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Type:Profibus DP Interface Module

Model Number:6ES7154-4AB10-0AB0

Brand:SIEMENS

Application:Industrial Automation, Profinet

Weight:0.544 Kg

Dimensions:14.20 x 16.40 x 7.40 cm

Connection Type:High-speed digital interface

Power Consumption:Minimal power requirement

Communication Speed:Up to 12 Mbit/s

Modular Design:Compact and scalable for easy integration

Termination Module Included:For efficient signal integrity management

Switch Integrated:Enhances reliability and functionality

Orderable Components:Connection module (6ES7194-4A.00-0AA0) must be purchased separately

    This Profibus DP interface module from SIEMENS is designed for integration into the ET 200PRO series, offering a robust solution for industrial automation tasks. With its high feature and integrated switch, it ensures smooth data transfer and efficient control of devices within the automation network.

    The inclusion of a termination module allows for precise impedance matching, reducing signal reflections and improving signal integrity over long cables. This is crucial for maintaining data accuracy and system stability in complex industrial settings.

    The module supports various fieldbus protocols, including DeviceNet, Profibus, LonWorks, and CANopen, making it versatile for use across different industrial environments and systems. Its compatibility with these protocols ensures seamless communication between diverse control components.

    For enhanced safety and reliability, the module features an RFI-switch for mains, protecting against radio frequency interference and ensuring uninterrupted operation in challenging electromagnetic environments. It also supports flexible DC BUS sharing, allowing for efficient power distribution in multi-device setups.

    Designed with durability and longevity in mind, this module adheres to comprehensive protection standards, ensuring it can withstand harsh industrial conditions without compromising performance. Its compact modular design facilitates easy installation and maintenance, making it an ideal choice for space-constrained environments.