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Precision load cell 100g 200g 300g 500g Weight sensor

Single Point Load Cell

Precision load cell 100g 200g 300g 500g Weight sensor

The Low Capacity Weight Sensor LCE07 is a high-precision load cell designed to provide accurate weight measurements for applications that require exceptional sensitivity. Based on metal foil strain gauge technology, this sensor features a Wheatstone full bridge configuration that outputs an mV signal proportional to the applied weight or load. This design ensures precise and reliable measurements, making it ideal for applications that demand high accuracy.

    The LCE07 single point load cell is available in 100g, 200g, 300g and 500g four rated capacities with temperature compensated, enabling it to maintain its accuracy and deliver consistent results even in environments with fluctuating temperatures. It boasts an impressive 0.03% non-linearity of the full scale, ensuring reliable performance and minimal measurement deviation. This gram-grade transducer is engineered for precision and is lightweight, weighing only about 11 grams, allowing it to integrate seamlessly into compact devices.

     

    Typical applications for the LCE07 precision load cell include jewelry scales, where precise weight measurements are crucial for determining the value of gemstones and precious metals. It is also ideal for electronic balances, providing the sensitivity required for detailed measurements in commercial and industrial settings. Medical equipment can also benefit from the LCE07’s high accuracy, enabling the development of devices that require precise weight monitoring for patient care. Additionally, it serves as an essential component in laboratory testing devices, ensuring accurate data collection for research and experimentation.

     

    With its combination of advanced strain gauge technology, temperature compensation, and lightweight construction, the LCE07 weighing sensor is an excellent choice for any application requiring reliable, high-accuracy weight measurements in a small and efficient package.

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