Schneider STBNIP2311 Standard Network Interface Module, Distributed I/O Solution Component

Extended Product Type:Module

Product ID:STBNIP2311

Type Designation:Module

Interface Module Range of Product:Modicon STB distributed I/O solution

Component Type:Standard Network Interface Module

Number of Segments:1 primary, maximum 6 extensions

Rated Supply Voltage:24 V DC

Supply Current:>= 700 mA

Input Current:550 mA for supply circuit

Output Voltage:5.25 V DC (tolerance: +/- 0.21 %)

    The Schneider STBNIP2311 Module is specifically designed for integration into the Modicon family of programmable logic controllers (PLCs), providing a scalable network interface solution that optimizes industrial automation networks. Its modular design allows for flexible expansion, accommodating a wide range of devices and systems with ease.

    With a focus on reliability and performance, this network interface module supports robust communication protocols, ensuring that data transmission is not only swift but also error-free, even under the most demanding industrial conditions. It is an ideal choice for applications requiring high bandwidth and stringent data integrity.

    Engineered with advanced technology, the STBNIP2311 Module is equipped with features that enhance system stability and reduce maintenance requirements. It is compatible with a variety of Schneider Electric products, seamlessly integrating into existing automation infrastructures without compromising performance.

    This module offers a compact yet durable form factor, making it suitable for space-constrained environments commonly found in modern factories. Its efficient power consumption minimizes energy costs, contributing to overall operational sustainability.

    For businesses aiming to streamline their production processes and improve operational efficiency, the Schneider STBNIP2311 Standard Network Interface Module is an indispensable tool. It facilitates enhanced collaboration between different components of the production line, enabling faster response times and more accurate control, ultimately leading to higher productivity and quality output.