3 Lobe Roots Blower

Three-lobe roots blowers have a higher pressure than two-lobe roots blowers. This type of blower is often used in applications that require high airflow, such as industrial plants, petrochemicals, electricity, and textiles. In addition to high airflow, this type of blower is very efficient. This makes it a great choice for your business.

The main advantage of the Tri-Lobe Roots Blower is its low turbulence and high air flow. This design also makes the blower less noisy and has a longer service life. It is a very versatile blower that is compatible with a wide range of pressures and speeds. It has six suction cycles that ensure a stable airflow and is very energy-efficient. In fact, it's so efficient that it can be used as a vacuum pump.

The rotary union of the Tri-Lobe Roots blower is a very compact device that is designed to provide a higher airflow and less turbulence. In order to create this effect, the rotors are manufactured on high-precision CNC machines. This improves the bearing lifespan and the gap between the rotors and casing. It also reduces the reverse flow pressure variation period. It is therefore ideal for use in any industry where high-pressures are required.

The Tideway Roots Blower series has been developed after years of research and development. These blowers are designed for today's modern demands. They are available in several models, including rotary, vacuum, and compressor-pump types. Unlike other blowers, they have a sealed interior, eliminating the possibility of contaminants settling into the medium. The rotary union of this blower does not require lubrication. This means that it can be installed without sacrificing performance. It is also easy to maintain. It can be operated in synchronous operation up to 4000 rpm.

Compared to other kinds of blowers, the Roots type is highly durable and efficient. Its low internal leakage makes it possible to deliver the exact amount of air to your engine. The efficiency of the blower remains over 90% at all speeds. It is also a very simple piece of equipment that requires little maintenance. It is also relatively inexpensive and is made from stainless steel, so it will last for years.

This type of blower uses the isochoric compression principle to increase the pressure. It is equipped with a hollow end cover, which lowers the temperature of the bearings. This feature is particularly useful in applications that use highly hot or flammable gases. The blower is also able to provide a maximum of -6000 mmAq of vacuum.

The three-lobe roots blower is usually used in manufacturing, building materials, and metallurgical industries. It is also very effective in boosting internal combustion engines. It is widely used in mining and petrochemicals. It can be used to transport bulk chemicals and explosive gases. It is also commonly used for air supply in the food industry.

The positive rotary lobe blower was patented by the Roots brothers in 1860. It was used in a variety of applications, including the vaporization of fuel for drag racing. The blower was also used in pneumatic conveying systems, dust control, and vacuum transfer.

3 lobe Roots Air Blower

Roots Blower 

- installation and maintenance

1. installation site shall be installed indoors without wind and rain

2. ambient temperature, usually below 40 degrees C

3. relative humidity, below 80%

4. in the medium of transport, if the acid, alkali and other corrosive or flammable gases, the need for special design, in order to avoid danger

5. dust protection, there are a large number of dust, powder three-dimensional or fiber and other places should be equipped with filters, and regularly clean the dust attached to the filter screen and fan

6. ventilation and heat dissipation, choose to use in a well ventilated place, can not be used in a small space closed or closed box

7. placing space, convenient for routine maintenance and repair convenient, too small to avoid installation.

8. avoid vibration, installed in the vibration free place; if the place vibration is inevitable, should take shock absorption measures