Introducing the range of RS PRO Hall Effect sensors, the perfect solution for accurate and contactless sensing in various applications to measure speed and position effortlessly. Designed to detect changes in voltage when exposed to magnetic fields using the Hall Effect principle, these sensors are capable of delivering accurate electronic data, ensuring seamless performance in a range of diverse environments.

These RS PRO sensors utilise the Hall Effect principle to detect changes in magnetic fields, in turn offering precise measurements in various industrial settings
Contactless sensing ensures reliable operation without physical contact, reducing wear and tear and maintenance requirements to enhance overall efficiency and productivity
The internal circuitry of the sensors are capable of adjusting and amplifying signals which provides a customised output for speed and position information
The durable construction of the sensors are built to withstand demanding environments and provide long-lasting, consistent performance, ensuring uninterrupted operation in critical applications
From monitoring machinery to automotive systems, Hall Effect sensors are incredibility versatile and can be used in a wide range of industries, offering ultimate flexibility for projects

Hall Effect sensors are transducers that detect magnetic fields using the Hall effect which generates a voltage proportional to field strength and are widely used in industries for contactless sensing solutions like speed, position and presence detection. They are incredibly reliable and versatile enough to be used across a wide range of applications like speedometers, proximity switches in electronics and machinery and much more, helping make operations more efficient and accurate to support maintenance.

RS PRO is the own brand of RS. The RS PRO Seal of Approval is your assurance of professional quality, a guarantee that every part is rigorously tested, inspected, and audited against demanding standards. Making RS PRO the Smart Choice for our customers.