Offline AOI detector detection keyboard PCBA board supports remote online training
Key Attributes
Specifications
Shenzhen Wanbo Technology Co., Ltd. is a professional electronic equipment manufacturer integrating R&D, production and sales, producing AOI testing equipment, connecting stations, automatic loading and unloading machines, stacking machines, corner machines and other equipment; The warehouse has second-hand Panasonic, Yamaha, JUKI, Samsung, second-hand printing machines, second-hand reflow soldering support.
With the principles of sincerity, simplicity, pragmatism and modesty, adhering to the practical way, using products as the medium, and adopting the new form of creating IP services as the guide, we provide customers with solutions to realize the social value of the company and the team.
Function parameter
| SZ-X1 Product Specification | ||
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Test items |
Programming mode | CAD data impor t automatically for component librar y |
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After reflux fuenace |
Component: Wrong par ts,missing par ts,polarity,deviation,monument,reversal,damage,lc bending,doreign matter, etc Solder joints:less tin,more tin,tin hole,bridging,tin coating,false tin,tin bead,etc |
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| Minimum paet test | Theoigh the resolution the minimum measuradle is 03015(01005)chip&0.3 pitch IC | |
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After Wave Soldering |
Less tin,more tin,tin hole,false tin,bridge, tin psckage,tin beda,etc | |
QFP components and debugging are consistent with SOP registration and debugging, please refer to "< Basic detection items for wave soldering>SOP" in Registration and Debugging.
The inspection of DIP parts, including pad positioning, pin detection, low tin detection, foot detection and porosity detection, mainly detects pin, solder, foot and porosity problems. Its registration form is as follows:
The figure above shows the registration form of the DIP piece, which is described below:
| Component Type | Detection Item | Description |
| DIP pieces | Less tin | The function of the body frame is to detect the quality of DIP parts. Its registration and debugging are described in <Basic detection items for wave soldering>the "Plug-in" algorithm.. |
Program debugging
After the program is created, set the mode to debug the test results before starting debugging.
Debug false positives in the debug window.
Identify changes: After debugging a component, click this button to update the standard.
Replace: After debugging a component, click this button to replace the standard.
Close: Closes the debugging window
After debugging is complete, start testing after the mode setting is changed to Normal Test. The test data will pop up in the viewing interface:
Shortcut key:
Ctrl: Press "Ctrl" when there is more data to skip to the next data.
shift: Returns to the previous data.
Spacebar: Skip to the next Allegro data.
Numeric keypad: Corresponds to NG confirmation list.
Area A: Test the entire PCB diagram, and the center of the cross is the NG position.
Zone B: NG element location.
Zone C: Component Standards.
Area D: Test result plot.
Zone E: Test results, one Allegro and one line of results.
G area: NG confirms the shortcut.
F area: NG result return value.
Tip: The missing frame of the resistor is the same detection frame as the wrong part frame, which mainly detects silk screening.
