Abstract:
A system for selecting coil voltage in an electrical device comprises a housing and a coil in the housing having a plurality of windings. Each winding has a pair of pins. A slider supports a plurality of moveable contacts and is moveably mounted in the housing proximate the coil so that the plurality of moveable contacts selectively make or break electrical contact between the winding pins to select coil voltage.
Abstract:
The invention provides an electromagnetic relay excellent in insulating property and high in opening and closing characteristics and productivity.Therefore, a pair of pedestal portions for coil terminals are arranged in the outer circumferential edge portion of the lower flange portion of a spool. A coil drawing-out groove continuously connected to the upper face of the above pedestal portion for a coil terminal is formed along the outer circumferential edge portion of the above lower flange portion. A storing concave portion able to store a shading coil attached to a magnetic pole portion of an iron core projected from a central hole of the above spool is formed on the lower face of the above lower flange portion.
Abstract:
An electromagnetic contactor that is designed for error-free assembly. The housing includes a contactor carrier interference that fixes the orientation between the housing and contact carrier. Orientation between the contact carrier and the armature is fixed by an offset elliptical joint. Pole shader interferences fix the orientation between the coil cover subassembly, the armature and the magnet. Shoulders located on two of four base legs fix the orientation between the housing and the base. The base includes a rail spring, spring catches, upper and lower catches that allow the contactor to be mounted on a DIN rail without using tools.
Abstract:
The electromagnetic switching device, especially contactor consists of an electromagnet (2) fastened in its housing, with a core (2) and an armature (14). Mounted on the core (2) is a magnet coil (17) carrying the coil assembly (7) and coil terminal parts (8) protruding only in one direction. The coil assembly (7) can be installed into the housing in two 180.degree. offset positions, around the winding axis of the magnet coil (17). The electromagnetic switching device can be used with unchanged inscription at 180.degree. offset coil terminal parts (8).