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1. Main Specifications
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Product |
CP2E-N30DT-A Omron Plc Programming module Industrial Automation Controller |
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Product model
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CP2E-N30DT-A |
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Country of origin |
China |
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Product type
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Plc Programming module |
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Package |
Sealed packaging |
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Warranty |
1 Year |
Compact 30-Point I/O Configuration: Offers a balanced total of 30 digital I/O points (typically 18 inputs and 12 outputs) in a space-saving design—ideal for small to mid-sized machines that require more I/O than entry-level models but don’t need larger 40- or 60-point units, optimizing panel space and cost.
High-Speed Sourcing Transistor Outputs: Features 12 DC 24 V sourcing transistor outputs (indicated by the "-DT-A" suffix), capable of high-speed switching up to 100 kHz on dedicated outputs. This enables direct control of stepper or servo drives for precise positioning and motion control tasks without additional modules.
Integrated High-Speed Counters: Supports high-speed counting up to 200 kHz (single-phase) on specific inputs, allowing direct connection to rotary encoders for accurate speed, position, length, or counting applications—perfect for tasks like cut-to-length, packaging, or motor feedback.
Dual Built-in Communication Ports: Comes equipped with two standard communication interfaces: a USB (Type B) port for easy programming and HMI connection, and an RS-232C serial port for connecting to HMIs, barcode readers, printers, or other serial devices—ensuring reliable connectivity without requiring extra communication modules.
Fast Processing & Motion Control Support: Delivers fast scan times and includes built-in instructions for positioning (PULS, ACC), PWM output, and high-speed pulse generation. Supports all five IEC 61131-3 programming languages via CX-Programmer or Sysmac Studio, enabling efficient development of complex control logic.
Scalable and Easy to Maintain: Features removable terminal blocks for simplified wiring and maintenance. It supports expansion with CP1W-series I/O and function units (e.g., analog, temperature, communication), allowing the system to grow and adapt as application requirements evolve.
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