Application
MRI and RF equipment
Customer Application Case
MRI-Compatible Fiber Optic Temperature Measurement Arrangement
Non-conductive fiber optic point sensing provides electrically isolated temperature measurement in MRI and RF environments.
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Operating Environment
Strong magnetic and RF fields
Measurement Focus
Point temperature measurement
Sensing Method
Non-conductive fiber optic sensing
Project Overview
This project used fluorescence-based fiber optic temperature sensing in an MRI and RF environment.
A non-conductive fiber optic probe was positioned at the required measurement location, while the optical fiber carried the sensing signal to the external temperature monitoring instrument.
The arrangement provides point temperature measurement without introducing conductive electrical sensor wiring into the measurement area.
- Non-conductive temperature sensing
- Point temperature measurement
- Optical signal transmission
- Suitable for strong electromagnetic environments
MRI & RF Measurement Requirement
MRI and RF environments can create measurement challenges for conventional electrical temperature sensors because metallic conductors and electrical signal paths may interact with strong electromagnetic fields.
The application required a temperature measurement method with a non-conductive sensing path and optical signal transmission.
Fiber optic point sensing was therefore used to measure temperature at the selected location while keeping the electrical monitoring equipment outside the measurement area.
Fiber Optic Temperature Sensing Arrangement
The fluorescence-based fiber optic probe measures temperature at a defined point.
Optical fibers transmit the excitation and return signals between the probe and the external monitoring instrument.
Because the sensing path is optical and non-conductive, the measurement arrangement is suitable for environments where metallic electrical sensor wiring is undesirable.
- Non-metallic sensing path
- Optical signal transmission
- Direct point temperature measurement
- Electrical isolation between sensing point and instrument
Probe Placement & Optical Routing
The fiber optic probe was positioned according to the required measurement location and available installation space.
Optical fiber routing was arranged between the sensing point and the external monitoring equipment while considering fiber length, bending radius and mechanical protection.
The sensing configuration can be adjusted according to the measurement position and equipment arrangement.
Temperature Acquisition & Monitoring
The external fiber optic temperature instrument receives the optical signal from the installed probe and converts it into temperature data.
Temperature values can be viewed through the connected monitoring interface.
For applications requiring multiple measurement locations, additional fiber optic channels can be configured according to the required number of sensing points.
Project Result
The completed arrangement provides point temperature measurement in an MRI and RF environment using a non-conductive optical sensing path.
The fiber optic probe, optical connection and external monitoring instrument form a complete temperature measurement chain from the sensing location to the monitoring interface.
This configuration provides a practical reference for temperature measurement in MRI, RF and other strong electromagnetic environments where electrically isolated sensing is required.
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