Omron NX1P2-1040DT NX1P-Series Machine Controller

Description

Engineered for compact machine automation, the NX1P2-1040DT sysmac controller integrates sequence control, motion control, and network connectivity within a single compact unit. This controller manages local execution with a 2 ms primary task cycle time, backed by 1.5 MB of program memory and 2 MB of variables memory. Dual built-in Ethernet ports facilitate seamless connection to industrial networks using EtherCAT and EtherNet/IP. The integrated physical I/O layout consists of 24 digital inputs capable of PNP or NPN configurations, alongside 16 PNP-type digital outputs. Designed for scalable motion tasks, it coordinates up to 2 synchronous axes and up to 4 point-to-point (PTP) axes over EtherCAT, serving as a robust processing core for decentralized machine automation systems.

Features

• Efficient Task Execution: Direct sequence execution with a fixed 2 ms primary task cycle time.
• Integrated Industrial Networks: Native support for EtherCAT Master and EtherNet/IP communications through 2 RJ45 physical ports.
• Synchronized Motion Control: Real-time control for 2 synchronized motion axes and up to 4 positioning (PTP) axes.
• High-Density Local I/O: Built-in 24 inputs (PNP/NPN responsive) and 16 outputs (PNP current-sourcing).
• Expandable Interfaces: Supports up to 2 serial option boards for RS-232C, RS-422, or RS-485 legacy system integration.

Applications

• Packaging and labeling machinery.
• Pick-and-place automated assembly lines.
• Conveyor tracking and material handling distribution.
• Multi-axis positioning control units.

Technical Specifications

Installation Guidelines

• Mounting: Mount horizontally on a 35 mm DIN rail inside a protective industrial enclosure.
• Cooling Clearance: Maintain at least 30 mm of free space above and below the controller to ensure sufficient natural convection airflow.
• Power Wiring: Apply a stable 24 VDC external power supply. Use SELV/PELV certified power sources to prevent voltage spikes.
• Grounding: Connect the functional ground terminal to a dedicated low-impedance ground point (less than 100 ohms).