Working principle: When the two vibrating motors rotate synchronously and reversely, the excitation force generated by their eccentric blocks counteracts each other in the direction parallel to the motor axis, and is superimposed into a resultant force in the direction perpendicular to the motor axis. Therefore, the motion track of the motor is a straight line, and the two motor axes have an inclination angle to the screen surface. Under the combined force of the excitation force and the self-gravity of the material, the material moves forward in a straight line in a jumping manner on the screen surface, So as to achieve the purpose of screening, screening and grading of materials.
The vibration of the vibrating motor is used as the vibration source to make the material be thrown up on the screen and move forward in a straight line. The material evenly enters the feed inlet of the screening machine from the feeder, and generates several specifications of materials on the screen and under the screen through the multi-layer screen, which are discharged from their respective outlets. With low energy consumption, high output, simple structure, easy maintenance, fully closed structure, no dust overflow, automatic discharge, more suitable for assembly line operation.
advantages
High screening accuracy, large processing capacity, simple structure, low energy consumption, low noise, long service life of screen, good sealing, few dust spillage, convenient maintenance, and can be used for automatic operation in assembly line production.
Applicable industries
It is widely used in screening dry powder or granular materials in chemical, food, plastics, medicine, metallurgy, glass, building materials, grain, fertilizer, abrasive, ceramics and other industries.
According to customer requirements and screening materials, we recommend 304 stainless steel linear screen to meet the screening requirements of food and also play a role in transportation.

Yes, rotary vibrating screens can be used to remove impurities from cassava flour. The rotary vibrating screen is a common screening equipment that uses rotation and vibration to screen and separate raw materials on the screen. It can effectively remove impurities in cassava flour, such as wood chips, stones, fibers, etc.

When using a rotary vibrating screen to remove impurities from cassava flour, it is necessary to select an appropriate screen aperture to ensure that the impurities are effectively separated, while the cassava flour remains on top through the screen. According to the characteristics and requirements of cassava flour, selecting the appropriate screen aperture can achieve the removal of impurities of different particle sizes.

At the same time, adjusting the vibration parameters of the rotary vibrating screen, such as vibration frequency and amplitude, can affect the impurity removal effect. Appropriate vibration parameters can improve screening efficiency and separation effects and ensure the purity of cassava flour.

It should be noted that when using a rotary vibrating screen to remove impurities, attention should be paid to the cleaning and maintenance of the equipment, and the screen mesh and screen frame should be cleaned regularly to avoid accumulated tapioca flour and impurities from affecting the screening effect. In addition, operators should strictly follow operating specifications to ensure personal safety.

In summary, the rotary vibrating screen can be used to remove impurities from cassava flour. By selecting the appropriate screen aperture and adjusting the vibration parameters, the impurities in cassava flour can be effectively removed and the quality and purity of cassava flour can be improved.

The operating points and precautions of the square swing screen in cassava flour screening are as follows:

Selection of screening mesh: Select the appropriate mesh size according to the requirements of cassava flour and the purpose of screening. For 16 mesh and 40 mesh cassava flour screening, ensure the quality and fineness of the screen to achieve the ideal screening effect.

Adjustment of screening effect: By adjusting the vibration frequency and amplitude of the square swing screen, the screening effect can be controlled. According to the characteristics of cassava flour and screening requirements, the vibration parameters are adjusted in a timely manner to obtain the best screening effect and output.

Cleaning and maintenance of equipment: Regularly clean the screen mesh and screen frame of the square swing screen to ensure that there is no accumulation of tapioca flour, impurities and dirt. Use appropriate cleaning agents and methods to avoid damage to screens and equipment. At the same time, regularly check whether all parts of the equipment are operating normally and perform necessary maintenance and upkeep to extend the service life of the equipment.

Operating specifications and safety precautions: When operating the square swing screen, the operating specifications must be strictly followed. Operators should wear appropriate protective equipment to avoid contact with rotating parts and moving parts to ensure personal safety. During the operation of the equipment, pay attention to the operating status of the equipment and handle abnormal situations in a timely manner to avoid accidents.

Debugging and optimization: When using the square swing sieve for cassava flour screening for the first time, debugging and optimization may be required. According to the actual situation, gradually adjust the vibration parameters, screening time and feeding speed to obtain the best screening effect and output.

Feed control and uniformity: In the cassava flour screening process, it is very important to control the uniformity of the feed. Make sure the cassava flour is evenly distributed throughout the screen and avoid feeding too large or too small a quantity to make full use of the efficiency of the screening equipment.

Summarize:
The operating points of the square swing screen in cassava flour screening include selecting the appropriate screening mesh, adjusting the screening effect, cleaning and maintaining the equipment, complying with operating specifications and safety precautions, debugging and optimizing, and controlling the feed uniformity. Following these key points and precautions can ensure the normal operation of the square swing screen and improve the efficiency and quality of cassava flour screening.

Explosion-proof vibration motors should generally be cleaned and refueled after 2,000 hours of use. There are two ways to clean bearings:
1. Hot oil cleaning method
Due to long-term use, bearings hardened by soft dry oil or anti-rust paste should be immersed in thermal engine oil at 100-200°C, clamp the bearing with pliers, and use a brush to clean the oil stains on the bearing. Soft dry oil or anti-rust paste melts when heated to 100-200°C and is easily washed out from the gaps in the bearing. Sometimes it is just a matter of shaking the bearing in oil several times. Oil dirt will also flow away from the gaps.
When cleaning the radial spherical bearings of old motors or imported motors, the balls, ball frames, and inner rings should be turned laterally out of the outer ring and then immersed in hot oil. When cleaning short cylindrical roller bearings, the rollers should also be cleaned. , the bead frame, inner ring and outer ring are detached. During hot oil cleaning, the oil temperature should not exceed 20°C.
2. General cleaning method
Soak the bearing in kerosene for 5-10 minutes, hold the inner ring with one hand, and rotate the outer ring with the other hand. The dry oil or anti-rust paste on the bearing will fall off. Then put the bearing into cleaner kerosene, scrub with a soft brush to clean the oil in the balls and gaps, then put it into gasoline to clean it once, take it out and put it on clean paper. When cleaning radial spherical ball bearings and short cylindrical roller bearings, the balls, ball frames, inner rings and outer rings should be separated and cleaned.
The bearings installed on the shaft are mainly cleaned by spraying oil or spraying with an oil gun. The oil stains that are easy to be cleaned are first washed with kerosene and then gasoline; the oil stains that are difficult to be cleaned are first rinsed with 100-200°C hot engine oil. Or spray with an oil gun, and then clean with gasoline. Be careful not to use sharp tools to scrape hardened grease or rust on the bearings to avoid damaging the smoothness of the bearing rolling elements and groove rings. Clean the explosion-proof vibration motor bearings and wipe them dry with a clean cloth.

Compared to ordinary suction machines, the suction efficiency is high and efficient.
The pneumatic grain suction machine has a complete fan and frequency conversion control system, and adopts advanced multi-channel air source control system and automatic adjustment device. The fan air volume can be adjusted arbitrarily; The use of negative pressure fans converts excess air pressure into power, greatly improving the suction rate. Imported fans and dedicated reducers are selected for the fan. It can meet the needs of industrial production, enterprise operation, and the civilian market for wind power generation.
2. It has the characteristics of large capacity, low power consumption, high energy consumption, and convenient maintenance.
This machine has a compact structure, smooth operation, convenient maintenance, and can be equipped with a dust recovery device. At the same time, the compressed air flow rate used in this machine is much larger than that of traditional grain suction devices. Its power consumption is only half that of traditional grain suction devices, and under the same material conditions, this machine consumes much less electricity and energy compared to ordinary grain suction machines.
3. High degree of automation, capable of remote operation and continuous automated operation, safe and reliable.
Pneumatic grain suction machines are widely used in our daily lives, especially as small suction equipment in the grain industry. So how should pneumatic grain suction machines be used? I believe many friends don't know much about this, but actually using such a device can also save a lot of costs. Due to its excellent environmental performance, it has minimal impact on the environment during use. For production enterprises, it can save energy costs, while for consumers, it can also save financial expenses. Of course, this requires the equipment user to have a good understanding and understanding ability.

The hose grain suction machine is a device used to absorb granular materials. It sucks the material into the machine through the hose, and then separates the material through the separation process inside the machine. Compared with traditional feeding methods, hose grain suction machines have many advantages and disadvantages, which we will introduce in detail below.
advantage:

1. Efficient: The hose grain suction machine can efficiently complete the suction work of granular materials, and its working efficiency is much higher than the traditional feeding method.
2. High flexibility: The length of the hose of the hose grain suction machine can be adjusted freely according to needs, and it can work in various complex sites and is more flexible than the traditional mechanical feeding method.
3. Transportable: The hose grain suction machine is small in size and light in weight, and can be easily moved to the required location for work.
4. No rust: The hose grain suction machine is mainly made of stainless steel, and there will be no problems such as rust when handling corrosive substances.

5. Simple operation: Hose grain suction machines are generally equipped with automatic control systems, which are simple and convenient to operate and can be used without special training.