YZ Submersible Slurry Pump

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1 ,Feature :
YZ Series Slurry Pump is single stage ,single Suction (Suspension-Type ) pump ,it is connect with water power parts by bear seat ,supporting seat connecting tube .Liquid is exhaust out by Exhaust Pipeline component,Impeller of pump is designed semi-opened,Assigned an mixing blade ( propeller) in impeller blade extending .The mainly characteristic is pump shaft under liquid have enough stiffness , it is doesn't install bear between impeller and pump cover , it doesn't take bear seal,
so this pump can transmit Higher concentration rigid granules (particles) mediums.
This pump can input liquid on depth 800-2000mm
We can install an suction tube If you need . Shaft seal is running by submersible Pump insert into liquid , No Bear Seal , Transmit device by Motor installed Motor supporting and undertaking Seat , connecting with pump by coupling .
2 ,Application Field:
This series Pump widely application on environmental protection ,Municipal Engineering,Thermal power plant,Gas coking plant,Refinery plant ,Steelmaking plant,Mining ,Paper industry,The cement factory,food factory, printing and
dyeing industry to extract Dope ,heavy oil, Oil residue,Dirty liquid, mud, Mortar,The flow sand and urban sewage floating sludges , contained coal or ash in liquid. It is also can be used as chemical, pharmaceutical and other
industries suction fluid containing sand slag material and corrosive liquids. YZ can also transfer heat Temperature (480 degree ) of kerosene, crude oil, asphalt, oil Residue and other working conditions.

3,Model Sense :
Model No :80YZ80-20A
YZ-Submersible Slurry Pump
80-Outlet Diameter :(mm)
80-Pump Designed Flow :(m3/h)
20-Pump Designed Head :(m)
A- Impeller dissection by one time

Q:How does an air pump handle different inflation speeds for various objects?: An air pump is designed to handle different inflation speeds for various objects by allowing the user to control the amount of air pressure being pumped into the object. The pump typically has a pressure gauge that indicates the level of air pressure being generated. By adjusting the force or speed of pumping, the user can control how quickly the object is inflated. For objects that require faster inflation, such as large inflatable structures or sports balls, the user can apply more force or pump at a faster rate to increase the air pressure quickly. This allows for a rapid inflation process, saving time and effort. On the other hand, for objects that require slower inflation, such as delicate inflatable toys or inflatable mattresses, the user can reduce the force or pump at a slower rate. This ensures a gentler inflation process, preventing any damages or bursting of the object due to excessive air pressure. Additionally, air pumps often come with different nozzle attachments to cater to different objects. These attachments vary in size and shape, allowing the user to choose the most suitable one for the object being inflated. This ensures a proper fit and efficient inflation, regardless of the object's size or shape. In summary, an air pump handles different inflation speeds for various objects by providing the user with control over the air pressure being generated. By adjusting the force or speed of pumping, as well as using the appropriate nozzle attachment, the pump allows for efficient and safe inflation of different objects.

Q:Can an air pump be used for inflating air beds with built-in LED lights?: Yes, an air pump can be used for inflating air beds with built-in LED lights. The primary function of an air pump is to inflate air beds, regardless of whether they have built-in LED lights or not. The LED lights are typically powered by batteries or a separate power source, and they do not affect the inflation process. Therefore, an air pump can be used to inflate these types of air beds without any issues.

Q:The two air pressure air pump can start simultaneously when the air pressure is lower than the normal air pressure. When the normal air pressure is reached, it can stop at the same time and how to connect: Connect the starting line of the two air pump with the stop circuit in parallel. It is better to remove one of the starting stop parts of one of the pumps

Q:How does an air pump handle variations in air density during inflation?: The purpose of an air pump is to accommodate changes in air density when inflating by adjusting the applied pressure. Air density can fluctuate due to factors such as temperature, altitude, and humidity. When using an air pump to inflate an object, it typically includes a gauge or pressure control mechanism for the user to monitor and modify the delivered pressure. In situations where the air density is higher, like in colder temperatures or at lower altitudes, the air pump will increase the pressure to ensure proper inflation. This is because higher air density necessitates a larger number of air molecules to occupy the same volume, hence a higher pressure is required to achieve the desired inflation level. On the other hand, when the air density is lower, such as in warmer temperatures or at higher altitudes, the air pump will decrease the pressure to prevent over-inflation. This is because lower air density requires fewer air molecules to fill the same volume, making a lower pressure sufficient to achieve the desired inflation level. Moreover, certain air pumps may possess built-in sensors or automatic pressure regulation systems that can detect and adjust the pressure based on the prevailing air density. These systems guarantee consistent and accurate inflation regardless of variations in air density. In conclusion, an air pump manages variations in air density during inflation by allowing the user to adjust the delivered pressure and, in some cases, by automatically regulating the pressure based on the current air density. This ensures proper inflation of the object irrespective of temperature, altitude, or humidity conditions.

Q:How does an air pump prevent overheating of the motor?: The motor's overheating is prevented by the air pump, as it actively circulates air around the motor to dissipate heat. Heat is generated as a byproduct when the motor runs. Failure to properly manage this heat can result in motor overheating, which can lead to potential damage or failure. Maintaining the motor's temperature within safe limits is a crucial role of the air pump. It accomplishes this by drawing in air from the surrounding environment and directing it towards the motor. The pump's airflow helps cool down the motor by carrying away the excess heat. Typically, the air pump consists of a rapidly rotating fan or impeller. This action pulls air into the system and pushes it towards the motor. As a result, the airflow effectively reduces the motor's temperature by removing the heated air and replacing it with cooler air from the surroundings. Furthermore, the air pump can be equipped with additional cooling mechanisms like heat sinks or fins. These structures increase the surface area available for heat dissipation. Consequently, the air passing through them absorbs more heat from the motor. To sum up, the air pump prevents motor overheating by actively circulating air and facilitating heat dissipation. By continuously providing fresh, cooler air and removing the heated air, the pump ensures the motor's temperature remains within a safe range. This, in turn, guarantees the motor's longevity and optimal performance.

Q:Can an air pump be used for fuel transfer?: Using an air pump for fuel transfer is not possible. Air pumps are meant for moving air, not liquids. To transfer fuel, you need a pump specifically designed for that purpose, like a fuel transfer pump or a siphon pump. These pumps are made to handle the unique properties and requirements of transferring fuel, such as flammability and the need for pressure or suction to move the liquid effectively. If you try to use an air pump for fuel transfer, you could damage the pump or the fuel. It could also be dangerous due to the potential for fuel leakage or ignition. Therefore, it is crucial to use the appropriate pump for the task of transferring fuel.

Q:What is the maximum number of air outlets an air pump can support?: The number of air outlets that an air pump can handle is determined by various factors, including the size and capacity of the pump, the pressure it can generate, and the overall design and construction of the pump. Normally, air pumps come with a predetermined number of outlets already built-in, usually ranging from 1 to 4 outlets. Nevertheless, it is possible to connect multiple air outlets to a single pump by using distribution bars or manifold systems. In these cases, the maximum number of outlets can vary depending on the specific setup. To determine the maximum number of air outlets that a particular air pump can support, it is always crucial to refer to the manufacturer's specifications and guidelines.

Q:What is an air pump and how does it work?: An air pump functions as a tool for transferring air between different locations. It finds widespread use in a variety of applications, including inflating tires, aquariums, air mattresses, and medical equipment. The fundamental principle behind an air pump involves the conversion of mechanical energy into compressed air. Although there are several types of air pumps, most operate using either a piston or a diaphragm mechanism. In the case of piston air pumps, a cylinder houses a piston that moves up and down. As the piston descends, an intake valve allows air to enter the cylinder. On its upward motion, the piston compresses the air, which is then expelled through an outlet valve. This cycle repeats, generating a continuous stream of compressed air. Diaphragm air pumps operate in a similar manner, but instead of a piston, a flexible diaphragm oscillates within a chamber. When the diaphragm moves away from the chamber, it creates a vacuum, drawing air in through an intake valve. Upon returning to the chamber, the diaphragm compresses the air, causing it to exit through an outlet valve. Both types of air pumps can derive power from various sources, such as electricity, manual operation, or even gasoline engines. The size and capacity of an air pump determine the volume of air it can transport and the pressure it can generate. In conclusion, an air pump is a device designed to move air from one place to another. It accomplishes this by converting mechanical energy into compressed air, utilizing either a piston or diaphragm mechanism. The resulting compressed air can then be utilized for a variety of purposes, depending on the specific application.

Q:What is the average power cord length of an air pump?: The length of the power cord for an air pump differs based on the brand and model, with most air pumps generally equipped with cords ranging from 3 to 6 feet. To ascertain the precise cord length, it is essential to review the specifications of the particular air pump you intend to buy.

Q:Can an air pump be used for blowing up inflatable toys?: Certainly, inflatable toys can absolutely be inflated using an air pump. Undoubtedly, this method stands out as one of the most effective and convenient ways to fill up these toys. Specialized air pumps are tailored precisely for this task and come equipped with various nozzle attachments that perfectly match the valves on inflatable toys. By supplying a consistent airflow, air pumps expedite the inflation process, making it swift and effortless. Furthermore, employing an air pump guarantees the toys are inflated correctly, eliminating the possibility of over or under inflating them, which could potentially compromise their longevity and performance.

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