Tool and adapter for electrical connector unit using insulation piercing contacts

Claim 2

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a resilient outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: a holding lug for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; an insertion blade, aligned with the holding lug, for pressing the conductor into the terminal element channel, into the insulation piercing notch of the terminal flange, and into the strain relief retainer; and a bifurcated insertion guide for embracing the conductor at a point immediately beyond the strain relief retainer to guide the conductor into the retainer.

Claim 3

An electrical condcutor mounting tool according to claim 1, and further comprising at least one stop element projecting laterally of the insertion blade to engage a surface of the connector unit and limit the depth of insertion of the insertion blade into the terminal element channel.

Claim 4

An electrical conductor mounting tool according to claim 1, for use with a connector unit in which the strain relief retainer comprises an integral part of a molded dielectric contact mount, with a narrow access slot aligned with the terminal element channel, said tool further comprising two stop shoulders projecting laterally of the opposite sides of the insertion blade and engageable with the outer surfaces of the contact mount adjacent the acess slot to limit the depth of insertion of the insertion blade into the terminal element channel.

Claim 5

An electrical conductor mounting tool according to claim 1, for use with a connector unit comprising a molded-dielectric contact mount defining a narrow access slot to the strain relief retainer aligned with a wider access slot over the terminal flange of the terminal element, in which the insertion blade of the tool includes a narrow strain relief insertion section aligned with a wider terminal flange insertion section.

Claim 6

An electrical conductor mounting tool according to claim 1 and further comprising a second holding lug, the two holding lugs engaging the conductor on opposite sides of the terminal flange in the terminal element.

Claim 7

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a resilient, outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: a holding lug for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the channel; an insertion blade, aligned with the holding lug, for pressing the conductor into the terminal element channel, into the insulation piercing notch of the terminal flange, and into the strain relief retainer; and at least one stop element for engaging a surface of the connector unit and limiting the depth of insertion of the insertion blade in the insulation piercing notch to avoid damage to the terminal flange.

Claim 8

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a resilient, outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: a holding lug for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the channel; an insertion blade, aligned with the holding lug, for pressing the conductor into the terminal element channel, into the insulation piercing notch of the terminal flange, and into the strain relief retainer; and at least one stop element for engaging a surface of the connector unit and limiting the depth of insertion of the insertion blade in the insulation piercing notch to avoid damage to the terminal flange.

Claim 9

An electrical conductor mounting tool according to claim 6, for use with a connector unit comprising a molded dielectric contact mount defining a narrow access slot to the strain relief retainer aligned with a wider access slot over the terminal flange of the terminal element, in which the insertion blade of the tool includes a narrow strain relief insertion section aligned with a wider terminal flange insertion section.

Claim 10

An electrical conductor mounting tool according to claim 6 and further comprising a second holding lug, the two holding lugs engaging the conductor on opposite sides O of the terminal flange in the terminal element.

Claim 11

An adaper tool for simultaneously mounting a plurality of insulation-covered electrical conductors in a corresponding plurality of contact members in a connector unit, each contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of a conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a corresponding plurality of resilient outwardly open strain relief retainers, one for each contact member, for capturing the conductor at the other end of the terminal element, the adapter tool comprising: a corresponding plurality of holding lugs, one for each contact member, each adapted to engage one conductor adjacent its free end and apply a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel of a given contact member; a corresponding plurality of insertion blades, each aligned with one holding lug, for pressing the conductors into the terminal element channels and into the insulation piercing notches of the terminal flanges; and a corresponding plurality of bifurcated insertion guides, each located at the end of one insertion blade opposite the holding lug for that blade, for embracing each conductor at a point immediately beyond the strain relief retainer to guide the conductor into the associated retainer.

Claim 12

An adaper tool for simultaneously mounting a plurality of insulation-covered electrical conductors in a corresponding plurality of contact members in a connector unit, each contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of a conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a corresponding plurality of resilient outwardly open strain relief retainers, one for each contact member, for capturing the conductor at the other end of the terminal element, the adapter tool comprising: a corresponding plurality of holding lugs, one for each contact member, each adapted to engage one conductor adjacent its free end and apply a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel of a given contact member; a corresponding plurality of insertion blades, each aligned with one holding lug, for pressing the conductors into the terminal element channels and into the insulation piercing notches of the terminal flanges; and a corresponding plurality of bifurcated insertion guides, each located at the end of one insertion blade opposite the holding lug for that blade, for embracing each conductor at a point immediately beyond the strain relief retainer to guide the conductor into the associated retainer.

Claim 13

An electrical conductor mounting adapter tool according to claim 9 in which the adapter tool further comprises means for anchoring the adapter tool to the connector unit.

Claim 14

An electrical conductor mounting adapter tool according to claim 10 in which the anchoring means includes a pair of anchoring arms for engagement with opposite ends of the connector unit, each anchoring arm including a tapered free end to avoid interference with an anchoring arm of a second adapter tool during mounting of the adaptor tools on the connector unit.

Claim 15

An adapter tool for simultaneously mounting a plurality of insulation-covered electrical conductors in a corresponding plurality of contact members in a connector unit, each contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of a conductor and including at least one terminal flange with an outwardly-open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a corresponding plurality of resilient outwardly-open strain relief retainers, one for each contact member, for capturing the conductor at the other end of the terminal element, the adapter tool comprising: a corresponding plurality of holding lugs, one for each contact member, each adapted to engage one conductor adjacent its free end and apply a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel of a given contact member; a corresponding plurality of insertion blades, each aligned with one holding lug, for pressing the conductors into the terminal element channels and into the insulation piercing notches of the terminal flanges; and a plurality of stop members, each laterally disposed with respect to the insertion blade, for limiting insertion of all of the insertion blades to a uniform depth to avoid damage to the terminal flange.

Claim 16

An adapter tool for simultaneously mounting a plurality of insulation-covered electrical conductors in a corresponding plurality of contact members in a connector unit, each contact member including a terminal element comprising an elongated channel having one end shaped to receive the free end of a conductor and including at least one terminal flange with an outwardly-open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a corresponding plurality of resilient outwardly-open strain relief retainers, one for each contact member, for capturing the conductor at the other end of the terminal element, the adapter tool comprising: a corresponding plurality of holding lugs, one for each contact member, each adapted to engage one conductor adjacent its free end and apply a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel of a given contact member; a corresponding plurality of insertion blades, each aligned with one holding lug, for pressing the conductors into the terminal element channels and into the insulation piercing notches of the terminal flanges; and a plurality of stop members, each laterally disposed with respect to the insertion blade, for limiting insertion of all of the insertion blades to a uniform depth to avoid damage to the terminal flange.

Claim 17

An electrical conductor mounting tool according to claim 12 in which the adapter tool further comprises means for anchoring the adapter tool to the connector unit.

Claim 18

An electrical conductor mounting tool according to claim 13 in which the anchoring means includes a pair of anchoring arms for engagement with opposite ends of the connector unit, each anchoring arm including a tapered free end to avoid interference with an anchoring arm of a second adapter tool during mounting of the adapter tools on the connector unit.

Claim 19

Apparatus for mounting at least one insulation-covered electrical conductor in a corresponding contact member of a connector unit, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation-piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including an outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the apparatus comprising: insertion means for inserting the conductor in response to the application of a force thereto, said insertion means including a first portion for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel, a second portion, aligned with said first portion, for pressing the conductor into the terminal element channel, into the insulation-piercing notch of the terminal flange, and into the strain relief retainer, and a third portion for engaging the conductor at a point immediately beyond the strain relief retainer to guide the conductor into the retainer; and means for anchoring the insertion means to the connector unit.

Claim 20

Apparatus for mounting at least one insulation-covered electrical conductor in a corresponding contact member of a connector unit, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation-piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including an outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the apparatus comprising: insertion means for inserting the conductor in response to the application of a force thereto, said insertion means including a first portion for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel, a second portion, aligned with said first portion, for pressing the conductor into the terminal element channel, into the insulation-piercing notch of the terminal flange, and into the strain relief retainer, and a third portion for engaging the conductor at a point immediately beyond the strain relief retainer to guide the conductor into the retainer; and means for anchoring the insertion means to the connector unit.

Claim 21

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulating piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including an outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: holding means for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; insertion means for pressing the conductor into the terminal element channel and into the insulation piercing notch of the terminal flange and into the strain relief retainer; and stop means for engaging the connector unit and limiting the depth of conductor insertion to avoid damage to the contact member.

Claim 22

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulating piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including an outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: holding means for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; insertion means for pressing the conductor into the terminal element channel and into the insulation piercing notch of the terminal flange and into the strain relief retainer; and stop means for engaging the connector unit and limiting the depth of conductor insertion to avoid damage to the contact member.

Claim 23

A tool for mounting an insulation-covered electrical conductor in a contact member which is supported by a contact supporting structure, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the contact member having an outwardly open strain relief retainer connected thereto for capturing the conductor at the other end of the terminal element, the tool comprising: holding means for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; insertion means including a projection aligned with the holding means for pressing the conductor into the terminal element channel and into the insulation piercing notch of the terminal flange, and a portion for pressing the conductor into the strain relief retainer; and stop means for engaging the contact supporting structure for limiting the depth of conductor insertion to avoid damage to the contact member.

Claim 24

A tool for mounting an insulation-covered electrical conductor in a contact member which is supported by a contact supporting structure, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the contact member having an outwardly open strain relief retainer connected thereto for capturing the conductor at the other end of the terminal element, the tool comprising: holding means for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; insertion means including a projection aligned with the holding means for pressing the conductor into the terminal element channel and into the insulation piercing notch of the terminal flange, and a portion for pressing the conductor into the strain relief retainer; and stop means for engaging the contact supporting structure for limiting the depth of conductor insertion to avoid damage to the contact member.

Claim 25

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with one outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including an outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: a holding portion for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; an insertion blade including a projection aligned with the holding portion for pressing the coductor into the terminal element channel and into the insulation piercing notch of the terminal flange, and a portion for pressing the conductor into the strain relief retainer; and stop means including at least one stop element for engaging the connector unit and limiting the depth of conductor insertion to avoid damage to the contact member.

Claim 26

A tool for mounting an insulation-covered electrical conductor in a contact member of a connector unit, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with one outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including an outwardly open strain relief retainer for capturing the conductor at the other end of the terminal element, the tool comprising: a holding portion for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel; an insertion blade including a projection aligned with the holding portion for pressing the coductor into the terminal element channel and into the insulation piercing notch of the terminal flange, and a portion for pressing the conductor into the strain relief retainer; and stop means including at least one stop element for engaging the connector unit and limiting the depth of conductor insertion to avoid damage to the contact member.

Claim 27

The tool of claim 18, wherein said stop element projects laterally of said insertion blade.

Claim 28

The tool of claim 19 wherein said stop element comprise a surface projecting from said insertion blade at a distance from the insertion projection to define the depth of insertion.

Claim 29

A tool for mounting an insulation-covered electrical conductor in a contact member supported by a contact supporting structure, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, an outwardly open strain relief retainer mounted adjacent the contact member for capturing the conductor at the other end of the terminal element, the tool comprising: a holding portion for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel and an insertion blade including a projection aligned with the holding portion for pressing the conductor into the terminal element channel and into the insulation piercing notch of the terminal flange, and a portion for pressing the conductor into the strain relief retainer; and stop means extending laterally of said insertion blade for engaging the contact supporting structure and limting the depth of insertion of the conductor to avoid damage to the contact member.

Claim 30

A tool for mounting an insulation-covered electrical conductor in a contact member supported by a contact supporting structure, the contact member including a terminal element comprising a channel having one end shaped to receive the free end of the conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, an outwardly open strain relief retainer mounted adjacent the contact member for capturing the conductor at the other end of the terminal element, the tool comprising: a holding portion for engaging the conductor adjacent its free end and applying a holding pressure to the conductor to maintain the free end of the conductor engaged in said one end of the terminal element channel and an insertion blade including a projection aligned with the holding portion for pressing the conductor into the terminal element channel and into the insulation piercing notch of the terminal flange, and a portion for pressing the conductor into the strain relief retainer; and stop means extending laterally of said insertion blade for engaging the contact supporting structure and limting the depth of insertion of the conductor to avoid damage to the contact member.

Claim 31

An adapter for an electrical connector which mounts a plurality of insulation-covered electrical conductors in a corresponding plurality of contact members in a connector unit, each contact member including a terminal element comprising an elongate channel having one end shaped to receive the free end of a conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a corresponding plurality of resilient outwardly open strain relief retainers, one of each contact member, for capturing the conductor at the other end of the terminal element, the adapter providing additional strain relief and comprising: a corresponding plurality of first portions, one for each contact member, each adapted to engage a respective conductor adjacent its free end and apply a holding pressure to maintain the free end of the conductor in said one end of the terminal element channel of a given contact member; a corresponding plurality of second portions, each aligned with a respective first portion, for engaging and applying a pressure to the conductors in the terminal element channels and the insulation piercing notches of the terminal flanges; a corresponding plurality of third portions, each aligned with a respective second portion, for engaging and applying a pressure to the conductors in the strain relief retainers; and anchoring means for engaging and anchoring the adapter to the connector unit.

Claim 32

An adapter for an electrical connector which mounts a plurality of insulation-covered electrical conductors in a corresponding plurality of contact members in a connector unit, each contact member including a terminal element comprising an elongate channel having one end shaped to receive the free end of a conductor and including at least one terminal flange with an outwardly open insulation piercing notch for piercing the conductor insulation to complete an electrical connection thereto at a point spaced from the free end of the conductor, the connector unit including a corresponding plurality of resilient outwardly open strain relief retainers, one of each contact member, for capturing the conductor at the other end of the terminal element, the adapter providing additional strain relief and comprising: a corresponding plurality of first portions, one for each contact member, each adapted to engage a respective conductor adjacent its free end and apply a holding pressure to maintain the free end of the conductor in said one end of the terminal element channel of a given contact member; a corresponding plurality of second portions, each aligned with a respective first portion, for engaging and applying a pressure to the conductors in the terminal element channels and the insulation piercing notches of the terminal flanges; a corresponding plurality of third portions, each aligned with a respective second portion, for engaging and applying a pressure to the conductors in the strain relief retainers; and anchoring means for engaging and anchoring the adapter to the connector unit.