os4300 Optical Temperature Sensor
Description
The os4300 Non-metallic Temperature Sensors are housed within a sealed, alumina ceramic tube that are designed to make handling easy and sensor installation fast and repeatable. It is based on fiber Bragg grating (FBG) technology and since there are no epoxies holding the fiber to the tube, long term stability is ensured by design.
In side by side comparisons with conventional thermocouples, the os4300 is equally sensitive and accurate, while providing sub-second response time, wider operating range, no calibration, and no EMI noise. The os4300 temperature sensor is qualified for use in harsh environments and delivers the many advantages inherent to all FBG based sensors.
Three packaging options provide for installation that mimics that of conventional thermocouples with armored cables and protected connectors, and small sensors that provide the user with both installation flexibility and sub second thermal response.
This sensor can be used alone or in series as part of an FBG sensor array. Installation and cabling for such arrays is much less expensive and cumbersome than comparable electronic gage networks.
With each sensor, Luna provides a Sensor Information Sheet listing the calibration coefficients needed to convert wavelength information into temperature. Luna's ENLIGHT Sensing Software provides a utility to calculate and then record, display, and transmit data for large networks of sensors.
os4300 Optical Temperature Sensor
Specifications |
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|---|---|
| Operation Temperature Range: | -70-275deg C |
| Temperature Sensitivity: | 10 pm/degC |
| Response Time: | 0.7 Sec |
| Probe Diameter: | 18.8 mm |
| Probe Length: | 3.2 mm |
Features
- Fast response time
- Qualified to same rigorous standards used for comparable electronic gages.
- Non-metallic construction
- Fast, simple, repeatable installation.
- Armored fiber cable weldable package and rugged sensor package.
- Connector protection fittings available for harsh environments.
- Several package options for field applications.
- Calibrated for high absolute accuracy.
- Double ended design supports multiplexing of many sensors on one fiber
- Luna’s patented micro opto-mechanical technology.
- Included in ENLIGHT’s sensor templates - allows for quick and easy optical to mechanical conversions.
Applications
- Structures (bridges, dams, tunnels, mines, buildings, oil platforms)
- Energy (wind turbines, oil wells, pipelines, nuclear reactors, generators)
- Transportation (railways, trains, roadways, specialty vehicles, cranes)
- Marine vessels (hull, deck, cargo containers)
- Aerospace (airframes, composite structures, wind tunnels, static and dynamic tests).
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
United States
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Sold by:
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On FindLight:
since 2016
Frequently Asked Questions
The os4300 temperature sensor is qualified for use in harsh environments, including structures (bridges, dams, tunnels, mines, buildings, oil platforms), energy (wind turbines, oil wells, pipelines, nuclear reactors, generators), transportation (railways, trains, roadways, specialty vehicles, cranes), marine vessels (hull, deck, cargo containers), and aerospace (airframes, composite structures, wind tunnels, static and dynamic tests).
With each sensor, Luna provides a Sensor Information Sheet listing the calibration coefficients needed to convert wavelength information into temperature. Luna’s ENLIGHT Sensing Software provides a utility to calculate and then record, display, and transmit data for large networks of sensors.
Three packaging options are available for the os4300 temperature sensor, including installation that mimics that of conventional thermocouples with armored cables and protected connectors, and small sensors that provide the user with both installation flexibility and sub second thermal response.
The os4300 temperature sensor provides sub-second response time, wider operating range, no calibration, and no EMI noise. It is also equally sensitive and accurate as conventional thermocouples.
The os4300 Non-metallic Temperature Sensor is a temperature sensor based on fiber Bragg grating (FBG) technology that is housed within a non-metallic tube.