NJ101-9000 | Omron PLC Module/Rack
- Regular price
- $1,397.00
- Sale price
- $1,397.00
- Regular price
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Product Description P/N: NJ101-9000
Description
The NJ101-9000 is a PLC module under PLCs/Machine Control. It is designed for machine automation applications, providing reliable control and processing capabilities within a rack-mounted configuration. Suitable for integration in various industrial systems.
Technical Specifications
Condition |
New/Never Used Surplus |
Category |
PLCs/Machine Control |
Subcategory |
PLC Module/Rack |
Series |
NJ-1 Series |
Axis |
0 Axis |
Communication Protocols |
ECAT, EIP |
I/O Capacity |
2560 Points / 40 Units |
Memory |
3 MB |
Motion Axes |
0 Motion Axes |
Power Consumption |
1.9 A at 5 VDC |
Information About NJ101-9000
The NJ101-9000 is a PLC module within the NJ-1 Series, specifically designed for high-efficiency machine control in complex automation systems. As a part of the PLCs/Machine Control category, this module offers a reliable and scalable solution for industrial automation needs. This model is built for control applications requiring precise I/O handling without the necessity for axis or motion control, making it ideal for systems focused on data acquisition, monitoring, and sequential control rather than motion-intensive processes.
Equipped with a 3 MB memory capacity, the NJ101-9000 provides ample storage for program data, facilitating the management of extensive control logic sequences, operational parameters, and status information. The I/O capacity reaches up to 2560 points across 40 units, allowing it to handle a significant volume of input and output devices, sensors, actuators, and switches. This high-density I/O configuration enables efficient deployment in large-scale systems where extensive signal processing and control are required, such as in manufacturing lines, process control systems, and distributed automation networks.
In terms of communication capabilities, the NJ101-9000 supports EtherCAT (ECAT) and EtherNet/IP (EIP) protocols, ensuring seamless integration into modern industrial communication networks. These widely adopted protocols facilitate high-speed data exchange with other devices and systems, allowing for real-time monitoring, remote diagnostics, and network-wide synchronization. EtherCAT provides ultra-fast data transmission ideal for time-sensitive control tasks, while EtherNet/IP enables compatibility with a wide range of industrial components, enhancing interoperability within mixed-protocol environments.
The NJ101-9000 is a zero-axis module, indicating it is not designed for direct motion control but instead is focused on applications where axis management is unnecessary. This feature makes it suitable for tasks that do not require servo or motor control, providing a cost-effective option for PLC applications centered on process monitoring and general-purpose automation without the overhead of additional motion control resources. Additionally, the module operates with a power consumption rating of 1.9 amps at 5 VDC, reflecting its efficient design that minimizes energy use while maintaining dependable performance.
Description
The NJ101-9000 is a PLC module under PLCs/Machine Control. It is designed for machine automation applications, providing reliable control and processing capabilities within a rack-mounted configuration. Suitable for integration in various industrial systems.
Technical Specifications
Condition |
New/Never Used Surplus |
Category |
PLCs/Machine Control |
Subcategory |
PLC Module/Rack |
Series |
NJ-1 Series |
Axis |
0 Axis |
Communication Protocols |
ECAT, EIP |
I/O Capacity |
2560 Points / 40 Units |
Memory |
3 MB |
Motion Axes |
0 Motion Axes |
Power Consumption |
1.9 A at 5 VDC |
Information About NJ101-9000
The NJ101-9000 is a PLC module within the NJ-1 Series, specifically designed for high-efficiency machine control in complex automation systems. As a part of the PLCs/Machine Control category, this module offers a reliable and scalable solution for industrial automation needs. This model is built for control applications requiring precise I/O handling without the necessity for axis or motion control, making it ideal for systems focused on data acquisition, monitoring, and sequential control rather than motion-intensive processes.
Equipped with a 3 MB memory capacity, the NJ101-9000 provides ample storage for program data, facilitating the management of extensive control logic sequences, operational parameters, and status information. The I/O capacity reaches up to 2560 points across 40 units, allowing it to handle a significant volume of input and output devices, sensors, actuators, and switches. This high-density I/O configuration enables efficient deployment in large-scale systems where extensive signal processing and control are required, such as in manufacturing lines, process control systems, and distributed automation networks.
In terms of communication capabilities, the NJ101-9000 supports EtherCAT (ECAT) and EtherNet/IP (EIP) protocols, ensuring seamless integration into modern industrial communication networks. These widely adopted protocols facilitate high-speed data exchange with other devices and systems, allowing for real-time monitoring, remote diagnostics, and network-wide synchronization. EtherCAT provides ultra-fast data transmission ideal for time-sensitive control tasks, while EtherNet/IP enables compatibility with a wide range of industrial components, enhancing interoperability within mixed-protocol environments.
The NJ101-9000 is a zero-axis module, indicating it is not designed for direct motion control but instead is focused on applications where axis management is unnecessary. This feature makes it suitable for tasks that do not require servo or motor control, providing a cost-effective option for PLC applications centered on process monitoring and general-purpose automation without the overhead of additional motion control resources. Additionally, the module operates with a power consumption rating of 1.9 amps at 5 VDC, reflecting its efficient design that minimizes energy use while maintaining dependable performance.