SCHNEIDER ELECTRIC BMXDD06402K OUTPUT MODULE

Product or Component Type:

• The discrete input module is designed to process and handle 64 isolated discrete inputs, providing reliable functionality in industrial control systems.

Discrete Input Number:

• The module supports a total of 64 discrete input channels, offering extensive capability for handling a large number of input signals.

Discrete Input Type:

• Each discrete input is isolated, preventing interference and ensuring the integrity of signals in the module.

Input Type:

• The input type is configured as a current sink with positive logic, allowing for flexibility in connecting to various sensors and devices.

Discrete Input Voltage:

• The discrete inputs operate at 24 V DC with positive logic, providing compatibility with common industrial voltage standards.

Discrete Input Current:

• Each discrete input channel requires a current of 0.6 mA, indicating the minimal load imposed on the connected sensors.

Complementary:

• Sensor Power Supply: The module supports a sensor power supply in the range of 19 to 30 volts.

  Input Impedance: The input impedance of the module is 40,000 Ohms.

  Insulation Resistance: The module exhibits insulation resistance greater than 10 Megaohms at 500 volts DC, ensuring electrical isolation.

  Power Dissipation: The power dissipation of the module is 4.3 watts, indicating the amount of power it consumes during operation.

  DC Typical Response Time: The typical response time for processing inputs in the DC mode is 4 milliseconds.

  DC Maximum Response Time: The maximum response time for processing inputs in the DC mode is 7 milliseconds.

Additional Features:

• Paralleling of Inputs: The module does not support paralleling of inputs. Each input operates independently without the ability to be connected or combined with others.

  Typical Current Consumption: The average current consumption of the module is 160 milliamperes at 3.3 volts DC. This value represents the typical electrical current drawn by the module during regular operation.

  MTBF Reliability: The Mean Time Between Failures (MTBF) for the module is specified as 510,000 hours. This metric indicates the average time the module is expected to operate before encountering a failure, providing a measure of its reliability over an extended period.

Environment:

• IP Degree of Protection: The module has an Ingress Protection (IP) rating of IP20. This indicates that it provides protection against solid objects greater than 12.5mm in diameter and does not have specific protection against water ingress.

  Vibration Resistance: The module is designed to withstand vibrations with an intensity of 3 gravitational forces (3 gn). This feature ensures the module's stable performance even in environments where vibrations are present.

  Shock Resistance: The module has a shock resistance of 30 gravitational forces (30 gn). This indicates the module's ability to endure sudden impacts or shocks without affecting its functionality.

  Ambient Air Temperature:

  • Storage: The recommended temperature range for storage is from -40 to 85 °C. This indicates the conditions under which the module should be stored to ensure its longevity.
  • Operation: The module is designed to operate within a temperature range of 0 to 60 °C. This specifies the conditions in which the module should function properly.