The structure of a waste water magnetic separator typically includes the following main components:

Magnetic Field Generator: This is the core component of the magnetic separator, used to produce a strong magnetic field. It can be a permanent magnet magnetic separator, which utilizes permanent magnet materials to create a constant magnetic field; or an electromagnetic magnetic separator, which generates an adjustable magnetic field through the passage of electricity.

The conveying device is designed to transport wastewater from the feed opening to the magnetic field area, ensuring even distribution within the field. The design of the conveying device typically takes into account factors such as the flow rate and velocity of the wastewater, as well as the processing capacity of the magnetic separator.

Separation Components: Such as magnetic drums and disks, which are used to attract and separate magnetic suspended solids from wastewater. These components are typically made of stainless steel or strong magnetic materials to ensure sufficient magnetic force and wear resistance.

The Discharge Unit: Designed for removing separated magnetic materials from the magnetic separator and collecting them into a magnetic material collection box. The design of the discharge unit should take into account the properties, quantity, and ease of discharge of the magnetic materials.

Additionally, the wastewater magnetic separator may include other auxiliary components such as inlet, filter mesh, outlet, and flushing water system, to ensure the normal operation and separation efficiency of the equipment.