9861R5KL2.0

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Today\'s industrial robotics and automated machinery require ever-greater levels of precision. This precision is often accomplished through the use of position-sensing devices. The 9861R5KL2.0 is one such device — a specially designed position sensor for measuring angular and linear position.

The 9861R5KL2.0 is part of a specialized family of position sensors that measure angular and linear variations in a mechanical system. This includes devices for measuring displacement, speed, velocity, and acceleration. It is a compact, easy-to-install solution that can be used in a variety of situations, from robotics to machine automation.

At the core of the 9861R5KL2.0 is a magnetostrictive sensing element. This element is made up of two components: a magnetic coil and a small ferromagnetic core. When the ferromagnetic core moves, it induces a change in the magnetic field of the coil, which is then mapped onto a signal output.

The 9861R5KL2.0 uses this magnetostrictive element to measure not only linear position, but angular position as well. Inside the device, a bearing assembly with two sensors allows for accurate detection of movement in two directions. These sensors can detect the smallest of movements, thus enabling the device to measure variations in position with high precision.

The 9861R5KL2.0 is designed to be installed in a variety of environments, from industrial machines to automation systems. Its compact size and rugged construction make it well-suited to a range applications, such as controlling servo motors and robotic arms. It is also remarkably versatile, allowing for the use of either a digital or analog output.

The 9861R5KL2.0 is a powerful tool for applications that require precise measurement of angular and linear variations. Its magnetostrictive sensing element provides highly accurate readings, while its robust design ensures reliable performance in even the harshest industrial environments. The device provides a ten-degree sensing range — ideal for a wide range of applications, from industrial robotics to machine automation.

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