Omron's all-in-one controller provides advanced control that enables IIoT connectivity for compact machines. It improves manufacturing productivity and quality by making it easy to visualize the performance and data of connected machines through simple programming.
The CP2E cost-effectively enables IIoT connectivity for compact machines. The controller collects machine performance data and shares the necessary information with enterprise networks, while the predefined program data and function blocks allow virtually anyone to set up machines to perform complex control. This dramatically reduces the time required for programming, testing, debugging, and maintenance.
In addition, the CP2E’s extended operating temperature range makes it a reliable option for machines in non-manufacturing industries, such as infrastructure and agriculture, where the demand for controllers is increasing. These industries have typically used non-standard controllers that customers have to manage and maintain using their own expertise, since environmental resistance as well as IIoT is crucial. The CP2E gives these customers a more user-friendly option.
Key features and benefits of the CP2E include the following:
• Improved connectivity for Ethernet and serial devices. The CP2E has two Ethernet ports with Ethernet switching function: host and HMI connectivity. Up to three serial ports are available for open connectivity to serial devices.
• Reduced effort for the setup of complex machines. Function blocks make it easy to achieve 4-axis positioning function with linear interpolation, and the CP2E also provides a PID control with autotuning function block for stable temperature control.
• Simplified troubleshooting. The CP2E’s input/output terminal LED indicators ensure quick and easy root cause identification, while the controller’s ability to automatically detect and recover from bit corruption increase machine efficiency and avoids CPU stops.
• Increased peace of mind. The CP2E is a reliable “install and forget” solution for demanding environmental conditions, as its extended operational temperature increases reliability in special applications and its battery-free operation reduces maintenance costs.