The ABB PFTL101A-1.0KN 3BSE004166R1 is a tension sensor/weight sensor, mainly used in the industrial automation field for the measurement and monitoring of physical force or pressure of objects. With a measurement range of 1.0 kilonewton (kN), it features high precision, analog/digital signal output, and a compact structure. It is widely applied in industries such as coil production, paper and film processing, printing, textile, and steel. Here is a detailed introduction:
Product Overview
Model: ABB PFTL101A-1.0KN 3BSE004166R1
Type: Tension Sensor/Load Cell
Measurement Range: 1.0 kN, suitable for measuring forces or pressures within this range.
Accuracy: High-precision design, providing accurate force or pressure measurement results.
Output Signal: Supports analog signals (such as 4-20mA, 0-10V) and digital signals (such as RS485 communication interface), facilitating integration with control systems.
Structure: Compact and small design, easy to install and integrate into equipment.
Material: Made of high-quality materials to ensure reliability and stability.
Protection Grade: Has a certain protection grade, suitable for harsh industrial environments.
Product Overview
Model: ABB PFTL101A-1.0KN 3BSE004166R1
Type: Tension Sensor/Load Cell
Measurement Range: 1.0 kN, suitable for measuring forces or pressures within this range.
Accuracy: High-precision design, providing accurate force or pressure measurement results.
Output Signal: Supports analog signals (such as 4-20mA, 0-10V) and digital signals (such as RS485 communication interface), facilitating integration with control systems.
Structure: Compact and small design, easy to install and integrate into equipment.
Material: Made of high-quality materials to ensure reliability and stability.
Protection Grade: Has a certain protection grade, suitable for harsh industrial environments.
Core Functions
Tension Control
In scenarios such as coil production, paper and film processing, and printing machinery, it is essential to monitor and adjust the material tension in real time to prevent breakage or deformation.
For instance, in stretching machinery, it ensures uniform material stretching, and in the textile industry, it controls yarn tension to guarantee product quality.
Force/Pressure Measurement
It is suitable for industrial scenarios that require precise force measurement, such as wire and cable manufacturing, and metal processing (strip production).
The measurement data is transmitted to the control system for real-time monitoring through analog or digital signals.
Process Optimization
Combined with closed-loop control systems (such as the Millmate strip tension meter), it avoids tension fluctuations, enhances production efficiency, and improves product consistency.
In processes like pickling and galvanizing, precise control of tension distribution reduces downtime and lowers costs.
Tension Control
In scenarios such as coil production, paper and film processing, and printing machinery, it is essential to monitor and adjust the material tension in real time to prevent breakage or deformation.
For instance, in stretching machinery, it ensures uniform material stretching, and in the textile industry, it controls yarn tension to guarantee product quality.
Force/Pressure Measurement
It is suitable for industrial scenarios that require precise force measurement, such as wire and cable manufacturing, and metal processing (strip production).
The measurement data is transmitted to the control system for real-time monitoring through analog or digital signals.
Process Optimization
Combined with closed-loop control systems (such as the Millmate strip tension meter), it avoids tension fluctuations, enhances production efficiency, and improves product consistency.
In processes like pickling and galvanizing, precise control of tension distribution reduces downtime and lowers costs.
Application fields
Sheet material production: Ensure that the sheet material maintains a constant tension during the production process to prevent breakage or deformation.
Paper/film processing: Control the tension of the winding and unwinding equipment to ensure the flatness of the material.
Printing machinery: Achieve precise transmission and positioning of paper or sheet materials, improving printing quality.
Textile industry: Monitor the tension of yarn or fabric to optimize the production process.
Steel/metal processing: Maintain the appropriate tension of the metal strip in strip production to avoid material damage.
Wire/cable manufacturing: Ensure consistent tension during the production process to improve product quality.
Sheet material production: Ensure that the sheet material maintains a constant tension during the production process to prevent breakage or deformation.
Paper/film processing: Control the tension of the winding and unwinding equipment to ensure the flatness of the material.
Printing machinery: Achieve precise transmission and positioning of paper or sheet materials, improving printing quality.
Textile industry: Monitor the tension of yarn or fabric to optimize the production process.
Steel/metal processing: Maintain the appropriate tension of the metal strip in strip production to avoid material damage.
Wire/cable manufacturing: Ensure consistent tension during the production process to improve product quality.
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