The main use of Automatic quantitative filling machine servo motor to realize the rotor pump stroke control, and then realize the filling volume control. Before filling, the front weighing module obtains the weight of empty barrel, after filling, the rear weighing module obtains the weight of filling and transmits it to the weighing instrument, which will read out the filling data in real time to get the weight deviation, and the filling algorithm calculates the control volume of large materials, the weighing system will send the control volume to the servo drive, which will drive the quadratic rotor pump to perform the early closure of the small material volume and then control the filling valve of the small material, and the upper computer will read out the filling data in real time through the Ethernet connection with the weighing instrument. The upper computer is connected to the weighing instrument via Ethernet to read the filling data in real time, and the process parameters can be set to monitor the operation of the production line.
020-34563445The automatic quantitative packaging machine mainly uses servo motors to control the stroke of the rotor pump, thereby achieving filling volume control. Before filling, the empty bucket weight is obtained by the front weighing module, and after filling, the filling weight is obtained by the rear weighing module and transmitted to the weighing instrument. The weighing instrument will process the filling data in real time to obtain weight deviation. The filling algorithm calculates the control of large material quantity, and the Weighing system will send the control quantity to the servo driver to drive the secondary rotor pump to close the small material quantity in advance and then control the small material filling valve. The upper computer is connected to the weighing instrument through Ethernet to read the filling data in real time, and can set process parameters to monitor the operation of the production line. The machine vision inspection system software for liquid Filling machines consists of multiple modules, which are used to control and monitor the visual inspection system. During use, users can flexibly select different modules according to their actual needs. By combining different modules, different functional inspection systems can be obtained. The functions that the system software can complete include online inspection of the liquid bottle body, bottle mouth, and bottle bottom; Liquid level height detection in liquid bottles; Detection of impurities inside the bottle; Control of defective product removal mechanism and setting of parameters such as removal speed; Remote operation and fault code display; Store historical alarm information and generate fault data reports.
The Liquid filling machine is equipped with an assembly line conveyor mechanism on one side of the filling scale frame. An upper installation plate and a lower installation plate are set inside the filling scale frame. A cylinder is installed on the upper installation plate, and the cylinder body is fixed to the upper installation plate. The piston rod of the cylinder is connected to the lifting plate, and the conveying pipeline is fixed on the lifting plate. A ball valve is installed on the conveying pipeline to control the opening and closing of material conveying. One end of the conveying pipeline is equipped with a flange, and the conveying pipeline is connected to the hopper through the flange. The other end of the conveying pipeline is connected to the filling head. The assembly line conveyor mechanism is located directly below the filling head. By the lifting action of the cylinder piston rod, the filling head can be adjusted up and down to adapt to the filling operation of different heights of filling barrels. Install a filling machine scale body under the assembly line conveyor mechanism directly below the filling head. During the filling process, the filling bucket is placed on the assembly line conveyor mechanism above the filling machine scale body. The filling machine scale body is connected to the assembly line conveyor mechanism to measure the weight of the filling bucket.
Technical parameters
Measurement accuracy: less than 100 grams
Pipe diameter: inlet diameter of 40
Medium temperature: 0-60 ℃
Gas source pressure: 0.8Mpa
Single channel gas consumption: 0.6m3/min
Working voltage: 220V
Measurement method: Mass (kg)
Production capacity: 180L/h specification 200L meter (varies depending on proficiency and liquid viscosity)
Measurement range: 50-250Kg
Filling speed: 20 liters can be filled in 8 seconds
