Research. (Learn More) |
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From GEEPLUS Inc.
Holding Magnets develop high attraction forces to flat magnetic materials. They are used to pick up or hold magnetic materials, and find application in applications ranging from holding of ferromagnetic workpieces during machining or assembly operations, through door latching or holdback devices, to selector devices in textiles machinery. There are three main variants of these devices HM (Holding Magnet) devices comprise of a permanent magnet usually in the form of a disc, encased in a mild steel pot which provides a return flux path. A strong magnetic field flows when the device is placed in contact with a ferromagnetic surface, developing a powerful attracting force to the surface. EM (ElectroMagnet) devices comprise a magnetic armature, usually in the form of a mild steel pot, into which a coil is fitted, such that magnetic flux flows when the coil is energised. The flux path contains an airgap designed such that when placed against a flat ferromagnetic surface, the airgap is closed by the mating part and flux flows between electromagnet and surface developing a powerful attraction force. Product Announcements
Topics of Interest
Plate heat exchangers are often used in low-viscous applications with moderate demands on operating temperatures and pressures, typically below 150° C. Gasket material is chosen to withstand both...
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Chapter 1: Heat Conduction
Figure 1.1: One-dimensional heat conduction in a solid
Figure 1.2: Differential volume element used in derivation of conduction equation
Figure 1.3: Heat...
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MOTOR ENCLOSURES
Electric motors are manufactured with a variety of mechanical enclosure features to provide protection to the working parts for specific environmental conditions. Although these...
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Unit Operations
Heat Exchanger Designs
Heat exchangers generally are based on cylindrical pipes that have a minimum surface area per unit volume through which heat is transferred (Kern, 1990).
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