WOODWARD 9907-1183 Detailed Introduction

WOODWARD 9907-1183 is a high-performance digital governor,part of the WOODWARD 505E series,designed for industrial-scale steam turbines,small turbine generators and turbo expanders.It uses advanced control algorithms and feedback mechanisms to achieve precise regulation of engine speed and ensure stable operation of the engine under different load conditions.

Main Features

High-precision control

Adopts advanced PID control algorithm to achieve high-precision and fast-response speed control.

Supports multiple control modes such as speed control,power control,torque control,etc.

Multiple function integration

Integrates multiple functions such as digital input module,human-machine interface and digital governor.

Provides rich software tools and user interfaces for user-friendly configuration and operation.

Fast response and dynamic characteristics

With fast response speed and good dynamic characteristics,it can quickly adjust the engine speed to adapt to rapidly changing working conditions.

High reliability

Adopting high-quality components and stable design,it has excellent anti-interference ability and reliability,and is suitable for various harsh environments and working conditions.

Intelligent protection function

Built-in multiple protection functions,such as overload protection,overspeed protection,low-speed protection,etc.,can effectively protect the safe operation of engines and equipment.

Communication interface

Supports multiple communication interfaces,such as RS232,Modbus,CAN,etc.,which is convenient for data exchange and integrated control with other devices.

Easy to install and maintain

Simple structure,easy installation,good user interface and operability,easy to maintain and manage.

Technical specifications

Input voltage:18-32V DC.

Operating temperature:-25℃to 65℃.

Communication interface:RS-232,Modbus,CAN,etc.

Dimensions:230 mm×165 mm×55 mm.

Weight:1.5 kg.

Application field

WOODWARD 9907-1183 is widely used in the following fields

Power system:used for steam turbine control in power plants.

Industrial production:used to control the speed and load of various industrial equipment.

Petroleum and natural gas:used to control the operation of related equipment.

Chemical industry:used to accurately control equipment in chemical production.