Siemens 6ES7972 Series Interface Module, 30mA

Siemens Interface Module, 24V Supply Voltage, Screw Termination - 6ES7972-0DA00-0AA0

This Interface Module is an essential accessory designed for the SIMATIC DP range, specifically tailored for use with PROFIBUS/MP networks. Measuring 70mm in height, 60mm in width, and 43mm in depth, it features a screw termination for secure connections and operates at a supply voltage of 24V. This high-temperature Interface module performs optimally within a maximum ambient temperature of +60°C, making it suitable for various demanding environments.

Features & Benefits

• Operates on a rated DC voltage of 24V for efficient power use
  Contains a maximum current consumption of 30mA ensuring low power loss
  IP20 protection class guards against the ingress of solid objects
  Compatible with screw Terminal connections for reliable installations

Applications

• Used with PROFIBUS networks for seamless data transfer
  Ideal for industrial automation systems requiring robust communication
  Employed in situations needing reliable high temperature performance
  Utilised in various machinery where electrical connections are Crucial

What is the required supply voltage for optimal performance?

The Interface module operates efficiently within a rated DC voltage of 24V, with a permissible range from 20.4V to 28.8V.

What is the maximum current consumption when the module is active?

The maximum current consumption while functioning is approximately 30mA, making it energy efficient.

How is the connection established for the PROFIBUS cables?

The design features screw Terminal blocks, ensuring secure and lasting connections for both supply and PROFIBUS cables.

What ambient temperature range can the module withstand during storage?

The module can endure temperatures ranging from -40°C to +70°C during storage and transportation.

What kind of protection does the casing offer?

The module has an IP20 rating, which protects it against solid objects larger than 12mm while allowing for proper ventilation.