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BGA rework system uses micro-processor control and infrared sensor technology to do soldering and desoldering to surface mounted components safely and accurately. It consists of QUICK IR2005 Infrared Rework System and QUICK PL2005 Precision Placement System.
*The soldering and desolding process are both under the monitoring of non-contact infrared sensor to get the optimum and reproductive PCB temperature *The technology of controlling reflow soldering by looped circuit ensures precise temperature window, even heat distribution and suitable peak value of temperature. *The adjustable aperture can protect the adjacent components (which is sensitive to the temperature) on PCB from being heated. No need for nozzles. *The use of reflow process camera supplies the critical message to judge the melting situation of solder materials during the whole soldering and desoldering process. *It can deal with PCB with big thermal capacity and other high temperature situation easily (For example, lead-free soldering).
QUICK PL2005 Precision Placement System PL2005 precision placement system provides accurate alignment control for soldering of IR2005 rework system. Its precision micro-adjustment and alignment information provided by camera ensure IR2005¡¯s exact soldering.
QUICK2005 Main Parts:
1. IR2005 Infrared Reflow Soldering System
Infrared temperature sensor monitors BGA surface temperature to ensure precise temperature technical window. Even heat distribution, real closed-loop control.
2. PL2005 Precision Aligning and Placing system
Double-color optical alignment, precise and clear alignment easy to control and place components
3. RPC2005 Reflow Camera
Provide the critical visual information for judging the melting status of solder during the whole soldering and desoldering process.
4. IRsoft Software
By means of PC, the whole process can be recorded, controlled and analyzed and then generate the curve diagram to meet the demands of modern electronic industry.
QUICK2005 Specifications:
IR Infrared Rework System
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General Power |
1600W (max) |
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Power of Bottom Heater |
400W*2=800W (Dark Infrared Ceramic Heating plate) |
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Power of Top Heater |
180W*4=720W (Infrared heating tube, wave length) |
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Size of Top Heater |
60*60mm |
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Size of Bottom Heater |
135*250mm |
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Adjusting Range of Top Heater |
20-60(X, Y direction both adjustable) |
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Vacuum Pump |
12V/300Ma, 0.05Mpa (max) |
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Top Cooling Fan |
12V/300Ma 15CFM |
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Laser Alignment Tube |
3V/30mA |
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Movable Motor |
24VDC/100mA |
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Movable Arm Range |
93mm |
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Max PCB Size |
300mm*300mm |
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LCD Display Window |
65.7*23.5mm 16*2 alphabet |
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Soldering Station |
Intelligent Digital Lead Free Soldering Station: 60W |
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Soldering Power |
60W |
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Communication |
RS-232C (connect with PC) |
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Infrared Temperature Sensor |
0-300¡æ (Testing Range) |
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Outside K type Sensor |
Optional |
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Weight |
13Kg |
PL Precision Placement System
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Power |
About 15W |
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Camera |
22*10 times magnifying;12V/300Ma;
Horizontal resolution: 480 lines; PAL format |
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Size of BGA to be aligned |
40mm*40mm |
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LED Lighting |
White LED (low side), Red LED (upper side)
(Brightness adjustable) |
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Vacuum Pump |
12V/600Ma 0.05Mpa (max) |
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Camera Output Signal |
Video Signal |
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Weight |
22Kg | |