Which is better compared between GaAs fiber optic temperature sensor and fluorescent fiber optic

Száloptikai hőmérséklet-érzékelő, Intelligens felügyeleti rendszer, Elosztott száloptikai gyártó Kínában

Gallium arsenide fiber temperature demodulator, gallium arsenide fiber temperature sensor, fluorescent fiber temperature demodulator, fluorescent fiber temperature sensor, which one is suitable for temperature measurement in switchgear, Transformers, and thermal therapy environments? It can be practically applied in bidding projects and practical applications.

The fluorescence fiber optic temperature measurement device is superior to the semiconductor gallium arsenide fiber optic temperature measurement device, and the reasons why it is more suitable are:

1. Signal demodulation

Fluoreszkáló száloptikai hőmérsékletmérő rendszer is easier to demodulate;

2. Accuracy comparison

The fluorescence fiber optic temperature measurement device has higher temperature measurement accuracy than gallium arsenide;

3. Comparison of response speed

Fluorescent fiber optic temperature measurement device has a faster response speed than gallium arsenide temperature measurement device;

4. Stability comparison

Fluoreszkáló száloptikai hőmérséklet mérés device is more stable than gallium arsenide temperature measurement, with no temperature drift;

5. Higher reliability

The fluorescence fiber optic temperature measurement system is more reliable in practical applications of various bidding projects in China;

6. Longer lifespan

The lifespan of fluorescent fiber optic temperature measurement system is longer than that of gallium arsenide fiber optic temperature measurement system;

7. Higher cost-effectiveness

The overall price of the fluorescent fiber optic temperature measurement system is lower than that of gallium arsenide, making it easier to apply and win bids in practice;

8. No calibration required

Fluorescent fiber optic temperature measurement does not require calibration, while other temperature measurement devices require secondary calibration;

9. Easy network maintenance

The fluorescent fiber optic temperature measurement device is easy to maintain and has a smaller size.