The Design And Implementation Of Ultrasonic Cleaning Equipment Control Systems

With the development of digital equipment and technology, increasing the accuracyrequirements of the mechanical components. Cleaning operations is a key process in theproduction of precision mechanical parts, as well as the production of electronic devices,optical components, can directly affect the quality of the product. Now design a cleaningequipment ultrasonic cleaning, and multiple the cleaning tank mix to achieve a multi-stepcleaning. Cleanliness of the workpiece can reach very high after a multi-step ultrasoniccleaning workpiece in multiple cleaning slot transmission controlled by a programmablelogic controller (PLC), automatic cleaning.Control system is to achieve further development Panasonic FPOR-C32T Model PLCcontrol system to control the robot arm to grab the load to be cleaned from the reclaimerinlet metal instrument, and then according to the feature of this instrument, control arobotic arm to perform different functions, whichcleaning operations, certain cleaningstrategies finalize the drying operation send the instrument from the discharge port. In thebehavior of the entire operation, in order to achieve the precise start and stop of the roboticarm on the cantilever, with Panasonic A5series servo motor position control mode, thePLC programming to achieve a high-frequency pulse wave so as to control the servomotor running. Meanwhile, in order to make the operation easy using the touch screen andgraphical interface to achieve human-computer interaction, design the function to replacethe traditional mechanical button to complete the combined action of select OKControl system developed in the experimental platform trial run, the results confirm thatthe control system can achieve continuous operation mode and single-week run modeSport mode, cleaning equipment to meet the requirements.