A dual winding latching coil provides important power savings in a latching relay developed by Omron Electronics. As a result of the design, continuous power provisions are not required with the product which in its small package contributes to downsizing of printed circuit boards and enclosures. The relay is applicable for high inrush designs supporting products such as lighting controllers, factory and building automation equipment and HVAC control. For more info, see www.omron.com.
ThinGap has completed its latest large-size motor prototype, the TGO 385 for a commercial customer. The TGO 385 motor kit has an outer diameter of 385 mm (15 in.), and an axial height of 223 mm (9 in.), making it about the same volume as a 5-gallon bucket. The power output capability of the TGO 385 is estimated to be 100 kW or more depending on the application. […]
In concert with the growing demand for greater volumes of biotech nanoparticles, Particle Works has been launched as a new source for the automation of nanoparticle engineering and production. The company says that magnetic nanoparticles […]
With electrification rocking the automotive industry, magnets and motors are increasingly on the minds of design engineers and supply chain managers at many of the world’s top tier automotive suppliers as they transform to become providers of […]
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