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Magnetic Floats

Description

The MS magnetic float products are comprised of buoyant materials containing a built-in magnet(s) and are used in conjunction with our LS Level Sensor series. Choose from various styles, dimensions and buoyant materials such as Polyamide (PA), Polypropylene (PP) or Nitrile Butadiene Rubber (NBR), and Stainless Steel (V2A) depending on your application.

PA Floats
Polyamide (PA) Nylon Magnetic Floats
Polyamide (PA) Floats, made of nylon, have a very high strength-to-weight ratio making them shock and abrasion resistant, enduring a pressure of 5 bar (73 PSI or 0.5 MPa). [more]
V2A Floats
V2A Stainless Steel Magnetic Floats
V2A Floats are made of rust-proof stainless steel and are resistant to high temperatures making them ideal for the Food & Beverage industry among others. [more]
 



Mini-Glossary

Form A = normally open contact (N. O.)
Form B = normally closed contact (N.C.)
Form C = change over contact (S.P.D.T.)
Form E = Bistable / Latching
AT = Ampere Turns; Parameter that describes magnetic sensitivity.

Level Sensor Resources

Application Examples
Liquid Level Sensor for Automotive.

Advanced Float Material
Nitrile Butadiene Rubber magnetic floats are suitable for more applications.

Basic Reed Switch
General function and description of Reed Switches.

Electrical Parameters
Basis electrical characteristics of Reed Switches.

Handling Precautions
Proper handling techniques for Reed Sensors.

Life Test Data
View life test data for Reed Switches.

Magnetic Field Strength
Ampere Turns (AT) vs. milliTesla (mT).

Magnetic Operation
A Reed Switch used in conjuction with a permanent magnet is a Reed Sensor.

Reed Sensor Applications
View a small sample of the different Reed Switch applications.

Technology Comparison
The benefits of using a Reed Sensor vs a Hall Effect sensor.

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