Place thee complete IMD-DSS-1 assembly with attached desoldering device (and the component to be desoldered) in to a vapor-phase soldering machine. convection reflow in RoHS-compliant assembly.Connect the lever arm with device adaptor, by pushing it down on to the component to be removed with has already the double sidedĪt the other end of the lever arm opposite to the component device adaptor is a small adjustable weight that will be now in its up wards position.Vapor Phase as a process pre dates Convection but until recently had been relegated to t.
The method is applicable with even the most complex SMT components like QFT, BGA, flip chips, and ceramic assemblies. A brief overview of Vapor Phase Reflow Technology and its history. Heat transfer in condensation soldering is up to. Attach a small piece of heat resistance double sided tape on to the device to be removed Vapor phase reflow offers the simplest and most reliable method of soldering with soldering occurring in the narrowest of process windows. In condensation reflow soldering, or vapor-phase soldering, soldering is accomplished using a hot vapor.Easily and flexibly adjustable temperature gradients ensure the optimum, absolutely reproducible temperature profile for every product. Electronic assemblies can be soldered error-free in any design. Vapor Phase Soldering, is also known as Condensation Soldering and uses Galden fluorinated fluids which act as a heat transfer medium when it emits. Position the desoldering lever system on the assembly above the component to be desoldered. Vapor phase soldering is the ideal process for modern soldering technology.With the IMD-SS-1 the user is capable to desolder (remove) very safe and easy Multi leaded SMD-components, ball grid arrays, connectors as well as mechanical components Vapor phase reflow oven VS-500-VThe design of the machine allows to solder even the most complex cards with a format of max. The IMDES Vapor Phase Desoldering System IMD-DSS-1 has been devolped for the use in vapor-phase soldering machines.
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