Description The PC3JL-CPU is a high-performance CPU module designed for industrial automation applications. With a powerful 1 GHz processor, it offers a fast and reliable solution for managing complex processes. Technical Specifications Condition New/Never Used Surplus Brand JTEKT Category PLCs and Accessories Part Number PC3JL-CPU Subcategory PLC Expansion Modules Processor Type High-speed Microcontroller Operating System RTOS-based Memory Capacity 64 MB Flash, 32 MB RAM Processing Power 1 GHz Input/Output Channels 16 Digital Inputs, 8 Digital Outputs Analog Input Channels 8 Power Supply Range 9-36VDC Dimensions 100mm x 80mm x 30mm Temperature Range -40°C to +85°C Information About PC3JL-CPU The JTEKT PC3JL-CPU module is a discontinued high-speed microcontroller CPU that supports RTOS-based operations. It features a 64 MB flash memory and 32 MB RAM for efficient data processing and storage. Designed with 16 digital inputs, 8 digital outputs, and 8 analog input channels, it provides excellent versatility for various control tasks. Ideal for automation systems, it ensures optimal performance with minimal lag. Despite being discontinued, the PC3JL-CPU remains a robust solution for legacy industrial applications. Key Features 1 GHz Processing Speed: Ensures fast and efficient data processing for high-demand automation tasks, minimizing delays in decision-making and control. 64 MB Flash Memory, 32 MB RAM: Provides ample storage and memory capacity to handle large data sets and complex operations, supporting smooth system performance. 16 Digital Inputs, 8 Digital Outputs: Offers a variety of digital I/O channels to interface with external devices, ensuring flexibility in controlling automation equipment. 8 Analog Input Channels: Enables the module to process continuous signals, allowing for precise monitoring and control of analog systems. This CPU module is well-suited for high-demand applications, providing reliable performance in environments requiring precision control. Though no longer in production, its legacy continues in systems still reliant on its capabilities.
