OMRON NJ501-4400 Sysmac NJ5 CPU Unit

Unlock Advanced Automation with the OMRON NJ501-4400

The OMRON NJ501-4400 is a state-of-the-art Sysmac NJ5 CPU unit designed for advanced machine automation, motion control, robotics, and sequence control applications. This versatile controller supports up to 32 motion axes and integrates seamlessly with EtherCAT Master and EtherNet/IP protocols, making it ideal for complex industrial automation systems.

Key Features:

• Multi-Axis Control: Supports up to 32 motion axes, allowing for precise control and synchronization of machinery.
• Robotics Integration: Capable of controlling up to 8 robots, enhancing efficiency and flexibility in robotic environments.
• High-Speed Processing: Offers a primary task cycle time of just 0.5 ms, ensuring rapid execution of commands and optimal system performance.
• Program and Variable Memory: Features 20 MB of program memory and 6 MB of variable memory, providing ample space for complex programs and data storage.
• Communication Options: Includes EtherCAT Master, EtherNet/IP, USB, and various other protocols for comprehensive connectivity.

Expansion and Flexibility:

• I/O Capacity: Supports an impressive I/O capacity of 2,560 points across 40 units (3 expansion racks), allowing for extensive customization and expansion.
• EtherCAT Network: Can manage up to 192 EtherCAT nodes, facilitating the integration of numerous devices into the network.

Reliability and Safety:

• Power Supply Options: Compatible with both AC and DC power supply units (e.g., NJ-PA3001 and NJ-PD3001), ensuring reliable operation under various power conditions.
• Safety Standards: Compliant with various industry standards; consult your OMRON representative for the latest applicable standards.

Additional Accessories and Support:

• Standard Accessories: Includes a battery (CJ1W-BAT01), end cover (CJ1W-TER01), and end plates.
• Sysmac Studio Software: Offers an integrated environment for programming, debugging, and maintenance.

The OMRON NJ501-4400 is perfect for industries requiring advanced automation, high-speed processing, and robust control capabilities. With its extensive features and compatibility options, it provides a reliable solution for complex machinery and robotics applications.