The ABB PFEA111-65 3BSE050090R65 is a tension controller designed to provide accurate measurement and control of web tension in industrial production processes. It plays a critical role in ensuring stable material handling, consistent product quality, and efficient system operation.
As part of the ABB PFEA series, the PFEA111-65 is engineered to process signals from force measurement devices and convert them into reliable control information for automation systems. Its design focuses on precision, stability, and long-term operational reliability.
The PFEA111-65 tension controller is designed to accurately evaluate tension forces in continuous material webs such as paper, film, foil, and textiles. By processing input signals from load cells or force sensors, the controller provides precise feedback for regulating tension throughout the production process.
Accurate tension control helps prevent material deformation, breakage, and uneven winding, contributing to higher product quality and reduced waste during operation.
The controller incorporates advanced signal processing functions to ensure stable and reliable measurement results. Filtering and compensation mechanisms are used to minimize the influence of external disturbances and mechanical variations.
Consistent signal evaluation allows the control system to respond quickly and accurately to changes in process conditions, maintaining optimal tension levels across different operating states.
The ABB PFEA111-65 is designed for seamless integration into ABB automation architectures. Standardized interfaces enable efficient communication with control units, drives, and higher-level automation systems.
Its compatibility with ABB control platforms simplifies system configuration and ensures consistent behavior across the entire automation solution.
Industrial environments require components that deliver stable performance under continuous operation. The PFEA111-65 is built to maintain reliable functionality in demanding production conditions.
Its robust design supports long-term operation, reducing the need for frequent adjustments and contributing to stable process control.
By providing clear and accurate tension feedback, the controller enhances process transparency for operators and control systems. Real-time measurement values support informed decision-making and precise regulation.
Improved visibility of tension conditions helps identify potential issues early and supports proactive maintenance strategies.

The ABB PFEA111-65 tension controller is suitable for a wide range of industrial applications involving continuous material webs. Typical use cases include printing lines, converting equipment, coating machines, and winding or unwinding systems.
Its adaptable design allows it to be integrated into both new installations and existing automation systems requiring accurate tension control.
The PFEA111-65 is designed for installation in industrial control cabinets. Its compact form factor and standardized connections support efficient system integration.
Clear parameterization and configuration options allow the controller to be adapted to different material properties and process requirements.
Precise tension control is essential for maintaining consistent product quality in continuous processing applications. The PFEA111-65 helps ensure uniform material handling throughout the production line.
Stable tension control reduces defects and improves overall production efficiency, supporting consistent output quality.
The ABB PFEA111-65 3BSE050090R65 is designed to deliver long-term value through reliable performance, accurate measurement, and consistent integration within automation systems.
Its role as a core tension control component makes it a key element in maintaining stable and efficient industrial processes.
The ABB PFEA111-65 3BSE050090R65 is a high-precision tension controller engineered for industrial web processing applications. With reliable signal processing, stable system integration, and accurate tension control, it supports efficient production and consistent process performance.



