Physical Drawing of Taiwan, China All wind TB Through flow Blower

Picture of Taiwan, China all wind TB through-hole blower -- Shanghai Liangjin Electromechanical Equipment Co., Ltd. directly sells original RB, CX, TB, HTB, SSD, MS, PF, FMS, CS series blowers in Taiwan, China Province, China, with original accessories and maintenance available in stock.

Physical Drawing of Taiwan, China All wind TB Through flow Blower

The impeller of the TB turbo type medium pressure blower is directly connected to the motor shaft, and no other accessories are required during rotation. There is no friction or internal lubrication during operation, so the output air is oil-free, pure and environmentally friendly; The high-performance sealing ring of the blower effectively prevents foreign objects from entering the body, effectively improving the service life of the product. The fan adopts a brand new mold and cast aluminum shell, introduces assembly lines and testing tools, strictly controls, high reliability, low maintenance, and long service life. In the process of work, the efficiency of work has been improved, maintenance costs have been reduced, and energy consumption during shutdown and start-up has been reduced. Overall reduction of resource waste; Widely used in light industry, textile, electroplating, medical, printing, chemical industry, aeration, and feeding. Industries such as suction and environmental protection

Performance characteristics of TB turbo type medium pressure blower:

1. High air volume, no noise: The motor runs directly, and by adding an integrated sound suppression device, the high noise of the high-pressure fan is improved, thereby achieving a silent effect. The characteristics of Xinke fan are high pressure, large air volume, low noise, and lightweight.

2. Made of aluminum alloy material, significantly reducing weight and achieving the goal of lightweighting.

3. The motor is a fully enclosed external fan type aluminum frame motor with a special axis design, which can be used for a full length of time.

4. Special blade design, high pressure, large air volume, low noise, long service life.

5. Special air volume control damper, with high stability in air volume control and easy operation (suitable for CX TB HTB)

6. Complete range of styles and abundant inventory! Delivery is fast.

The TB turbo type medium pressure blower is based on the principle of converting kinetic energy into potential energy, using a high-speed rotating impeller to accelerate the gas, then decelerate and change the flow direction, converting kinetic energy into potential energy (pressure). In a single-stage medium pressure turbine fan, gas enters the impeller from the axial direction, changes to the radial direction as it flows through the impeller, and then enters the diffuser. In a diffuser, the gas changes its flow direction causing deceleration, which converts kinetic energy into pressure energy. The increase in pressure mainly occurs in the impeller, followed by the expansion process. In multi-stage medium pressure turbine fans, a reflux device is used to direct the airflow into the next impeller, generating higher pressure.

The special blade design of the all wind TB through type blower has high pressure, large air volume, low noise, and long service life. Features: Small size, light weight, high wind pressure, front blade design, small volume, light weight, and high pressure generation.

During the operation of TB turbofan, although the rotation of the impeller increases the pressure and velocity of the gas, the various changes in the gas are relatively small. Therefore, in the design and use of centrifugal fans, gas is usually treated as an incompressible fluid. The gas treatment process of medium pressure fans is completed in the same radial plane, so medium pressure fans are also called radial centrifugal fans.

In the performance parameter editing of medium pressure fans, the most important parameters include gas flow rate, pressure, conveying power, efficiency, and impeller speed, which must be paid attention to during the selection process. The gas flow parameters of a medium pressure fan represent the volume of gas that the fan can process per unit time, while the pressure of a medium pressure fan refers to the internal gas pressure value during its operation. The efficiency of a medium pressure fan refers to the ratio between the shaft power of the fan and the actual effective power of the processed gas. The total pressure efficiency of centrifugal fans is about 90%, and in the future development of centrifugal fans, efficiency value will be one of the goals further pursued by researchers.