Feed Equipment Knowleagde

Feed pellet machine cooler cooling equipment configuration
After the granules are squeezed, the pellets are not suitable for direct packaging and storage due to high temperature and high moisture content. Artificial air drying or fuel granule cooling and drying equipment is required. The feed granule machine is equipped with suitable cooling and drying equipment, which can provide the working efficiency of the feed pellet machine, reduce the processing cost of the feed pellet machine, effectively reduce the waste of labor and particles, and enable the production of fuel pellets to be continuous and profitable. The processing equipment is for the production process and is the specific implementer of the reasonable production process.

How does the feed pellet cooling device work?
Feed pellet cooling equipment - Counterflow cooler is a cooling device in the production process of feed pellets. When the feed is cooled, it can prevent deformation and breakage, and also prevent bonding and mildew during storage.

The working principle of the feed pellet cooling equipment is to utilize the relative movement of the flow and the airflow: the material moves from the top to the bottom, and the airflow enters from the bottom of the cooling tank, and the cooling wind and the high-temperature and high-humidity materials move in the opposite direction, so that the material gradually goes from top to bottom. The cooling is obtained, which avoids the disadvantages of surface cracking of the material caused by quenching in the general vertical cooler, and difficulty in emitting moisture and heat in the heart.

The actual process is: the hot and hot pellets coming out of the granulator enter the cooler through the feeding mechanism and are distributed to the cooler through the distributor. When the material stacking height reaches the position of the leveler, the leveler signals that the cylinder is inflating or the motor is energized. Under the action of the push rod, the material door is opened, and the cooled material is discharged from the discharge door. Under the timing of the time relay, the material door is closed after a certain time of discharge. The cooling air enters through the holes of the stencils in the cooling area at the lower part of the cooler, and the airflow passes through the material and is discharged from the upper air outlet. When the granular material is piled up to the height of the leveler, the material door is repeatedly moved to achieve the purpose of timing quantitative discharging. . The manual system is installed in the control system. When the granulator stops working, the material cannot contact the leveler. At this time, the manual switch can be used to discharge all the materials.

As the level of fuel processing technology continues to improve and improve, the performance requirements of feed processing equipment are also more stringent. This refers not only to traditional host equipment, such as pulverizers, mixers and molding equipment, but also such as dryers, cooling. Auxiliary equipment such as a stabilizer, a post-curing device, and a sprayer. At present, relatively reasonable auxiliary processing equipment is used in the more reasonable and complete feed processing process, and these equipments have a non-negligible influence on the finished feed products.