Introduction:
Forced Oil cooled electro suspended magnet is a kind of electromagnetic separator that adopts forced oil circulation cooling technology. It is suitable for places with extremely high iron removal requirements, such as power, mining, metallurgy, ports, etc.

Working principle:
Similar to ordinary oil cooled electro suspended magnet, it generates a strong magnetic field by energizing and attracts ferromagnetic impurities in materials to achieve the purpose of iron removal. However, during the working process of the forced Oil cooled electro suspended magnet, a oil pump is used to make the cooling oil circulate in a closed oil circuit. When the excitation coil is energized and generates heat, the heat is transferred to the transformer oil. The cooling oil then brings the heat to the cooler. Through the cooler, heat exchange with the outside world is carried out , and the heat is quickly dissipated, thereby effectively reducing the coil temperature and ensuring the stable operation of the equipment.

Compared with ordinary oil cooled electro suspended magnet, forced oil cooled electro suspended magnets have the following advantages:
一. Better cooling effect
1.1 Forced oil cooled electro suspended magnets use a specific oil pump or pressure system to promote the rapid flow of cooling oil, which can more efficiently take away the heat generated when the iron separator is working. In contrast, the cooling oil flow of ordinary oil cooled electro suspended magnets mainly relies on natural convection, and the cooling efficiency is lower.
1.2 This enables forced oil cooled electro suspended magnets to better maintain a stable working temperature under continuous operation or high-load working conditions, reducing equipment performance degradation or failures caused by excessive temperature.

二. Stronger adaptability
2.1 For some occasions with high working environment temperatures or large processing volumes and high work intensities, forced oil cooled electro suspended magnets can adapt better. It can operate continuously under relatively harsh working conditions, while ordinary oil cooled electro suspended magnets may affect their iron removal effect and service life due to untimely heat dissipation.
2.2 Forced oil cooled electro suspended magnets can handle stronger magnetic impurities and are more suitable for industrial production processes with higher iron removal requirements.

三. More stable performance
3.1. Due to the good cooling effect, the performance of forced oil cooled electro suspended magnets is more stable. It can maintain a high magnetic field strength and iron removal efficiency during long-term operation, reducing magnetic field fluctuations caused by temperature changes.
3.2. This helps improve the stability of the production process and product quality, and reduces subsequent processing costs and quality risks caused by incomplete iron removal.

Drawing:

Technical specification:

Model	Parameter	Belt width (mm)	Suspended Height (mm)	Magnetic force MT	Excitation Power ≤KW	Fan Power KW	Dimension LXΦxH (mm)	Belt Speed (m/s)	Weight
RCDEJ-10	T1	1000	300	90	10	0.25	1700x1300x1210	≤5.8	2000
	T2			120	13	0.25	1700x1300x1250		2350
	T3			150	21	0.25	1630x1340x1344		2870
RCDEJ-12	T1	1200	350	90	12	0.25	1750x1350x1250		2300
	T2			120	20	0.25	1750x1350x1280		2900
	T3			150	33	0.55	2000x1600x1380		4740
RCDEJ-14	T1	1400	400	90	20	0.25	1900x1600x1200		3300
	T2			120	33	0.55	1900x1600x1340		4740
	T3			150	35	0.55	2230x1830x1450		6500
RCDEJ-16	T1	1600	450	90	33	0.55	2000x1600x1420		4900
	T2			120	35	0.55	2055x1780x1375		6500
	T3			150	40	0.55	2180x1900x1380		7100
	T4			175	45	0.55	2110x1750x1560		7300
	T5			200	55	1.1	2340x 2000 x1600		10200
	T6			225	85	1.1	2570x2170x1650		13550
	T7			250	95	2x0.55	2570x2170x1720		14800
RCDEJ-18	T1	1800	500	90	26	0.55	2250x1900x1330		5900
	T2			120	40	0.55	2350x1950x1480		7200
	T3			150	46	0.55	2460x2060x1500		10500
	T4			175	56	1.1	2600x2200x1600		13600
	T5			200	75	2x0.55	2650x2250x1650		15600
	T6			225	90	1.1	2700x2300x1700		17000
	T7			250	107	2x0.55	2750x2350x1720		18500
RCDEJ-20	T1	2000	550	90	40	0.55	2400x2000x1480		6200
	T2			120	46	0.55	2500x2100x1500		9000
	T3			150	51	1.1	2600x2320x1300		10250
	T4			175	65	2x0.55	2750x2350x1620		19600
	T5			200	90	2x0.55	2820x2420x1650		20900
	T6			225	104	2x0.55	2870x2470x1680		22300
	T7			250	125	2x0.55	2900x2500x1750		24000
RCDEJ-22	T1	2200	600	90	39	0.55	2460x2060x1500		10300
	T2			120	42	0.55	2660x2260x1520		11800
	T3			150	60	1.1	2900x 2500x 1520		12500
	T4			175	100	2x0.55	2920x2520x1650		22200
	T5			200	121	2x0.55	2950x2550x1680		24500
	T6			225	153	2x0.55	3000 x 2600x 1700		25750
	T7			250	176	2x0.55	3050x 2650 x 1760		27400
RCDEJ-24	T1	2400	650	90	40	0.55	2660x2260x 1520		12800
	T2			120	46	0.55	2850 x 2450 x1550		14980
	T3			150	105	2x0.55	3050x2650x 1580		16500
	T4			175	120	2x0.55	2900x2500x 1660		27800
	T5			200	150	2x0.55	3000x2600x1680		28500
	T6			225	180	2x0.75	3150x2750x1750		30500
	T7			250	200	2x1.1	3200x2800x1780		31500