Processor Type:High Performance Microprocessor

Memory Size:Up to 32K Words

I/O Capacity:20 Input & 16 Output Channels

Operating Temperature:-20°C to +60°C

Power Supply Voltage:120V AC / 24V DC

Dimensions:11.4cm x 15.4cm x 12.7cm

Weight:2.5kg

    Introducing the Rockwell Automation 1772-LP3 PLC-2/30 Processor Unit, the backbone of modern industrial automation systems. This processor unit is equipped with advanced features designed to streamline and optimize your production line. With its high-speed processing capabilities and extensive input/output capacity, it ensures seamless integration and operation within your factory floor.

    Crafted with precision and reliability, the 1772-LP3 boasts a robust microprocessor that efficiently handles complex tasks, making it suitable for a wide range of applications from simple control scenarios to intricate system integrations. Its compact design and lightweight structure facilitate easy installation and maintenance without compromising on functionality.

    Featuring 2K words of RAM and ROM, this processor unit provides ample storage for program data and user-defined functions. The 2 MHz processing speed ensures swift execution of tasks, enhancing overall productivity. With 20 I/O points, it offers versatile connectivity options to interface with various devices and sensors, making it adaptable to diverse manufacturing requirements.

    Engineered for durability and reliability, the 1772-LP3 is built to withstand harsh industrial conditions, ensuring uninterrupted operation even under demanding environments. Its compatibility with Rockwell Automation’s comprehensive software suite allows for seamless setup, configuration, and monitoring of your system, streamlining the entire workflow.

    Elevate your industrial control systems with the Rockwell Automation 1772-LP3 PLC-2/30 Processor Unit. Designed to deliver exceptional performance and efficiency, this processor unit is your key to unlocking the full potential of your production processes, driving productivity and optimizing resource utilization.