GE Energy has more than 100 years of history in the electric power industry, starting with the introduction of the first turbogenerator in 1884
GE Energy continues to develop new technologies. Production line covers steam turbine, gas turbine, generator, wind
Power generators and hydraulic turbines and so on. At the same time, GE Energy provides auxiliary control systems for all main equipment, more than
Such as Mark series controller, Woodward controller, Bently state monitoring equipment and EX2100 excitation control
Making apparatus, etc.
OC 6000e system is a high-performance and highly reliable integrated control platform with the following features:
New controller and I/O module design
High performance 667MHz controller UCSA, the controller software platform using QNX real-time operating system, up to
To high-speed logic operations and millisecond level clock synchronization.
Efficient network communication and clock synchronization
OC 6000e Control layer network and IO network communicate directly through Ethernet, reducing mediation and delay. simultaneously
The I/O network based on IEC1588 Ԁ, among all the I/O modules synchronization precision can reach 1 millisecond.
Multiple system communication interfaces
MCI communication module provides a variety of communication interfaces with other systems, including RS-232C, RS-485, RS-
422 and Ethernet communication interface. Support general communication Ԁ debate, such as Modbus and IEC60870-5 -104.

Compact system layout
The I/O module and the terminal board form a single component, and the onsite signal cable is directly connected to the terminals of the I/O component
Go up. The reduction in the number of cabinets saves space in the central control room, thereby reducing the customer’s total installation cost.
System design for reliability
In order to improve system reliability, reliability design schemes and correlation are widely used in system development and production processes
Test verification. In order to ensure the reliability of the module design, each kind of module must go through the strict before the quantity
HALT test (high accelerated life test). The system design also follows CE, CSA standards and other relevant regulations
Fan.
Integrated platform
OC 6000e and GE Energy’s other control products provide an integrated solution for users.
First of all, the control layer network using GE standard or EGD Ԁ, GE energy of different control the use of this product
Unified communications Ԁ discussion exchange data each other.
Secondly, OC 6000e software integrated optimization system interface, can cooperate with plant level and unit level optimization software
Use.
Third, the I/O network and I/O module support hot swap.

Fourth, OC 6000e software can be configured with Mark VIe system and OC 6000e system.
The system architecture of OC 6000e is divided into three layers: operation layer, process control layer and input/output (I/O) layer.
Operating layer
The operation layer is a human-machine interface station (HMI) based on Windows platform, including operator station OPU and engineer
Station ENG, historical data station HSU and performance calculation and optimization station. All HMIS backup each other
You can modify the software Settings and user permissions to change the interface station function.
The operations layer and the control layer are connected through a redundant real-time process control layer network, or UDH network.
All nodes on the network using the NTP Ԁ.
The NTP server connects to the UDH network. Typically, the NTP server is a GPS clock.
Process control layer
The process control layer is a redundant controller based on the QNX platform that effectively integrates GE Energy’s existing major production
Product.
Input/output (I/O) layer
The I/O layer uses a distributed I/O module, which is directly connected to the process control layer through high-speed Ethernet. distribution
The system architecture allows users to flexibly arrange I/O modules in the field according to the physical location of the control objects
The length of short field signal cable reduces the installation cost and effectively reduces the electromagnetic interference of long-distance signal transmission.
All I/O modules adopt no-jumper design concept, and all module configurations are realized by software, which improves reliability
And friendliness.
The OC 6000e system uses the same controller as the Mark VIe system. The I/O modules of both systems can be in
The I/O network layer is compatible with each other (the physical shape and appearance of the I/O modules of the two systems vary). Dangao
Full Requirements If triple redundancy control is required, you can select the Mark VIe triple redundancy module to control major pairs
Like. The OC 6000e can be easily linked to the already installed Mark VIe system.
Communication mode: Support Modbus through HMI or specific modules, IEC60870-5-104 and OPC
News.
The OC 6000e software inherits the intuitive and user-friendly features of the OC 4000 system software, using a unified system
Software integration system configuration and logic configuration. Users only need a software system to complete the network
Configuration, user management, controller configuration, I/O module parameter configuration and controller programming.
The long name and description of the real-time database compatibility control point. All data generated by the controller is recorded in the controller
Users can read and modify process data and information directly from the controller.
OC 6000e software widely uses the ActiveX control technology design, users can simply integrate various systems
Unified function to the Web environment, to achieve remote program control.