The 8200-1300 is a steam turbine control module from Woodward, part of the 505 Turbine control family. It is designed for steam turbines to provide digital control. This control module has a variety of functions and application features.
First, the 8200-1300 supports a variety of control algorithms, such as PID (proportional integral differential) control, to achieve precise process control. It also has a data acquisition function, which is able to collect data generated by sensors and devices for real-time monitoring and control.
Second, the 8200-1300 has real-time performance and is able to respond to input signals in milliseconds. It supports a variety of communication interfaces, such as Ethernet, serial port, Modbus, etc., to facilitate data exchange with other devices or systems. In addition, the module also supports programmable functions, users can customize the Settings and logic control according to the application requirements.
The 8200-1300 also has data storage and recording functions, which can save configuration data, historical data, etc. It also has an electrical isolation function that can isolate input and output signals to improve system stability and safety. In addition, the 8200-1300 also has a high degree of reliability and durability to meet the requirements of industrial environments.
In terms of technical indicators, the 8200-1300 has an accuracy of 0.2%, and the power consumption of the whole machine is less than or equal to 3VA. Its working stability is very high, and the annual change rate is less than 0.2%. Power frequency voltage is AC2.0KV/min.1mA (input ~ output/power supply), response time is less than or equal to 350ms. The input range includes AC0 to 10A and AC0 to 500V (optional), and the frequency range is 50/60Hz. The working temperature is -10~50℃, and the humidity is 20~95% (no condensation). The storage environment requires the temperature to be -40 ° C to 70 ° C and the humidity to be 20 to 95% (without condensation).
Overall, the Woodward 8200-1300 is a powerful and stable steam turbine control module for a wide range of industrial applications, providing precise control and monitoring functions to ensure safe and efficient operation of the turbine.
Woodward's 8200-1300 is primarily used for digital control of steam turbines and is one of the digital governors in the 505 turbine control family. It is suitable for A variety of environments and use cases, including non-hazardous sites and A/B/C/D Group 1, Zone 2 locations. In addition, the unit is usually installed with copper stranded wire field wiring with a temperature rating of at least 75 degrees Celsius, so it is suitable for applications requiring high temperature environments.
Specifically, the 8200-1300 can control a single - or two-stage split-range actuator turbine. It can be configured as part of a factory DCS (Distributed control System) or used as a stand-alone unit. It has designed five PID controllers, including speed/load PID controllers, cascade PID controllers, and AUX1 and AUX2 PID controllers for scenarios that require precise control and regulation.
In the textile industry, 8200-1300 also has application cases. Textile is a typical physical processing production process that involves the finishing and reorganization of structures between fibers. With the advancement of industrial information, the automation degree of textile machinery electrical control system is constantly improving, and intelligence, networking and information have become the main trend of textile machinery control system. The digital control module such as 8200-1300, which can provide real-time and reliable data support, is an important tool to achieve accurate control and management.
Overall, Woodward's 8200-1300 has a wide range of applications in a number of fields, including but not limited to steam turbine control, textile machinery control, and other scenarios requiring high-precision, high-reliability control.
