Interface/connection dim's : DN80 acc. EN 1092-1 PN16
SFND-080-IF-07E-HT-F1m-S-B-B
SKU: SSFD008038
Stock *: 0
No of bars: 7
Build-in length: 360 mm
Weight: 32 kg
Robust industrial filter with double-walled - heatable - enclosure to prevent coagulation of viscous products such as melted chocolate. Manual quick-cleaning.For magnetic filtration of small amounts of ferrous impurities of 30 µm - 2 mm, like SS wear particles, out of your pressurized liquid and powder flows.

Manual quick cleaning
Double-walled (heatable) enclosure
Flanges DN50-100 (EN 1092-1)
Max. 10 bar / 60 °C
Magnetic bars in extractor tube (Ø23|Ø25 mm, 10.700 | 8000 gauss)

Application

Viscous products that tend to coagulate

These double-walled magnetic filters are designed for viscous liquids that tend to solidify against a cold surface. Only suitable for products that have low risk of bacterial growth, such as melted chocolate.
 
A warm liquid that flows through the double outer wall of the housing prevents the product from solidifying.

Design

Construction & materials data

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Short description
The industrial double-walled magnetic filter is very robust. It has EN 1092-1 PN16 flat flanges.
 
Equipped with extractor bars (Ø25/Ø23 mm) for 'quick-cleaning'. See tab 'Working principle' for explanation.
 
Summary of important specifications

Magnetic bars Ø23/Ø25 mm
Magnet quality N-42SH, 8,000 gauss on tube Ø25 mm
Max. 10 bar / 140 °C
Inlet/outlet: DN50-65-80-100 (EN1092-1)
Materials - in contact with product: AISI316(L)
Finish: grit blasted
Material gaskets: Silicone acc. EC1935 / FDA


Options

Available accessories & spare parts

Click on a product variant to find the online available accessories & spare parts.

Working principle

Filtering & discharging of ferrous contaminants

Heatable housing prevents congealing
A warm liquid flows through the double-walled house. This prevents the hot product - such as melted chocolate - from solidifying against a cold outer wall.
 
How does the magnetic filtering work?
The magnetic unit with very strong neodymium magnetic bars is positioned in the middle of the product flow. The product with ferrous impurities passes several magnetic bars while flowing through the filter.
 
The magnets attract passing ferromagnetic contaminants; the captured particles stick to the magnets, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Once the product flow is stopped, you take the entire magnetic grid unit out of the product channel.
 
Then pull the magnetic bars out of the extractor tubes, causing the ferrous particles to fall off the extractor tubes.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the srew connections of the magnet unit
Lift the complete magnet unit out of the housing
Take the magnet unit out of the extractor unit and place it away from the extractor unit on a clean surface. 
Catch the ferrous particles that now will fall off the tubes and dispose them
Wipe clean all parts with a soft cloth and - if necessary - a suitable cleaning fluid
Shove the magnet unit back into the extractor unit
Place the complete magnet unit assembly back into the housing
Re-tighten the screw connections
Restart the product flow