Methanol auxiliary filling machine adopts two-stage automatic filling method of size material, adopts barcode recognition, wireless transmission, automatic weighing, PLC control, mechanical and electrical, computer interface and other automation technologies, and independently develops intelligent filling weighing and inventory management system to prevent wrong materials in filling, ensure weighing accuracy and ensure the accuracy of filling process. Each batch of filling data is recorded and traceable, and the principle of first-in-first-out is followed when the raw materials are sent out, which effectively solves the waste of raw materials.

The ink filling machine uses the weighing module to connect with the data line of the weighing instrument, and controls the instrument to stop the pump and close the pneumatic valve when the preset quantitative weight is reached. Controlled by a PLC programmable device, the electric drum of the scale body runs simultaneously when the container is sent in, the photoelectric switch on the weighing module detects the signal sent by the passing container, controls the signal sent by the motor when the container reaches the filling position, and the electric rolling is stopped by the PLC and the skin is automatically peeled, the filling valve is driven by the stepping motor to reach the lower limit, and the well is sent by the travel switch. PLC control filling valve is fully opened for filling.

The epoxy resin filling machine utilizes the weighing module to connect with the weighing instrument with data line, and control the instrument to stop the pump and close the pneumatic valve when the preset quantitative weight is reached. The weighing and filling machine is controlled by PLC programmable device, when the container is fed in, the scale motorized drum runs at the same time, the photoelectric switch on the weighing module detects the signal sent by the container passing by, and controls the motor to stop the container and sends out a signal when the container reaches the filling position, and the PLC controls the motorized rollers to stop and tare the container automatically, and the filling valve is driven by the stepping motor to drop down and reach the lower limit, and the well is sent out by the travel switch, and PLC controls the filling valve to be fully opened for filling. The valve is fully opened for filling.

Diluent filling machine corresponds to the filling valve fast open valve filling, open the slow solenoid valve, PLC according to the running position of the encoder to determine the opening and closing state of the filling valve, bus transmission to the controller for opening and closing the filling valve, and through the RS485 to the controller for parameter setting, recipe selection, residue recovery and so on. After the filling is finished, a material recovery button is set in the filling and weighing screen to recycle the remaining residual material around the drop filling valve body, after selecting this button, the recycling tank cylinder moves and the residual material enters into the recycling drum through the pipeline.

Gasoline filling machine is mainly composed of weighing platform, support column, ball screw, filling pipe, filling gun, pot pressure, moving filter, ventilation device, electrical control box, stepping motor and so on. The weighing instrument support column supports the entire filling mechanism, including the frame of the ball screw, stepper motor, filling pipe, etc. The stepping motor drives the ball screw to drive the filling pipe and the filling gun up and down, and the material is pressed into the packaging drum through the movable filter, the filling pipe and the filling gun.

The cleaning solution filling machine realizes monitoring and control functions by operating on real-time data. Provides a real-time database that helps monitor the production process. The equipment screen with real-time updated data display also provides a large screen showing the entire operation process, making it easy to observe the entire production process. Data displayed includes operation mode, weight, totalized amount, set point, deviation, and other similar data.

Acetic Acid Filling Machine is processed by data collection on the site, with animation display, alarm processing, process control. Real-time curve, historical curve and report output in various ways. Real-time display of the current filling quality, number of filled barrels and other field work status, the corresponding operation can be carried out on the upper computer, you can carry out the selection of filling mode and start, stop and other button operations. It can change the filling quality, number of barrels and manually remove the tare weight when using different filling barrels.

Ethanol Filling Machine reads the internal state of weighing instrument and real-time data of quantitative filling in real time, and displays the data in the upper computer, with report function, it can generate daily report, real time report, monthly report, annual report and so on. Dynamic addition and modification of the reports, by setting the permissions that give the technician or operator the right to modify and add the filling forms, while recording the date of modification and the number of operators. Power failure recovery function: in case of sudden power failure, the measurement records before power failure can be recovered; LAN sharing function, the host can share the data in LAN, which is convenient for the workshop supervisor to know the progress of the project and so on.

Pus Liquid Filling Machine is mainly used to collect the set value of filling quantity, process the pulse signal of weighing module, drive the relay to drive the frequency converter to control the motor and centrifugal pump to convey the material, calculate the pulse signal of pipeline tube flow through weighing module, get the weight of liquid actually discharged from the weighing system, and control the operation of the motor according to the difference between the actual filling quantity and the set value, so as to realize the precise control of filling quantity according to the actual need.