Vertical Electric Centrifugal Submersible Pump
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- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 500 unit/month
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Introduction of Vertical Electric Centrifugal Submersible Pump
Introduction of Vertical Electric Centrifugal Submersible Pump
WQ (QW) series submersible non-clogging sewage pump based on the introduction of the Fe
deral Republic of Germany ABS pump, advanced technology, with the joint efforts of our research
staff, and asked for a wide range of domestic pump expert advice, and after several improved an
-d developed, advanced level by testing various performance indicators are the to similar foreign products in china.
Traffic: 7 ~ 24OOm3/h, 7 ~ 60m, head: according to the medium, different installation design and manufacture different performance parameters of WL, YW, GW series products.
Features of Vertical Electric Centrifugal Submersible Pump
1) Single/double impeller and two sets of special materials of carbide;mechanical seal.
2) Merits: no plug, durable, convenience repair, high efficiency, energy saving, low noise.
No need to build pumping stations, water can sneak into the work, reducing the project cost.
3). Resistant to acid, alkali, wear and high temperature.
4). High mechanical strength, steady performance, good tightness.
5). Convenient operation and durable.
6). Be able to transport water that under the position it was installed. No need for filling liquid after the first time it was used.
Application of Vertical Electric Centrifugal Submersible Pump
1. Suitable for environment protection, construction, fire fighting, chemical pharmacy, printing, dyeing, brewage, power plant, electroplate, paper making, washing for mining and cooling for equipment.
2. Application as sprayer equipped with beam nozzle that turning water into little drop irrigation for farm, garden, etc.
3. It is suitable for clear water, sea water, acid or alkali chemical medium and slurry (viscosity≤100 centipoise, consistency of solid can not exceed 30% of total medium).
FAQ
Q: Are your pumps protected against dry running?
A: No, unprotected centrifugal pumps are not generally designed for dry running. It is important to give us or your dealer as much information as possible about the system in which the pump is used. Inlet pressure, the type of liquid to be pumped, together with relative density, viscosity and temperature, for example, are required in order to allow CNBM to recommend the right pump with the right gaskets for a long operating lifetime.
Q: How can I get trained on CNBM products?
A: Yes, we provide training courses in our factory (products, general and specific pump technology, hydraulics, and practical applications). Please consult your sales manager or get in touch with our headquarters for more information.
Q: Are your pumps cheaper than those of your competitors?
A: CNBM aims to give its customers the highest standards of quality and service and delivery times, all at a reasonable price.
Q: Do you have self-priming pumps?
A: Yes, our product portfolio also includes two ranges of self-priming pumps: self-priming electric pumps and self-priming side channel pumps.
- Q: How to choose the right air pump for a specific airbrushing application?
- When choosing the right air pump for a specific airbrushing application, there are a few key factors to consider. Firstly, it is important to determine the specific requirements of your airbrushing application. This includes the type of paint or medium being used, the desired flow rate, and the level of detail needed. Different airbrushing applications may require different levels of pressure and airflow, so understanding your specific needs is crucial. Next, consider the type of air pump that will best suit your application. There are three main types of air pumps: compressors, propellant cans, and airbrush-specific pumps. Compressors are the most versatile option as they offer adjustable pressure and airflow settings. They are suitable for various airbrushing applications and provide consistent and reliable performance. Compressors are available in different sizes and power levels, so choose one that aligns with your specific requirements. Propellant cans, on the other hand, are portable and require no external power source. They are suitable for small, occasional airbrushing projects but are not recommended for long or continuous use. Propellant cans tend to have limited pressure and can be more expensive in the long run. Lastly, airbrush-specific pumps are designed specifically for airbrushing applications. They are typically compact and lightweight, making them highly portable. However, they may have limited pressure or airflow capabilities compared to compressors. Consider the noise level of the air pump as well. If you will be working in a noise-sensitive environment, choose a pump with low noise output. Additionally, it is essential to consider the maintenance requirements of the air pump. Some models may require frequent oiling or cleaning, while others may have built-in moisture traps or filters. Ensure that you are willing to commit to the necessary maintenance for the chosen air pump. Lastly, budget is an important consideration. Determine the maximum amount you are willing to spend and find an air pump that meets your needs within that budget. Remember that investing in a high-quality air pump can lead to better performance and longer lifespan. Overall, when choosing the right air pump for a specific airbrushing application, carefully consider the specific requirements of your project, the type of air pump that best suits your needs, noise level, maintenance requirements, and budget. Taking these factors into account will help you make an informed decision and ultimately choose the right air pump for your airbrushing application.
- Q: Are there any specific safety certifications for air pumps?
- Yes, there are specific safety certifications for air pumps. One commonly recognized certification is the UL (Underwriters Laboratories) certification, which ensures that the air pump has undergone rigorous testing to meet safety standards. Other certifications may include the CE (Conformité Européene) marking, indicating compliance with European safety standards, and the ETL (Electrical Testing Laboratories) certification, which is widely accepted in North America. These certifications assure consumers that the air pumps have been evaluated for safety and are suitable for 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: How to calculate the required air flow rate for a specific application?
- In order to calculate the necessary air flow rate for a particular application, several factors must be taken into account. First and foremost, the volume of air required for the application needs to be determined. This can be achieved by assessing the size of the space or equipment that requires air supply. For instance, if the air flow rate for a room's ventilation system is being calculated, the dimensions of the room (length, width, and height) need to be measured and multiplied to determine the volume. Subsequently, the air change rate necessary for the application must be considered. This refers to the frequency at which the air in the space needs to be replaced within a specific time period. Different applications have varying requirements for air change rates, which depend on factors such as occupancy levels, industry standards, and air quality needs. For example, a laboratory may require more frequent air changes compared to an office space. Once the volume of air and the required air change rate have been determined, these values can be multiplied together to calculate the necessary air flow rate. This will provide the amount of air that needs to be supplied or circulated within the specified time frame. It is important to note that additional factors like air quality requirements, temperature control, and pressure differentials may need to be taken into consideration based on the specific application. Seeking advice from a professional in the field, such as an HVAC engineer, can ensure accurate calculations and proper system design for optimal performance.
- Q: What is the recommended air pressure for inflatable rafts?
- The air pressure necessary for inflatable rafts may differ based on the particular model and manufacturer. Nevertheless, a general suggestion is to inflate the raft to a pressure that gives it a firm touch, yet allows for some flexibility when pressed with moderate force. Excessive inflation should be avoided as it can strain the seams and materials, potentially causing harm or malfunction. It is advisable to refer to the manufacturer's instructions or guidelines for the specific raft being utilized, as they will offer the most precise and trustworthy information regarding the recommended air pressure.
- Q: Can an air pump be used for powering air suspension systems?
- Yes, an air pump can be used for powering air suspension systems. Air suspension systems require pressurized air to adjust the ride height and provide a smooth, comfortable ride. An air pump is commonly used to supply the necessary air pressure to the suspension system, ensuring its proper functionality.
- Q: Can an air pump be used for inflating air-filled promotional structures?
- Yes, an air pump can be used for inflating air-filled promotional structures. Air pumps are designed to generate airflow and increase the pressure inside an object, which is exactly what is needed to inflate air-filled structures. These structures, such as inflatable arches, tents, or balloons, are typically made of durable, airtight materials and have air chambers that can be filled with air using an air pump. This method of inflation is convenient, efficient, and ensures that the structures are properly inflated to their desired shape and size.
- Q: Can an air pump be used for inflatable advertising inflatables or mascots?
- Yes, an air pump can be used to inflate advertising inflatables or mascots. In fact, using an air pump is the most common and efficient method for inflating these types of advertising materials. Air pumps provide a quick and easy way to inflate large-scale inflatables, such as advertising balloons or mascots, ensuring that they are properly inflated and maintain their shape throughout the advertising campaign. Additionally, air pumps are designed to have adjustable pressure settings, allowing for precise control over the inflation process, which is crucial to achieving the desired appearance and stability of the inflatables. Overall, using an air pump for inflatable advertising inflatables or mascots is highly recommended due to its convenience, efficiency, and ability to produce consistent results.
- Q: Can an air pump be used for inflatable event decorations?
- Indeed, inflatable event decorations can be inflated using an air pump. An air pump proves to be a handy and effective device when it comes to inflating different kinds of inflatable decorations like balloons, arches, and inflatable characters. By utilizing an air pump, one can swiftly and dependably fill these decorations with air, thereby saving both time and energy in comparison to manually inflating them. Moreover, air pumps often come equipped with diverse nozzle attachments that perfectly fit various sizes and types of inflatables, ensuring a hassle-free inflation process. All in all, utilizing an air pump for inflatable event decorations presents a viable and convenient solution.
- Q: How does an air pump handle changes in air viscosity during inflation?
- An air pump handles changes in air viscosity during inflation by adjusting its pressure and airflow accordingly. Air viscosity refers to the resistance of air molecules to flow or move. As the viscosity of air varies with factors such as temperature and altitude, an air pump must be equipped to handle these changes to ensure efficient and effective inflation. One way an air pump adjusts to changes in air viscosity is by allowing for pressure adjustments. When the viscosity of air increases, meaning the air becomes thicker or more resistant to flow, the air pump may increase its pressure to maintain a consistent airflow. This increase in pressure compensates for the higher viscosity, allowing the air to move through the pump and into the desired inflating object. Additionally, an air pump may also have adjustable airflow settings. By altering the airflow, the pump can adapt to changes in air viscosity. For example, if the viscosity of air decreases, making it thinner and less resistant to flow, the air pump may reduce its airflow to prevent over-inflation or to provide a more controlled inflation process. On the other hand, if the air viscosity increases, the pump can increase its airflow to compensate for the increased resistance. Overall, an air pump handles changes in air viscosity during inflation by adjusting its pressure and airflow settings. These adjustments ensure that the pump can effectively inflate objects regardless of variations in air viscosity, providing a reliable and consistent inflation process.
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Vertical Electric Centrifugal Submersible Pump
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 500 unit/month
OKorder Service Pledge
OKorder Financial Service
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