Vacuum Pumps SKA

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Based on SK series, is designed specially for the use of plastics industry. Therefore, many problems have been solved, for instance: incapability to work continuously, in case of sufficient wafter to be draw-out, dirts is resulted from sewage, impossibility to restart work after long pause. It is widely used in Tubing and Molding machinery.Items:SK-0.15A、SK-0.3A、SK-0.5A、SK-0.8A、SK-1.2A、SK-2A、SK-3A,Motor power:0.55~5.5KW,extract capacity :0.15~3(m3/min),Limit vacuum:-0.095MPa.

List of size performance

Type	electric machine power (kw)	off-gas quickresult (m3/min)	limit vacuum (Mpa)	caliber entering or excludinggas (inch)	weight (kg)	size(L×W×H) (mm)
SK-0.15A	0.55	0.15	-0.095	G3/4"	14	380×170×220
SK-0.3A	1.1	0.3	-0.095	G1"	33	460×180×235
SK-0.5A	1.5	0.5	-0.095	G1"	34	485×180×235
SK-0.8A	2.2	0.8	-0.095	G1"	37	480×185×235
SK-1.2A	3.0	1.2	-0.095	G1 1/2"	51.5	530×220×260
SK-2A	4.0	2.0	-0.095	G1 1/2"	63	560×220×285
SK-3A	5.5	3.0	-0.095	G2"	105	645×310×325

■List of installation

Type	L	L1	L2	A	B	B2	B3	H	H2	2-d	4-Φ	s
SK-0.15A	381	157	100	90	170	125	160	175	217	G3/4"	10	G1/2"
SK-0.3A	460	205	125	110	180	140	177	194	235	G1"	10
SK-0.5A	485	228	125	110	180	140	177	194	235	G1"	10
SK-0.8A	480	223	125	80	185	140	177	194	235	G1"	10
SK-1.2A	528	240	140	110	218	160	197	213	260	G1 1/2"	12
SK-2A	560	265	140	110	220	190	234	234	286	G1 1/2"	12
SK-3A	645	305	140	150	310	216	272	327	323	G2"	12

Q: Can an air pump be used for inflating air mattresses with built-in speakers?: Yes, an air pump can be used for inflating air mattresses with built-in speakers. The air pump is designed to quickly and efficiently inflate air mattresses, regardless of whether they have built-in speakers or not. The speakers are typically located on the sides or top of the air mattress and do not interfere with the inflation process. Therefore, you can use an air pump to inflate the mattress to the desired firmness level while the speakers remain unaffected.

Q: Can an air pump be used for inflating air loungers with built-in coolers?: Yes, an air pump can be used for inflating air loungers with built-in coolers. The air pump provides the necessary pressure and airflow to inflate the air chambers of the lounger, including the built-in cooler section.

Q: Are there any specific certifications or standards for air pumps?: Yes, there are specific certifications and standards for air pumps. One widely recognized certification is the CE (Conformité Européene) marking, which indicates compliance with European safety, health, and environmental protection standards. Additionally, the ISO 9001 certification ensures that the air pump manufacturer has implemented a quality management system. Other standards, such as UL (Underwriters Laboratories) and CSA (Canadian Standards Association), are commonly used in North America to certify the safety and performance of air pumps.

Q: How does an air pump regulate pressure in tires?: An air pump regulates pressure in tires by using a motor to compress and push air into the tire. The pump is designed to automatically stop pumping air once the desired pressure level is reached, preventing over-inflation.

Q: Can an air pump be used for inflatable kayaks?: Yes, an air pump can be used for inflatable kayaks. In fact, using an air pump is the most common and efficient way to inflate and deflate an inflatable kayak. Most inflatable kayaks come with a compatible air pump or have specific instructions on what type of pump to use. It is important to use the correct type of pump and follow the manufacturer's instructions to ensure proper inflation and avoid damaging the kayak.

Q: How does an air pump handle different air viscosities?: The mechanical components of an air pump, including the motor, impeller, and valves, are specifically designed to handle a variety of air viscosities. These components are constructed from durable materials capable of withstanding different levels of viscosity, ensuring their longevity and functionality. The impeller, for example, is engineered to spin at a predetermined speed, irrespective of air viscosity, to generate the required airflow. Furthermore, the air pump possesses the ability to adapt its operation to the encountered air viscosity. In instances where the air is more viscous due to high humidity, the air pump can modify its rotational speed or adjust pressure settings to counteract the enhanced resistance. This guarantees a consistent output of airflow and pressure, regardless of air viscosity. Moreover, certain air pumps may integrate built-in sensors or control systems, capable of automatically detecting and adjusting to varying air viscosities. These sensors can measure factors like temperature and humidity, enabling the air pump to adapt its operation accordingly. This ensures optimal performance and efficiency, even in changing air conditions. To conclude, an air pump effectively handles different air viscosities by employing its mechanical components, designed to endure a wide range of viscosities, and by adjusting its operation to compensate for alterations in air viscosity. As a result, it can maintain a consistent output of airflow and pressure, ensuring its efficacy in diverse environments.

Q: How does an air pump affect air quality?: An air pump can affect air quality in a few ways. Firstly, if the air pump is not properly maintained or cleaned, it can introduce pollutants or contaminants into the air. These pollutants can include dust, debris, or even harmful chemicals if the air pump is used in an industrial setting. This can lead to poor air quality and potential health issues for those exposed to the contaminated air. Secondly, an air pump can also impact air quality by generating noise pollution. If the air pump is loud and operates continuously, it can disrupt the surrounding environment and cause annoyance or discomfort to people nearby. This can indirectly affect air quality as it can contribute to stress, sleep disturbances, and other negative effects on human health and wellbeing. However, it is worth noting that air pumps are commonly used to improve air quality in certain scenarios. For example, air pumps are frequently used in aquariums or fish tanks to oxygenate the water and ensure the well-being of aquatic life. In this case, the air pump helps to maintain a healthy environment for the fish by increasing oxygen levels and preventing the growth of harmful bacteria. In conclusion, while an air pump can have negative impacts on air quality through the introduction of pollutants or noise pollution, it can also be beneficial in certain situations, such as improving the air quality in aquariums. Proper maintenance and regular cleaning of air pumps are crucial to minimize any potential negative effects on air quality.

Q: How does an air pump handle different inflation speeds for various objects?: An air pump is designed to accommodate various inflation speeds for different objects through the user's ability to regulate the amount of air pressure being pumped. The pump typically includes a pressure gauge that indicates the level of air pressure being produced. By modifying the force or speed of pumping, the user can dictate the rate at which the object is filled with air. For objects that necessitate swift inflation, such as large inflatable structures or sports balls, the user can exert more force or pump at a faster rate in order to rapidly increase the air pressure. This expedites the inflation process, saving both time and effort. Conversely, for objects that require a slower inflation rate, such as delicate inflatable toys or inflatable mattresses, the user can decrease the force or pump at a slower pace. This ensures a gentle inflation process, preventing any damage or bursting of the object due to excessive air pressure. Moreover, air pumps often come equipped with various nozzle attachments to cater to different objects. These attachments differ in size and shape, allowing the user to select the most suitable one for the object being inflated. This guarantees a proper fit and efficient inflation, irrespective of the object's size or shape. In conclusion, an air pump facilitates different inflation speeds for a range of objects by granting the user control over the generated air pressure. By adjusting the force or speed of pumping, and utilizing the appropriate nozzle attachment, the pump enables efficient and safe inflation of diverse objects.

Q: What are the common features of an air pump?: The common features of an air pump include a motor or engine, an air intake or suction port, an air outlet or discharge port, a pressure gauge, and a control or switch to turn the pump on and off. The motor or engine is responsible for powering the pump and creating the necessary airflow. The air intake or suction port allows the pump to draw in the surrounding air or gas. The air outlet or discharge port is where the compressed air or gas is expelled after it has been pressurized. The pressure gauge is used to monitor and regulate the pressure of the air being pumped. Lastly, the control or switch allows the user to start or stop the pump as needed. These features are commonly found in various types of air pumps, such as those used for inflating tires, aquariums, or air mattresses.

Q: Can an air pump be used for industrial purposes?: Indeed, industrial purposes can be served by an air pump. Air pumps, alternatively referred to as air compressors, find widespread utilization across diverse industries, catering to a multitude of applications. They prove invaluable in energizing pneumatic tools, including impact wrenches, nail guns, and spray guns. Moreover, they play a pivotal role in manufacturing procedures, encompassing the inflation of air tanks, tire inflation, powering machinery, and regulating pneumatic systems. Given their capacity to generate pressurized air, air pumps emerge as indispensable entities within the automotive, construction, manufacturing, and mining sectors.

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