Long Shaft Pump

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Type LKX(S)(1)\LBX(S)(3) pumps are newly researched and developed on the basis of absorbing the advanced technology of domestic and foreign similar products. They are provided for delivering clear water, rainwater, sewage and seawater below 55 deg C. The pumps hand been used for handling circulating water in large scale power stations, metallurgy, water supply &drainage
Of civil engineering and farmlands as well as mining drainage.

Performance range
Capacity Q: 900~25000m3/h
Head H: 7~95m

Construction:
The serials pumps are single stage or double stage vertical mixed flow pumps. They are vertically installed with the inlet vertical downward and the outlet horizontal extending. The rotor elements can be pull-out or non-pull-out, the axial thrust of pump carried by the motor or carried by the pump according to requirements of customers. The bearings of the pump is rubber bearings or Thordon bearings, when the rubber bearings are used, the shaft has shaft sleeves with pressure clear water in for lubrication.

Materials of tolerance parts: Impeller: Cast iron, cast steel or stainless steel
Shaft: High quantity of carbon steel or stainless steel
Others: Cast iron, cast steel or steel plate welding
Description of pump type
For example: 350LKX(S)2-95A
350_Pump outlet diameter (mm).

L_vertical mixed flow pump.
K_Represents pull-out rotor, B represents non pull-out rotor.
X_Represents outlet is under pump foundation.
S_Represents outlet is above pump foundation.
2_No. Of stage
20_Head at design point.
A_Impeller diameter is the first cut.

Q:Can an air pump be used for inflating inflatable bounce houses?: Indeed, inflatable bounce houses can be inflated using an air pump. This method is widely employed and highly effective. Specifically engineered for inflatables, air pumps generate a consistent and forceful airflow, rapidly expanding the bounce house to its maximum dimensions. These pumps are typically equipped with diverse nozzle attachments, tailored to fit the various valves on the bounce house, guaranteeing a secure and hermetical inflation. To ensure safety and proper expansion, it is crucial to utilize a pump that matches the size and capacity of the bounce house.

Q:Air pump, air compressor has abnormal sound, what's the matter?: Check whether the fixed screws are loose and whether the cylinder is missing oil

Q:What's the price of the truck mounted inflator?: The air pump twenty or thirty are cheap, but quality is poor and is not recommended to buy three products, too bad, it is recommended to buy one hundred left brand inflatable pump, easy car mall also have currency exchange, I changed a very good use.

Q:Can an air pump be used for inflatable event backdrops?: Yes, an air pump can definitely be used for inflatable event backdrops. In fact, an air pump is the most common and efficient method of inflating large inflatable structures like event backdrops. These pumps are specifically designed to provide a high volume of air quickly, allowing for easy and fast inflation of the backdrop. They typically come with different nozzle attachments to fit various types of inflatables, including event backdrops. So, whether you're setting up a wedding, corporate event, or any other special occasion, an air pump is a reliable and practical tool to quickly inflate your event backdrop and create a stunning visual impact.

Q:What are the different flow rate options available in air pumps?: The air pumps offer various flow rate options to cater to the specific needs and preferences of users. Some commonly available choices include low, medium, and high flow rates. Low flow rate air pumps are designed for smaller aquariums or tanks with a lower oxygen demand. These pumps provide a slower airflow, which is suitable for delicate aquatic ecosystems or tanks housing small fish or invertebrates that require a minimal oxygen supply. On the other hand, medium flow rate air pumps are more versatile and can be used in a wider range of aquarium sizes. They offer a moderate airflow, making them suitable for medium-sized tanks with a moderate oxygen demand. These pumps are commonly used in community aquariums or tanks with a mix of fish species. For larger aquariums or tanks with a higher oxygen demand, high flow rate air pumps are the ideal choice. These pumps have a powerful airflow and are suitable for tanks housing large fish species or tanks with a heavily populated population. They ensure an ample oxygen supply and help maintain a healthy aquatic environment. When selecting an air pump, it is important to consider the specific requirements of the aquarium or tank. Factors such as tank size, number and type of fish, presence of live plants, and desired oxygen levels should be taken into account. Seeking advice from a knowledgeable aquarium professional or conducting thorough research can assist in making an informed decision about the most suitable flow rate option for air pumps.

Q:Probably is such a big cylinder, the left is 16 open book, fish tank is 30 cm high, mouth diameter is 18 cm, pump small, may be 2W? Fish is 3, the kind of carp, in this condition, about how long will the oxygen pump open?: Under normal circumstances should often open, if you change the water frequency is higher (such as one day for a change), you can appropriately reduce the oxygen pump working hours.

Q:Is there any difference between an air pump and a compressor?: Yes, there is a difference between an air pump and a compressor. While both devices are used to move air, they serve different purposes and have distinct characteristics. An air pump is typically a smaller, portable device used to inflate items such as air mattresses, sports balls, and bicycle tires. It works by manually or electrically pumping air into a closed space, increasing the air pressure inside the item being inflated. Air pumps are generally designed for low-pressure applications and are not suitable for heavy-duty or high-pressure tasks. On the other hand, a compressor is a more powerful and versatile device used to generate high-pressure air. It is commonly used in industrial settings, construction sites, and automotive repair shops. Compressors work by sucking in air from the surrounding environment and compressing it to a higher pressure, which is then stored in a tank for later use. Compressors are capable of generating much higher pressures than air pumps and are equipped with various features such as pressure regulators, gauges, and safety valves. In summary, the main difference between an air pump and a compressor lies in their size, power, and intended applications. Air pumps are smaller, less powerful, and suitable for low-pressure tasks like inflating small objects. Compressors, on the other hand, are larger, more powerful, and designed for generating high-pressure air for a wide range of industrial and commercial applications.

Q:How does an air pump handle different sizes of inflatables?: An air pump can handle different sizes of inflatables because it typically comes with various nozzle attachments. These nozzle attachments are designed to fit different valve sizes on inflatables, allowing the air pump to effectively inflate a wide range of sizes. For larger inflatables, such as air mattresses or pool floats, the air pump may have a larger nozzle attachment that can quickly fill them with air. On the other hand, smaller inflatables like balloons or beach balls may require a smaller nozzle attachment to ensure a snug fit on their valves. By offering different nozzle attachments, the air pump can easily adapt to the size and type of inflatable being inflated, ensuring a secure and efficient inflation process.

Q:How does an air pump prevent water freezing in pipes during winter?: An air pump prevents water freezing in pipes during winter by introducing a flow of warm air into the pipes. The pump is connected to the pipes and forces air through them, displacing any water and preventing it from stagnating and freezing. The continuous flow of air helps to maintain the temperature above freezing point, ensuring that the water remains in a liquid state. Additionally, the movement of air aids in breaking up any ice formations that may have started to form, preventing blockages and subsequent pipe bursts. By keeping the pipes clear of ice, an air pump helps to protect them from damage and maintain a steady water supply during the winter season.

Q:Does the high pressure air function replace the air pump?: High pressure fan air flow, but the pressure is not enough, can not replace the air pump.

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