EN
SOPRTN column type load cell is a high-performance torsion ring weighing transducer constructed from stainless steel, designed for accurate force and weight measurement across industrial environments. Available in measuring ranges spanning from 1 ton up to 470 tons, it provides flexible configuration to meet diverse heavy-load testing and weighing demands.
This load cell boasts many outstanding technical strengths. Its compact structure delivers strong overload resistance, excellent partial load performance, high sensitivity and outstanding measurement precision. Key accuracy indicators including non-linearity, hysteresis, repeatability and creep all reach 0.03%F.S., ensuring stable and consistent measuring results during long-term operation. Featuring high impedance and low power consumption, the sensor works perfectly for battery-powered measuring equipment. With a wide working temperature range of -20℃ to +65℃, it can steadily operate under complicated ambient conditions. It supports 120% safe overload and 150% ultimate overload capacity, effectively protecting the sensor from unexpected load impact and extending service life.
The versatile SOPRTN column load cell serves a wide spectrum of industries. It is widely applied in all kinds of electronic weighing equipment and pull test machines. In mechanical engineering and robotic systems, it conducts real-time force monitoring and load detection. It also finds important applications in biomedical equipment and material testing scenarios, helping engineers analyze and control the mechanical properties of various materials and finished products.
Manufactured with robust stainless steel housing, the sensor features reliable structural stability. Equipped with standard cable accessories, it enables convenient installation and signal connection. Whether for static weighing or dynamic force testing, the SOPRTN column type load cell offers dependable, high-precision force measurement solutions, making it a trusted option for industrial weighing and force monitoring projects.