How to Realize Automatic Production of Hydrated Lime Production Line
One of the commonly used processing equipment in the field of calcium powder processing is hydrated lime equipment. With the strong requirements of the environmental protection department for the powder processing industry to strictly prohibit dust pollution. From a single piece of equipment, it has developed into an entire calcium hydroxide production line that is basically automated from automatic lime feeding to automatic ash, automatic slag discharge, automatic dust collection, automatic powder selection, and automatic quantitative weighing and packaging.
The entire line It is environmentally friendly and labor-saving, which greatly reduces the operating cost of calcium powder processing. With the continuous development of science and technology, if we want to gain a firm foothold in the fierce market competition, we must increase the investment in science and technology. How to realize the automation of equipment has become a problem that manufacturers are very concerned about.
Assembly line industrial production will have more advantages in automated production. In fact, for the production of basic hydrated lime, if a relatively basic assembly line operation method can be achieved, the output of hydrated lime will also be improved. For the basic hydrated lime production line It is also necessary to realize basic automation. Of course, this needs to ensure the perfection of some core parts of the production equipment.
The use of hydrated lime equipment is also based on a relatively complete system for basic operations. For the production of basic calcium hydroxide, the current production equipment can already guarantee the output and quality. If the production of the equipment is more If it is perfect, there is basically no need for human operation. Of course, this requires the hydrated lime production line to have a complete drive system, transmission system, execution system, detection system, and control system. Five major systems.
1. Drive system. The driving system is the power source of the main machine, only with the driving system can the hydrated lime production line run.
2. Transmission system. Through the transmission device, the kinetic energy can be transmitted to each execution system, so that the execution system has kinetic energy, so that the purpose of transportation can be achieved, and the energy can also be transferred to the auxiliary system in the hydrated lime production line.
3. Execution system. The auxiliary steps and automation steps of the hydrated lime production line can be completed by starting the execution system.
4. Detection system. This link is a very critical link. We can ensure the accuracy of these parameters by testing the direction, speed, movement stroke, strength, and medium pressure and flow of the active machine of the hydrated lime production line, and then feed back the test results. For the control system, for inaccurate parameters, we can ensure the accuracy of the detection system by changing the parameters.
5. Control system. By using the control system, the drive system of the hydrated lime production line and the execution system of the transmission system can be controlled, so that the movement can be distributed to each execution system or auxiliary system.
The above is the relevant introduction about the automatic production of the hydrated lime production line. The five execution systems work in the corresponding order, so that the automatic production can be carried out better.
