ABB PFCL201C-10kN 3BSE027070R10 Pressductor PillowBlock Load Cells

ABB PFCL201C-10kN 3BSE027070R10 is a high-precision force sensor module, specifically designed for accurate measurement and monitoring of force values in the field of industrial automation. It can convert physical force signals into standard electrical signals, providing precise force data for control systems. It is a key component in industrial production processes for achieving force-controlled closed-loop control, quality inspection, and safety monitoring. In industries such as machinery manufacturing, material processing, and robot assembly, where high accuracy and reliability of force measurement are required, this module, with its excellent performance, serves as an important tool to ensure production quality and improve production efficiency.

• Measurement Range: The rated measurement range is 0-10kN, capable of accurately measuring tension or pressure within this range, meeting the force measurement needs of small and medium-sized industrial equipment. For example, in precision assembly robots, it is used to measure the clamping force when grabbing components.

• Output Signal: Adopts 4mA-20mA DC current signal output, which is a widely used standard signal in the industrial field. It is convenient to interface with control systems such as PLC and DCS without additional signal conversion equipment, simplifying system integration.

• Accuracy Class: The measurement accuracy is as high as ±0.1% of full scale, ensuring the accuracy of force data and providing a reliable basis for precision control. In material tensile testing, it can accurately measure the force when the material breaks, ensuring the credibility of test results.

• Nonlinear Error: The nonlinear error is less than ±0.05% of full scale, further ensuring the linearity of measurement data, reducing control deviations caused by signal nonlinearity, and is suitable for occasions requiring high linearity of force changes.

• Repeatability Error: The repeatability error is within ±0.03% of full scale. When measuring the same force value multiple times, the data deviation is minimal, with excellent stability. In quality inspection of mass production, it can ensure the consistency of inspection results.

• Response Time: The response time is less than 1ms, enabling it to quickly capture instantaneous changes in force values. For dynamic force measurement scenarios, such as impact force monitoring of stamping equipment, it can feed back force changes in real time, ensuring timely response of the control system.

• Operating Temperature Range: The operating temperature is -20℃ to 80℃, allowing stable operation within a wide temperature range, adapting to different industrial environments such as high-temperature foundry workshops or low-temperature refrigeration equipment assembly lines.

• Excitation Voltage: Requires a stable excitation voltage of 10V DC-30V DC, with a typical value of 24V DC. It is compatible with DC power supplies commonly used in industrial sites, facilitating power supply.

• Insulation Resistance: The insulation resistance between the sensor and the housing is greater than 5000MΩ (500V DC), effectively preventing leakage and signal interference, ensuring the safety and accuracy of measurement.

• Physical Specifications: The sensor has a compact size, with specific dimensions varying slightly by model. Typically, it has a length of approximately 100mm-150mm, a diameter of about 30mm-50mm, and a weight of around 500g-800g. It features flexible installation methods and can be fixed on equipment via flanges or threads.

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• Fully Sealed Design: Adopts a fully sealed structure with an IP67 protection rating, effectively preventing dust and water ingress. It is suitable for humid and dusty industrial environments, such as food processing equipment, where it can work normally in cleaning environments.

• Strong Anti-Interference Ability: Integrates anti-electromagnetic interference circuits internally, capable of resisting electromagnetic radiation and radio frequency interference in industrial sites. It maintains stable output signals even when used on equipment close to strong interference sources such as frequency converters and motors, ensuring measurement accuracy.

• Temperature Compensation Function: Equipped with a wide-range temperature compensation function. Within the operating temperature range of -20℃ to 80℃, the internal compensation circuit reduces the impact of temperature changes on measurement accuracy, ensuring that measurement data remains accurate in environments with large temperature fluctuations.

• Overload Capacity: Has strong overload capacity, capable of withstanding short-term overloads of up to 150% of the rated load. When instantaneous overload occurs, the sensor is not easily damaged, prolonging its service life and improving equipment safety.

• Long-Term Stability: The annual drift is less than ±0.02% of full scale. After long-term use, the measurement accuracy decays slowly, reducing the need for frequent calibration, lowering maintenance costs, and is suitable for production equipment operating continuously for a long time.