59060-2-S-01-A

The 59060-2-S-01-A is a magnetic sensor designed to provide accurate positioning, proximity, and speed measurements in a variety of industrial and commercial applications. It is especially suited for applications in material handling, robotics, mobile machinery, and heavy industry.

The 59060-2-S-01-A utilizes Hall Effect technology, which uses a magnetic field generated by either a magnetized device or an electromagnet to measure the absolute or relative position of a target device. This technology eliminates the need for mechanical connections and can measure distances of up to 10 ft (3 m).

The 59060-2-S-01-A features a rugged stainless steel body with an IP40 rating, allowing it to withstand a wide range of environmental conditions. It is also resistant to dust, shock, and vibration. The 59060-2-S-01-A can operate in temperatures ranging from -40° F to +158° F (-40° C to 70° C) and is ideal for outdoor applications.

The 59060-2-S-01-A also comes equipped with a high-precision, non-contact, solid-state double-pole Hall Effect sensor, providing reliable measurements without the need for calibration. Additionally, the 59060-2-S-01-A features a trigger input, which can be used to trigger a speed measurement or to measure the absolute position of a target object. This makes the 59060-2-S-01-A ideal for use in applications requiring high accuracy.

The 59060-2-S-01-A is also capable of measuring angular velocity and acceleration. It is designed to provide accurate linear speed measurements over long distances. The 59060-2-S-01-A is also capable of measuring changes in angular velocity and acceleration over short distances. This makes the 59060-2-S-01-A an excellent choice for applications requiring precise speed and acceleration measurements.

Overall, the 59060-2-S-01-A is a reliable and accurate magnetic sensor capable of measuring distances, angles, speeds, and accelerations. Its robust construction and precision measurement capabilities make it ideal for industrial and commercial applications requiring precise and reliable results.