Abstract: An forward seal for a desolderer assembly, comprises a seal mounting means which is spaced from the suction tube. The spacing allows application of higher heat by the heater assembly and desoldering tip combination which facilitates rapid heating of the tip to soldering melting temperatures. An improved heater assembly is also provided which may be removably connected to the desolderer handle. The solder collector tube may be disposed within the desolderer handle and mounted with respect to an outer sleeve of the heater assembly. Means are provided for connecting the heating wire to the space outside the solder collector tube. Means are also provided for removably connecting the desoldering tip within the heater assembly. A removably rear housing including flexible gripping members is mounted at the rear of the desolderer handle.

Abstract: A portable electronics repair system including a portable container, a motor disposed within the container, an air/vacuum pump disposed within the container and driven by the motor, an electrical power source removably connected to the container for driving the motor, and a desolderer removably connected to the air/vacuum pump, the desolderer including an electrical heater assembly energized by the electrical power source.The desolderer includes a high heat, low energy consumption heater assembly and desoldering tip combination which facilitates rapid heating of the tip to soldering melting temperatures. An improved heater assembly is also provided which may be removably connected to the desolderer handle. The solder collector tube may be disposed within the desolderer handle and mounted with respect to an outer sleeve of the heater assembly. Means are provided for connecting the heating wire to the space outside the solder collector tube.

Abstract: A desolderer and heater assembly therefor wherein the heater assembly includes at least a heating element and a solder transfer means where the forward end of the solder transfer means is adapted to receive a desoldering tip and where the thermal characteristics of the rear end portion of the solder transfer means are such that the heater element raises the rear end portion of the solder transfer means to a solder melting temperature shortly after the tip reaches this temperature. The desolderer includes a solder collection chamber into which molten solder is ejected from the solder transfer means where the solder collection chamber may be disposed either inside or outside the desolderer handle. Various embodiments are described whereby the heater assembly may be adapted to receive a seal mounting member so that the forward end of the solder collection chamber can be sealed at a surface which is removed from the path the molten solder traverses through the solder transfer means.

Abstract: A desolderer and heater assembly therefor wherein the heater assembly includes at least a heating element and a solder transfer means where the forward end of the solder transfer means is adapted to receive a desoldering tip and where the thermal characteristics of the rear end portion of the solder transfer means are such that the heater element raises the rear end portion of the solder transfer means to a solder melting temperature shortly after the tip reaches this temperature. The desolderer includes a solder collection chamber into which molten solder is ejected from the solder transfer means where the solder collection chamber may be disposed either inside or outside the desolderer handle. Various embodiments are described whereby the heater assembly may be adapted to receive a seal mounting member so that the forward end of the solder collection chamber can be sealed at a surface which is removed from the path the molten solder traverses through the solder transfer means.

Abstract: A general purpose desolderer and means for converting the general purpose desolderer to either a soldering iron or a special purpose desolderer is disclosed. The general purpose desolderer may be converted to a soldering iron or to a special purpose desolderer by mounting the proper tip over the desoldering tip where the configuration of the distal end of the tip may be any one of various predetermined shapes depending upon the particular application, whereby the general purpose desolderer may be quickly and easily converted to other modes of operation.