Parallel Shuttle Conveying Machine

Parallel Shuttle Conveying Machine is a parallel transition conveying machine applied to two conveying lines with deviation between two ends of an automated production line or center line. It is mainly composed of several parts, such as frame assembly, load moving car, conveying guide rail and electrical control. SMT Shuttle Conveyor is a horizontal connection parallel loading conveyor specially for mounting or plug-in lines, which is used for PCB board transfer. Can meet the width of 50 ~ 300mm, suitable length of mount or short insert component PCB board transmission needs. Suitable for the dislocation translation connection between multiple lines of SMT or DIP production lines or other logistics systems, the workpiece (PCB or sheet material) is automatically transferred to the next specific equipment production mode. It can be used with 2 to 4 patch wires using only 1 reflow welding or 2 plug-in wires using only 1 wave soldering. SMT Shuttle Conveying Machine setup operation mainly involves the installation, commissioning and operation of equipment. The following steps are included: 1, equipment installation: First of all, ensure that the installation foundation of the parallel loading machine and the dual-track system is stable and reliable. The parallel load shifter and dual track system are then installed in the appropriate position according to the instructions provided by the manufacturer. Ensure that all connectors are tight and the equipment runs smoothly. 2. Track adjustment: Adjust the double-track system to ensure that the two tracks are parallel and equal in height. This can be done by adjusting the support feet or spacers at the bottom of the track. At the same time, check whether the distance between the tracks meets the requirements of the parallel load shifter. 3. Equipment connection: Connect the parallel load shifter with the double-track system. Typically, this involves installing the drive wheel of the load shifter on the track and connecting the power source of the load shifter (such as motors, cylinders, etc.) to the track system. 4, control system Settings: according to the actual needs, set the control system of the parallel loading machine. This may include parameters such as speed, acceleration, travel, etc. At the same time, ensure that the control system and the safety interlock device of the dual-track system work normally. 5, equipment debugging: After ensuring that all connections and Settings are correct, equipment debugging. First of all, carry out no-load operation to observe whether the equipment runs smoothly and whether the noise is normal. Then, load operation is carried out to test the carrying capacity and stability of the equipment. 6, safety check: After the completion of equipment debugging, safety check. Ensure that all safety guards are working properly and that the operator can operate the equipment safely. 7, equipment use and maintenance: After the equipment is put into use, regular maintenance and inspection should be carried out according to the manufacturer's recommendations to ensure the normal operation and service life of the equipment.