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Components: The 3BSE050092R65 PFEA113-65 controller consists of three parts: tension sensor, control system, and actuator. The tension sensor, as the core component of the controller, is responsible for measuring the tension of the coil or continuous material, converting these tension signals into electrical signals, and then transmitting them to the control system. After receiving the tension signal, the control system will perform signal processing and calculation, and compare it with the set tension target value. Based on the comparison results, the control system will adjust the output of the actuator to achieve precise control of material tension. Common actuators include motors, cylinders, etc.
Significant features:
High precision control: 3BSE050092R65 PFEA113-65 tension controller adopts advanced control algorithms and technology, which can achieve precise control of material tension. It can adjust the tension setting according to actual needs, ensuring that the material maintains a stable tension level during the processing.
High reliability: 3BSE050092R65 PFEA113-65 uses high-quality components and materials, and through strict quality control and testing, can ensure long-term stable operation, reduce faults and maintenance costs.
High sensitivity: 3BSE050092R65 PFEA113-65 can monitor the tension changes of materials in real time and accurately, and make rapid response and precise control.
Dynamic response: 3BSE050092R65 PFEA113-65 has excellent dynamic response performance, which can quickly respond to tension changes and adjust control strategies in a timely manner to maintain a constant tension level.
Flexible configuration: 3BSE050092R65 PFEA113-65 provides multiple configuration options to meet different application requirements. Users can set appropriate control parameters and modes according to specific process requirements to meet production requirements.
Estinghouse: Spare parts for OVATION system, WDPF system, and MAX1000 system.
Invensys Foxboro: IA series system, FBM (field I/O module) sequence control, trapezoidal logic control, accident recall processing, analog-to-digital conversion, I/O signal processing, data communication and processing, etc. Invensys Triconex redundant fault tolerant control system is a modern fault-tolerant controller based on three module redundancy (TMR) structure.
Bosch Rexroth: Indramat, IO modules, PLC controllers, drive modules, etc.
Motorola: MVME 162, MVME 167, MVME1772, MVME177 and other series.
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