Number of Channels:32 I/O

Module Compatibility:ET 200AL Modules

Maximum Modules Supported:32

Server Module Included:Yes

Dimensions (mm):134 x 153 x 89

Weight (kg):0.387

Interface:PROFINET IM 155-6PN

Bus Type:SIMATIC DP, IM151-8 PN/DP

Work Memory (KB):192

    The Siemens ET 200SP PROFINET IM 155-6PN Interface Module is designed to streamline industrial automation processes with its robust compatibility and high-performance specifications. This module supports up to 32 input/output modules, making it ideal for complex systems requiring extensive connectivity.

    Equipped with a standard configuration, the module ensures efficient data processing and communication through its advanced PROFINET technology, enabling seamless integration with various Siemens PLC systems and third-party devices. The inclusion of a server module further optimizes network management and scalability.

    Featuring a compact size of 134 x 153 x 89 mm, this module efficiently occupies minimal space within industrial environments, facilitating easy installation and integration without compromising functionality.

    Weighing only 0.387 kg, the module is lightweight, making it portable and adaptable to various mounting requirements. This feature ensures that the module can be installed in diverse locations within the factory floor without affecting the overall system dynamics.

    Manufactured by Siemens, known for its commitment to quality and reliability, the ET 200SP PROFINET IM 155-6PN Interface Module comes with a comprehensive set of features designed to meet the stringent demands of modern manufacturing environments. It supports 192 KB work memory, ensuring ample space for storing critical data and programs.

    With its versatile capabilities, this module is a valuable addition to any automation setup, enhancing productivity, reducing downtime, and improving the overall efficiency of production lines. It is compatible with various Siemens PLCs, including the S7-1500 series, ensuring seamless integration and optimization across different systems.