In scientific research experiments, choosing the correct measurement range is the prerequisite to ensure the validity of experimental data. The range determines the pressure range that the instrument can accurately measure. If the quanta is not set properly, it can cause the following problems:
Data distortion: If the actual pressure exceeds the upper limit of the instrument's range, the measured value will be distorted or even damage the instrument; If the range is too large, it may not be able to provide sufficient resolution for small pressure changes, thereby affecting the accuracy of the data.
Efficiency reduction: Inappropriate range may lead to frequent replacement of measuring equipment, increase experimental costs and time consumption, and reduce scientific research efficiency.
Safety risks: Under some high-pressure or harsh conditions, wrong range selection may cause safety hazards.
Therefore, when scientific research institutions select measurement equipment such as Pressure Scanners, they must carefully select the most suitable range according to the specific requirements of the experiment to ensure the accuracy and safety of the experimental data.
Windtuner Pressure Scanners' range customization service is specifically reflected in the following aspects:
Wide selection: Provide dozens of range segments from low to high pressure, covering almost all scientific research application scenarios.
Durability and Maintenance: Windtuner Ethernet Intelligent Pressure Scanners use high-quality materials and advanced manufacturing processes to ensure that equipment can maintain stable performance over long-term use while being easy to maintain.
