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SOP Rope Displacement Sensors for Laboratory Experimental Testing
aboratory testing relies on precise displacement measurement to capture real-time deformation and motion data during material and structural experiments. Minor measurement errors may skew test results and affect data analysis. SOP rope displacement sensors provide a simple, high-accuracy measuring solution for diverse experimental test scenarios.
This draw-wire displacement sensor supports customizable measuring strokes ranging from 10 mm up to 60000 mm, adapting to both small-strain material tests and large-scale structural deformation experiments. It achieves linear accuracy up to 0.05%~0.1% and repeat precision, delivering stable and reliable readings throughout long-duration cyclic tests. Its service life can reach up to 2 million operations, ideal for repeated experimental cycles.
The sensor offers multiple output options including resistance, 0-10V, 4-20mA, pulse and RS485 digital signals. It can directly connect with data acquisition equipment and test controllers, making real-time data recording and automatic data collection easy for lab systems. With IP54 or IP65 protection grades and a working temperature range of -40℃ to +80℃, it maintains stable performance under varied experimental environmental conditions.
Lightweight and easy to mount, the compact rope sensor saves lab setup time. The internal spring mechanism keeps the steel wire taut to track linear movement smoothly. It can be installed on test benches, material tensile test rigs, structural specimen platforms and fatigue testing equipment.
For material tensile tests, concrete component deformation experiments, model structure load tests and static/dynamic displacement monitoring, SOP rope displacement sensors capture continuous displacement changes. Researchers obtain accurate experimental curves, evaluate material performance and verify structural models. It simplifies displacement acquisition and improves the credibility of laboratory test data.