Siemens 6SE6400-7AA00-0BA0 I/O Module

Brand:Siemens

Model:6SE6400-7AA00-0BA0

Module Type:Control

Connection Type:Modular

Voltage Range:AC 380-480 V

Frequency Range:50/60 Hz

Current Capacity:Max 30 A

Communication Interface:RS485

Number of Inputs:24

Number of Outputs:24

Operating Temperature:-25°C to +55°C

Storage Temperature:-40°C to +70°C

Protection Class:IP20

Net Weight:1.5 kg

Dimensions:172 mm x 113 mm x 105 mm

    Experience unparalleled reliability and performance with the Siemens 6SE6400-7AA00-0BA0 I/O Module, a cornerstone of industrial automation. This compact yet powerful device is engineered to withstand the rigors of heavy-duty industrial environments, ensuring consistent operation across a wide range of applications.

    Designed with cutting-edge technology, this I/O Module seamlessly integrates with Siemens’ comprehensive automation portfolio, facilitating easy setup and integration into existing control systems. Its intuitive programming interface allows for swift configuration, minimizing downtime and streamlining your operations.

    Equipped with 16 digital inputs and 8 digital outputs, the 6SE6400-7AA00-0BA0 I/O Module provides ample connectivity options for a variety of sensors and actuators. Whether you’re monitoring critical process variables or controlling machinery, this module ensures precise data acquisition and accurate command execution.

    Featuring an operating voltage of DC 24V and a maximum current of up to 3A per channel, the module is capable of handling high currents without compromising on efficiency. Its Profinet communication interface ensures seamless data exchange between the module and other networked devices, optimizing data flow and enhancing overall system performance.

    Built to endure harsh environmental conditions, the 6SE6400-7AA00-0BA0 I/O Module operates reliably in temperatures ranging from -25°C to +60°C. This robust design enables its deployment in diverse industrial settings, from freezing cold workshops to hot manufacturing floors. Store it under optimal conditions (-40°C to +70°C) to maintain peak performance.