Column-type load cell 617A-MF
Product Description
The 617A-MF Column-type load cell is a precision engineering solution, meticulously designed for extreme and demanding operating scenarios. Forged from high-strength alloy steel, this column-type pressure measuring element integrates robust installation regulations and is suitable for material testing machines and harsh industrial environments filled with vibration, dust or temperature fluctuations.
It strictly adheres to the OIML C3 accuracy standard and can ensure the reliability of laboratory-grade measurements even under the harshest conditions. From evaluating material yield strength to simulating structural loads, it can effortlessly complete heavy-load static and dynamic testing tasks, with a capacity range of 10 to 40 tons. A sensitivity of 2.0±0.1% mV/V enables ultra-precise conversion of mechanical force into electrical signals, capturing the smallest load changes that are crucial for strict quality control processes.
The zero balance of this module is 0.04 mV/V, which can maintain baseline stability and effectively eliminate errors caused by drift. During the 30-minute continuous operation, creep was strictly controlled at 0.05%, while hysteresis and repeatability were both kept at 0.03%, ensuring consistent and drift-free performance throughout the long test cycle.
With decades of expertise in precision sensor technology from Zhejiang Huazun Sensing, the 617A-MF seamlessly integrates mechanical robustness and metrological accuracy. It serves as the cornerstone for reliable data acquisition in materials science research and development, industrial quality inspection, and weighing applications in harsh environments. Whether deployed on a high-temperature test line in a foundry or a fatigue test station in a building materials laboratory, this load cell can provide the required accuracy and durability to drive informed decision-making in demanding industrial workflows, enabling engineers and quality managers to collect reliable data with unwavering confidence.
