Active Member
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[China]
Address: Fuyong Xinhe Sanqu, 7 Xiang 12 Hao 102, Bao'an, Shenzhen, Guangdong, China
Contact name:Su Zhongqiu
Shenzhen Wanbo Hi-Tech Co., Ltd. |
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AOI Inspection Machine SMT patches and inspection equipment
Enter Component Standard Production:smt pick and place machine
５. Standard registration and debugging
5.1 capacitance
Capacitors, the most common components in PCBA after furnaces,pick
place machine
do not have polarity. The component standard of capacitors includes
1 body frame,
2 low tin frames, 2 blank solder frames, 2 missing parts frames,
and 1 wrong part frame.
The schematic diagram of its component registration is as
follows:smd pick and place machine
In the figure above, the red box is the body frame, the yellow box
is the wrong part frame,
the blue box is the less tin frame (empty soldering frame and
missing part frame),
and the position of the less tin frame is basically the same as the
empty soldering frame and missing part frame.
Its registration form is as follows:smd assembly machine
As shown in Figure (1) above, all the detection items for
capacitance.
Its registration and debugging are as follows:pick n place machine
5.2. resistance
Resistance, which is a more common component in PCBA after the
furnace, does not have polarity.
The resistor registration standard includes 1 body frame, 2 less
tin frames, 2 empty solder frames,
and 1 wrong part (missing parts) frame. The schematic diagram of
its component registration is as follows:
See the figure above, the red box is the body frame, the yellow box
is the wrong part (missing parts) box,
the blue box is the less tin frame (empty soldering frame),
and the position of the less tin frame and the empty solder frame
and the missing part frame are basically the same.
Its registration form is as follows:
| Component type | Detection Item | description |
| capacitance | Ontology frame | The function of the body frame is to position and offset. Its registration and debugging are described in the "<Basic detection items for wave soldering ><Offset>Offset" algorithm using the "NCC" algorithm. |
| Less tin frame | The role of the solder frame is to detect the creeping condition of the solder joint. Its registration and debugging are shown in the "< Basic detection items for wave soldering>< Less tin>less tin" algorithm using the "COLOR" algorithm. | |
| Empty weld frame | The purpose of the empty welding frame is to detect whether the solder joint has been empty welded. Its registration and debugging are shown in < Basic detection items for wave soldering>the "< Empty welding>Air Welding" algorithm using the "COLOR" algorithm. | |
| Wrong part box | The function of the wrong part frame is to detect whether the solder joint is the wrong part, side standing, standing monument, and white. Its registration and debugging are described in the "Error" algorithm < Basic detection items for wave soldering>< Wrong piece>using the "COLOR" algorithm. | |
| Missing parts box | The purpose of the missing part frame is to detect whether the component is missing parts. Its registration and debugging are described in the "< Basic detection items for wave soldering>< Missing pieces >Missing Parts" algorithm using the "Histogram" algorithm. |
