FBG sensing for hot spot thermal monitoring in electric machinery random wound components
This paper investigates the application of Fibre Bragg Grating sensors for thermal hot spot
temperature monitoring of random wound electric coils. The paper first presents the design,
installation and in-situ characterisation details of a thermal sensor used for enabling thermal
monitoring in the centre of the wound coil structure, in close proximity to the thermal hot spot
location. A number of thermal monitoring experiments are then undertaken on a prototype
current carrying test coil under a range of controlled static and dynamic thermal conditions. It …
temperature monitoring of random wound electric coils. The paper first presents the design,
installation and in-situ characterisation details of a thermal sensor used for enabling thermal
monitoring in the centre of the wound coil structure, in close proximity to the thermal hot spot
location. A number of thermal monitoring experiments are then undertaken on a prototype
current carrying test coil under a range of controlled static and dynamic thermal conditions. It …
[PDF][PDF] FBG Sensing for Hot Spot Thermal Monitoring in Electric Machinery Random Wound Components
S Djurović, A Mohammed, AC Smith - academia.edu
Bragg Grating sensors for thermal hot spot temperature monitoring of random wound electric
coils. The paper first presents the design, installation and in-situ characterisation details of a
thermal sensor used for enabling thermal monitoring in the centre of the wound coil
structure, in close proximity to the thermal hot spot location. A number of thermal monitoring
experiments are then undertaken on a prototype current carrying test coil under a range of
controlled static and dynamic thermal conditions. It is shown that reliable, improved fidelity …
coils. The paper first presents the design, installation and in-situ characterisation details of a
thermal sensor used for enabling thermal monitoring in the centre of the wound coil
structure, in close proximity to the thermal hot spot location. A number of thermal monitoring
experiments are then undertaken on a prototype current carrying test coil under a range of
controlled static and dynamic thermal conditions. It is shown that reliable, improved fidelity …
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