SMT In-Line ICT And FCT Double-Layer Multi-Functional Automatic Testing Machine Equipment SolidWorks, 3D Exported

SMT online iCT and FCT double layer automatic test machine equipment is a multi-functional automatic ICT and FCT test machine, equipment is a multi-functional test machine can be online operation can also be offline operation, the principle of function is: PCB board from the splicing table into the test machine by the sensor to detect the board, the equipment inside the conveyor belt cylinder drive the whole set of belt line and PCB down to the bottom of the test Needle board so that all the PCB board solder joints and probe contact began to test, while the PCB board above the cylinder also down to the board pressure in place for testing, a few seconds over the test completed cylinder driven conveyor belt up to the original position, that the test is complete PCB board began to flow out to the location of the downfeed connection table, by the downfeed board machine began to receive materials, if the front-end detection of defective products, when the board out of the equipment alarm at this time to receive the board board And will not take away the board, need to wait for the manual to take away the defective products, the original work of this equipment is the cycle of operation here, other functions include: PCB circuit ICT FCT bad test, circuit board short-circuit fault, capacitance and inductance of some high voltage test, etc., the line body is composed of four sections, respectively, PCB on the board machine to the splice table to send the board board and then to the line body test machine, under the material splice table, under the board machine four parts of the line The test machine is mainly introduced, because the test machine is a double layer here only the bottom layer can work, the upper layer needs to be used if the front and rear of the two connecting table for the lift can be achieved up and down at the same time. The complete model of the equipment + parts BOM, very worthwhile to learn.