Magnetic Sensors

We offer a wide range of sensors for automation, including special magnetic sensors.

Magnetic field sensors use the Hall effect and respond to changes in the magnetic field. Our smallest sensors feature extremely low power consumption and are dedicated to battery-powered solutions....

We offer a wide range of sensors for automation, including special magnetic sensors.

Magnetic field sensors use the...

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Products that are marked "On Order" in the "Available Quantity" column are usually not in stock. Such products are available for purchase, however, due to their limited customer base, they usually have higher minimum quantities. DACPOL offers products that are not in stock for the following reasons: DACPOL currently has a large number of electronic components in stock and adds new products every day, however, tens of thousands of additional components and their various variants are available from our suppliers. Even though it is unreasonable to have all these products in stock due to the limited sales, we believe that it is in the best interest of our customers to make them available. Our goal is to inform customers about the maximum number of products available and enable them to make decisions based on specifications, prices, availability, required minimums and our technical advice. Please note that selecting the "In Stock" checkbox may limit the display to only products available for delivery straight from the shelf.
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picture_as_pdf Magnetic sensors Honeywell Magnetic sensors SEE IT -- On Order --
-- SM353LT HALL SENSOR -- SM353LT HALL SENSOR SEE IT SM353LT On Order --
-- SS360ST Magnetic sensor -- SS360ST Magnetic sensor SEE IT SS360ST On Order --
-- SM351LT Magnetic sensor -- SM351LT Magnetic sensor SEE IT SM351LT On Order 1,65 - 5,5 V DC
-- SS351AT HALL SENSOR -- SS351AT HALL SENSOR SEE IT SS351AT On Order --
-- SS360PT Magnetic sensor -- SS360PT Magnetic sensor SEE IT SS360PT On Order --
-- SS360NT Magnetic sensor -- SS360NT Magnetic sensor SEE IT SS360NT On Order --
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We offer a wide range of sensors for automation, including special magnetic sensors.

Magnetic field sensors use the Hall effect and respond to changes in the magnetic field. Our smallest sensors feature extremely low power consumption and are dedicated to battery-powered solutions. Other sensor series are adapted to popular voltage types used in electronic systems. Depending on the model, the output signal is either pulse or digital.

Applications of magnetic sensors

  • Operation in both low temperatures and above 100 degrees Celsius. They are used as speed sensors, angle sensors, and position sensors. Due to their low cost, size, and power consumption, they are popular in various electronic circuits and PCB assemblies.
  • Magnetic field sensors are also dedicated to water meters and gas meters with built-in radio modules and radio reading systems.
  • Other applications include detecting the position of the piston rod in pneumatic and hydraulic actuators, smart sensors, sensors in threaded or rectangular housings, detection of objects in linear or rotary motion, detection of objects behind plastic walls (e.g., inside pipes or containers), detection in aggressive environments (through protective walls), or detection in high-temperature areas.
  • Detection of various objects, their movement and speed, as well as position determination and regulation of various machine and device components. Also used in solutions for controlling the opening or closing of windows, doors, covers, etc.
  • Applications designed for detecting ionizing radiation of rotary/linear objects; objects located inside building walls (pipes, containers) and detecting items in aggressive environments.

Principle of operation of magnetic sensors

These are detection devices utilizing magnetic fields—through reaction to their presence or the use of magnet systems. Their operation is based on the Earth's magnetic field and components reacting to it, e.g., reed switches or Hall sensors. Magnetic sensors based on reed switches generate their own magnetic field influenced by directed air flow. Meanwhile, sensors containing Hall elements use the Hall effect—the potential difference in a conductor through which electric current flows.