IC698CPE020-CC

The GE IC698CPE020 – CC is a pivotal central processing unit (CPU) module within the PACSystem RX7i programmable automation controller (PAC) platform, now under Emerson Automation, previously produced by GE Intelligent Platforms (GE IP). This high – performance device is designed to handle the complex computational and control tasks that are integral to modern industrial automation setups.

Equipped with a 700 MHz Pentium III microprocessor, the IC698CPE020 – CC offers rapid data processing capabilities. It features 10 MB of battery – powered user memory, which is crucial for running user programs and storing operational data during normal operations, and 10 MB of non – volatile (flash) memory to safeguard essential system configurations and programs even during power outages. The I/O memory of this CPU can be configured to manage up to 32K bits of discrete input (%I) and output (%Q) signals, along with 32K words of analog input (%AI) and output (%AQ) data. This makes it suitable for a wide array of industrial applications, from simple manufacturing processes to complex process control systems. Its role in the automation system is to execute downloaded user programs precisely, thereby controlling and driving connected electrical loads, ensuring seamless operation of industrial machinery and processes.

The 700 MHz Pentium III processor in the IC698CPE020 – CC enables fast and efficient execution of user programs. In high – speed manufacturing lines where quick decision – making and control actions are required, such as in automotive assembly plants, this powerful processor ensures that operations like robotic arm movements, conveyor belt speed adjustments, and quality control sensor data processing occur in real – time, minimizing production delays and errors.

With 10 MB of user memory and 10 MB of non – volatile flash memory, the module can store extensive user programs and critical system data. This is especially beneficial in complex industrial applications like chemical plants, where large – scale process control programs need to be stored and executed. The non – volatile memory ensures that important configurations are retained during power disruptions, reducing the need for time – consuming re – configurations when power is restored.

Featuring two Ethernet ports and three serial ports, the IC698CPE020 – CC offers seamless connectivity. The Ethernet ports support high – speed data transfer at 10/100 Mbps and are compatible with various communication services like EGD, SRTP, and Modbus/TCP. In large – scale industrial networks, these ports can be used to communicate with other control systems, HMIs, and data acquisition devices. The serial ports, on the other hand, are useful for connecting to legacy devices or sensors that use RS232 or RS485 communication protocols, allowing for integration of older equipment into modern automation setups.

In power generation plants, the IC698CPE020 – CC is used to control and monitor turbines, generators, and other critical equipment. It can process real – time data from sensors measuring parameters such as temperature, pressure, and speed, and adjust the operation of the equipment accordingly. For example, it can regulate the fuel supply to a gas turbine based on the electrical load demand, ensuring efficient power generation and grid stability.

Manufacturing plants rely on the IC698CPE020 – CC for a wide range of applications. In a food and beverage factory, it can control the filling and packaging machines, ensuring accurate filling levels and proper packaging. In an electronics manufacturing facility, it can manage the operation of pick – and – place machines, which are used to place tiny electronic components on circuit boards with high precision.

In chemical and petrochemical plants, this CPU module is crucial for process control. It can control the flow of chemicals through pipelines, adjust reaction temperatures and pressures in reactors, and manage the operation of distillation columns. By accurately processing input signals from sensors and executing control algorithms, it helps maintain the optimal conditions for chemical reactions, maximizing product yield and ensuring safety.

This is also a CPU module in the PACSystem RX7i series. Compared to the IC698CPE020 – CC, it may have a different processor speed or memory configuration. For example, it could have a lower – speed processor, making it more suitable for less computationally intensive applications where cost – effectiveness is a priority.

A backplane module for the PACSystem RX7i platform. It provides the physical and electrical connections between the IC698CPE020 – CC and other I/O modules in the system. Without a proper backplane like the IC698BEM010, the CPU module cannot communicate effectively with other components, highlighting its importance in the overall system architecture.

This is a communication module. While the IC698CPE020 – CC has built – in communication ports, the IC698CHS001 may offer additional or different communication capabilities, such as support for a wider range of communication protocols. It can be used in scenarios where the existing communication ports on the CPU module are insufficient to meet the complex communication requirements of the industrial setup.

Belonging to the GE Series 90 – 30 PLC family, it serves a similar function as a CPU but in a different product line. It may have different performance characteristics, programming requirements, or compatibility with other GE products. For some industrial applications with specific legacy system integrations or different performance – cost trade – off requirements, the IC693CPU374 could be an alternative to the IC698CPE020 – CC.

A communication module in the GE Series 90 – 70. It can be used in combination with the IC698CPE020 – CC in larger industrial control systems. It may handle specific types of communication tasks, like long – distance data transmission or communication with a particular type of external device, complementing the communication capabilities of the CPU module.

Pre – installation preparation: Before installing the IC698CPE020 – CC, ensure that the power supply to the entire system is turned off. Verify that the VME – based rack where it will be installed is clean, undamaged, and properly grounded. Check the power supply voltage to ensure it is a stable 5 VDC, as required by the module. Familiarize yourself with the wiring diagrams provided in the product manual to correctly connect the Ethernet and serial communication cables. Also, make sure that all the I/O modules that will be connected to the IC698CPE020 – CC are compatible and properly configured.

Maintenance recommendations: Regularly monitor the temperature of the area where the IC698CPE020 – CC is installed, as excessive heat can affect its performance. Check the communication status of the Ethernet and serial ports periodically to ensure seamless data transfer. If any error messages or abnormal behavior are observed, refer to the troubleshooting guide in the product manual. Update the firmware of the module regularly to benefit from the latest performance improvements and bug fixes. In case of hardware – related issues, contact GE’s technical support for professional assistance.

GE stands firmly behind the quality of the IC698CPE020 – CC. The module comes with a comprehensive quality assurance program. In the unlikely event of a manufacturing defect, GE offers a reliable after – sales service commitment. Their global network of technical support teams is available to assist customers promptly. Whether it’s a query regarding installation, operation, or troubleshooting, customers can expect professional and efficient help. GE also provides regular software updates to enhance the performance and compatibility of the IC698CPE020 – CC with evolving industrial systems. This demonstrates GE’s confidence in the product’s quality and its commitment to ensuring that the module functions optimally throughout its lifespan, giving customers peace of mind when integrating it into their critical industrial operations.