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Type of quantitative packaging scale
The release date: 2022-09-06 16:07:29 visits: 106
There are many kinds of quantitative packaging scales in the market. When selecting, try to choose products with high technical level, such as quantitative packaging scales using frequency conversion technology, which can refine the equipment to three times of feeding, and greatly improve the accuracy and speed compared with the traditional double helix.
In addition, when selecting the quantitative packaging scale, the manufacturer of the quantitative packaging scale must explain the characteristics of the packaged materials, such as particles or powders, particle size or mesh number of materials, moisture content, etc; At the same time, the characteristics of the packaging bag, the expected output, the feeding method, the site and other factors should be comprehensively considered, and then a suitable quantitative packaging scale can be selected.
The bucket less automatic quantitative packaging scale and the bucket less automatic quantitative packaging scale are commonly used. The obvious difference between them is reflected in their structure. The bucket less automatic quantitative packaging scale has a simple structure, so its weighing quantitative control process is also relatively simple. The quantitative control process can be achieved by directly loading the packaged goods into the container or packaging bag for weighing, and controlling the opening of the discharge port door.
When the bucket less automatic quantitative packaging scale is assembled, the weighing module is usually selected first to form the scale body with the scale platform, or a platform scale is directly selected, and then a weighing instrument and some simple control buttons are connected to form a completed bucket less automatic quantitative packaging scale.
In contrast, the control process of bucket automatic quantitative packaging scale is to complete the quantitative feeding process through an intermediate measuring bucket. At the beginning, the discharge door of the metering bucket is closed, and the upper feeding port is opened for constant value feeding; When the target value is reached, close the feeding port and open the discharging port to put materials into containers or packages, and then enter the next control cycle.
In addition, when selecting the quantitative packaging scale, the manufacturer of the quantitative packaging scale must explain the characteristics of the packaged materials, such as particles or powders, particle size or mesh number of materials, moisture content, etc; At the same time, the characteristics of the packaging bag, the expected output, the feeding method, the site and other factors should be comprehensively considered, and then a suitable quantitative packaging scale can be selected.
The bucket less automatic quantitative packaging scale and the bucket less automatic quantitative packaging scale are commonly used. The obvious difference between them is reflected in their structure. The bucket less automatic quantitative packaging scale has a simple structure, so its weighing quantitative control process is also relatively simple. The quantitative control process can be achieved by directly loading the packaged goods into the container or packaging bag for weighing, and controlling the opening of the discharge port door.
When the bucket less automatic quantitative packaging scale is assembled, the weighing module is usually selected first to form the scale body with the scale platform, or a platform scale is directly selected, and then a weighing instrument and some simple control buttons are connected to form a completed bucket less automatic quantitative packaging scale.
In contrast, the control process of bucket automatic quantitative packaging scale is to complete the quantitative feeding process through an intermediate measuring bucket. At the beginning, the discharge door of the metering bucket is closed, and the upper feeding port is opened for constant value feeding; When the target value is reached, close the feeding port and open the discharging port to put materials into containers or packages, and then enter the next control cycle.