Product | CP2E-N30DR-A Omron Plc Programming module Industrial Automation Controller | Product model | CP2E-N30DR-A | Country of origin | China | Product type | Plc Programming module | Working temperature | 0℃ ~ 55℃ | Warranty | 1 Year |
2. Key Selling PointsCompact 30-Point I/O with Relay Outputs: Provides a total of 30 digital I/O points (typically 18 inputs and 12 outputs) in a compact, space-saving
design, featuring 12 mechanical relay outputs (indicated by the "-DR" suffix). This makes it ideal for small to
mid-sized machines requiring flexible switching of AC or DC loads. Versatile Relay Output Capability: The relay outputs can switch both AC and DC loads and handle high inrush currents (e.g., for lamps, solenoids,
contactors, or alarms), offering excellent flexibility in
controlling a wide variety of field devices without the need for
external relays. Dual Voltage Input Compatibility: The 18 digital inputs are compatible with both DC 12 V and 24 V signals, allowing seamless integration with a wide range of
sensors and switches without requiring a separate input power
supply—simplifying system wiring and design. Built-in High-Speed Counters & Pulse Outputs: Supports high-speed counting up to 200 kHz on dedicated inputs for encoder-based feedback, speed monitoring,
or positioning. It also features high-speed pulse output (up to 100 kHz) on specific outputs, enabling basic motion control for stepper or
servo drives. Dual Built-in Communication Ports: Equipped with two standard communication interfaces: a USB (Type B) port for programming and HMI connectivity, and an
RS-232C port for connecting to HMIs, barcode readers, printers, or
other serial devices—providing robust, module-free communication
options. Easy Programming and Expandable Design: Fully compatible with Omron’s CX-Programmer and Sysmac Studio software, supporting all IEC 61131-3 programming languages. It also allows expansion with CP1W-series function units (e.g., analog, temperature, communication), offering scalability
for enhanced functionality and future system upgrades.
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