Features

• High Precision Control: It utilizes advanced sensors and algorithms to ensure materials maintain stability and consistency during processing2. Whether it's in the production of paper, film, cables, or other continuous materials, it can accurately monitor and control tension, preventing issues like material tearing or uneven winding1.
• Easy Programming and Configuration: The controller comes with a wealth of programming interfaces and configuration options2. This enables users to easily customize it to meet specific application requirements, adapting to different production processes and material characteristics.
• Multiple Communication Interfaces: Supporting various communication interfaces such as Ethernet, Modbus, and CANopen, it can seamlessly exchange data and integrate with other devices and systems24. This facilitates the creation of complex and interconnected industrial automation setups.
• High Reliability: Withstand high impacts and overloads, resist fatigue, and maintain long-term stability1. It has no movable parts and is insensitive to on-site electrical signal interference, reducing unexpected downtime and ensuring continuous production1.
• Easy Installation and Maintenance: Its design takes into account user-friendliness and maintainability2. It can be installed in two ways, standard rail mounting and enclosed IP65 mounting for harsher environments5. The control unit has a pluggable screw terminal block at the bottom for easy access, and there is a built-in grounding point for cable shielding5.

• Wide Operating Temperature Range: Operable in the temperature range from -20°C to +70°C, it can function properly in extreme environmental conditions, making it suitable for various industrial scenarios4.

Applications

• Paper Industry: In paper manufacturing and processing, it ensures the paper web maintains the correct tension during processes like unwinding, winding, and printing, guaranteeing paper quality and production efficiency.
• Plastic Film Industry: For the production of plastic films, it controls the tension during extrusion, stretching, and winding, preventing film wrinkling and ensuring uniform thickness.
• Cable and Wire Industry: In cable and wire production, it plays a crucial role in controlling the tension during wire drawing, stranding, and sheathing processes, ensuring the cable's structure and performance are stable.
• Textile Industry: In textile manufacturing, it is used to control the tension of yarns during spinning, weaving, and knitting, improving fabric quality and reducing defects.

Models related to PFEA112-20 3BSE030369R20 are as follows:

Same series tension controller

PFEA111-65 3BSE028140R65: belongs to the same series as PFEA111-20 but may differ in some functional parameters or application scenarios, perhaps in the level of protection, environmental adaptability, or support for specific functions.

PFEA112-20 3BSE030369R20: belongs to the same series of different models, may be different from PFEA111-20 in terms of input and output points, control accuracy, communication interface, etc., suitable for tension control projects of different sizes or needs.

Pfea112-65 3BSE030369R65: It is also a kind of PFEA112 series, similar to PFEA112-20, but some parameters or functional characteristics may be adjusted for different use environments or requirements.

PFEA113-20 3BSE028144R20: In the same series may focus on different application priorities, perhaps in the anti-interference ability, signal processing speed and other aspects of its unique to meet the tension control needs of specific industrial environments.

Pfea113-65 3BSE028144R65 is a model in the PFEA113 family, which may differ from the PFEA113-20 in terms of electrical performance, mechanical structure, or software functions to adapt to different working conditions.

PFEA113-65.1PXV 3BSE028144R165: A derivative of PFEA113-65 that may be optimized for some special features or configurations, such as compatibility with certain external devices or specific signal processing.

PFEA113-65.2PXV 3BSE028144R265: Similar to PFEA113-65.1PXV, there are further differences in function or configuration to meet the needs of more detailed application scenarios.

PFEA113-65.3PXV 3BSE028144R365: It is also a member of the PFEA113-65 series, which may differ from the first two models in some characteristics, such as different performance in signal transmission distance and precision control.

PFEA113-65.4PXV 3BSE028144R465: In this series may be customized for specific industry applications or special control requirements, and may be unique in data processing capabilities or control strategies.

PFEA113-65.1PXC 3BSE028144R1165: May be different from other PFEA113-65 series models in terms of electrical connection, physical structure, or software algorithms, and is suitable for different installation environments or system integration requirements.

PFEA113-65.2PXC 3BSE028144R1265: Has its own unique characteristics and may have advantages in protection performance, communication protocol support, or ability to work with a specific controller.

PFEA113-65.3PXC 3BSE028144R1365: May be specially designed in terms of function extension, reliability enhancement, or adaptation to specific peripherals to meet tension control requirements in complex industrial systems.

PFEA113-65.4PXC 3BSE028144R1465: May have its unique functional characteristics in control accuracy, stability or response to special tension changes to adapt to different industrial production requirements.

Complementary products

Signal integration board PFSK152 3BSE018877R1: can be used with PFEA111-20 for centralized signal processing and transmission, integrating signals from multiple sensors or devices for more efficient processing and control of PFEA111-20.

Excitation unit PFVI401 3BSE018732R1: provides excitation current for related tension control equipment, ensuring that sensors and other equipment can work properly and accurately measure tension signals, and PFEA111-20 together constitute a complete tension measurement and control system.

Control unit PFXA401 3BSE024388R1: can cooperate with PFEA111-20 in control logic and function, may be responsible for some more advanced control algorithms or system-level control tasks, and PFEA111-20 together to achieve accurate control of tension and stable operation of the system.

Isolation amplifier PXUB201 3BSC630149R1: used to isolate and amplify the signal to prevent signal interference, improve the quality and stability of the signal, so that PFEA111-20 can receive more accurate tension signals, so as to achieve more accurate control.

Matching unit PFVO142 3BSE023732R1: plays the role of signal matching and conversion to ensure the correct transmission and interaction of signals between different devices, and works with PFEA111-20 to make all parts of the tension control system work better together.

Matching unit PFVO143 3BSE023150R1: Similar to PFVO142, it is also used for signal matching, which may provide more suitable signal matching function for PFEA111-20 in different application scenarios or when connected with different devices.

Operation unit PXAH401 3BSE017235R1: Provides an operation interface and interactive functions for users to set parameters and monitor status of PFEA111-20, improving system usability and operability.

Operation unit PXAH402 3BSE017236R1: similar to the function of PXAH401, but may be different in the layout of the operation interface, the setting of function buttons or the interaction mode with PFEA111-20 to meet the operation habits and needs of different users.

PFVA401 3BSE024389R1: The control unit may undertake different control tasks from PFEA111-20 in the system, or carry out more advanced control function extension on the basis of PFEA111-20, and jointly realize the optimization and management of the tension control process.

PFVA131 3BSE007126R1: The control unit can cooperate with PFEA111-20 in control strategy and system operation, and may be responsible for some key control links or fault protection functions to ensure the safe and stable operation of the tension control system.