Key benefits Accurate results: high precision and high resolution reduce measurement uncertainty so you can rely on each reading for testing, inspection, or calibration. Flexible measurement control: three switchable modes (real time, peak, first peak) let you capture continuous values, maximums, or initial peak forces to match different test protocols. Universal units and local accuracy: switch among four units (N/Newton, kg/kg, lb/lb, Oz/oz) and enter the exact gravitational acceleration for your location to ensure correct unit conversion and more reliable comparisons across sites. Practical for mixed workflows: the combination of precision, multiple modes, and unit flexibility eliminates repeated conversions and minimizes post-processing errors. Key functions and performance Measurement modes: real time for ongoing monitoring, peak to record the highest measured value, and first peak to capture the initial maximum during dynamic events. Units supported: N/Newton, kg/kg, lb/lb, Oz/oz — selectable to match industry standards or customer requirements. Gravitational acceleration setting: input the local g value so force readings and unit conversions reflect site-specific conditions, improving measurement accuracy when comparing results from different elevations or regions. High precision and high resolution: optimized for applications that require fine measurement detail and repeatable results. Applications and use scenarios Quality control on a production line: monitor real-time force and capture peak values for pass/fail checks on assemblies and components. Materials and product testing: use first peak mode to register initial failure loads during tensile or compression tests and compare results in preferred units. Sensor calibration and laboratory measurement: switch units and set local gravitational acceleration to achieve accurate calibration across sites and instruments. Why this product solves problems Reduces manual conversion errors by offering multiple units and an adjustable gravity setting. Adapts to different testing needs with three measurement modes, minimizing the need for multiple instruments. Delivers dependable, high-resolution readings for clearer decision making in testing, inspection, and calibration tasks.