Abstract: A soldering system is described in which a fluid stream is directed onto a soldered board substantially immediately following deposition of molten solder onto the board. Preferably, but not necessarily, the fluid, which may comprise a gas or mixture of gases, is heated prior to contacting the board. The impinging fluid stream relocates solder on, and/or blasts excess solder from the bottom of the board, and any interconnections, component leads and/or component bodies carried thereon before the solder solidifies as shorts, icicles or bridges. If desired, liquid droplets such as soldering oil may be included in the fluid stream.

Abstract: A soldering system is described in which a freshly soldered board is heated substantially immediately following deposition of molten solder onto the board so as to maintain the freshly applied solder in molten condition, and a fluid stream is then directed onto the molten solder. Preferably, but not necessarily, the fluid, which may comprise a gas or mixture of gases, is heated prior to contacting the board. The impinging fluid stream relocates solder on, and/or blasts excess solder from the bottom of the board, and any interconnections, component leads and/or component bodies carried thereon before the solder solidifies as shorts, icicles or bridges. If desired, liquid droplets such as soldering oil may be included in the fluid stream.

Abstract: A soldering system is described in which a fluid stream is directed onto a soldered board substantially immediately following deposition of molten solder onto the board. Preferably, but not necessarily, the fluid, which may comprise a gas or mixture of gases, is heated prior to contacting the board. The impinging fluid stream relocates solder on, and/or blasts excess solder from the bottom of the board, and any interconnections, component leads and/or component bodies carried thereon before the solder solidifies as shorts, icicles or bridges. If desired, liquid droplets such as soldering oil may be included in the fluid stream.

Abstract: A mass wave soldering apparatus is described. The apparatus comprises a sump having upwardly diagonally extending front and rear walls, and a pair of vertical end walls which cooperate to form an upwardly extending open ended nozzle chamber of increasing plan area. A Z-shaped baffle screen is positioned within the nozzle chamber and distributes the molten solder pumped upwardly in the sump as a wide, smooth substantially unidirectional solder wave ideally contoured for high-speed production soldering.

Abstract: A system for measuring time/temperature profiles of a mass soldering operation is described. In accordance with the invention a data probe and miniature transmitter is carried through the soldering operation on top of the circuit board being soldered. A plurality of probes are attached to various components, component leads and selected board areas and provide electrical signals in response to the temperature and dwell time the components and board are subjected to during preheating and soldering. The temperature of the solder at the point the solder contacts the board may also be detected. The electrical signals are wireless transmitted, e.g. by means of low frequency electromagnetic transmission, to a remote stationary receiver for integration and display.

Abstract: A soldering system is described in which a fluid stream is directed onto a soldered board substantially immediately following deposition of molten solder onto the board. Preferably, but not necessarily, the fluid, which may comprise a gas or mixture of gases, is heated prior to contacting the board. The impinging fluid stream relocates solder on, and/or blasts excess solder from the bottom of the board, and any interconnections, component leads and/or component bodies carried thereon before the solder solidifies as shorts, icicles or bridges. If desired, liquid droplets such as soldering oil may be included in the fluid stream.