GE IC698CPE010

Product Parameters

Operational Specifications Processor: Adopts 300MHz Intel Celeron microprocessor, providing detailed operation and efficient execution in processing tasks such as advanced control.

Memory: GE IC698CPE010 has 10MB lithium battery-backed RAM memory and 10MB non-volatile user memory space for application and data storage. Some program code, configuration information and temporary variables can be loaded into it during operation.

I/O Capacity: The I/O capacity of the CPU includes discrete (%I) and (%Q), each with a range of up to 32 K bits, and analog (%AI) and (%AQ) data processing, ranging from 1 to 32 K words, allowing the processing of a large number of inputs and outputs from many sensors and actuators in any given input-output peripheral device.

Communication Interface: GE IC698CPE010 has three serial ports, including one RS-485 serial port, one RS-232 serial port, and one RS-232 Ethernet station manager serial port. It also features dual embedded Ethernet communication interfaces capable of 10/100Mbps data transfer rates and half-duplex and full-duplex modes. The various communication protocols supported include Ethernet Global Data (EGD), SRTP, Modbus TCP server and client protocols, as well as FTP and Web server functions.

Product Features

Control and Monitoring: As the core processing unit of industrial control systems, it controls and monitors industrial processes. Uses algorithms and control logic to control the operating sequence of industrial machines and equipment and ensures the stability and safety of the production process. Programmability: Supports standard programming languages such as LD (ladder diagram), IL (instruction list), and ST (structured text), allowing control programs to be customized according to specific applications. This provision has great flexibility and can be applied to a variety of industrial settings and control tasks.

Data Processing and Storage: It is able to interpret and calculate sensor inputs, complete functions such as filtering, scaling, running advanced mathematical routines on data, and return processed data to internal memory or pass it to a device or system for decision making.

Communication and Network: GE IC698CPE010 has a variety of communication interfaces, which can be interconnected with other controllers, input/output modules, human-machine interfaces and upper-level management systems to make information flow smoothly, integrate into the industrial automation network, and realize centralized operation and management of the entire production process.

Fault diagnosis and protection: GE IC698CPE010 has internal functions to diagnose the operating status and input signal function failures in real time. Once an abnormality or failure occurs, it will quickly alarm and take necessary protection measures to ensure the reliable and stable operation of the system, and ensure that the equipment and production are not damaged or accidents occur.

Application Scope

Industrial Production: GE IC698CPE010 system is mainly used in the control of production lines such as automobile manufacturing, mechanical processing, and food production, monitoring of machine performance, and realizing automated production processes.

Energy Management: GE IC698CPE010 is used in various stages of the power industry to monitor and control power generation equipment, substations, and transmission networks to improve energy utilization efficiency and stabilize the operation of power systems.

Pharmaceutical and Chemical: The pharmaceutical and chemical industries use them to monitor and control complex chemical reactions, manage the precise dosage of raw materials, and supervise environmental parameters in production workshops. Strictly speaking, the goal is to ensure product quality and safety in all production processes.

Water treatment and environmental protection: used in water treatment plants to monitor and control water quality parameters as well as flow and water level rates, so that the treated water meets environmental standards and automates the water treatment process.

Traffic system: In traffic signal control, intelligent transportation systems are responsible for coordinating and optimizing traffic flow, monitoring the overall position of traffic equipment, and thus improving the efficiency and safety of passenger and freight operations.