During technical comparisons, CP2E-N40DR-D appears alongside Siemens PLC, Omron SMPS 24V 10A and Nx1P2 1040Dt1 so engineers assess signal types, ingress protection, and ambient tolerances accurately.
Omron CP2E-N40DR-D Programmable Logic Controller
The Omron CP2E-N40DR-D Programmable Logic Controller (PLC) offers a compact CPU Units with 40 points, featuring 24 inputs, and 16 Relay outputs for reliable control. With a program capacity of 10K steps and 16K words of data memory, it delivers stable and efficient automation performance. Operating at 24 VDC supply voltage, the unit supports 20.4 to 26.4 VDC operating range, ensuring wide compatibility. Power consumption is 0.39 A at 5 V and 0.09 A at 24 V. Manufactured by Omron, part of the Omron Programmable Logic Controller range, available under the Omron CP2E Series.

| Brand | Omron |
| Product Type | Programmable Logic Controller |
| Model Number | CP2E-N40DR-D |
Omron CP2E-N40DR-D Programmable Logic Controller - Technical Specifications
| Specification | Value |
|---|---|
| Number of points | CPU Units with 40 points |
| Inputs | 24 points |
| Outputs | 16 points |
| Output type | Relay |
| Program capacity | 10K steps (FB capacity: 10K steps) |
| Data memory capacity | 16K words |
| Current consumption 5 VDC | 0.39 A |
| Current consumption 24 VDC | 0.09 A |
| Dimensions (H Γ D Γ W) | 90mm *1 Γ 80mm *2 Γ 150mm |
| Supply voltage | 24 VDC |
| Operating voltage range | 20.4 to 26.4 VDC |
| Power consumption | 20W max. |
| Inrush current | 24 VDC, 30A for 20 ms max. for cold start at room temperature |
| Insulation resistance | Not csolated between primary and secondary DC, power supplies |
| Power interrupt time | 2 ms min. |
| Altitude | 2,000 m max |
| Atmosphere | No corrosive gas |
| Ambient humidity | 10% to 90% |
| "Ambient operating temperature" | 20 to 60Β°C |
| Ambient storage temperature | -20 to 75Β°C (excluding battery) |
| Weight | 640g max. |
The CP2E-N40DR-D is designed to provide automation engineers with a compact yet powerful solution for modern control panels. With a total of 40 I/O points, consisting of 24 digital inputs and 16 relay outputs, this model offers balanced connectivity for diverse industrial control needs. Its 10K-step program capacity and 16K words of data memory give engineers the flexibility to implement complex logic sequences while ensuring fast execution. Built for 24 VDC input with a voltage tolerance between 20.4 to 26.4 VDC, the CP2E-N40DR-D integrates seamlessly with low-voltage control systems that dominate industrial environments.
Energy efficiency is another highlight. The unitβs maximum power consumption is under 20W, making it suitable for projects where energy cost savings and heat management are critical. An inrush current tolerance of 30A ensures that startup stability is not compromised, even when integrated with multiple peripheral devices. At 90 mm Γ 80 mm Γ 150 mm and weighing just 640 g, the controller saves space while maintaining rugged durability, ideal for compact enclosures where every millimeter counts. Built to endure operational ranges from β20Β°C to 60Β°C and humidity levels of 10% to 90%, the unit remains stable in factories that experience temperature shifts, heavy vibration, or high moisture levels. Designed for use up to 2,000 meters above sea level, the CP2E N40DR D accommodates a wide range of industrial applications.
The build quality of the Omron CP2E-N40DR-D reflects Omronβs expertise in industrial automation. Its relay output design supports reliable switching, delivering long life cycles in environments where mechanical endurance is vital. Engineers and OEMs appreciate the PLCβs diagnostic features and quick I/O response, which improve efficiency in real-world operations. Whether used in automotive, packaging, or process control industries, the Omron CP2E N40DR D ensures stable operation while reducing downtime and maintenance needs. The controller is also designed to work seamlessly with Omronβs software ecosystem, giving automation professionals simplified programming and enhanced monitoring capabilities.
In terms of practical applications, the CP2E-N40DR-D is widely adopted across material handling, machine control, and small assembly line projects where reliability and ease of use are essential. Wholesalers, dealers, and distributors regularly supply this model to OEMs and system integrators who need a cost-effective PLC that can handle both general control logic and application-specific tasks. For engineers working in industries like food processing or electronics assembly, the modelβs robust environmental resistance makes it a safe choice for installations where space, reliability, and energy savings are top priorities. Its integration flexibility with sensors, relays, and HMIs enhances overall machine performance, giving it an edge in competitive industrial markets.
One of the key reasons engineers select the Omron PLC CP2E-N40DR-D is its combination of simplicity and advanced functionality. The controller provides the right balance between entry-level accessibility and professional-grade features. Compact design, low energy usage, strong memory allocation, and dependable relay outputs are all reasons why it is trusted in diverse manufacturing facilities. By offering long-term stability and compatibility with modern industrial protocols, the PLC CP2E N40DR D serves as a cornerstone in small to medium automation systems. Maintenance teams also appreciate the availability of spares and service support from wholesalers and distributors, ensuring long life-cycle management.
For procurement teams and engineers comparing options, the CP2E-N40DR-D stands out among mid-range PLCs as a durable and versatile solution. The Omron CP2E-N40DR-D, also referred to as the Omron PLC CP2E N40DR D, has become a preferred model in many industries for its reliability and cost-effectiveness. Compact yet powerful, it addresses the challenges of space-constrained panels and energy-conscious operations without compromising performance. When engineers search for a proven Omron 24 Volt PLC, the CP2E-N40DR-D continues to be one of the most recommended models for practical, long-term industrial automation success.




