FBG Displacement Sensor
The FBG displacement sensor uses a fiber Bragg grating as its sensitive element and measures wavelength signals rather than electrical signals, so it can still operate in strong electromagnetic fields and nuclear radiation environments. The Fibot-D-01 has a measurement range of 100 mm, a resolution of 0.1% F.S., an accuracy of 0.5% F.S., a center wavelength covering 1510 to 1590 nm, and is paired with a 3 mm armored optical cable. The all-metal packaging and built-in temperature compensation make it easier to install and maintain in outdoor or long-term monitoring scenarios, and the reusable sensing unit also reduces spare parts pressure during multi-point deployment. In addition to the standard range, we support customization of other displacement ranges. For information such as price, packaging, MOQ, and delivery time, please contact us to confirm, and we will assist with a quotation based on the project quantity and installation requirements.
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Capillary FBG High-Temperature Sensor
This sensor uses a capillary tube as its packaging carrier, is internally equipped with a quartz or sapphire FBG element, and its substrate is made of stainless steel or a high-temperature alloy. The quartz FBG version is suitable for -40 to 1000°C, the sapphire FBG version is suitable for -40 to 1500°C, the temperature sensitivity is about 10 pm/°C, the temperature drift is ±1.0°C, and the center wavelength is within the range of 1510 to 1590 nm. The standard size is φ1 mm×1 m, and other lengths can be customized. The overall structure is compact and can be fixed to high-temperature components by welding or bonding, making it suitable for industrial sites that require long-term monitoring or multiple measurements. If you are evaluating whether it is suitable for your equipment or project, you are welcome to contact us and provide the temperature measurement range, installation method, and required length, and we will assist in confirming the configuration.
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Portable Low-Power FBG Interrogator
This portable low-power FBG interrogator is designed for users who need to bring FBG sensors to on-site use. The whole unit adopts an integrated design, is small in size and light in weight, and has a built-in independent battery power supply, making it suitable for field environments without power or for online equipment inspection scenarios. The device can demodulate optical signals and convert them into physical quantities such as temperature and strain, and the accompanying host computer software completes data viewing and recording. The confirmed operating wavelength is 1529–1561 nm, the resolution is 1 pm, the accuracy is 20 pm, the repeatability is 5 pm (maximum 10 pm), and the temperature drift is 1 pm/°C. The operating wavelength range can be customized according to project requirements. Please contact us to confirm price, delivery time, packaging, and certification information.
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Wide-wavelength high-precision FBG interrogator
Fibot-DD-02 belongs to the category of fiber Bragg grating interrogators, and is mainly used to read changes in the reflected light signal of FBG sensors and convert wavelength changes into usable monitoring data. Its operating wavelength range is 1510 to 1590 nm, with a span of 80 nm, and a single channel can connect more sensors in series; the resolution is 1 pm, repeatability is ≤2 pm, dynamic range is 40 dB, scanning frequency is 1 Hz, and it has a built-in absolute wavelength reference, making it suitable for industrial and engineering scenarios that require demodulation accuracy and long-term stability. The device offers three specifications: 4-channel, 8-channel, and 16-channel, and comes with host computer software, making it convenient to expand channels according to project scale. For specific prices, delivery times, packaging, and certification information, please contact us to confirm; we will assist with model selection and quotation based on the number of channels, the number of sensors, and on-site conditions.
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High-speed FBG Interrogator
The Feibo Zhigan high-speed FBG interrogator is designed for scenarios that need to capture rapidly changing signals. Its maximum scanning frequency is 6 kHz, resolution is 1 pm, accuracy is 6 pm, stability is 5 pm, and its operating wavelength covers 1525 to 1565 nm, and a wider range can be customized according to project requirements. The device dimensions are 300 mm × 200 mm × 120 mm, occupying a small footprint and making it easy to deploy in a laboratory or cabinet. It comes with LabVIEW software, making it convenient for users to perform data acquisition and secondary development. If you are building a vibration or impact monitoring system, or need to integrate FBG interrogation into industrial inspection equipment, you can learn the basic parameters through the page information and contact us to confirm the specific configuration, price, and delivery arrangements.
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Modular FBG Interrogator
The Feibo Zhigan modular FBG interrogator is used for the demodulation and monitoring of fiber Bragg grating (FBG) sensing signals. The device adopts a modular design, and functional modules can be optionally configured, expanded, or replaced according to project needs. The channel counts cover 4, 8, and 16 channels, the operating wavelength range is 1529 to 1569 nm, the resolution is 1 pm, the repeatability is ≤5 pm, the scan frequency can be selected as 100 Hz or 1 kHz, and the dynamic range is 40 dB. The overall structure is compact, making it easy to deploy in cabinets or test benches with limited space, and the accompanying host computer software is used for data viewing and recording. For users who need multi-channel, customized FBG monitoring solutions, you can first confirm the number of channels, scan frequency, and module combination, and we will assist with selection and quotation.
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DTS integrated temperature measurement module
The DTS integrated temperature measurement module integrates the Raman demodulation unit into a single unit, relying on distributed optical fiber to complete long-distance, continuous temperature measurement. When a temperature anomaly occurs along the optical fiber, the module can locate the position where the temperature rise occurs and issue an alarm according to the set threshold, providing data reference for facility fire warning. The product adopts an optical fiber sensing method and is not subject to electromagnetic interference. The optical fiber itself has the characteristics of natural explosion-proofing, temperature resistance, corrosion resistance, and aging resistance, making it suitable for occasions that are sensitive to electromagnetic environments or require long-term stable monitoring. The standard configuration supports 10 km long-distance monitoring, and deployment is relatively simple. Regarding specific models, accuracy indicators, applicable scenario details, and supporting requirements, you are welcome to contact us for confirmation.
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AC charging pile
This AC charging pile is aimed at builders of electric vehicle charging stations and parking lots, as well as project owners of residential communities, commercial venues, and transportation hubs. It supplies power to the vehicle's onboard charger via AC, making it suitable for daily replenishment when the vehicle is parked for extended periods. The equipment has a relatively compact structure, and wall-mounted or pillar-mounted installation can be selected according to site conditions. We support customization based on project requirements in aspects such as power, connectors, display screens, payment methods, communication methods, backend platforms, and brand identity, and we also support the configuration of functions such as card swiping, QR code scanning, networking, billing, and remote operation and maintenance. For specific models, parameters, prices, and delivery arrangements, please contact us for confirmation.
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DAS integrated module
The DAS integrated module integrates the fiber-optic vibration demodulation unit into a single unit, and uses distributed acoustic sensing technology to perform long-distance sensing of vibration and disturbance signals distributed along the optical fiber. This module is suitable for system integrators, engineering contractors, and end users with long-distance monitoring needs, and is adaptable to sites with complex electromagnetic environments or requirements for explosion protection, temperature resistance, and corrosion resistance. The module supports a conventional 40 km monitoring distance and has sound reproduction capability, making it convenient to assist in determining disturbance types through hearing. Before purchasing, it is recommended to confirm the configuration with us based on the project's specific monitoring distance, installation environment, and signal output requirements.
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