AV-17 Sanitary Magnetic Filters

Availability : In stock

Technical Parameters
Steel material	Product wetted steel parts	AISI 304 or 316L	Provided with material inspection report
		(1.4306 / 1.4404)
	Other steel parts	AISI 304
Pressure	Working pressure	≤145psi (10bar)
	Supply pressure for air actuator	70 ~ 116psi (5 -8bar)
Surface treatment	Inside surface treatment	Ra 16 ~ 32µin (0.4 – 0.8µm)
	Outside surface treatment	Ra 32 ~ 64µin (0.8 – 1.6µm)

Sanitary Magnetic Filters Application:

The magnetic filter adopts a permanent magnet iron removal design, which utilizes the magnetic properties of the magnetic rod to remove impurities such as iron filings and iron powder. Has the effect of good iron scraps. This magnetic filter is fully automatic and high-flow processing, suitable for removing ferromagnetic particles remaining in liquids in different situations.

Sanitary Magnetic Filters Description:

The magnetic filter is a highly efficient automatic magnetic separator. It is also called iron remover. It can automatically perform uninterrupted filtration, backwashing and waste slagging. It is specially designed for filtering iron impurities. It can efficiently remove a large number of iron filings, iron powder and other ferromagnetic impurities contained in various liquids, slurries and gases.

Sanitary Magnetic Filters Specifications:

	A(mm)	D(mm)	L1(mm)	L2(mm)	Number of magnetic bar	Working temperature range(℃）	Magnetic force(GS)	Working pressure(Mpa)
1″	25.4	101.6	402	240	3	0-120 0-150 0-180	1.2T-1.4T	2.5
1.5″	38.1	101.6	402	240	3
2″	50.8	101.6	402	240	3
2.5″	63.5	114.3	402	240	3
3″	76.1	114.3	402	240	3
4″	101.6	127	402	240	3

Technical Parameters
Steel material	Product wetted steel parts	AISI 304 or 316L	Provided with material inspection report
		(1.4306 / 1.4404)
	Other steel parts	AISI 304
Pressure	Working pressure	≤145psi (10bar)
	Supply pressure for air actuator	70 ~ 116psi (5 -8bar)
Surface treatment	Inside surface treatment	Ra 16 ~ 32µin (0.4 – 0.8µm)
	Outside surface treatment	Ra 32 ~ 64µin (0.8 – 1.6µm)