The BGA irda rework station of T890

1. This machine has the strong and perfect function selection, with eight temperature waves in the memory software, you can select the right temperature wave according to the solder/unsolder request.

2.Intelligent temperature wave heating, can achieve the solder/unsolder automatically.

3. Three-dimensional adjustable lamp body, use laser light, suitable for unsoldering any-angle components.

4. PID intelligent temperature control can avoid the IC damage due to the fast or uninterrupted warming up.

5. This machine has a super hot melt system, use infrared welding technology which is developed independently, heat is easy to pierce and distribute evenly, can suit for a variety of computer, notebook, play station’s  BGA components, especially in a Northbridge/ Southbridge chipset of computer.

6. Friendly human-machine operation interface, perfect LCD display, you can watch the whole repairing process very clearly.

7. Ergonomic design, practical and easily operated. Good build quality but at the same time light weight and a small footprint allows the T-890 to be easily bench positioned, transported or stored.

Complete machine power	1500W
Rated voltage and frequency	AC 110-230 V  60/50Hz
Infrared lamp body power	300 W
Preheating chassis power	1200 W
Working bench size	320 X 330 mm
Infrared lamp body heating size	60 X 60 mm
Preheating chassis preheating size	245 X 260 mm
Preheating chassis temperature range	0 °C-350 °C
Size	316mm X 410mm X 290mm
Net weight	9.3 kg

Main parts

Welding table main body	1
Infrared lamp body	1
Portal frame	2
Power line	1
User manual(Compact disc)	1

 

1. Examination and operation,

1). Place this machine on an even surface with good ventilation and no combustible items nearby. Leave at least 20mm on either side because the machine will emit heat when in use. Check the power supply voltage, connect the machine with the power supply, turn on the power switch, the LCD screen will display as follows.

5-1;Main manu page

 

2) Press “F1” button (about 2 seconds) the preheating chassis starts to work, press “F1” button again to stop.

3). Press “F3” button enters to the PCB temperature adjusting page, press “F2” select different page, press “F3” select the temperature wave. The example shows wave 3.

5-2;Temperature wave selecting page

 

 

 

4). Press “F2” button, the infrared lamp start to heat up as the presupposed temperature wave.

5-3;the LCD screen display page

5). When the process finished, return the previous page automatic. If you want to stop in the process, press “F3” button.

2. The wave selection and setting

1). Press “F2” button enters to the select/set page, firstly, set the preheating chassis preheat temperature, press “F3/F4” buttons up and down to select different temperature, press “F1” button to save. When save succeed, the LCD screen displays as follows: 

2). Press “F5” button, come to the Main Manu page, press “F2” button enters to the select/set page, the LCD screen displays as follows:

 3). Press “F2” button enters to the select/set page, following we provide eight different wave cycles, please choose one according to your request, press “F1” to confirm the wave you choose, press “F2” button, come to the Main Manu page

4). If you want to reset the wave, press “F5” button, when it flicker the grid, you can set. Press “F3/F4” buttons up and down to select different temperature, press “F1/F2” buttons forward and backward to select different time, press “F5” button to save.(the grid disappear, change to the previous flicker status), press “F4” button come to next

Segment, the same method to set the wave, press “F1” button to save the current wave.