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ORZ-OTP fluorescent fiber optic temperature probe
ORZ-OTP series fluorescent fiber optic temperature measuring probe is used in combination with self-produced series of fluorescent optical fiber thermometer of our company. It adopts our self-developed advanced double-cladding protection technology, and the claddingmaterials as well as the fiber itself is anti-electromagnetic inference, corrosion resistant and high temperature resistant. These characteristics fully embody its non-electric detection and intrinsical safety. At the same time, the double-cladding protection technology can perfectly solve the potential problems in engineering construction, that is, the fiber optic temperature probe is prone to breakage, breaking off and crushing. It is preferred in harsh working conditions and operating environment, such as electric power industry, aerospace, high-speed railway, high-frequency microwave industry, petrochemicals, plastics and rubber industries.
In conditions of good working environment and small probe, we can also choose single-cladding fluorescence optical fiber temperature measurement probe. With its tiny diameter, it can meet the special requirements in some special industries, such as microwave medical, microwave chemistry, laboratory and so on.
A fluorescent fiber optic temperature probe will not suffer from breakage or crushing during installation process and use, and there is no need for calibration when used within the nominal temperature range. It has extremely long lifetime and stable precision. This feature is rare in the temperature sensing field. This probe is a representative product in the fiber optic temperature sensor field.
ORZ-OTP series fluorescent fiber optic temperature measuring probe is used in combination with self-produced series of fluorescent optical fiber thermometer of our company. It adopts our self-developed advanced double-cladding protection technology, and the claddingmaterials as well as the fiber itself is anti-electromagnetic inference, corrosion resistant and high temperature resistant. These characteristics fully embody its non-electric detection and intrinsical safety. At the same time, the double-cladding protection technology can perfectly solve the potential problems in engineering construction, that is, the fiber optic temperature probe is prone to breakage, breaking off and crushing. It is preferred in harsh working conditions and operating environment, such as electric power industry, aerospace, high-speed railway, high-frequency microwave industry, petrochemicals, plastics and rubber industries.
In conditions of good working environment and small probe, we can also choose single-cladding fluorescence optical fiber temperature measurement probe. With its tiny diameter, it can meet the special requirements in some special industries, such as microwave medical, microwave chemistry, laboratory and so on.
A fluorescent fiber optic temperature probe will not suffer from breakage or crushing during installation process and use, and there is no need for calibration when used within the nominal temperature range. It has extremely long lifetime and stable precision. This feature is rare in the temperature sensing field. This probe is a representative product in the fiber optic temperature sensor field.
Performance indicators and Product Selection
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Measure range |
Probe Length |
optical connector |
Double-clad intensive care φ5mm |
Single-clad protection φ2.2mm |
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PF-HP-Xm
（X=3～15m） |
-40～100℃ |
3～15m(optional) |
HP |
|
√ |
|
PF-HP-PU-Xm（X=3～15m） |
√ |
|
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PF-FC/PC-Xm（X=3～15m） |
FC/PC |
|
√ |
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PF-FC/PC-PU-Xm（X=3～15m） |
√ |
|
|
GF-HP-Xm（X=3～8m） |
-40～200℃ |
3～8m(optional) |
HP |
|
√ |
|
GF-HP-PU-Xm（X=3～8m） |
√ |
|
|
GF-FC/PC-Xm（X=3～8m） |
FC/PC |
|
√ |
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GF-FC/PC-PU-Xm（X=3～8m） |
√ |
|
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