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Load Cell 100N | Precision Force Measurement for Testing & Research
High-Accuracy Force Sensors for Lightweight Applications
A Load Cell 100N is a compact, high-precision sensor designed to measure forces up to 100 Newtons (≈10.2 kgf). These sensors are widely used in laboratories, research institutes, robotics, and quality control testing where precise low-force measurement is essential. At Sensors and Gauges, we supply 100N load cells engineered for accuracy, repeatability, and easy integration with data acquisition systems.
Unlike heavy-capacity load cells used in weighbridges or cranes, a 100N load cell is built for low-to-medium force applications where accuracy is more critical than capacity.
✅ Precision Force Measurement – Perfect for tension & compression testing ✅ Compact Design – Fits into small machines, test rigs, and robotic systems ✅ Dual Mode – Measures both push (compression) and pull (tension) forces ✅ Lab & Research Ready – Compatible with DAQ systems, Arduino, and Raspberry Pi ✅ Durable Construction – Stainless steel or aluminium build for stability
Technical Specifications (Typical for 100N Load Cells)
Rated Capacity: 100N (≈10.2 kgf)
Sensitivity: ~2mV/V
Excitation Voltage: 5–10V DC
Accuracy Class: 0.02% – 0.05% FS (High precision)
Material: Stainless steel or aluminium alloy
IP Rating: IP65 or higher for lab/industrial conditions
Troubleshooting a 100N Load Cell
⚠️ No Output Signal – Check amplifier or wiring (e.g., HX711 module). ⚠️ Fluctuating Readings – May be caused by vibrations in the test rig. ⚠️ Drifting Zero – Requires recalibration before experiments. ⚠️ Overload Damage – Avoid forces beyond 100N, use mechanical stops if needed.
This article highlights the role of a Load Cell 100N in research, robotics, and testing applications, explaining its advantages, applications, types, and troubleshooting. A must-have for engineers and researchers who need precision low-force measurement.
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