Proper installation and usage of force/load cells are essential to ensure accurate measurements and long-term reliability. Even small mistakes during setup can lead to significant errors or even damage the sensor. Here are key points to consider when handling and installing force/weighing sensors: 1. Handle the sensor with care, especially for small-capacity models that use aluminum alloy as the elastic element. Any impact or vibration may cause a large output error. 2. Ensure that the loading device is designed so that the force application aligns perfectly with the sensor's axis. This minimizes the effects of side loads or eccentric forces. 3. Level adjustment is crucial. If using a single sensor, make sure the mounting surface is level using a spirit level. For multiple sensors, keep the base as flat as possible to ensure uniform load distribution across all units. 4. Always select the sensor based on its rated load capacity as specified in the product description. Overloading, even temporarily, can cause irreversible damage. 5. The mounting surface should be clean, smooth, and free from oil or grease. The base must be strong and rigid enough to support the sensor without deformation. 6. Never open the sensor housing, protective cover, or cable connector. These components are sealed for protection against environmental factors. 7. To prevent chemical corrosion, apply a thin layer of Vaseline on the outer surface of the load cell. Avoid exposing it to direct sunlight or extreme temperature changes. 8. If necessary, install protective shields or dampening devices to reduce external influences. 9. Avoid welding near the sensor after installation, as high currents can damage the internal circuitry. 10. Install a copper braided wire bypass at both ends of the loading device to prevent electrical interference and protect the sensor. 11. Do not extend the cable yourself. If an extension is needed, solder the connection and apply waterproof sealant to prevent moisture ingress. 12. Consider adding protective baffles around the sensor to prevent debris from entering moving parts, which could affect accuracy. 13. Keep the sensor cable away from high-voltage lines or areas with electromagnetic interference. If unavoidable, route the cable through a metal conduit and minimize the length of the connection. 14. For high-precision applications, allow the sensor and measuring instrument to warm up for at least 30 minutes before use to stabilize performance. 15. Store and operate the sensor in a dry, well-ventilated area free from corrosive substances. Following these guidelines ensures optimal performance and longevity of your force/load cell. Some users may find their sensors reliable, while others might experience issues—this often depends on how carefully the installation and usage instructions are followed. By taking the time to understand and implement these best practices, you can significantly improve the accuracy and durability of your sensors. OEM ODM Wholsale vape, screen monitor display, wholesale electronic cigarette Niimoo Innovative (HK) CO., LIMITED , https://www.niimootech.com