Oil cooled electro suspended magnet is a type of magnetic separator that is used to remove ferrous metal contaminants from material flow in various industrial processes. It is typically installed above a conveyor belt or in a chute, and is designed to suspend ferrous materials in the air stream so that they can be easily removed.
Oil cooled electro suspended magnet consists of a magnet coil, an iron core, an oil cooling system, and a power supply. The magnet coil is wound around the iron core, which generates a strong magnetic field when an electrical current is applied. The oil cooling system is used to remove heat generated during operation, which can help to extend the life of the magnet.
Installation:
The installation of an oil cooled electro suspended magnet typically involves mounting it above a conveyor belt or in a chute, and connecting it to a power supply. The magnet should be positioned so that the material flow passes through the magnetic field, allowing the magnet to attract and remove any ferrous metal contaminants.
Working principle:
The working principle of an oil cooled electro suspended magnet is similar to that of a fan cooled magnet. The magnetic field generated by the magnet coil interacts with the ferrous metal contaminants in the material flow, attracting and suspending them in the air stream. The contaminants can then be easily removed from the material flow.
Structure:
The structure of an oil cooled electro suspended magnet typically includes a magnet coil, an iron core, an oil cooling system, and a power supply. The magnet coil is often enclosed in a protective casing to prevent damage and ensure safety.
Application:
Oil cooled electro suspended magnets are widely used in various industries such as mining, aggregate, recycling, and bulk handling. They are commonly used to remove ferrous metal contaminants from materials such as coal, wood chips, glass, and plastic.
Benifits in production line:
One of the main benefits of using an oil-cooled electro suspended magnet is that it can handle higher temperatures than a wind-cooled magnet, which makes it suitable for use in high-temperature environments. It can also help to increase the efficiency and productivity of an operation by reducing downtime caused by equipment failure or material contamination.
Drawing:

Technical specification:
Model
|
Belt width
mm
|
Suspension height
≤mm
|
Magnetic
intensity
≥mT
|
Materials
Thickness
≤mm
|
Power
kw
|
Belt
speed
≤m/s
|
Weight
(kg)
|
Dimension mm
|
A
|
B
|
C
|
D
|
E
|
RCDE-5
|
500
|
150
|
65
|
100
|
1.1
|
4.5
|
500
|
700
|
600
|
750
|
440
|
450
|
RCDE-6
|
600
|
175
|
65
|
120
|
1.6
|
640
|
800
|
700
|
825
|
540
|
550
|
RCDE-6.5
|
650
|
200
|
70
|
150
|
3.0
|
750
|
850
|
700
|
825
|
590
|
550
|
RCDE-8
|
800
|
250
|
70
|
200
|
5.0
|
1200
|
1020
|
750
|
950
|
750
|
600
|
RCDE-10
|
1000
|
300
|
70
|
250
|
7.0
|
1500
|
1400
|
1200
|
1130
|
1000
|
1050
|
RCDE-12
|
1200
|
350
|
70
|
300
|
9.0
|
2650
|
1650
|
1350
|
1180
|
1450
|
1170
|
RCDE-14
|
1400
|
400
|
72
|
350
|
12.0
|
4350
|
1760
|
1630
|
1250
|
1670
|
1250
|
RCDE-16
|
1600
|
450
|
72
|
400
|
16.0
|
5650
|
1900
|
1900
|
1350
|
1950
|
1580
|
RCDE-18
|
1800
|
500
|
75
|
450
|
22.0
|
7200
|
2250
|
2050
|
1470
|
2200
|
1790
|
RCDE-20
|
2000
|
550
|
75
|
500
|
30.0
|
8350
|
2450
|
2150
|
1600
|
2350
|
2100
|