Industry news

The magnetic circuit design of magnetic pump is a complex and delicate process, which requires comprehensive consideration of multiple factors. In practical applications, customized design should be carried out according to specific working conditions and needs to meet the use requirements of different occasions.

There are many kinds of magnetic materials in magnetic pumps, and each material has its own unique advantages and scope of application. When choosing, it is necessary to make comprehensive considerations based on the specific application scenarios and needs.

The overload protection of the magnetic pump is achieved through a variety of measures. These measures not only ensure the safe operation of the magnetic pump under overload conditions, but also improve the overall performance and reliability of the pump body.

The magnetic pump achieves excellent sealing performance with its unique non-dynamic seal design, magnetic transmission principle and the application of key components such as isolation sleeves. This makes magnetic pumps widely used and recognized in many industries.

To determine whether the coupling is aligned, it is necessary to consider a variety of factors and methods. In actual operation, the appropriate measuring tools and judgment criteria should be selected according to the specific conditions of the equipment.

The alignment requirements of the coupling are multifaceted, including bearing installation accuracy, axial and radial offset range, adjustment sequence, floating amount compensation, special requirements for specific types of couplings, and high-precision alignment methods. These requirements are intended to ensure the normal operation of mechanical equipment, reduce energy consumption and failure rate, and extend the service life of equipment.

The magnetic coupling of the magnetic pump consists of inner magnetic steel (including guide ring and sleeve), outer magnetic steel (including guide ring) and isolation sleeve, and realizes power transmission and sealed transmission through the principle of magnetic coupling.

The safe use of multistage pumps requires comprehensive consideration from multiple aspects such as purchase, installation, operation, maintenance and precautions to ensure the safe operation of the equipment and the safety of personnel.

Explosion-proof motors are widely used and favored in many industries for their high safety, wide applicability, stable performance, convenient maintenance, good environmental protection and high energy saving. With the continuous advancement of technology and the continuous development of industrial automation, the application prospects of explosion-proof motors will be broader.

There are significant differences between explosion-proof motors and ordinary motors in terms of application environment, structural design, protection level, manufacturing process and performance characteristics. These differences enable explosion-proof motors to operate safely in flammable and explosive environments, while ordinary motors are more suitable for non-flammable and explosive occasions.