Abstract:
The present invention provides a solenoid and electrical connector assembly which includes a solenoid body having a pair of electrical terminals disposed on opposite sides of a plunger component and a connector having two corresponding electrical terminals and a non-conductive blade or tongue disposed therebetween. When assembled, the tongue of the connector seats between the terminals on the solenoid body and inhibits corrosion and ingress of foreign matter in the region between the terminals of the solenoid.
Abstract:
The present invention provides a solenoid and electrical connector assembly which includes a solenoid body having a pair of electrical terminals disposed on opposite sides of a plunger component and a connector having two corresponding electrical terminals and a non-conductive blade or tongue disposed therebetween. When assembled, the tongue of the connector seats between the terminals on the solenoid body and inhibits corrosion and ingress of foreign matter in the region between the terminals of the solenoid.
Abstract:
A slip-fit electrical connector compatible with different size threaded transformer studs includes a body having a plurality of transverse conductor receiving passageways, and intersecting conductor fastener receiving passageways. The body also has a multi-size transformer stud receiving passageway extending longitudinally inwardly from an end thereof, and at least one stud fastener receiving passageway intersecting the multi-size transformer stud receiving passageway. The multi-size transformer stud receiving passageway may be defined by an arcuate bottom, and a plurality of successively larger threaded stud landings with a lowermost threaded stud landing being bifurcated by the arcuate bottom. Each successive threaded stud landing may be bifurcated by a prior threaded stud landing. The threaded stud landings are for different size threaded transformer studs to conveniently and reliably fasten the transformer stud and connector together.
Abstract:
A coil assembly includes a spool and a connector keyed thereto. To wind a coil on the spool, the spool is moved linearly with respect to the connector until the connector does not interfere with the winding bay on the spool. Thereafter, a wire is wound around the spool within the winding bay to form the coil. Once the coil is complete, the spool can be moved linearly with respect to the connector until a keying structure on the spool engages an opposing keying structure on the connector and a locking mechanism on the spool engages a corresponding locking mechanism on the connector. Thus, a complete coil assembly can be manufactured in one operation with minimal manufacturing steps.
Abstract:
A plug connector includes a first connector half configured as a socket connector and a second connector half configured as a plug connector, each of the connector halves including an insulating body housing at least a respective pair of electric contact elements, respectively female and male, a short-circuit element being provided between the contacts of the socket connector half, adapted to hold such contacts shorted upon unmated connector, wherein the short-circuit element is made from a strip of resilient metallic material, shaped so as to constitute a spring and to offer, at each of its ends, a resilient contact, the first end of the short-circuit element being substantially rigid and stable in contact with a respective female electric contact element, while the second end of the short-circuit element, upon plug connector unmated, goes intimately into contact with the other element of female electrical contact of the socket connector.
Abstract:
Electrical current transducer for measuring an electric current in a primary conductor, including a housing (4), a magnetic core (6) surrounding a central aperture (9) through which the primary conductor extends, and a magnetic field sensing device (8) comprising connection terminals (18). The housing comprises a magnetic core receiving cavity (22) in which the magnetic core is lodged and a connecting interface portion (25) in which the magnetic field sensing is lodged, the connecting interface projecting outwardly from the magnetic core receiving cavity and comprising latching elements complementary to latching elements of a separate connector interface element (11) selectively mountable to the connecting interface portion. The connector interface element comprises a connector shroud (14) forming with the connection terminals a pluggable connector interface for pluggable connection to an external pluggable connector, the current transducer adapted for mounting on an external circuit board without connector shroud.
Abstract:
A concentrated power-distribution member for a concentrated winding motor including a ring-shaped busbar and a coil connection terminal formed in one-piece with the busbar to hold a coil winding end positioned in an inner side of the busbar. The coil connection terminal has an erected portion extending from the busbar in parallel with the center axis of the busbar and a pair of arms extending from the leading end of the erected portion toward a center axis. A pair of arms is constructed by a pair of wing portions that extend to both sides of the erected portion and are bent toward the center axis along a bending line parallel to the center axis. A coil end holding portion is provided in leading ends of the pair of arms. According to this construction, a dimension of the concentrated power-distribution member is reduced.
Abstract:
A connector for connecting a transformer stud with at least one conductor includes first and second opposed end faces, with each of the faces respectively including first and second ports configured to receive the stud therethrough. A central bore extends from at least the first port for receiving the stud therein. The connector includes a plurality of channels oriented transverse to the central bore with each of the channels being configured to receive a conductor therein. The central bore may extend from the first port to the second port. The central bore may be configured to selectively receive studs of at least two different sizes. The central bore may be configured to selectively receive studs, for example, having respectively diameters of about ⅝ of an inch and about 1 inch. The central bore may include an extruded toothed surface configured to secure the stud there against.
Abstract:
An object is to provide a compact AC adaptor integral-type household-power-line coupler capable of simplifying a structural arrangement of an apparatus containing a communication terminal, and also capable of improving a handling characteristic and an outer appearance thereof. The AC adaptor integral-type household-power-line coupler is arranged by employing a household-power-line power converting/supplying unit 7 connected to a plug unit 4, for supplying electric power to a communication terminal, the plug unit being employed to be coupled to a household-power-line plug socket; a household-power-line carrier signal coupling unit 8 for inputting/outputting a signal via the plug unit 4 to the communication terminal; and a casing unit 6 containing thereinto both the household-power-line power converting/supplying unit 7 and the household-power-line carrier signal coupling unit 8.