Magnetic Trap Strainers The Sani-Matic Angle-Line Magnetic Trap Strainer doubles as a strainer and magnetic trap to ensure product integrity and equipment protection against metal particles, such as iron, 304 stainless steel, and shed metal- detectable gaskets, while also straining process particles such as seeds, pulp, and more. The magnetic trap's location within the strainer body eliminates the need for a second process line cut. Current Standard Flow, Angle-Line Strainer bodies can easily become a Magnetic Trap Strainer by adding a Magnetic Trap Element Frame and accompanying angle-line element retaining parts.
Magnetic Trap Strainer Element Frame
4 5 /
8 "
Full Magnetic Trap Strainer Element Assembly + Element. (Captured Iron Filings Shown)
Short Model: 24 5 / 8 "
QUICK TIPS Oh my Gauss! How strong is that magnet? Magnet flux density, or intensity, is measured in Gauss. It can be measured via Pull Tests and Gauss Meters. A pull test shows the pull force of a magnet by the amount of force required to break free of the magnet. Strong but not unbreakable. While the magnets maintain a strong hold, they are not unbreakable. If not handled with care, the strainer element frame’s magnets can shatter and lose efficacy. Are there safety considerations? The magnets have a powerful pull. Working with metal tools next to the magnetic trap may pinch hands, and the magnets may be harmful to ID wearers and people with pacemakers.
GOOD TO KNOW • Magnetic Rating Range: 9,500 - 11,500 Gauss
• Gauss certificate is provided • Magnetic Trap captures magnetic items; the Element captures the other product debris (pulp, seeds, etc.) • Adding magnetic trap capabilities adds minimal pressure drop (approx. 5% increase) • Sani-Matic provides a recertification service where old units can be sent in for testing to ensure magnetic strength is sufficient, or if replacement is needed
• Maximum Temperature: 220 °F (custom high temperature versions are available) • Finish: 32 μin Ra • Magnet: Neodymium rare-earth element • Standard Flow Only • Is not authorized to carry a 3-A symbol
Metal Fines Capture Efficacy Conditions
Particle Size
Small
Large
Challenging Conditions
Particle Magnet Affinity
Magnetic
Non-Magnetic
Conducive Conditions
Fluid Viscosity
High Viscosity
Low Viscosity
Magnet Performance Temperature
Cool
Hot
e
See the Magnetic Strainer Capture 304ss Particles
Process Flow Rate
Small
Large
Challenging Conditions
High
Low
gnet
Non-Magnetic
Magnetic
41
Large
Conducive Conditions
Challenging Conditions
HCS-0001.7
sity
High Viscosity
Low Viscosity
netic rformance re
Magnetic
Hot
Conducive Conditions Cool
Powered by FlippingBook