2024-10-30
Magnetic Loss at High Temperatures:
Although the TPK-07 has a measurement range of -50°C to 250°C, if it is used to measure objects exceeding 200°C, the internal neodymium magnet may lose its magnetic properties. This results in decreased adhesion and reduced heat transfer efficiency, leading to increased measurement errors.
Heat Absorption by the Magnet:
Measurement errors tend to increase at extremely high temperatures due to users often overlooking the heat absorption effect of the neodymium magnet. As a metal, the magnet absorbs some of the heat from the target surface. This means the temperature near the sensor might not reflect the actual target temperature, especially when accounting for heat dissipation from components.
Recommended Usage Guidelines:
For sensors using neodymium magnets for adhesion, we recommend not measuring temperatures above 100°C. While the sensor can technically withstand up to 250°C, using it beyond 100°C requires substantial expertise. Without the appropriate experience and knowledge, users might encounter larger-than-expected errors, causing confusion and misinterpretation of the results.
高溫磁損耗：
雖然TPK-07的測量範圍為-50°C至250°C，但如果用其測量超過200°C的物體，內部的釹磁鐵可能會失去磁性。這會導致黏附力下降和傳熱效率降低，從而導致測量誤差增加。
磁鐵吸熱：
由於使用者經常忽略釹磁鐵的吸熱效應，在極高溫度下測量誤差往往會增加。作為金屬，磁鐵會吸收目標表面的部分熱量。這意味著感測器附近的溫度可能無法反映實際的目標溫度，特別是在考慮組件散熱時。
推薦使用指南：
對於使用釹磁鐵進行黏附的感測器，我們建議不要測量高於 100°C 的溫度。雖然感測器在技術上可以承受高達 250°C 的溫度，但在超過 100°C 的溫度下使用它需要大量的專業知識。如果沒有適當的經驗和知識，使用者可能會遇到比預期更大的錯誤，從而導致結果的混亂和誤解。
返回列表
Language
中文