To get the best out of your ACHI IR6500, especially when dealing with demanding rework tasks, keep these strategies in mind:
Below is an industry-standard you can input directly into your ACHI software: Stage Name Target Temp (°C) Ramp Rate (°C/s) Dwell Time (s) r1 / d1 Preheating 1.0 – 1.5 Evaporates moisture safely r2 / d2 Thermal Soak Activates flux; equalizes board temps r3 / d3 Ramp to Reflow Pushes past the solder melting point r4 / d4 Peak Reflow 240°C 40s Full liquidus phase to seat the BGA r5 / d5 Solidifies solder joints cleanly
Do not exceed 1°C to 2°C per second to prevent board warping. 2. Thermal Soak Stage Target Temperature: 150°C to 180°C Purpose: Activates the flux paste properly. achi ir6500 software hot
: Use high-temperature Kapton tape to firmly secure the thermocouple tip directly adjacent to the BGA chip. Never let it float in the air.
It's crucial to clarify a common point of confusion: the ACHI IR6500 is not a thermal imaging camera. Instead, it is an . A BGA rework station is a specialized tool used in electronics repair for soldering and desoldering components like CPU sockets, GPU chips, and other surface-mounted integrated circuits from circuit boards. For professionals and serious hobbyists who repair motherboards, game consoles, or graphics cards, this machine is invaluable. To get the best out of your ACHI
Because the IR heater is intense, keep a close watch on the software’s graph. If the temperature jumps too fast, lower the setpoint.
This comprehensive guide breaks down how to set up the ACHI IR6500 software interface, how to configure precise thermal zones, and how to troubleshoot common USB connection bugs to achieve industrial-grade soldering results. 🖥️ Essential Software Options for ACHI IR6500 : Use high-temperature Kapton tape to firmly secure
Controlled cooling prevents structural fracturing inside the joint matrix. Step-by-Step Software Setup and Connection Guide