Vacuum Pumps 2XZ-B

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. High speed, Iow volume, light weight, equipped with noise reducer, low noise, less shake. Pump stop and oil returnprevention is equipped, so that pupm oil is prevented to get back to the pump once pump stopped working, which makes it easy to restart.2. Gas valve is installed in order to separate the vapor from the gas, when pumping gas mixed with vapor. The valve prohibited the entrance of the vapor, ensured the purity and prolonged the use of the pump oil.3. Vent is applied with oil fog capture mchine to eliminate oil fog when discharge the gas. Ol collecting equipment is installed around the oil sal, in order to preven oil leaking, and entironment pollution.Motor power:0.37~1.5KW,extract capacity2~15L/S,Limit vacuum:2×10-2Pa。

List of performance

		Unit	2XZ-2B	2XZ-4B	2XZ-6B	2XZ-8B	2XZ-15B
off-gas quick result		L/S	2	4	6	8	15
limited pressure	Branch pressure (close gas)	Pa	2×10^-2	2×10^-2	2×10^-2	2×10^-2	2×10^-2
	General pressure (close gas)	Pa	6×10^-1	6×10^-1	6×10^-1	6×10^-1	6×10^-1
	Branch pressure (open gas)	Pa	6×10^-1	6×10^-1	6×10^-1	6×10^-1	6×10^-1
	General pressuer (open gas)	Pa	9×10^-1	9×10^-1	9×10^-1	9×10^-1	9×10^-1
Noise (close gas)		dB(A)	60	60	65	70	70
Working temperature		℃	80	80	80	85	85
electric machine	Voltage	V	380/220	380/220	380/220	220/380	220/380
	Power	Kw	0.37	0.55	0.75	1.1	1.5
	Rotate speed	r/min	1420	1420	1420	1400	1400
Weight		Kg	23	30	40	70	90
Shape&size (L×W×H)		mm	560×190×230	570×190×230	570×190×230	600×230×420	690×230×420

Q: Can an air pump be used for powering air tools?: Using an air pump to power air tools is not possible. Although both rely on compressed air, they have distinct purposes and designs. An air pump is commonly utilized for inflating tires, balloons, and other objects. It functions by drawing in and compressing ambient air to generate compressed air. Nonetheless, the pressure and flow rate produced by an air pump are unsuitable for powering air tools. In contrast, air tools necessitate significantly higher pressure and flow rates to function effectively. They are specifically engineered to handle the demands of particular applications such as pneumatic drills, impact wrenches, or spray guns. To provide the requisite power, air tools typically require a specialized air compressor that can consistently generate high-pressure air. Consequently, using an air pump to power air tools is not recommended. It is crucial to match the air tool's requirements with an appropriate air compressor to ensure optimal performance and safety.

Q: What is the average noise level during operation of an air pump?: The average noise level during the operation of an air pump can vary depending on several factors such as the type of pump, its size, and the specific brand or model. However, in general, air pumps tend to produce noise levels that range from around 40 to 70 decibels (dB) during operation. To give you a better idea, 40 dB is about the noise level of a library or a quiet office, while 70 dB is comparable to the noise level of a vacuum cleaner or a busy street. It is important to note that some air pumps are designed to be quieter than others. Certain manufacturers prioritize noise reduction by incorporating noise-damping technologies, such as insulation or rubber mounts, to minimize vibrations and reduce overall noise levels. These pumps can operate at lower noise levels closer to 40 dB, providing a more peaceful and less disruptive environment. However, it is always recommended to check the specifications or consult the manufacturer directly for the specific noise level of a particular air pump model, as this can vary significantly depending on the specific product.

Q: Can an air pump be used for inflating bounce houses?: Yes, an air pump can be used for inflating bounce houses. In fact, it is the most common and recommended method for quickly and efficiently inflating bounce houses.

Q: Can an air pump be used for pneumatic actuators or cylinders?: Yes, an air pump can be used for pneumatic actuators or cylinders. Pneumatic actuators and cylinders rely on pressurized air to generate motion, and an air pump is specifically designed to provide that pressurized air. By connecting the air pump to the actuator or cylinder, it can supply the necessary air pressure to drive the desired movement or force.

Q: How does an air pump handle different air pressures?: The internal mechanisms of an air pump are designed to handle varying air pressures. It accomplishes this by adjusting the flow of air within itself. When the air pump is initially activated, it increases the volume of the chamber or cylinder where the air is being compressed. This results in the creation of a low-pressure area, causing the surrounding air to rush in and fill the chamber. As the chamber fills with air, the pump's piston or diaphragm reduces the volume of the chamber, compressing the air within. This compression leads to an increase in air pressure inside the pump. To ensure that the air flows in the desired direction, the pump is equipped with valves that prevent it from escaping back into the low-pressure area. The air pump also features a pressure regulator or gauge that allows the user to adjust the desired air pressure. By manipulating this regulator, the user can control the compression of the air inside the pump, thereby controlling the released air pressure. Once the desired air pressure is reached, the pump automatically ceases to compress the air. This prevents the air pressure from exceeding the desired level and ensures that the pump remains undamaged. In summary, an air pump operates by creating low-pressure areas to draw air in, compressing the air to increase its pressure, and utilizing valves and pressure regulators to control the air pressure. This enables the pump to effectively inflate objects or provide a consistent supply of compressed air for various applications.

Q: Centrifugal fan can use as a pump? It can vacuum?: Also, the vacuum is not low, and barely scrape together. Mainly depends on your technical requirements.

Q: Can an air pump be used for oxygenation in aquaponic systems?: Yes, an air pump can be used for oxygenation in aquaponic systems. The primary purpose of an air pump is to increase oxygen levels in the water by creating bubbles or agitation. This helps to improve the oxygen exchange between the water and the atmosphere, providing adequate oxygen for both the fish and plants in the system. In aquaponic systems, the water is recirculated between the fish tank and the plant grow beds. As the fish produce waste, it breaks down into ammonia, which is toxic to the fish if not removed. Bacteria in the system convert the ammonia into nitrites and then nitrates, which serve as nutrients for the plants. However, this process requires oxygen to happen effectively. By using an air pump with an air stone or diffuser, the water in the fish tank can be oxygenated. The bubbles created by the air pump increase the surface area of the water, allowing for more efficient gas exchange. This helps to maintain a healthy environment for the fish, as well as promote the growth and development of the plants. It is important to note that while an air pump can improve oxygenation, it is not the only factor to consider in maintaining proper oxygen levels in an aquaponic system. Other factors such as temperature, stocking density, and plant density can also impact oxygen levels. Therefore, it is recommended to monitor oxygen levels regularly and adjust the use of the air pump accordingly to ensure optimal conditions for the fish and plants in the system.

Q: What is the recommended air pressure for inflatable kayaks?: The recommended air pressure for inflatable kayaks can vary depending on the specific model and brand. However, a general guideline is to inflate the kayak to a pressure of around 1.5 to 2.5 PSI (pounds per square inch). It is important to check the manufacturer's instructions or the kayak's manual for the recommended air pressure range. Overinflating the kayak can cause it to become too rigid and potentially burst, while underinflating it may result in reduced stability and performance. It is advisable to use a pressure gauge or a pump with a built-in pressure indicator to ensure proper inflation. Regularly checking and maintaining the air pressure in your inflatable kayak is essential for optimal performance and safety on the water.

Q: Can an air pump be used for inflatable art installations?: Yes, an air pump can be used for inflatable art installations. Air pumps are commonly used to inflate large-scale art installations, such as sculptures or structures made from inflatable materials. These pumps provide a convenient and efficient way to quickly inflate and deflate the artwork as needed.

Q: The company wants me to make a safety self check list, but I don't know anything about the air compressor, the air pump room and so on. So I want to ask some professionals to provide some security problems for me. What aspects need to be checked?. Thank you: Small problems, there are written room management regulations, operating procedures, maintenance and other documents.Equipment management regulations, emergency plans, engineering documents.

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