Sysmac NX102 Controller

Product Highlights > Sysmac NX102 Controller

            Sysmac NX102 Controller
                    Omron's Sysmac NX102 machine controller allows users to jump into automation with a controller that is always in control
    

Omron's NX102 controller gives companies seeking to reduce costs and shorten programming and implementation time a head start in automation. This controller has been designed to jump into automation and handle complete machine control. The NX102 achieves this with connectivity to globally open industrial protocols such as EtherNET I/P, EtherCAT®, IO-Link, and CIIP Safety. The NX102 machine controller decreases hardware and software scaling costs, as all NX Series controllers share the same I/O connections and can be programmed on Sysmac Studio software, allowing for easing scaling to line control with the NX502.

Features

Robust system architecture

Decreases the installation cost of additional safety controller with the integration of the Omron safety CPU, allowing the NX102 to accommodate up to 16 CIP safety connections
Decreases programming time and complexity with 5 MB of program memory, which allows function blocks to replicate robust code into various other rungs of programs for maximum scalability while decreasing the risk of stolen intellectual property and easy version control by locking function blocks
Decreases the installation cost and delayed refresh rates associated with managed switches for motion control with up to 64 secondaries and 8 axes of motion control on the deterministic, globally open industrial protocol and most globally used motion control industrial network EtherCAT

Machine performance

CPU can accommodate full machine control with:

Up to 8 axes of motion control
EtherCAT cycle times from 1 ms to 32 ms in 0.25 ms increments
32 local I/O per CPU, 400 total I/O per CPU with remote NX I/O
5 MB of program capacity

Data gathering

OPC UA and SQL are installed and standard on the NX502, addressing the challenges in the industry without a separate data transfer license

SQL as standard means no computer is needed on the plant floor to broker the data, so installation would not require IT

Applications

Automotive final assembly
Automotive material handling
Semiconductor wafer positioning
Semiconductor wafer inspection

Electronic assembly, including gluing and screwing
Packaging, including sealing and temperature control
Additional manufacturing, including powderbed fusion, water jetting, plasma cutting, material extrusion, and etching
IIoT factory automation