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Semi-automatic filling line

The semi-automatic filling line integrates formula management, filling and weighing, personnel management, report generation, providing interface and data management to solve the data communication between computer and electronic scale. The filling site electronic scale is connected to the serial port of the computer host in the office, and the keypad in the filling site is connected to the computer in the office with a keyboard adapter.

PP20191224095305
Product details
020-34563445

The semi-automatic barrel filling line adopts an insertable structure for the feeding pipe of the distribution tank. To prevent the liquid surface from being unstable due to the impact of the feeding liquid column, a buffer is set at the end of the insertable pipe. The buffer enables the liquid to flow out from the small holes around the column surface without directly surging upwards. The overflow downspout pipe is not directly connected to the axis direction perpendicular to the distribution tank. Instead, a long and narrow opening is made on the side of the distribution tank, and an overflow receiving trough is welded externally. The overflow downspout pipe is connected to the bottom of the overflow receiving trough. In this way, the shape of the overflow is similar to a waterfall. The liquid level in the distribution tank remains nearly flat whether during filling or during the filling interval. Keep the hydrostatic pressure head of the filling nozzle constant to achieve an accurate filling volume. When choosing a feed pump, ensure that the flow rate at the inlet of the distribution tank is greater than that at the outlet of the distribution tank.

The automatic Filling machine integrates formula management, filling and weighing, personnel management, report generation, interface provision and data management. Among them, the most crucial aspect of the software is to solve the data communication between the computer and the Electronic scale. The Weighing system connects the display at the filling site with the computer monitor in the office. Two serial communication lines are used to connect the two electronic scales at the filling site with the two serial ports of the computer mainframe in the office. A keyboard tap is used to connect the small keyboard at the filling site with the computer in the office (workers at the filling site operate the mainframe in the office through the small keyboard). The distance between the administrator's office and the filling site is preferably 5 to 8 meters.

Basic parameters

Maximum weighing capacity: 30kg

Minimum inductance: 0.01g

Filling error: ±0.02kg(depending on filling speed)

Filling speed: 100-150 barrels per hour (depending on the feed flow rate)

Applicable containers: Small-mouthed barrels and open-mouthed barrels with a diameter of ≤ 350xh500mm

Explosion-proof grade: EXdiaIIBT4

Power supply: AC220/50Hz

Gas source used: 0.4-0.8Mpa

Operating temperature: -10℃ to 40℃

Control mode: 2-speed pneumatic control filling, with an attached pneumatic capping machine

Scale platform size: 500×600mm

Structural material: SUS304 stainless steel

Gun tip tubing: SUS304 stainless steel and PTFE (316L is optional)

Material interface: DN40 quick-installation tower joint, flange joint is optional

Air source interface: 8mm air pipe connection


Multi-station liquid filling machine
The field management and control system of liquid filling machine based on single chip microcomputer, radio frequency card and network integration technology can control the filling of materials in real time and effectively. Realize the real-time detection of filling weight and the real-time opening and closing of solenoid valve in filling process, and upload data for effective microcomputer management.
Automatic liquid filling machine function application
Automatic liquid filling machine is controlled by frequency converter to realize stepless speed change, set the target weight, easy operation and fast filling speed, adopting large and small feeding and filling methods, optional computer connection or real-time printing of filling parameters such as filling date, serial number, net weight, tare weight, cumulative weight and so on.
Reactor feeding and dosage system realization
Reaction kettle feeding dosage system through the explosion-proof electronic weighbridge direct collection of weight signals, automatic control of weighing, the operator through the keyboard or the mouse in the upper computer human-machine interface (HMI) on the input charging information (charging type, weight, etc.), monitoring the whole process of charging control, printing the results of the charging and production reports, to achieve the process of charging the measurement and control of the integration of the management, is not lost as a practicable and effective method.
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