Technical Specification Overview
The following technical details define the performance envelope of the BMXDDI1602:
- Brand: Schneider Electric
- Model: BMXDDI1602
- Product Range: Modicon X80
- Input Type: Discrete (Digital)
- Number of Channels: 16
- Nominal Input Voltage: 24V DC
- Logic Configuration: Positive (Sinking)
- Response Time: 4ms (typical) / 7ms (maximum)
- Power Dissipation: 2.5W (maximum)
- Weight: 0.12 kg
- Country of Origin: France
Versatile Industrial Applications
The BMXDDI1602 excels in diverse sectors including water treatment, material handling, and food manufacturing. Its global certifications allow for deployment in international machinery and large-scale process plants. Because it adheres to the EN 61131-2 standard, it guarantees compatibility with modern automation requirements. The lightweight 0.12kg construction reduces the mechanical stress on the PLC backplane. This module remains a primary choice for builders seeking a balance of speed and reliability. Integrating this hardware ensures a robust foundation for any Modicon-based control system.
High-Speed Processing and Electrical Integrity
This digital input module delivers rapid response times for time-critical industrial processes. Typical signal processing occurs within 4 milliseconds to ensure accurate state detection. Furthermore, the hardware maintains an insulation resistance exceeding 10MΩ at 500V DC. This high level of electrical isolation prevents noise migration between the field wiring and the logic backplane. The module consumes only 3.5mA per input to minimize the total thermal load on the system. These characteristics ensure stable performance during continuous high-speed switching operations.
Durable Design and Simplified Maintenance
Schneider Electric engineered the BMXDDI1602 for long-term reliability in demanding factory environments. The IP20-rated housing protects internal circuitry from dust and accidental contact. Additionally, the unit operates efficiently across a temperature range of 0°C to 60°C. A 20-way removable terminal block simplifies the initial wiring process and future hardware replacements. This design allows technicians to swap modules without disconnecting individual field wires. Therefore, system downtime remains minimal during routine maintenance or emergency repairs.
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