NX1P2-1140DT1 | Omron | CPU Sysmac NX1P

Description

Designed for integrated control of small-scale motion and sequence applications, the Omron NX1P2-1140DT1 execution platform delivers advanced processing within the Sysmac automation architecture. By incorporating built-in I/O, EtherCAT network control, and EtherNet/IP communications in a compact housing, this controller serves as a highly deterministic automation hub. Engineered for real-time responsiveness, it executes its primary task cycle in 2 ms, utilizing 1.5 MB of program memory and 2 MB of variables memory to execute sophisticated control algorithms without lag. The integrated I/O configuration features 40 terminal points configured with PNP sourcing output logic, facilitating direct interface with modern industrial field devices.

Features

• Synchronous Motion Control: Supports real-time electronic gearing, camming, and multi-axis interpolation.
• Built-in I/O Architecture: Includes 40 solid-state points (24 inputs, 16 sourcing/PNP outputs) directly on the module.
• Dual Network Capability: Built-in ports for EtherCAT (Master) and EtherNet/IP allow simultaneous high-speed motion synchronization and enterprise-level factory integration.
• Sysmac Studio Integration: Configured and programmed through a single, unified software platform.
• Expandability: Easily interfaces with NX-series I/O modules and option boards for serial and analog communication expansion.

Applications

• High-speed packaging and labeling machinery.
• Multi-axis pick-and-place gantry systems.
• Precision filling, dosing, and bottling systems.
• In-feed/out-feed material handling and conveyor tracking.

Technical Specifications

Connections and Interfaces

Alternative Models & Compatibility

The "DT1" suffix indicates that this controller utilizes PNP sourcing transistor outputs. For applications requiring NPN sinking outputs, you must select the alternate "DT" model. Upgrading from older CP-series controllers requires a full migration in Sysmac Studio. Ensure your IDE is updated to version 1.17 or higher to guarantee seamless device catalog identification and parameter programming for this hardware revision.

Application Pitfalls & Engineering Notes

To maintain high operational reliability, observe thermal clearance requirements inside the electrical cabinet. Ensure at least 30 mm of air gap above and below the module housing when operating near the upper ambient temperature range. Do not route high-voltage AC cables in parallel with the low-voltage DC lines supplying the built-in I/O to avoid electromagnetic interference and false transitions on the high-speed input interrupts.

Commissioning & Wiring Tips

Prior to commissioning the unit, confirm that the external I/O power supply voltage is regulated to standard VDC parameters and matches the common reference of the output terminals. Always utilize double-shielded Cat5e STP cabling for the EtherCAT ring to guarantee signal integrity under high-frequency electromagnetic noise. If utilizing the built-in encoder inputs, route differential signal lines through separate conduits directly to the terminals.

Installation Guidelines