RM87N-2021-35-1060

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RM87N-2021-35-1060, also known as a motor-driven positioner, is a type of motor-driven device, mainly used for angular positioning applications in hydraulic systems and other precision control applications. It is typically used to control the position of a single-axis movement in a precise manner. Motor play a vital role in the device control as it is responsible for the linear motion of the device. It operates with a linear output, and is capable of providing up to 1500 parts-per-inch positioning accuracy.

The RM87N-2021-35-1060 device consists of three main components: a motor, drive gear, and position sensor. The motor is responsible for driving the device, and is typically a DC motor that provides a linear output. The drive gear is responsible for translating the linear output of the motor into a desired angular positioning. The position sensor is then used to monitor the output from the drive gear and provide feedback as to the relative position of the output.

The motor-driven positioner can be used in a wide range of applications, such as robotic arms, positioning of oil pumps, and robotic tooling. In hydraulic systems, it allows for precise control of the direction of hydraulic flow, allowing for greater efficiency while also saving on energy costs. In robotic arms, the positioner allows for precise movements to be made, providing faster and more accurate performance. In robotic tooling, the positioner can provide precise positioning, allowing for improved quality and efficiency in the production process.

The working principle of the RM87N-2021-35-1060 device is relatively simple and easy to understand. The motor is the driving force, and its linear output is converted into an angular position by the drive gear. The position sensor then monitors the output of the drive gear and provides feedback as to the relative position of the output. This feedback can then be used to monitor and adjust the output of the device in order to provide the desired angular position.

In conclusion, the RM87N-2021-35-1060 is a precision motor-driven device with a wide range of potential applications. Its simple and easy to understand working principle makes it an ideal device for use in a wide range of applications, such as robotic arms, positioning of oil pumps, and robotic tooling. Additionally, its precision positioning capabilities make it a great choice for a variety of tasks in hydraulic systems and other precision control applications.

The specific data is subject to PDF, and the above content is for reference