

The weighing and filling machine is positioned in the container by means of a set of adjustable filling heads, diving nozzles filling capacity of the range of bottom-up filling. A drop control mechanism suspends the drop at the end of the filling cycle and the gate mechanism can be adjusted for different diameters of containers. The control PLC controls the intermittent container handling through the timed feed screw by proper sizing of the piston and filling nozzle. The screw can be set to multi-dose, which provides maximum throughput for large fills or running foam products.

The automatic Filling machine provides human-machine interactive interface, completes the functions of control information input, data management, data display, storage, statistics and reports, etc. The keyboard inputs the weight of the ingredients, generates the weights of various liquids according to the filling ratio of liquids, and transmits them to the PLC through communication. during the filling process, it carries out dynamic real-time monitoring, collects the weights of the liquids sent by the slave machines, the cumulative amount of discharged materials, and the information on the given value of the weights of each liquid on CRT± for display, and forms the relevant database files, and prints various management documents and reports when needed. During the filling process, it performs dynamic real-time monitoring, collects information such as the weight of each liquid sent from each slave machine, the cumulative amount of material discharged, and the given value of each liquid at regular intervals, displays it in the CRT±, and forms the relevant database files, and prints out a variety of management files and reports when needed.
The Filling system communicates with the upper computer in real time, so as to ensure the consistency between the data displayed on the interface and the actual data on the site, and the operation commands and setting parameters issued by the operator on the upper computer can be sent to the PLC for execution in real time.The main work of the PLC includes: receiving the commands and data sent by the upper computer, controlling the motor start-stop, fast and slow through the frequency converter, detecting and controlling the other switching quantities in the system, collecting the weight signals of each material and comparing them with the given signals to decide the next control scheme. Collect the weight signal of each material and compare it with the given signal to decide the next control program, and at the same time, transmit the weight signal to the upper computer.
Technical Parameters
Maximum weighing capacity: 300kg
Quantitative range: 100kg~300kg
Graduated value: 100g
Canning accuracy: OIMLR61 x (0.2)
Canning speed: 10~20 cans/hour
Power supply: AC220V50Hz
Using air pressure: 0.5MPa
Control mode: 2-speed control
Conveying method: the tank adopts manual conveying method valve material: SUS-304 (optional: SUS-316)