Fly Ash Conveying Three Lobe V-Belt Roots Rotary Blower

The Yinchi fly ash conveying three blade V-belt Roots blower needs to follow certain specific conditions during operation to ensure its normal operation and extend its service life. Specifically:

1. Temperature control: The inlet temperature of the conveying medium should not exceed 40℃, the bearing temperature during operation should not exceed 95℃, and the lubricating oil temperature should not exceed 65℃.

2. Particle content and size: The particle content in the medium shall not exceed 100mg/m3, and the maximum particle size shall not exceed half of the minimum working gap.

3. Pressure range: The pressure should not exceed the pressure range specified on the nameplate.

Overall, by adhering to the above operating conditions, the stable operation of the Yinchi fly ash conveying three blade V-belt Roots fan can be effectively guaranteed, and the probability of failure can be reduced. At the same time, regular maintenance is also the key to ensuring the long-term stable operation of the equipment. When carrying out any maintenance or repair, be sure to cut off the power and have someone monitor to ensure safety.

As a high-speed rotating equipment, the working principle of Roots blower can cause certain vibrations. Due to the discontinuity of its internal airflow, this vibration is amplified to a certain extent. In order to ensure the stability of the machine and reduce the impact of vibration on the surrounding environment, the Roots blower must be installed firmly on the foundation. According to the specific model and size of the selected fan, it is necessary to excavate a foundation pit with a size of 150mm x 150mm and a depth of 300mm at the installation site, and place embedded parts or anchor bolts in it.

Next, connect the fan to these anchor points through fasteners. After completing this step, fill the foundation pit with concrete to ensure a rigid connection between the fan base and the ground. After the concrete has solidified, tighten the nuts again to ensure that the connection between the fan and the foundation is not loose. This installation method helps to minimize vibration transmission during operation, thereby improving the stability and safety of the equipment, and also helps to extend the service life of the equipment.