| Manufacture | Woodward |
| Item No | 9907-167 |
| Article number | 9907-167 |
| Series | 505E Digital Governer |
| Origin | United States (US) |
| Dimension | 510*830*520(mm) |
| Weight | 0.4 kg |
| Customs Tariff Number | 85389091 |
| Type | Digital Governor |
The Digital Governor505/505E controller can communicate directly with a plant distributed control system and/or CRT-based operator control panel via two Modbus communications ports. These ports support RS-232, RS-422, and RS-485 communications using either ASCII or RTU Modbus transfer protocols. Communications between the 505/505E and the plant DCS can also be performed via a hardwired connection. Since all 505 PID setpoints can be controlled via analog input signals, interface resolution and control are not sacrificed. The 505/505E is a field configurable steam turbine control and operator control panel integrated into one package. The 505/505E has a comprehensive operator control panel on the front panel, including a two-line (24 characters each) display and a set of 30 keys. The OCP is used to configure the 505/505E, make online program adjustments, and operate the turbine/system. The 505/505E can also serve as the first output indicator of a system shutdown, thereby reducing troubleshooting time. Multiple system shutdowns (3) can be input to the 505/505E, allowing it to safely shut down the system and lock out the cause of the shutdown.Frequently asked questions about the product are as follows: -What is the Woodward 9907-167 Digital Governor? It is a digital governor used to precisely control the speed and power output of an engine or turbine. It adjusts the fuel supply to maintain the desired speed or load. -How does a digital governor work? -The Woodward 9907-167 uses digital control algorithms to adjust the fuel flow to the engine based on input from sensors that measure speed, load, and other parameters. -Can the governor be integrated into a larger control system? It can be integrated into a wider control system via Modbus or other communication protocols.