Abstract: A clip unit (10) that holds an electrical contact (11) in a passageway (12) of a connector frame (13), is of small cost and small length and can be installed using a small force, and provides the functions of centering a location along the contact within the passageway and preventing rearward movement of the contact along the passageway. The unit includes front and rear ring-shaped clip elements (25, 35) that each has a slot (26, 36) that is expanded to mount the unit in a neck (18) of the contact. A contact with the unit installed is pushed forwardly along the passageway until the front clip element encounters a constriction (45) in the passageway which compresses the diameter of the front clip element until it moves forward of the constriction and then expands. Thereafter, a rear end (27) of the front element abuts the constriction while a front end of the front element abuts a collar (17) of the contact to prevent rearward movement of the contact.

Abstract: A clip unit (10) that holds an electrical contact (11) in a passageway (12) of a connector frame (13), is of small cost and small length and can be installed using a small force, and provides the functions of centering a location along the contact within the passageway and preventing rearward movement of the contact along the passageway. The unit includes front and rear ring-shaped clip elements (25, 35) that each has a slot (26, 36) that is expanded to mount the unit in a neck (18) of the contact. A contact with the unit installed is pushed forwardly along the passageway until the front clip element encounters a constriction (45) in the passageway which compresses the diameter of the front clip element until it moves forward of the constriction and then expands. Thereafter, a rear end (27) of the front element abuts the constriction while a front end of the front element abuts a collar (17) of the contact to prevent rearward movement of the contact.

Abstract: A connection arrangement enables rapid connection and disconnection of a cable wire (11) to a post-shaped automobile battery terminal (12). A battery terminal connector (16), has a platform (17) with a front end forming a post-receiving hole (18) that receives the battery terminal, the platform having a rear end with a pair of stationary shoulders (21) and a pin contact (22) lying between the shoulders. A cable connector (25) includes a socket contact (26) that can connect to the battery connector, and a locking device. The locking device has a pair of clamp arms (31) that are resiliently biased together but that are deflected apart by a separator (38) until the arm shoulders (35) snap behind the stationary shoulders.

Abstract: A connector is described, with a receiver (11) at the rear end that receives and terminates to a cable conductor (12), with a contact (15) at the front end, and with an electrical fuse (16) between the receiver and contact. The fuse has front and rear fuse terminals (42, 43). A threaded connection between a contact threaded stud part (52) and a threaded coupling (23) in the receiver can draw the contact and receiver together and clamp the fuse terminals between contact and receiver. An insulator (24) surrounds the threaded tube to mechanically fix the threaded coupling to the receiver while electrically isolating one from the other. The receiver has a rear end crimped around the cable conductor and a front end crimped around the insulator.

Abstract: A connector is described, with a receiver (11) at the rear end that receives and terminates to a cable conductor (12), with a contact (15) at the front end, and with an electrical fuse (16) between the receiver and contact. The fuse has front and rear fuse terminals (42, 43). A threaded connection between a contact threaded stud part (52) and a threaded coupling (23) in the receiver can draw the contact and receiver together and clamp the fuse terminals between contact and receiver. An insulator (24) surrounds the threaded tube to mechanically fix the threaded coupling to the receiver while electrically isolating one from the other. The receiver has a rear end crimped around the cable conductor and a front end crimped around the insulator.

Abstract: A connector is mounted on a circuit board by a pair of elongated fasteners (23) that each have a connector end (29) that is fixed to the connector housing and a board mount end (28) that is fixed in mount holes (80) in the circuit board. The board mount ends of the fasteners are press fit into circuit board holes as the termination ends (42) of the connector contacts are inserted into plated holes in the board. Each fastener is attached to the connector by passing the connector end of the fastener through a hole (24) in a plate-like metal wing (74) of the connector and then press fitting the connector end of the fastener to the wing. The fastener has an elongated pin-like middle portion (26) that can be bent 90° so most of the connector can lie beyond an edge (70, 72) of the circuit board and partly in the plane of the circuit board.

Abstract: A connection arrangement enables rapid connection and disconnection of a cable wire (11) to a post-shaped automobile battery terminal (12). A battery terminal connector (16), has a platform (17) with a front end forming a post-receiving hole (18) that receives the battery terminal, the platform having a rear end with a pair of stationary shoulders (21) and a pin contact (22) lying between the shoulders. A cable connector (25) includes a socket contact (26) that can connect to the battery connector, and a locking device. The locking device has a pair of clamp arms (31) that are resiliently biased together but that are deflected apart by a separator (38) until the arm shoulders (35) snap behind the stationary shoulders.

Abstract: An electrical connector for mounting in an opening (2) of a wall (3), includes a connector element (4) having a bayonet threaded shaft (7) that projects into the opening and a clamp element (5) with a nut part that can be threaded onto the threaded shaft until shoulders on the two elements abut the wall, where the connector includes a latching mechanism (40) that prevents loosening of the clamp member. The latching mechanism includes a holder ring (54) on the connector element, that lies within a latch ring (50) on the clamp element. The latch ring has inwardly-extending projections (42, 44), while the holder ring carries at least one latch member (14). When the clamping member is tightened on the connector element, the distal end (15a) of the latch member readily rides over the projections. However, when the clamping member begins to loosen, the distal end resists such loosening.

Abstract: An electrical connector assembly (10) includes first and second connectors (11, 12) that each has inner and outer contacts, which provides a visual and tactile indication when the two connectors have not been fully mated. The first outer contact is in the form of a helical spring (16) of electrically conductive material which is contacted by the outer second contact (41) and compressed as mating continues until a detent (74) on one connector engages a groove shoulder (116) on the other connector. If connector mating stops before the detent engages the groove shoulder, the spring will push apart the two connectors to clearly indicate that full mating has not been achieved. A front end of the spring is bent to form a prong (31) that engages the first inner contact front end (102) prior to mating but which is deflected out of contact during mating, with the opposite end of the spring forming a rear terminal (29) of the first connector.

Abstract: A connector is provided with a contact that is grounded to a metal shell, which can be constructed at low cost. A grounded contact device (1A) that lies in a passage (10) of a connector housing, has a contact (20A) with a front mating end (3) and a rear terminating end (2) for connecting to a cable wire, the contact device also having a grounding element (9) in the form of a sleeve that lies around the contact and that can be inserted with the contact into the passage. The grounding element has a surrounding part (34) that closely surrounds a flange (8) on the contact, and has a rear portion with slots forming a plurality of tines (44) with a larger outside diameter than the surrounding part. When the contact device is inserted into the passage, the tines are compressed to squeeze the surrounding part of the grounding element tightly against the flange.

Abstract: A lockable electrical connector is provided with two connector halves, and a locking device which includes at least one pin on one connector half and at least one receiving sleeve on the other connector half. The pin embodies an annular securing groove and the receiving sleeve is provided with a circumferentially extending slot. In the mated condition of the connector halves, a transversely displaceable slide extends through the slot in the sleeve into the securing groove in the pin to lock the connector halves together.