Fully -automatic diaphragm filter machine is a commonly used solid -liquid separation equipment, which are widely used in various industries. Before using a fully automatic diaphragm filter, debugging is needed to ensure that the equipment can run normally and achieve the expected results. The debugging process of the fully automatic diaphragm filter will be introduced below for reference.

1. Check the equipment

Before the debugging of a fully automatic diaphragm compressor, the device itself needs to be checked. Check the items include whether the appearance of the device is intact, whether the equipment has loose or worn components, and whether the various instruments work normally. Ensure that the equipment will not occur during debugging, and ensure the smooth progress of the work.

Second, preparation work

Before starting debugging, you need to prepare some necessary tasks. You need to prepare the required filter and filter cloth and install it in accordance with the instructions. You need to prepare the required filter and filter cloth and install it in accordance with the instructions. You also need to prepare the required filter materials and filter cloth and install it according to the instructions. If you need to ｒｅｐｌａｃｅ or adjust the device, you need to prepare the spare parts in advance.

3. Basic debugging

Basic debugging is an important part of the debugging of fully automatic diaphragm filter machine. Put the materials to be treated in the barrel and connect the power. Then, warm up the device. After the equipment temperature meets the requirements, open the compressed air and liquid supply pipeline. At this time, observe whether the device is working normally, and listen to whether there is an abnormal sound of the equipment to ensure the normal operation of the equipment.

Fourth, parameter debugging

Parameter debug is a key link for the debugging of a fully automatic diaphragm filter machine. In parameter debugging, you need to set some important parameters to ensure that the equipment can achieve the best operating effect. Pressure parameters are required, including feeding pressure and sewage pressure. According to the characteristics and processing requirements of the materials, adjust the size of the feed and sewage pressure to obtain the best filtering effect. The time of the filtering cycle needs to be set, that is, the working time of the device during a filtration cycle. According to the characteristics and processing requirements of the material, set the time length of the filter cycle. The size of the filtering speed is required, and the filtration speed is adjusted according to the characteristics and processing requirements of the material to obtain the best filtering effect.

5. Actual operation

After completing the parameter debug, perform actual operation. In the actual operation process, the work status of the equipment is required, and necessary adjustments are made according to the observation situation. At the same time, pay attention to the temperature, pressure, and traffic of the equipment to ensure that the equipment runs within the normal range. If abnormal situations are found, stop the inspection and process in time to avoid equipment failures and accidents.

Six, test results

During the debugging process of a fully automatic diaphragm compressor, test results need to be performed and the test results are recorded. Test results include filtering effect, filtering speed, filtering cycle, etc. By analyzing the test results, the work performance and filtering effect of the equipment can be evaluated in order to make subsequent adjustments and improvements.

The debugging process of fully automatic diaphragm filter machine includes steps such as equipment inspection, preparation, basic debugging, parameter debugging, actual operation and test results. The purpose of debugging is to ensure that the equipment can run normally and achieve the expected filtration effect. During the debugging process, we need to pay attention to safety and operation specifications, and make necessary adjustments and improvements according to the actual situation. Only through debugging, a fully automatic diaphragm filter machine can exert its greatest efficiency and provide high -quality products for production.