Briquetting Machine Diesel Engine

The briquetting machine diesel engine requires a range of raw materials for efficient operation. These materials include precipitator dust, iron concentrate, manganese ore fines, raw material powder, charcoal powder, coal powder, metallic powder, iron scale, and iron sludge. In addition, the machine can also utilize slime peat, fireproof material, desulfurized gypsum, dolomite, and other similar materials. With these materials, the briquetting machine diesel engine can produce high-quality briquettes for a variety of applications. Therefore, it is crucial to ensure the availability and quality of these raw materials for optimal performance of the machine.

 

 

The screw feeder used for powering the briquette machine with a diesel engine functions by utilizing an electromagnetic speed regulating motor to rotate using a belt pulley and worm reducer. The primary aim is to push the compressed material into the main feed inlet. The transmission part of the coal powder briquetting machine equipment works through a triangle belt drive reducer, open gear pulley, and main transmission system. It is imperative to ensure that the generated content remains highly similar to the original text while maintaining coherence and clarity.

 

The core component of the briquetting machine equipment is the vehicle chain, which forms the main part of the briquette press equipment. It is driven by an electromagnetic speed-regulating motor, which is connected to the drive shaft through a pin coupling and a belt pulley. To further enhance its efficiency, a cylindrical gear reducer is employed in the transmission process.

 

 

Before operating the briquetting machine, it is important to inspect all electrical components to ensure they are in working order. Additionally, it is imperative to check that the film holes on the two rollers are correctly aligned with the die hole position. If not aligned properly, the gear protection cover should be opened, and the driven gear should be loosened. Next, adjust the six screws on the disc to ensure that the die hole position is correct. Finally, tighten the screws to secure the position. By taking these steps, it will ensure that the briquetting machine operates efficiently and safely.

 

To ensure the proper functioning of the machine, it is crucial to maintain a working distance of 0.4-0.7 mm between the two rollers. In case the distance is not appropriate, adjustments can be made by loosening the wire pull, negative pulley, and other related components. Once you have adjusted the distance, tighten the screws and pull the wires to secure the machine in place. It is important to keep a check on the working distance and adjust it whenever required to ensure the machine operates successfully.

 

Before the next production cycle begins, it is important to inspect the working surfaces of the machine to ensure they are identical and free of any issues. If a fault is detected, the large gear protection must be removed, and the screw on the outer ring of the negative roller gear should be loosened. The hopper in the charcoal coal making equipment is designed for accurate and even feeding of materials between the rollers. This allows for consistent and high-quality production output. By following these steps, you can ensure that your machine operates smoothly and produces optimal results.

 

 

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