ZCQ Self-Priming Magnetic Leakless Seal Chemical&Dosing Pump

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Model No : ZCQ Magnetic Pump

Flow :3-50 m3/h

Head:12-50 m

Power: 0.37-18.5 kw

Feature :

It is also called magnetic drive pump, using modern magnetic theory. Magnetic pumps adopt internal and external magnetic steel to delivery.

This pump are remodeled based on the Series CQ magnetic pumps with the recent advanced technologies of the field. The product combines the advantages of the magnetic pumps such as fully sealing and corrosion resistance, and the features of self-priming pumps such as simple line structure without bottom valve and easy operation without filling liquid for being primed. The maximum priming height is 4 m.

Application :
The self-priming magnetic pumps are widely used in the petroleum, chemical, pharmaceutical, electric plating, dyeing and printing, food, agrochemical, and metallurgical industries for pumping acids, bases, oils, valuable liquids, toxic or volatile liquids, especially flammable, easy to leak and explosive fluids.
ZCQ Self-Priming Magnetic Leakless Seal Used in Chemical&Dosing Pump

Q:How does the air pump spray the water gun (the principle of the car spray gun)?: Compressed liquid inside cylinder block.Or the water jet is decreasing......

Q:How does an electric air pump differ from a manual one?: There are several ways in which an electric air pump differs from a manual one. Firstly, the power source of an electric air pump is electricity, either from a power outlet or a rechargeable battery, while a manual air pump requires physical effort to operate. This means that an electric air pump is much easier to use and more convenient, as it requires minimal physical exertion. Secondly, an electric air pump typically contains a built-in motor that automatically inflates or deflates items like air mattresses, inflatable pools, or sports balls. This feature eliminates the need for continuous hand pumping, saving time and effort. In contrast, a manual air pump requires the user to continuously pump the handle or plunger to inflate or deflate the item. Moreover, an electric air pump often comes with various nozzle attachments that can fit different types of valves, ensuring compatibility with a wide range of inflatable objects. This versatility allows for easy inflation or deflation of various items, including inflatable toys, pool floats, and even car tires. On the other hand, a manual air pump may have limited nozzle options, necessitating additional attachments or adapters for different valve types. Lastly, electric air pumps often include additional features such as pressure gauges or automatic shut-off functions. These features enable precise inflation or deflation, preventing over-inflation or under-inflation of items. Manual air pumps usually lack these features, requiring the user to rely on their judgment or use additional tools to determine the correct pressure. In summary, the primary distinctions between an electric air pump and a manual one lie in their power source, ease of use, versatility, and additional features. An electric air pump offers the convenience of effortless operation, compatibility with various valves, and extra functionalities, making it a more efficient and user-friendly choice for inflating or deflating objects.

Q:Can an air pump be used for waste water treatment?: It is not possible to utilize an air pump for waste water treatment. The process of waste water treatment is intricate and involves the elimination of contaminants and pollutants from the water. This objective cannot be accomplished solely by relying on an air pump. Waste water treatment typically encompasses several stages including primary treatment, secondary treatment, and tertiary treatment. Each stage necessitates specific techniques and equipment. These may involve sedimentation, filtration, biological treatment, chemical treatment, and disinfection. Although an air pump can be employed in certain stages of waste water treatment, such as aeration, it is insufficient to effectively treat waste water on its own.

Q:An air pump is not switched on and the voltage is normal: Is the pressure inside the air pump adequate? Look at the pressure gauge.Can you make sure that the motor is good?Check the pressure relay, and the normally closed electric shock is broken. (through normal)Is the contactor coil all right? Take the meter. (through normal)Is the heat relay broken? (through normal)

Q:Are there any specific power requirements for operating an air pump?: Yes, there are specific power requirements for operating an air pump. The power requirement depends on the size and type of the air pump. Smaller air pumps, such as those used for aquariums or inflatable toys, typically require a low voltage power source, such as 12V or 24V DC. These can be powered by batteries or a small power adapter. On the other hand, larger air pumps, such as those used for industrial applications or large inflatable structures, may require a higher voltage power source, such as 110V or 220V AC. These pumps usually need to be connected to a power outlet or a generator capable of providing the required voltage and current. It is important to consult the manufacturer's specifications or user manual to determine the specific power requirements for a particular air pump model.

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:How does an air pump handle water exposure?: The exposure of an air pump to water is not intended. Water contact can result in harm to the internal components, potentially causing malfunction or complete failure. The metal parts of the pump can be corroded by water, the electrical wiring can be damaged, and the motor can experience a short circuit. Furthermore, water can enter the air intake, disrupting airflow and compromising the pump's air pressure generation. It is absolutely essential to keep an air pump away from any water source and ensure appropriate protection against potential water exposure.

Q:How to choose the right size air pump for a specific application?: Choosing the right size air pump for a specific application requires careful consideration of several factors. Here are the steps to guide you in making the right choice: 1. Determine the required airflow: Start by calculating the required airflow for your specific application. Consider factors such as the volume of the space that needs to be filled with air, the number of devices or tools that will be connected to the pump, and any specific airflow requirements for the equipment being used. 2. Determine the required pressure: Next, consider the required pressure for your application. Some devices or tools may require a specific pressure level to operate efficiently. Make sure to identify these requirements and choose a pump that can deliver the necessary pressure. 3. Consider the duty cycle: The duty cycle refers to the amount of time the pump will be running continuously. If the pump will be used for extended periods, it's important to choose a model that is designed for continuous operation. For intermittent use, a smaller pump may be suitable. 4. Evaluate the power source: Determine the available power source for the air pump. Some pumps run on electricity, while others may require a battery or other power supply. Ensure that the power source is compatible with the pump you choose. 5. Consider noise levels: If noise is a concern, consider the noise level of the air pump. Some pumps are designed to operate quietly, which may be important for certain applications such as medical environments or noise-sensitive areas. 6. Check the dimensions and weight: Consider the physical dimensions and weight of the air pump. Ensure that it can be easily installed in the available space and is manageable for transportation if needed. 7. Research and compare different models: Once you have determined the requirements for your application, research different air pump models available in the market. Read product specifications, customer reviews, and compare prices to find the best fit for your needs. 8. Consult with experts if needed: If you are unsure about any aspect of choosing the right air pump, consult with experts in the field. They can provide valuable insights and guidance based on their experience. By carefully considering these factors and following these steps, you can choose the right size air pump for your specific application, ensuring optimal performance and efficiency.

Q:Are there air pumps with built-in pressure gauges?: Indeed, on the market, one can find air pumps equipped with integrated pressure gauges. Such air pumps have been specifically designed to offer both convenience and precision in the measurement of pressure when inflating tires, sports balls, inflatable toys, and various other inflatable items. With the inclusion of a built-in pressure gauge, users can effortlessly monitor and regulate the air pressure, guaranteeing a precise and secure inflation process. Consequently, the requirement for a separate pressure gauge is eliminated, simplifying the overall inflation procedure. Consequently, air pumps featuring built-in pressure gauges are widely favored by consumers owing to their practicality and effectiveness.

Q:Can an air pump be used for inflating inflatable pools with water sprayers?: An air pump is not suitable for inflating inflatable pools with water sprayers. It is specifically designed for inflating objects using air, not for filling them with water. If you want to inflate an inflatable pool with water sprayers, you will require either a water pump or a hose connected to a water source. Water pumps are designed to handle the required flow and volume of water to fill up pools, whereas air pumps lack the necessary features for this task.

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