X22231502

The X22231502 Accessory is a two-phase movement adjuster which can precisely adjust the distance between the external parts (outer axle) and the internal parts (inner axle) of a mechanical movement driven by a motor. In order to achieve the desired range and accuracy, the X22231502 is equipped with a wide range of features including: spring return, kinematic fixing, precision locking, and adjustable clamping force. Springs are used to maintain the proper distance between the external parts and internal parts during motion, while the kinematic fixing ensures that the parts do not move during operation. Precision locking ensures that the position and angle of the external parts are maintained while the adjustable clamping force limits the movement of each part to a specific range.

The X22231502 Accessory is mainly used in precision instruments such as laboratory scales, medical devices, and other equipment that require accurate movement and position. Due to its robust construction and adjustable clamping force, it can also be used in extreme environmental conditions. Furthermore, it is suitable for applications that require high levels of repeatability, such as automation and robotic applications where precise movements are paramount.

In terms of its working principle, the X22231502 Accessory is designed to precisely adjust the distance between the external parts and internal parts by controlling the spring force, as well as its adjustable clamping force. When the external parts move, the spring force pulls the internal parts towards it, while the adjustable clamping force holds the position of the parts in place. This combination of forces allows the X22231502 to move the parts with accuracy.

The X22231502 Accessory can be used in a variety of applications, such as in laboratory scales, medical devices, precision instruments, and robotic systems. With its combination of features, such as spring return, kinematic fixing, precision locking, and adjustable clamping force, it is a highly versatile device that can be used in a variety of applications to ensure an accurate and precise movement of parts.