2D1UL

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

2D1UL is a coded output type incremental position indicator system developed by Shanghai Fluline Installation Technology Company. It consists of two sets of coded output magnetic field sensing heads, two rotary bearings, two photoelectric couplers, and a signal processor. This system is widely used in robots, control systems, robotics, automatic control systems, instrumentation systems, process control systems, linear motion systems, and various automation equipment. It is designed for linear motion control and can provide accurate positioning feedback even when performing complex motion profiles. In addition, it can measure linear distances accurately and quickly.

2D1UL works by using two sets of coded output magnetic field sensing heads. These sensors generate a magnetic field in discrete steps as they rotate. Each step in the magnetic field corresponds to a single increment in the position indicator. The sensors detect the change in the magnetic field generated by the various rotary bearings and send an output signal to the signal processor. The signal processor interprets the signal and calculates the position of the target accordingly.

The position indicator system uses a photoelectric coupler to convert the output signal into a digital signal. This signal is then further processed by the signal processor and the output is a digital position indication. This is used to control the linear motion of the target such as the speed and direction. With this system, it is possible to accurately control the speed and direction of large linear motors with high precision.

2D1UL position indicator systems have a number of advantages over more traditional linear motion systems. Most importantly, they are more reliable, since the position indicator is always measuring the exact physical position. Additionally, these systems are more flexible in terms of controlling the speed and direction of linear motion. Lastly, they provide extremely accurate position feedback without any latency or noise.

2D1UL position indicator systems are also highly cost-effective when compared to more traditional systems such as linear motor systems. They are also very easy to install and require very little maintenance. Additionally, they provide very accurate position feedback in a fraction of the time compared to a conventional linear motor system. Furthermore, they are extremely efficient in energy consumption and have a very high safety factor.

In conclusion, 2D1UL position indicator systems are a reliable, cost-effective, and highly efficient solution for controlling linear motion. These systems provide accurate feedback in a fraction of the time and energy consumption needed for more traditional systems. Furthermore, they are extremely easy to install and maintain and require very little maintenance. These systems are widely used in robotics, control systems, robotics, automatic control systems, instrumentation systems, process control systems, linear motion systems, and various automation equipments.

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