The 8200-226 is an industrial automation part with a wide range of applications. It is a hydraulic transmission, produced by WOODWARD, the core parameters include hydraulic transmission, application range 12V~24V, type module, performance new, color white, series AC800M and so on.
This hydraulic transmission can meet the needs of different industrial automation applications through fast order processing and global distribution. It is suitable for a variety of brands and models of equipment, can provide a variety of brands of quality parts, and guarantee timely delivery and after-sales service.
In addition, the 8200-226 can also be used as a spare part for the repair and replacement of industrial automation equipment. It can improve the reliability and performance of equipment, reduce downtime and repair costs.
In short, the 8200-226 is an important industrial automation part with a wide range of applications and market needs.
The 8200-226 features include:
Position control: The 8200-226 can receive a DeviceNet or position command signal from 4 to 20 mA for precise positioning of proportional and integral servo valves.
Motion control: 8200-226 can drive AC motor position control, such as absolute encoder and incremental encoder.
Speed control: 8200-226 can drive AC motor speed control, such as vector control, V/F control, torque control, etc.
Troubleshooting: The 8200-226 has fault diagnosis and handling functions, which can detect fault types and provide alarm functions.
In terms of modules, the 8200-226 supports a variety of module connections, such as S800 I/O modules and MTU. The S800 I/O modules are connected via MTU TU812/TU812V1, with a corresponding cable for each I/O module type, such as 0.2 m (0.66 ft) and 1.3 m (4.3 ft). In addition, it supports multiple terminal and signal adaptations, such as the TU812 terminal unit of the d sub connector connecting to the S800 I/O.
Overall, the 8200-226 is a powerful and modular industrial automation part suitable for a variety of industrial automation equipment and application scenarios.
