What are the advantages of installing a magnetic levitation blower in the workshop?

The magnetic suspension blower installed in the workshop has the following advantages:

I. Performance and efficiency

energy-efficient

Magnetic suspension blower adopts magnetic bearing technology, and there is no contact friction between motor rotor and stator, which reduces mechanical loss. Compared with the traditional roots blower and multistage centrifugal blower, its efficiency can be improved by about 30%-40%. This means that in the production process of the workshop, such as sewage treatment aeration or material transportation, the same task can be completed with low energy consumption, which reduces the operating cost of the workshop.

Its efficient operation performance is also reflected in the fact that it can accurately control the air volume and wind pressure through variable frequency speed regulation according to the requirements of actual working conditions. For example, when there are different requirements for ventilation in different production stages in the workshop, the magnetic suspension blower can flexibly adjust the output to avoid energy waste.

Stable performance output

Magnetic levitation technology makes the operation of blower more stable. There is no vibration and wear caused by mechanical friction, which reduces the probability of equipment failure. Long-term and stable air supply can be guaranteed in the workshop, which needs a continuous and stable production environment.

Its speed range is wide and its response speed is fast. When the demand of gas equipment in the workshop for air pressure or gas volume suddenly changes, the magnetic suspension blower can react quickly, adjust the output and maintain a stable working state. For example, in some highly automated processing workshops, the demand for compressed air by equipment may change due to the change of processing procedures, and the magnetic suspension blower can adapt to this change well.

Second, the space and layout

Save space

The magnetic suspension blower has a compact structure, and it occupies a smaller area than the traditional blower. This advantage is particularly obvious in the limited space of the workshop. For example, in a machining workshop, it may be necessary to reserve a large equipment room for placing the traditional blower, but the magnetic suspension blower can be installed in the corner or near the gas equipment, saving more space for the workshop for the layout of production equipment or the storage of materials.

Its shape design is more regular, which is convenient for integrated installation with other equipment. It can be closely combined with ventilation pipes and air purification equipment in the workshop to optimize the overall layout of the workshop.

III. Environmental Protection and Safety

Low noise operation

Because there is no mechanical friction, the operating noise of magnetic suspension blower is very low, generally about 75-80 decibels, far lower than that of traditional blower (usually 90-100 decibels). In the workshop environment, low noise is helpful to improve the working environment of workers, reduce the damage of noise to employees' hearing, and also meet the requirements of environmental protection.

This is especially important for some noise-sensitive workshops, such as electronic chip manufacturing workshops and precision instrument processing workshops. In these workshops, the quiet environment helps to ensure the high precision and high quality of production.

Safe and reliable

Magnetic suspension blower has no lubricating oil system, which avoids potential safety hazards and environmental pollution caused by lubricating oil leakage. This is very important in the workshop, especially in the workshop with strict hygiene requirements such as food processing and pharmaceutical production, and the product quality will not be affected by the pollution of lubricating oil.

Its intelligent control system can monitor the running state of equipment in real time, including parameters such as temperature, speed and current. Once an abnormal situation occurs, the system will give an alarm in time and take corresponding protective measures, such as automatic shutdown, to ensure the production safety of the workshop.