ZX series self-priming pump 40ZX-6.3-20

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 10 unit

Supply Capability:: 300 unit/month

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A, product overview
This company produces the ZX series self-priming pump is the earliest according to relevant technical data at home and abroad after absorption, digestion, improve the development of pump energy saving products.Self-priming centrifugal pump, the pump and other pump does not have the self-priming capacity, etc.Such as corrosion resistant mechanical seals and stainless steel material can call some of the chemical, pharmaceutical acid and alkali medium.
Second, the product features

1, the pump with self-priming function, do not need to install the bottom valve in pipeline, only to ensure storage in pump body before work are quantitative liquid can have "a drainage, life-long self-priming" function.So both simplifies the pipeline system, and improved the working conditions.
2, has a compact structure, convenient operation, stable operation, easy maintenance, high efficiency, long service life.
Three, use the product

1) suitable for urban environmental protection, construction, fire control, chemical, pharmaceutical, dyes, and dyeing, brewing, electric power, electroplating, papermaking, oil, mining, equipment cooling, tanker unloading, etc.
(2) apply Yu Qingshui, sea water, chemical liquid medium with acid, alkalinity and with general mushy slurry (medium viscosity 100 mile, or less under the solid content of 30%).
(3) mount a rocker arm sprayer, the water can go into the air, a small drips to spray, is a good tool for farm, nursery, garden, tea garden.
And (4) can be matched with pressure filter of any model and specifications, sending size belt filter to filter the most ideal auxiliary pump.
Fourth, working conditions

Traffic: 3 ~ 500 m3 / h
Head: 10 ~ 80 m
Ambient temperature 50 ℃ or less
Medium temperature is 100 ℃ or less
Medium density of 1.24 or less by 103 kg/m3

Q: Are air pumps suitable for medical facilities?: Medical facilities find air pumps to be suitable for their needs. These pumps are commonly employed in various capacities within the medical setting. Primarily, they are utilized in respiratory therapy to administer oxygen to patients who require assistance in breathing. Furthermore, air pumps power a range of medical devices, including ventilators and anesthesia machines, in the operating room. Moreover, air pumps have proven effective in wound care, facilitating the healing process for specific wound types through negative pressure wound therapy. Consequently, air pumps are indispensable equipment in medical facilities, playing a vital role in promoting patient well-being.

Q: Can an air pump be used for inflating inflatable advertising displays?: Certainly, inflatable advertising displays can indeed be inflated using an air pump. Inflatable objects of different kinds, like advertising displays, are frequently inflated using air pumps. These pumps are available in various sizes and designs, and some are specifically tailored for inflating large structures. By continuously supplying a steady stream of air into the display, these pumps enable a rapid inflation process and ensure the display retains its desired shape. Furthermore, air pumps commonly feature adjustable pressure settings that can be advantageous in regulating the firmness of the inflatable advertising display. In conclusion, an air pump serves as a practical and efficient tool when it comes to inflating inflatable advertising displays.

Q: Can an air pump be used for aeration in fish tanks?: Yes, an air pump can be used for aeration in fish tanks. Aeration is essential for maintaining a healthy aquarium environment as it helps to increase oxygen levels in the water. An air pump, when connected to an air stone or bubble wand, produces bubbles that rise to the surface, creating water movement and facilitating the exchange of gases between the water and the air. This oxygenates the water and improves the overall health of the fish and other aquatic organisms in the tank. Additionally, the bubbles also provide visual appeal and help to prevent the water from becoming stagnant. However, it is important to note that while an air pump is an effective method of aeration, it should be complemented with regular water changes and proper filtration to ensure optimal water quality in the fish tank.

Q: What are the different power consumption levels of air pumps?: The power consumption of air pumps can differ based on their size, type, and intended usage. Typically, the power consumption of an air pump is measured in watts (W) and can range from a few watts to several hundred watts. For smaller air pumps, like those utilized in fish tanks or small inflatable objects, the power consumption is generally lower. These pumps usually consume around 1-20 watts of power, depending on their size and efficiency. They are designed to provide a continuous air flow while minimizing energy usage. Medium-sized air pumps, commonly found in larger aquariums or for inflating bigger inflatable items, may have power consumption levels ranging from 20-100 watts. These pumps are more powerful and can deliver a higher volume of air, making them suitable for larger applications. In industrial or specialized settings, large air pumps can have significantly higher power consumption levels. These pumps may consume anywhere from 100 watts to several hundred watts of power. They are designed to provide a substantial air flow for demanding applications, such as aerating large bodies of water or operating heavy-duty machinery. It's important to note that power consumption levels can vary among different brands and models of air pumps, so it's always advisable to check the manufacturer's specifications. Additionally, the actual power consumption of an air pump may vary depending on factors such as operating conditions, air pressure requirements, and any additional features or settings used.

Q: How can the oxygen pump in the tank be out of oxygen, or pumping water, but without oxygen?: There's a good chance you're out of gas. It's blocked up. Just get a wire through it......

Q: What is the recommended pressure range for an air pump?: The recommended pressure range for an air pump typically depends on the specific application and the equipment being used. However, a general guideline for most air pumps is to operate within a pressure range of 20 to 30 PSI (pounds per square inch). This range ensures the optimal performance and efficiency of the pump, while minimizing the risk of damage or overloading. It is important to consult the manufacturer's guidelines and specifications for the specific air pump being used, as different models may have different pressure requirements. Additionally, it is crucial to regularly monitor and maintain the pressure levels to prevent any potential issues or malfunctions.

Q: Can an air pump be used for aeration in artificial lakes or ponds?: An air pump is capable of aerating artificial lakes or ponds, which involves increasing the oxygen levels in the water. This is crucial for the well-being of aquatic organisms and the overall ecosystem. An air pump, also known as an aerator, is designed to pump air into the water, forming bubbles that aid in oxygenation. This can be particularly advantageous in artificial lakes or ponds that may have limited natural aeration processes. By employing an air pump, it becomes possible to augment the dissolved oxygen levels in the water, thereby promoting the growth of thriving aquatic life and preventing issues like fish kills or algal blooms. Additionally, aeration can also serve to prevent the build-up of harmful gases, like carbon dioxide, in the water. All in all, the use of an air pump for aeration in artificial lakes or ponds is a widely accepted and effective approach to maintaining a harmonious and healthy aquatic environment.

Q: How does an air pump handle different air pressures in pressurized systems?: An air pump handles different air pressures in pressurized systems by creating a higher pressure than the system it is pumping into. This higher pressure forces the air to flow from the lower-pressure area into the higher-pressure area, equalizing the pressures between the system and the pump.

Q: How to prevent clogging of the air outlet of an air pump?: To prevent clogging of the air outlet of an air pump, it is important to regularly maintain and clean the pump. This can be done by checking and cleaning the air filter regularly, as a clogged filter can restrict airflow. Additionally, ensuring that the pump is located in a clean and dust-free environment can help prevent debris from entering the air outlet. Regularly inspecting the air outlet and removing any accumulated dirt or debris can also help maintain proper airflow and prevent clogging.

Q: What is the maximum distance an air pump can push air through a tube?: The maximum distance an air pump can push air through a tube depends on various factors such as the power of the air pump, the diameter and length of the tube, and any obstacles or restrictions in the system. In general, the distance an air pump can push air through a tube is limited by the pressure it can generate and the resistance encountered along the way. Most air pumps, such as those used for inflating tires or air mattresses, are designed for relatively short distances. They are typically able to push air through a tube for a few meters or yards, but the efficiency and effectiveness may decrease with longer distances. This is because as air travels through a tube, it encounters friction and resistance, which can reduce the pressure and volume of air reaching the end. However, specialized air pumps, such as industrial or high-pressure pumps, can be capable of pushing air through longer distances. These pumps are designed with higher power, larger capacities, and better pressure capabilities. With the right equipment and setup, it is possible to push air through tubes for several hundred meters or even kilometers. Ultimately, the maximum distance an air pump can push air through a tube is determined by the specific characteristics of the pump and the system, as well as any limitations imposed by physics and engineering principles.

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