The equipment for sand production line plays an essential role in creating concrete, and a complete set of crushing machines including jaw crusher and impact crusher, vibrating screen, belt conveyor, sand washer, and electrical control equipment is used to achieve this. This equipment is widely used in various industries such as railway, highway, electricity, and urban construction. Correct installation and daily maintenance of the complete set of stone production line equipment are crucial to prevent short circuits during production, thereby improving efficiency.
To begin with, a thorough installation of the sand production line equipment is necessary. A technical staff’s guidance is required to ensure that the equipment is installed correctly. The installation process of sand production line equipment involves installing it on a level concrete foundation using foundation bolts to fasten it. The host should be vertical with level. After installation, it is essential to inspect every bolt to check for looseness, and fasten the host door if it is not secure. Then configure the power cord and control switch based on equipment motive power. After inspection, test the machine with no load to ensure that it operates normally.
Secondly, the daily inspection of sand production line equipment should focus on specific parts. Good lubrication is crucial for the bearing as it bears the entire load of the machine. Therefore, the oil must be clean, and the seal must be good. The machine must be lubricated at the bearing, rollers bearings, all gears, and activities bearings and sliding plane. Newly installed tires are prone to loosening, and regular checks are necessary. Check that all parts of the machine are working correctly, inspect the wear degree of worn parts, and replace them promptly. In case of a bearing temperature rise, stop the machine and inspect it.
By implementing the above parts effectively, the sand production line equipment can work safely and efficiently. Fodamon’s sand production line equipment has various advantages, such as high degree of automation, adjustable particle size, high crushing rate, and energy efficiency.