Woodward 9907-164 Steam Turbine Control Speed Controllers

Woodward 9907-164 Steam Turbine Control Speed Controllers

Part Number: 9907-164

Manufacturer: Woodward

Dimensions: 14W x 11H x 4D

Display Type: 2 lines x 24 characters

Availability: In Stock

Country of Origin: United States

Humidity Standards: 20 and 55 °C at 95% for 48hrs

Input Voltage: +24 Vdc at 1 A

Keypad/Display: 30 Multi-function Keypad

Operating Temperature: –4 to +140 F

Weight: 9.11 lbs

FUNCTIONAL DESCRIPTION Woodward 9907-164 Steam Turbine Control Speed Controllers:

9907-164 is a Digital Microprocessor Controller Module manufactured and designed by Woodward. 505 Digital microprocessor-based Controllers for Steam Turbines with Single or Split-Range Actuators. It is an electronic device that receives inputs, processes them using an embedded microprocessor, and produces outputs to control a system or process. Digital controllers are widely used in industrial control systems, such as in manufacturing, chemical processing, and power generation. The digital controller typically includes several components, including a microprocessor, memory, input/output interfaces, and software. The microprocessor is responsible for executing software instructions to control the system or process, while memory stores the software program and data. The input/output interfaces allow the controller to receive and transmit signals to the system being controlled.

A digital microprocessor controller module, also known as a digital controller module or simply a controller module, is an electronic device that utilizes a microprocessor to control and monitor various functions and processes in a system. It acts as the central brain or control unit, receiving input signals, processing them, and providing output signals to control the system's behavior. Controller modules are commonly used in a wide range of applications, including industrial automation, robotics, automotive systems, aerospace, consumer electronics, and more. They play a crucial role in ensuring precise and accurate control over complex systems.