GW TYPE Sewage pump 65 GW 25-15-2.2 DN65
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 5 unit
- Supply Capability:
- 20 unit/month
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A, product overview
This series of sewage pump is the introduction of the federal
republic of Germany ABS pump company advanced technology,
through the absorption and transformation of development,
various performance indexes reached the level of national standard
of similar products.Due to the unique, single (double) channel impeller
sewage capability is strong, can effectively by 5 times of pump diameter
of fiber content 50% of pump diameter and solid particles, dynamic seal
adopts two sets of special material of carbide mechanical seal device, the
material for cast iron and stainless steel.
Second, the product features
GW type pipe sewage pump is SG type based on the use of advanced
technology design and become the latest kind of pump.The pressurized
water pump can be used as general pipeline pump, and suction liquid
containing particles of impurities such as fiber, suspended solid impurities,
for chemical industry, textile, pharmaceutical, environmental protection
and other industries to provide the ideal conveying machinery.
Three, use the product
1, enterprise unit wastewater emissions;2, urban sewage treatment plant
emissions system;3 drainage station, subway, basement, civil air defense
system;4, hospital, hotel, high-rise building sewage;5, residential sewage
drainage station;6, municipal engineering, construction sites in the thin mud
emissions;7, tap water company's feed system;8, plants sewage several rural
farmland irrigation;9, exploration, mining and water treatment equipment;10,
water supply and drainage of water conservancy projects.
Four, model significance
For example: 200 gw400 30 P - 200 - outlet diameter (mm) GW - pipeline
sewage pump 400 - rated flow (m/h) 30 - rated head (m) P - the material is stainless steel
- Q: What is the recommended air pressure for inflatable pool floats?
- The specific float and its design play a role in determining the recommended air pressure for inflatable pool floats. However, it is generally advised to inflate the float to a level that is firm but not excessively tight. Most inflatable pool floats typically suggest an air pressure ranging between 1.5 and 2.5 PSI (pounds per square inch). It is crucial to adhere to the manufacturer's instructions and avoid surpassing the maximum recommended air pressure, as this could result in bursting or damage. Furthermore, it is wise to periodically assess the air pressure and make any necessary adjustments, as fluctuations in temperature and usage can cause the air pressure to fluctuate.
- Q: Can an air pump be used for vacuum sealing?
- Using an air pump for vacuum sealing is not possible. Air pumps are intended for adding air or inflating things, whereas vacuum sealing involves removing air to establish a vacuum. For effective vacuum sealing, a vacuum sealer or vacuum sealing machine is indispensable. These devices are specially designed to eliminate air from bags or containers, thus creating a completely airtight seal.
- Q: Can an air pump be used for filling up oxygen tanks?
- No, an air pump cannot be used for filling up oxygen tanks. Oxygen tanks require pure oxygen, which can only be obtained through specialized oxygen concentrators or medical-grade oxygen cylinders.
- Q: How to calculate the required air flow rate for a specific application?
- To calculate the required air flow rate for a specific application, you need to consider several factors. Firstly, you need to determine the volume of air required for the application. This can be done by assessing the size of the space or equipment that needs to be supplied with air. For example, if you are calculating the air flow rate for a ventilation system in a room, you would need to measure the room's dimensions (length, width, and height) and multiply them to find the volume. Next, you need to consider the air change rate required for the application. This refers to how many times the air in the space needs to be replaced within a specific time frame. Different applications have different air change rate requirements, depending on factors such as occupancy levels, industry standards, and air quality needs. For example, a laboratory might require more frequent air changes compared to an office space. Once you have determined the volume of air and the required air change rate, you can multiply these values together to calculate the required air flow rate. This will give you the amount of air that needs to be supplied or circulated within the specified time frame. It's worth noting that additional factors such as air quality requirements, temperature control, and pressure differentials may need to be considered depending on the specific application. Consulting with a professional in the field, such as an HVAC engineer, can help ensure accurate calculations and proper system design for optimal performance.
- Q: Do not let fish hypoxia, in addition to oxygen pumps and plants, what else?
- You simply build a small fish pond, and want to make up the oxygen, only those two methods, and then higher point estimate in the future will appear...... Can you get some weed and mud in the river? Isn't it convenient? I keep it that way
- Q: Are air pumps suitable for inflating air mattresses with adjustable firmness zones?
- Yes, air pumps are suitable for inflating air mattresses with adjustable firmness zones. Air pumps allow for easy and convenient inflation, enabling users to customize the firmness levels of different zones on the mattress to their desired preferences.
- Q: What's the price of the truck mounted inflator?
- I bought the onboard pump in the past few days. It's very good and the quality is very good
- Q: Can an air pump be used for inflatable event decorations?
- Yes, an air pump can be used for inflatable event decorations. An air pump provides a convenient and efficient way to inflate and deflate various types of inflatable decorations, making it an essential tool for setting up and maintaining them during events.
- Q: How does an air pump handle different types of adapters?
- By utilizing universal fittings and connectors, an air pump is specifically designed to accommodate a range of adapter sizes. These fittings are tailored to fit a wide variety of inflatables, including air mattresses, sports balls, bicycles, and inflatable pool toys. Typically, when using an air pump, it will come equipped with a set of interchangeable adapters or nozzles that can be affixed to the pump's hose or nozzle. These adapters are designed to fit the different sizes and shapes of valves found on various inflatables. To utilize the air pump with a specific adapter, you simply select the appropriate adapter that corresponds to the valve size and shape of the inflatable you wish to inflate or deflate. Once the adapter is securely attached, the air pump can be activated, and air will flow through the pump into the inflatable. The mechanism of the air pump operates by either creating pressure or suction, depending on whether you are inflating or deflating an inflatable. This pressure or suction propels air into or out of the inflatable, allowing for quick and efficient inflation or deflation. In certain instances, air pumps may also feature adjustable pressure settings to accommodate different types of inflatables. This functionality enables you to regulate the amount of air pressure being pumped into the inflatable, ensuring it is inflated to the desired level without the risk of overfilling or damaging the inflatable. In summary, an air pump facilitates the use of different types of adapters through the provision of a variety of interchangeable fittings and connectors. This permits effortless inflation and deflation of a multitude of inflatables.
- Q: What is the maximum altitude an air pump can operate at?
- The operational altitude of an air pump is dependent on several factors, including the type of pump, its design, and the specific conditions it encounters. Typically, air pumps are engineered to function efficiently at lower altitudes, where air pressure is higher. However, as altitude increases, air pressure decreases, leading to potential performance issues for the pump. Various types of air pumps have distinct altitude restrictions. For instance, certain electric air pumps may only be suitable for use at altitudes below 5,000 feet (1,524 meters) above sea level. This is due to their motors and mechanisms being optimized for a specific air pressure range. Nonetheless, there exist specialized air pumps, such as high-altitude air pumps, that are explicitly designed to operate at higher elevations. These pumps are constructed to overcome reduced air pressure, enabling them to maintain efficient performance at altitudes surpassing 5,000 feet. Some high-altitude air pumps can even function at altitudes as high as 12,000 feet (3,658 meters) or more. To determine the maximum altitude capability of a specific air pump, it is crucial to consult the manufacturer's specifications and guidelines. Additionally, factors like temperature, humidity, and any modifications made to the pump can also influence its performance at higher altitudes. Ultimately, the maximum operational altitude of an air pump is dictated by its design, capabilities, and the particular environmental conditions in which it operates.
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GW TYPE Sewage pump 65 GW 25-15-2.2 DN65
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 5 unit
- Supply Capability:
- 20 unit/month
OKorder Service Pledge
OKorder Financial Service
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