Fighting the epidemic together: Jinhuiyuan HZS60 concrete mixing station exported to Myanmar

With the continuous development of society, the progress of infrastructure construction is constantly advancing, the popularity of concrete mixing stations is increasing year by year, and the mixing station equipment production industry has developed extremely rapidly in recent years. Since the 18th National Congress of the Communist Party of China proposed the construction of ecological civilization, the development of many industries has been restricted. After several generations of innovation and development of concrete mixing stations, “green mixing stations” will replace traditional forms and become the development direction of the industry. The key to building an environmentally friendly mixing station is to reduce and reasonably control the various industrial pollution generated during the production process. The key to building an energy-saving mixing station is to reduce the required human, material, electricity and other resources from the preparation to the daily operation process, and comprehensively improve the input-output ratio.This article will combine the opinions of Jinhuiyuan Mechanical Engineers to start from the problems existing in traditional mixing plants in terms of environmental protection and energy saving, and propose corresponding improvement measures and maintenance precautions for different links.

Environmental protection measures for mixing stations
Traditional mixing stations mainly produce “waste residue, waste liquid, dust, noise” and other forms of pollution during use. Different pollution in different parts requires different purification treatment methods.
1. “Dust” control measures for mixing stations: isolation and recycling. Environmentally friendly mixing stations should adopt “double insurance” measures for dust treatment. The first is isolation, that is, all dust pollution sources in the mixing station system are sealed and sealed to isolate the pollutants from the outside world first; then take specific measures according to the different causes of dust generation…

With the rapid development of the domestic economy and the continuous advancement of the modernization of urban transportation, the consumption of stabilized soil has increased year by year. It is particularly important to ensure that the stabilized soil mixing plant can produce long-term stable and efficient output. Today, the editor invited Jinhuiyuan Mechanical Engineer to explain in detail the correct operating specifications of the stabilized soil mixing plant, hoping to play a positive role in future actual production.

1. Preparation before starting
1. Check whether the connections of all parts of the stabilized soil mixing station mixer are firm and reliable, whether the lubricating oil of each part is filled to the specified value, check whether there is leakage at both ends of the main shaft, check whether the storage bin door is opened and closed, whether the gap between the mixing blade and the lining is within the specified range, whether the transport belt is damaged, and whether the mixer can rotate normally;
2. Check whether the electrical control system is safe and reliable, whether there is leakage, short circuit, and whether the insurance device is normal;
3. Check whether the air compressor is running normally without abnormal sound and leakage, and ensure that the pressure is kept within the specified range;
4. Ensure that each weighing device measures accurately and the error is within the standard range;
5. The equipment can be started only after confirming that there are no safety hazards in the silo and belt transportation.

2. Precautions during work
1. After starting the mixing system of the stabilized soil mixing station, it should be run empty first, carefully check the operation of the machine, and check whether the direction of the mixing shaft is correct. After confirming that the mixing system is correct, production can be carried out;
2. Closely monitor the belt conveyor and feeding system to prevent excessive or large stones and other foreign objects from entering the silo;
3. Closely…