Name: Turbo Vacuum Pump
Brand: Yingpa
SKU: 237627813

Company Profile

Zhejiang Yingpa Electromechanical Co., Ltd
InPowerVac since 2000,currently mainly produces and sells rotary vane vacuum pumps, dry screw vacuum pumps, Roots vacuum pumps, and vacuum units. At present, the company has 92 sets of processing equipment, including 30 sets of imported processing equipment. It has complete inspection and monitoring equipment, material tensile physics laboratory, vacuum testing room, dynamic balance laboratory, three coordinate and other high-end equipment.

Why Choose Us?

Advanced Equipment

InPowerVac has been committed to the research, development, production, sales, and maintenance and installation services of vacuum equipment, providing highly reliable vacuum products and solutions in fields such as lithium batteries, semiconductors, power, new materials, glass, laboratory instruments.

Factory

InPowerVac currently has two production bases in Zhejiang and Hebei. In 2023, we will purchase another production plant in Taizhou, Zhejiang, covering an area of squa70000 re meters.

Rich Experience

We are constantly developing and optimizing our company's products, and we always insist on creating value for our customers, especially in some special fields.

Professional Team

With the precipitation of time and persistence in quality, inPowerVac now has a number of mature production lines and continuous technological innovation capabilities, and is determined to become a leader in vacuum technology in China and even in the world.

Turbo Vacuum Pump

InPowerVac turbo vacuum pump are a type of positive displacement pump that operates without the need for oil or water as a lubricant or sealant. They consist of two interleaved spiral-shaped scrolls-one stationary and one rotating-that create a series of crescent-shaped pockets, which trap and transport gas from the inlet to the exhaust of the pump.

Turbo Pump System

InPowerVac turbo pump system do not require working fluids, thus avoiding contamination of the working environment. They are suitable for applications requiring high purity and oil-free vacuum environments. These pumps are known for their simple structure, easy maintenance, and stable operation, making them widely utilized in various industrial and scientific fields.

What is Turbo Vacuum Pump?

A turbo vacuum pump is a type of high-speed vacuum pump that is commonly used in various industries for creating high vacuum levels. It is an essential component of a vacuum system and plays a crucial role in achieving efficient vacuum pressure.
The turbo vacuum pump operates on the principle of molecular drag, where gas molecules are accelerated and directed towards the exhaust. This creates a high vacuum by continuously removing gas molecules from the system. The pump consists of a rotor with multiple blades and a stator, which work together to generate the necessary suction power.It operates on the principle of a high-speed rotating impeller that accelerates gas molecules and directs them towards the pump's exhaust. This creates a continuous flow of gas, resulting in a higher pumping speed compared to other types of vacuum pumps.

Benefits of Turbo Vacuum Pump

The operation process is simple
For some industrial applications, if the Turbo Vacuum Pump is not used, the work efficiency cannot be guaranteed. Therefore, many enterprises will choose this equipment to improve the efficiency of work. For enterprises that use this kind of equipment, it is indeed possible to improve the efficiency of work. At the same time, because the use of this equipment is very simple, people can easily operate, which greatly saves the company's operating costs.

The work efficiency is very high
In order to improve work efficiency, people will use more suitable working equipment, and Turbo Vacuum Pump equipment can greatly improve people's use efficiency and bring very great benefits to enterprises.

The application field is extensive
China's Turbo Vacuum Pumps can be used in various fields and can provide immeasurable role for enterprises in society. In particular, the demand for this kind of equipment itself is relatively large, and major manufacturers will try their best to improve the level of research and development, and strive to play a greater advantage in some health industries and medical industries.

Type of Turbo Vacuum Pump

Turbomolecular Pump
A turbomolecular pump is a type of high-speed vacuum pump that is commonly used in various industries. It operates based on the principle of molecular drag, where gas molecules are accelerated and directed towards the pump's exhaust. This type of pump is known for its high vacuum pressure and efficient performance, making it ideal for applications that require a clean and reliable vacuum system.
The turbomolecular pump consists of a rotor with multiple blades that rotate at high speeds, creating a centrifugal force that pushes the gas molecules towards the pump's exhaust.

Rotary Vane Vacuum Pump
A rotary vane vacuum pump is an excellent choice if you need a high-performance vacuum pump at a reasonable cost.
Rotary vane vacuum pumps are small and compact, with a harsh vacuum capability. They're especially good for watery samples and solvents that boil quickly. Before they even come in contact with the pump, vapors can be collected.

Turbo Diesel Vacuum Pump
The 6.5 turbo diesel engine is known for its power and efficiency, and the vacuum pump plays a crucial role in its operation. The turbo diesel vacuum pump is responsible for creating the necessary vacuum pressure to ensure proper functioning of the turbocharger. By maintaining the correct vacuum level, the turbo vacuum pump enables the turbocharger to deliver exceptional performance and improved fuel economy.

Diaphragm Vacuum Pump
Diaphragm vacuum pumps are particularly corrosion and chemical resistant. As a result, they may be utilized with any viscous, acidic, or corrosive substance.
Because of this property, diaphragm vacuum pumps are widely employed in industries such as food (for pumping fluids like water, chocolate, and syrups), cosmetics (for creams and gels), and chemistry. They're also employed for rotational evaporation and volatile compound treatment. Furthermore, they are well-suited for continual use.

The Working Principle Of Turbo Vacuum Pumps

The working principle of turbo vacuum pumps is based on the concept of molecular drag and high-speed rotation. When the rotor blades of the pump spin at a high speed, they collide with gas molecules, imparting momentum to them. This causes the gas molecules to move in the direction of the exhaust, creating a vacuum.

The turbo molecular pump operates in a high vacuum range, typically in the range of 10^-6 to 10^-10 mbar. It is capable of achieving such low pressures due to its high pumping speed and efficient gas molecule removal. The pump's design and construction ensure minimal gas backflow and high pumping efficiency.

Application in petrochemical industry

Gas recovery, oil recovery, gas collection, crude oil stabilization, crude oil vacuum distillation, exhaust compression, tail gas recovery, polyester production, PVC production, cyclic gas compression, PSA, liquid chlorine production packaging, vacuum crystallization and drying, vacuum filtration, vacuum transport of various materials and so on.

Application in power industry.
Soaking, gas filling recovery, leak detection, drying, oil filter, aging, material testing, condenser vacuum, vacuum water absorption, flue gas desulfurization, fly ash transportation, etc.

Applications in the pharmaceutical industry.
Drying, distillation concentration, degassing, crystallization/vaporization, filling or material transfer, reagent recovery, disinfection and cleaning, etc.

Applications in pulp and paper production.
Black liquor evaporation, vacuum dehydrator, raw material and white water degassing system, mixing box compressor, water suction box, v roll, absorption roll and transfer roll, vacuum press, etc.

Applications in the automotive industry.
Heat treatment quenching, vacuum deposition, cathode vacuum spraying, parts manufacturing, vacuum forming, testing, robot application (vacuum handling vacuum suction crane), air conditioning filling, etc.

Application in environmental protection industry
Waste water treatment, biogas compression, vacuum water addition, activated sludge tank oxidation, fish pond ventilation, waste gas recovery (biological gas), biogas recovery (biological gas), waste disposal.

Turbo Vacuum Pump Vs. Traditional Vacuum Pumps

Compared to traditional vacuum pumps like rotary vane pumps or centrifugal pumps, turbo vacuum pumps offer several advantages. Here's a comparison between the two types:

Turbo Vacuum Pump	Traditional Vacuum Pump
High vacuum levels	Limited vacuum range
High pumping speed	Lower pumping speed
Efficient gas molecule removal	Higher gas backflow
Compact and lightweight	Bulkier and heavier
Low maintenance requirements	Regular maintenance needed
Minimal vibration and noise	Higher vibration and noise levels
Suitable for high-capacity applications	Limited capacity
Integrated control and monitoring	Basic operation and control

Turbo vacuum pumps are ideal for applications that require high vacuum levels, such as in semiconductor manufacturing, research laboratories, and industrial processes. They offer exceptional pump performance, low vibration, and efficient operation.

In conclusion, turbo vacuum pumps are a vital component of vacuum systems, providing high vacuum levels and efficient gas molecule removal. Their advanced design and high-speed operation make them ideal for various industrial applications. Whether you need a new pump, remanufactured pump, or pump service, it's important to consider factors like pump speed, maintenance requirements, and overall performance to find the ideal turbo vacuum pump for your needs.

Components Of A Turbo Vacuum Pump

Turbo Vacuum Pump Engine

The turbo vacuum pump engine is the heart of the turbo vacuum pump system. It utilizes advanced vacuum technology to generate high vacuum levels. This engine is designed to handle high-capacity vacuum generation and is known for its exceptional performance. It operates with low vibration and provides reliable support for the entire vacuum system.

Turbo Vacuum Pipe

The turbo vacuum pipe plays a crucial role in maintaining the efficiency of the turbo vacuum pump system. It is responsible for transferring the vacuum pressure from the turbo vacuum pump engine to the desired location within the vacuum system. The design of the vacuum pipe is optimized to minimize pressure losses and ensure smooth vacuum suction.
To ensure optimal performance, it is important to choose the right vacuum pipe for your specific application. Factors such as vacuum pump efficiency, vacuum sealing, and vacuum pressure requirements should be considered when selecting the appropriate pipe.

Turbo Vacuum Pump Motor

The turbo vacuum pump motor is responsible for driving the turbo vacuum pump engine. It provides the necessary power to operate the pump and maintain the desired vacuum pressure. The motor is designed to handle the high-speed operation of the turbo vacuum pump and is built to withstand the demanding conditions of industrial vacuum applications.
When choosing a turbo vacuum pump motor, factors such as motor speed, power rating, and motor type should be considered. Regular maintenance and repair of the motor are essential to ensure its longevity and reliable operation.

Turbo Vacuum Pump Maintenance Tips to Optimize Productivity

Inspect the Surrounding Environment
You Turbo Vacuum Pump may be mechanically sound, but it needs the right environmental conditions to perform at peak efficiency. Check the area surrounding your Turbo Vacuum Pump and ensure that it has ample space for unencumbered airflow. Weather and ambient temperature can also potentially be an issue especially if your Turbo Vacuum Pump is running near an outside wall or heating unit which could cause condensation build up and create problems.

Conduct a Visual Pump Inspection
Most Turbo Vacuum Pumps come equipped with a site glass, making frequent visual inspections of the oil inside the pump a simple matter. Clean oil will appear about the same color as vegetable oil and as the oil collects contaminants, it will get darker. Check around the pump for oil or water leaks as indicators of a broader issue.

Do Regular Oil & Filter Changes
The maintenance manual that accompanies your Turbo Vacuum Pump will provide the detailed service intervals required to achieve optimal performance. With dry pumps, an oil change in the gearbox is typically required annually while oil-sealed pumps could require monthly oil and filter changes depending on usage and application.

Perform Leak Testing
By leak testing your pump system periodically after it's been installed, you can ensure that there is a vacuum-tight seal though the various connections. Eliminating these leaks can prolong the life of your pump and improve the quality of the work it produces. Keeping foreign elements such as debris, moisture, and oxygen, from contaminating your Turbo Vacuum Pump can prevent the risk of compromising the integrity of your unit and reducing its effectiveness.

Our Factory

In 2019, inPowerVac conformed to the times, completed the handover of new and old leaders, started its own brand global trade and brand strategy, established the inPowerVac brand, and began to sell in the global market. Although we are constantly innovating, we still insist on producing high-reliability vacuum products.

FAQ

Q: What is a turbopump used for?

A: The purpose of a turbopump is to produce a high-pressure fluid for feeding a combustion chamber or other use.

Q: What is the purpose of a vacuum pump?

A: Simply put, vacuum pumps are mechanical devices that enable the removal of air and gas molecules from a sealed area to create an area devoid of air and/or gas. Generally, their purpose is to clean and seal. Vacuum pumps come in wet or dry variants depending on the media being pumped through them.

Q: What are the advantages of turbo molecular pumps?

A: These pumps are easy to use and require less care and maintenance than diffusion pumps. The small foot print, the lack of need to cool with water, the speed to reach the desired vacuum, the high purity of these pumps are other advantages compared to diffusion pumps.

Q: What is the vacuum level of a turbo pump?

A: A turbopump cannot expel against atmosphere and requires, therefore, a vacuum on the exhaust side (the fore- vacuum) which, depending on type, must be between 0.01 and 20 mbar. Diaphragm pumps, oil-sealed rotary vane pumps, Roots pumps or other dry backing pumps are used to generate the vacuum.

Q: What is the difference between a turbocharger and a turbopump?

A: Turbopumps are similar in principle and design to the turbocharger, except turbopumps are more complex and can have 20 times more power density than the turbochargers found in a car. But both are examples of turbomachinery, rotating machines that transfer energy into a fluid or vice versa.

Q: What type of vacuum pump is the best?

A: A lubricated vacuum pump has greater efficiency and resistance. It does however require very regular maintenance. In a laboratory environment, a dry vacuum pump is preferred.

Q: What can you do with a vacuum pump?

A: Vacuum pumps are used to remove air and other wet gas and vapor particles from a system. Without a vacuum pump, these particles can cause a system to run inefficiently and can even corrode internal parts. Generally, the purpose of a vacuum pump is to clean and seal an area from the air or other gasses.

Q: What is the most efficient type of vacuum pump?

A: A reciprocating vacuum pump is around 90 percent efficient, and they are highly durable. They are ideal for high pressure, low flow applications, such as water jet cutting.

Q: What is vacuum pump in simple words?

A: A vacuum pump is a device that removes gas molecules or air particles from a sealed volume in order to achieve difference in pressure creating a partial vacuum. Vacuum pumps are designed in a variety of technologies based on the pressure requirements and the application it services.

Q: Why does a turbo need vacuum?

A: Vacuum is critical to control the amount of boost. With no vacuum the system will "fail safe" the turbo to inactive. The gate will never open/the turbo compressor will not get exhaust gas/no boost charge will be added to the intake. With no vacuum some engine configurations might have a problem turning the engine off.

Q: How do I know if my vacuum pump is bad?

A: Decreased pumping speed, which can indicate a clogged or worn out pump. Unusual noises or vibrations, which can signal impending mechanical failure. Fluctuating vacuum levels, which can mean there is a leak or malfunctioning part. Oil leaks or contaminated oil, which can lead to decreased performance.

Q: What is the life expectancy of a turbo pump?

A: Although most vacuum practitioners treat their precious turbomolecular pumps (TMPs) like newborn children, these devices are now rugged as ever. Magnetically levitated bearings, supremely balanced rotors, and other improvements routinely provide 100,000+ hours of life.

Q: What is the difference between a diffusion pump and a turbo pump?

A: Affordability: Diffusion pumps are generally more affordable upfront compared to turbomolecular pumps. This can be a significant advantage for businesses operating on a tight budget. Durability: Diffusion pumps have fewer moving parts than turbopumps, which makes them more durable in the long run.

Q: What is the difference between a pump and a vacuum pump?

A: The main feature of vacuum pump is that it can form a vacuum, which can be seen from its name. This is what ordinary pump can't do, which is the main difference between the two. The vacuum pump relies on a rotating wheel. It rotates in the chamber, and the chamber is filled with fluid.

Q: How long does a vacuum pump last?

A: A vacuum pump that is treated well will last longer. Depending on the type of vacuum pump, a lifetime of 30 years or more is possible! A minor maintenance issue – like an oil change, or replacing a worn vane or seal – is a relatively low investment, both in terms of time and cost.

Q: How much pressure can a vacuum pump create?

A: The maximum vacuum that can be achieved in locations above sea level will be less than 29.92-in. -Hg. The force will be limited by the ambient atmospheric pressure. Vacuum pumps have maximum vacuum ratings based on sea level conditions and must be re-rated for operation at higher elevations.

Q: Is a higher CFM vacuum pump better?

A: CFM implicates how much air can be drawn out under a given bag in a certain amount of time. On the surface, a vacuum pump with a larger CFM capacity would yield better on larger parts. As higher CFM pumps will pull more air out quicker, drawing down vacuum faster than that of a lower one.

Q: Should I get a 1 or 2 stage vacuum pump?

A: A two-stage vacuum pump will offer engineers a deeper vacuum level, as the first stage generates the vacuum, with the second stage cleaning the system. This isn't to say that there is no value in a single stage vacuum pump, but the choice ultimately comes down with what you hope to achieve.

Q: Is A twin-turbo better than a turbocharger?

A: A twin-turbo engine means two turbochargers aimed at optimal work with air compression. A twin-turbo setup also provides for the reduction of the lag. It helps produce power faster using 4 cylinders, while a single turbo requires all 8 cylinders for an optimal boost.

Q: Can you drive without a vacuum pump?

A: Should you drive your car with a bad vacuum pump? No, not really. Your vacuum pump is responsible for the proper operation of many of the key systems in your car, most notably the brakes. A bad vacuum pump can also disable your defroster, heating, and air conditioning systems.

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