The Omron CP2E-N60DT1-D, also cataloged as the CP2E-N60DT1-D Programmable Controller, operates as a dedicated hardware component for automated logical execution and real-time field signal processing within CP2E Series Industrial Automation platforms. Configured with 60 integrated I/O points, the system processes direct 24 VDC input signals and drives sourcing transistor outputs to coordinate connected industrial automation sensors, relays, and field actuators.

Technical Identifier Matrix

Hardware Specifications

I/O Density Scaling and Backplane Bus Velocity

The Omron CP2E-N60DT1-D utilizes a high-density I/O architecture designed for deterministic local processing and scalable expansion. System cycle execution is sustained through an optimized internal backplane bus velocity, minimizing input-to-output propagation latency across the CPU base and connected CP1W expansion units. The integrated dual-Ethernet interface supports Modbus/TCP master/slave links and socket communications without degrading the primary ladder logic execution loop. I/O scaling allows seamless extension of discrete and analog capacity up to 3 additional CP1W expansion modules, maintaining signal integrity and internal bus synchronization across all channels.

Package Contents & Ordering Information

• 1x Omron CP2E-N60DT1-D Programmable Controller Unit
• 1x Removable Terminal Block Cover Kit
• 1x Installation Instruction Sheet

Field Installation Guidelines

• Mounting Mechanics: Secure the unit onto a standard 35 mm DIN rail or surface-mount directly via M4 screws using the integrated mounting holes. Maintain a minimum vertical clearance of 50 mm above and below the housing for adequate thermal convection.
• Power Supply Wiring: Connect an isolated 24 VDC Class 2 power supply to the main power input terminals. Ensure power lines are routed separately from high-voltage AC lines to prevent inductive coupling.
• Grounding Protocols: Connect a dedicated functional ground cable (minimum 2.0 mm sq) to the functional earth terminal. Keep grounding conductors as short as possible to minimize high-frequency impedance.
• Transistor Output Protection: The T1 output terminals utilize PNP sourcing drivers (5 to 24 VDC, 0.3 A max). Install inductive flywheel diodes across external DC inductive loads to absorb back-EMF voltage spikes.
• Ethernet Communications: Utilize Shielded Twisted Pair (STP) Category 5e or higher Ethernet cables. Connect the cable shield directly to the metallic RJ45 shell ground to prevent electromagnetic interference.

Frequently Asked Questions

• Q: What power supply voltage is required to power the CP2E-N60DT1-D CPU?

  A: The CPU operates on a rated power supply of 24 VDC, with an acceptable operational range from 20.4 VDC to 26.4 VDC.

• Q: What is the output configuration and switching capacity of the T1 model variant?

  A: The T1 designation indicates PNP sourcing transistor outputs rated for 5 to 24 VDC at a maximum switching current of 0.3 A per point.

• Q: What is the internal 5 VDC backplane current consumption for this module?

  A: The internal current consumption from the 5 VDC bus is 0.71 A, while the 24 VDC consumption is 0.03 A.

• Q: Does the CP2E-N60DT1-D support expansion modules?

  A: Yes, the CPU supports up to 3 additional CP1W expansion units for expanded discrete and analog I/O capacity.

• Q: What is the operating temperature range for field installation?

  A: The module is specified for reliable industrial operation across an ambient temperature range of 0 to 55 deg C.

• Q: How many built-in Ethernet communications ports are available on the CPU?

  A: The CPU features 2 integrated RJ45 Ethernet ports with built-in switching functionality for simplified network daisy-chaining.

• Q: What is the maximum program and memory capacity of the controller?

  A: The unit features a user program capacity of 10k steps and a data memory capacity of 10k words.

• Q: What wire type and grounding practice should be used for noise immunity?

  A: Use shielded cabling for communications and I/O lines, grounding the shield braid at a single point to a dedicated low-impedance ground.