Communication Protocol:Profibus DP with Modbus Master Function

Compatibility:Interoperable with various PLCs and field devices

Power Supply:24V DC

Operating Temperature:-20°C to +70°C

Dimensions:55mm x 85mm x 20mm

Material:Robust industrial-grade aluminum alloy

Enclosure Rating:IP20

Connectors:M12 connector with IP67 protection

Weight:0.25kg

    The Schneider Lufp7 ABC-PDP-SE Profibus Communication Module is designed for industrial automation environments, offering unparalleled reliability and efficiency. It seamlessly integrates into existing systems, enhancing operational performance through its robust PROFIBUS DP communication interface, complemented by Modbus master functionality for versatile application scenarios.

    This module is engineered to handle demanding industrial conditions, ensuring stable and reliable data transmission. With an operating voltage range of 24V DC, it supports efficient power usage, significantly reducing energy consumption without compromising performance.

    Featuring a white case color option, the module is not only functional but also aesthetically pleasing, fitting into various industrial settings. Its English, German, French, and Spanish display languages cater to a global audience, facilitating seamless communication and ease of use across diverse geographical locations.

    The Schneider Lufp7 ABC-PDP-SE Profibus Communication Module supports data transfer rates up to 1Mbps, providing high-speed communication capabilities essential for real-time industrial applications. This ensures that critical data is transmitted quickly and accurately, enabling timely decision-making and optimal system operation.

    With its comprehensive set of features, this module offers a perfect solution for industrial control systems, making it a preferred choice for engineers and manufacturers seeking to enhance their automation processes. Its compatibility with various industrial standards and protocols ensures compatibility and interoperability with a wide range of devices, maximizing system efficiency and reducing integration complexities.