Infineon KIT-XMC1400-ARDUINO ARM Cortex Evaluation Board KITXMC1400ARDUINOTOBO1

This digital input module is a key component within the SIMATIC I/O system, specifically designed for versatile automation applications. With eight digital inputs capable of handling input frequencies up to 100 kHz, this module provides precise monitoring and control in various industrial settings. The unit operates at a supply voltage of 24V DC and is engineered to withstand maximum operating temperatures of up to +40°C. Its compact dimensions of 62 x 15 x 63mm allow for easy integration into existing setups.

• Facilitates high-speed input processing with 100 kHz capability
• Compatible with a 24V DC power supply for broad usability
• Supports cable lengths of up to 500m for flexible installations
• Offers parameterisable input delays for enhanced signal integrity
• Provides diagnostics via LED indicators to monitor status
• Ensures potential separation between channels for safety compliance

• Used with Siemens automation components to enhance PLC systems
• Ideal for digital control in manufacturing and assembly lines
• Suitable for networked systems requiring extensive input handling
• Utilised in configurations needing high-speed data acquisition
• Enables effective monitoring in complex industrial environments

The module features eight digital inputs that accept sink or source type connections, providing high versatility in various circuit designs. Each input can handle a maximum current of 6mA while operating effectively under specified conditions.

It is designed to withstand ambient temperatures ranging from -20°C to +40°C, allowing reliable performance in a variety of industrial settings. Additionally, it operates under regulated humidity levels and can endure vibrations and shocks as per relevant standards.

This module features LED indicators for diagnosing input status and overall operational health, enabling swift and effective maintenance. Additionally, the absence of diagnostic alarms aids in streamlining troubleshooting processes.