Description
This FBG Interrogator is designed and manufactured with an in-house tunable laser from OptoChip Ltd. It supports 4~16 channels of fiber sensing data synchronous modulation, with a maximum demodulation frequency of 1kHz.
The wavelength tuning range is between 8~10nm within the C-band, and the minimum sweep step is 10pm (step customization available). It has high wavelength accuracy, and a fast demodulation speed. In addition, it provides a user-friendly host computer software that can support fast evaluation, as well as rapid system setting-up and testing. It also features several communication protocols to facilitate customers' subsequent development and system integration. This product is the ideal choice for applications in the field of fiber optic sensing.
Cost Effective Narrow Band FBG Interrogator
Specifications
| Measurement Capability: | Strain, Pressure, Temperature, Displacement, Vibration |
|---|---|
| Number Of Optical Channels: | 16 |
| Scan Frequency: | 1000 Hz |
| Wavelength Range: | 1528 – 1538 nm |
| Wavelength Accuracy: | 1 pm |
| Dynamic Range: | 40 dB |
| Wavelength Tuning Range: | 8~10 nm (C-band) |
| Demodulation Frequency: | 1-1kHz (Customized) |
| Number Of Channels: | 4~16 (Customized) |
| Default Sweep Step: | 10pm |
| Repeatability: | Typ. < 2pm |
| Wavelength Resolution: | 0.1pm |
| Communication Interface: | Ethernet |
| Gain Control: | 8 levels, per channel or per sensor, automatic or user controlled |
| Optical Adaptor: | FC/APC |
| Operating Temperature: | 25℃(-30℃~+60℃-Customized) |
| Dimensions: | 220mm*155mm*48mm(16-channels) |
| Interfaces DC: | 12~36 V/5A |
| Optical Connector: | FC/APC |
| Communication: | Ethernet |
| Default IP Address: | 192.168.1.122(customized) |
| Default Port: | 5000 |
| Operation Mode: | TCPserver |
Download Data Sheet
Features
- High-speed Scan and Demodulation
- All Solid State
- Accurate and High Repeatability
- Highly Environmental Robustness
- User software provided for host PC
- Multiple communication protocols
- Cost effective
Applications
- Real time continuous monitoring of the health of structures, e.g., buildings, tunnels, bridges, dams, wind turbine blades
- Measurement of a variety of physical parameters via FBG sensors, such as vibration, stress, pressure, temperature, displacement
Frequently Asked Questions
What is the FBG Interrogator used for?
How many channels does the FBG Interrogator support?
What is the demodulation frequency range of the FBG Interrogator?
What communication interfaces does the FBG Interrogator support?
What is the wavelength tuning range of the FBG Interrogator?
What is included in the product package?
What are the operating temperature conditions for the FBG Interrogator?
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