• 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines

8200-1300 digital controller governor Capable of controlling single or two-stage split actuator turbines

No.8200-1300
The 8200-1300 is a Woodward digital controller governor designed to provide digital control for steam turbines. It is one of several digital governors available in the 505 turbine control series. The 8200-1300 uses a standards-compliant LVDC (18-32 VDC) power supply for stable operation over a wide operating temperature range (-30°C to +70°C with display). At the same time, its storage temperature range is also -30°C to +70°C, but it is recommended to be between 0°C and 40°C.
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
  • 8200-1300   digital controller governor   Capable of controlling single or two-stage split actuator turbines
Desciption
The 8200-1300 is a Woodward digital controller governor designed to provide digital control for steam turbines. It is one of several digital governors available in the 505 turbine control series. This device has a number of features, mainly reflected in the following aspects:

Power and adaptability: The 8200-1300 uses a standards-compliant LVDC (18-32 VDC) power supply for stable operation over a wide operating temperature range (-30°C to +70°C with display). At the same time, its storage temperature range is also -30°C to +70°C, but it is recommended to be between 0°C and 40°C.
Control capability: The device is capable of controlling a single or two-stage split-range actuator turbine, demonstrating its powerful control function.
Operation interface: The 8200-1300 is equipped with an operator control panel, which features a graphical control panel display, keyboard, emergency stop button, start, stop, esc and home button. The indicators on the panel can display key information such as CPU health, IO lock, summary alarm, and summary trip to help users quickly understand the operating status of the device.
In summary, the 8200-1300 is a full-featured and stable digital controller governor suitable for a variety of applications requiring precise control of steam turbines.

The advantages and disadvantages of 8200-1300 digital controller governor are analyzed as follows:

Advantages:

Full functionality: The 8200-1300 has a wide range of control functions to control a single or two-stage split-range actuator turbine, demonstrating its powerful control capabilities.
Easy operation: Equipped with an operator control panel, including a graphical control panel display, keyboard and a variety of buttons, making operation more intuitive and simple. At the same time, the indicators on the panel can display key information in real time, helping users quickly understand the running status of the device.
Strong adaptability: Wide range of operating temperature and storage temperature, stable operation under a variety of environmental conditions. In addition, it uses a standard power supply to ensure the stability of the power supply.
Stable performance: As a product in Woodward's 505 turbine control series, its quality and technical level are guaranteed, and its performance is stable and reliable.
Cons:

Cost may be high: As an advanced digital controller governor, its price may be relatively high and may not be suitable for users with limited budgets.
Technical threshold: Due to its rich features, the operation may be relatively complex, requiring certain professional knowledge and experience. For beginners or non-specialists, there may be a certain cost of learning.
Customization may be limited: Although the product is fully functional, some customization or modification may be required for some specific application scenarios. However, the customization of the product may be limited and may not meet the special needs of all users.