Resistive heating wire termination system

A method comprising:

• inserting a first one of a plurality of wires of a cable into an interior cavity of a respective first one of a plurality connector pins of an electrical connector;
• applying resistive heating with a heat applicator device to the first one of the plurality of connector pins, wherein the applied resistive heating serves to melt solder contained within the interior cavity of the first one of the plurality of connector pins;
• stopping the resistive heating applied to the first one of the plurality of connector pins, wherein stopping the resistive heating enables the melted solder to solidify about the first one of the plurality of wires within the interior cavity and establish an electrical connection between the first one of the plurality of wires and the first one of the plurality of connector pins;
• repositioning the heat applicator device;
• inserting a second one of the plurality of wire of the cable into an interior cavity of a respective second one of the plurality of connector pins of the electrical connector;
• applying resistive heating with the heat applicator device to the second one of the plurality of connector pins, wherein the applied resistive heating serves to melt solder contained within the interior cavity of the second one of the plurality of connector pins;
• and
• stopping the resistive heating applied to the second one of the plurality of connector pins, wherein stopping the resistive heating enables the melted solder to solidify about the second one of the plurality of wires within the interior cavity and establish an electrical connection between the second one of the plurality of wires and the second one of the plurality of connector pins;
• wherein the heat applicator device comprises a first electrode and a second electrode placed proximate one another to form a pin receptacle that receives the first one and the second one of the plurality of connector pins and wherein the received first one and received second one of the plurality of connector pins in the pin receptacle electrically couples the first electrode and the second electrode, respectively;
• and
• wherein each of the first and second electrodes includes a respective pin-receptacle portion and a conductor-receiving portion, wherein the pin-receptacle portions of each of the first and second electrodes form the pin receptacle and wherein the conductor-receiving portion of each of the first and second electrodes are separated by an isolation member.