Aluminum melting furnace

For the installation of the aluminum melting furnace body, the base support and the aluminum melting furnace body need to be connected. One end of the support rod and the upper end of the vivid column need to rotate in coordination. The whole installation sequence is based on the manufacturer's instructions. The other end is vivid with the connecting plate, the cover is riveted at the lower end of the connecting plate, and the handle is riveted on the support rod. This kind of aluminum melting furnace covers the furnace mouth of the aluminum melting furnace with the cover, so that the heat is not easy to dissipate. However, when the aluminum water is stored in the aluminum melting furnace, it is necessary to switch the cover frequently, which causes great difficulties. At the same time, when the cover is turned over, the aluminum water in the aluminum melting furnace and the inside Atmospheric contact, because of the low heat of the internal atmosphere, makes the aluminum water heat on the top of the aluminum water furnace rise, easy to generate aluminum hard film, will cause unnecessary storage of aluminum water.

The aluminum melting furnace includes the main body of the aluminum melting furnace, a heating chamber arranged at the bottom of the main body of the aluminum melting furnace for heating the main body of the aluminum melting furnace, the furnace mouth of the main body of the aluminum melting furnace is provided with a fresh-keeping installation for continuous heating and fresh-keeping of the aluminum water at the furnace mouth, the fresh-keeping installation includes an exhaust fan, an upper respiratory tract for connecting the exhaust fan and the heating chamber, and an upper respiratory tract arranged on the exhaust fan, The upper respiratory tract of the row is arranged toward the furnace mouth of the main body of the aluminum melting furnace.


Installation sequence of aluminum melting furnace:

1. The furnace mouth of the main body of the aluminum melting furnace is provided with a fresh-keeping installation for continuous heating and fresh-keeping of the aluminum water at the furnace mouth. In this way, when the aluminum water is stored from the aluminum melting furnace, the aluminum water on the upper part of the aluminum melting furnace is heated by the fresh-keeping installation, which is not easy to freeze to form a hard aluminum film, so that the aluminum water is stored in the interior is more unfavorable; the fresh-keeping installation includes the exhaust fan set at the furnace mouth, which is used for The upper respiratory tract connected with the exhaust fan and the heating chamber, and the upper respiratory tract arranged on the exhaust fan, and the upper respiratory tract arranged toward the furnace mouth of the main body of the aluminum melting furnace. When the heating chamber continues to heat the aluminum melting furnace, a large number of waste water will be produced, which has a high heat, and the waste water will be pumped out by the exhaust fan and used to continue to heat the aluminum water on the upper part of the aluminum melting furnace, which is widely used Heat utilization rate reduces energy consumption.


2. When the heating chamber continues to heat the aluminum melting furnace, it needs to extinguish the fuel. Therefore, the waste water in the aluminum melting furnace contains more dirt and impurities. If the dirt and impurities are not filtered continuously, the dirt and impurities will enter into the aluminum water, which is unnecessary for the quality of the aluminum water. There are grooves on the outer side wall of the aluminum melting furnace, which are perpendicular to the axis line of the aluminum melting furnace A mesh grid is arranged inside to filter the gas impurities outside the upper respiratory tract, so that when the gas in the quenching room is used to continue heating the aluminum water in the aluminum melting furnace, the aluminum water is not easy to contain impurities.


3. With the increase of application time, there will be more dirt and impurities left on the grid, which will weaken the filter motivation. As a result, the grid is hinged at the notch of the groove. The number of grid is many and all of them are located on the grid. Many grids are distributed in a circle with the hinge axis of the grid as the core. The grid continues to wind around the hinge axis to realize the opposite grid replacement in the upper respiratory tract, In this way, when the grid is used for a long time, the grid can be replaced by rotating the grid, so that the gas impurities located outside the upper respiratory tract can lose better filtration.


4. The connection form between the grid and the grid is inlay, so that when there are more dirt and impurities attached to the grid, the grid on the grid can be removed and cleaned continuously, and the cleaned grid can be embedded on the grid for continuous use; if the grid appears to be damaged, as long as the grid is removed and replaced, the whole grid does not need to be removed, making the operation easier and more luxurious Work hard.


5. The side wall of the grid is provided with a crevasse, and the side wall of the groove is provided with a leaf spring facing the side of the grid, and the end of the leaf spring is provided with a contact block for sticking to the crevasse. When the contact block on the leaf spring and the corresponding crevasse are embedded in the limit position, the grid on the grid sits in the middle of the upper respiratory tract.


When using the aluminum melting furnace, put the aluminum block to be heated into the main body of the aluminum melting furnace, then master the heating chamber to continue heating the main body of the aluminum melting furnace, turn over the exhaust fan on the main body of the aluminum melting furnace in the same voice, pump the waste water in the heating chamber into the exhaust fan through the upper respiratory tract, and then discharge it from the upper respiratory tract to the mouth of the main body of the aluminum melting furnace 1, and then discharge the aluminum water on the upper part of the main body of the aluminum melting furnace Continue to heat and keep fresh. When the waste water passes through the upper respiratory tract, Grid 8 continues to filter the impurities in the waste water, so that the impurities in the waste water are not easy to enter the main body of the aluminum melting furnace; when there is more dirt on the grid in the upper respiratory tract, which leads to the weakening of the filter motivation, the screw on the main body of the aluminum melting furnace can be screwed out, and then the dust cover can be turned over, moreover, the grid frame can be turned until it is found that the force required for turning suddenly becomes large, and then it will stay rotating After that, the grid with more dirt can be removed and cleaned. After cleaning, the grid will be embedded in the grid, and then the dust cover will be replaced and the screws will be tightened.



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