6127V1A180L.5FS

Position sensors, also known as displacement sensors, are physical devices that measure the amount of displacement that occurs in a certain direction, such as linear or angular. In the field of industrial automation, position sensors are used to continually measure the position of a moving surface or component, such as an electric motor’s shaft or a linear guide, in order to accurately control their motion. One of the most common types of position sensor is the 6127V1A180L.5FS, which is designed for angular or linear position measuring.

Description of the 6127V1A180L.5FS

The 6127V1A180L.5FS is a rotating-armature position sensor which is used for measuring the absolute angular position of a rotating system. The device has an analog output which provides a linear voltage output that is proportional to the rotational angle. It has a through-hole mounting and a rod-style armature that is 180° long.

Features of the 6127V1A180L.5FS

The 6127V1A180L.5FS includes several features that make it highly attractive for position measuring applications. These features include:

• A full 180° measurement range
• A linear voltage output that is accurately proportional to rotational angle
• An accuracy of ± 1%
• A push-pull output type
• A simple yet durable feed-through design
• An operating temperature range from -40℃ to +85℃
• The ability to withstand 10 G vibration and 15 G shock

Applications of the 6127V1A180L.5FS

The 6127V1A180L.5FS is suitable for a variety of different positional measurement applications. It is most commonly used in industrial automation, motion control, and robotics applications. The 6127V1A180L.5FS can accurately measure the rotational angle of an electric motor’s shaft, a linear guide or other components that require precise positional feedback in order to accurately control their motion.

Working Principle of the 6127V1A180L.5FS

The 6127V1A180L.5FS works on the principle of a rotating armature position sensor. The device uses an internal magnet which is attached to the armature. The internal magnet produces a magnetic field that interacts with the external magnets which are attached to the mounting flanges. This interaction causes a change in the magnetic field which is then used to generate an analog voltage output which is proportional to the angular position of the armature.

Advantages and Disadvantages of the 6127V1A180L.5FS

Like all position sensors, the 6127V1A180L.5FS has both advantages and disadvantages. The advantages of this device include its accurate measurement range, its linear voltage output, and its simple yet durable design. The disadvantages include its relatively high cost, its lack of support for digital outputs, and its limited operating temperature range.

Conclusion

The 6127V1A180L.5FS is a commonly-used position sensor which is designed for angular or linear position measuring. It features a full 180° measurement range, a linear voltage output, and an accuracy of ± 1%. Common applications include industrial automation, motion control, and robotics. Despite its relatively high cost, the 6127V1A180L.5FS provides reliable performance and accuracy which makes it suitable for a variety of positional measurement applications.