Unlocking Measurement in Rotating Turbomachinery with Passive RF Sensing.
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Unlocking Measurement in Rotating Turbomachinery with Passive RF Sensing
Reduce test time, eliminate rework, and unlock new data, within one test campaign.
Reduce test time, eliminate rework, and unlock new data, within one test campaign.
Measurement limitations in rotating turbomachinery environments create significant challenges in validation, contributing to increased development cost, rework, and uncertainty. Traditional approaches such as slip rings, telemetry systems, and infrared diagnostics are limited in accessibility, complexity, or temporal resolution.
Introducing Passive RF Sensing
A new approach to capturing thermomechanical data in environments previously inaccessible to instrumentation.
By enabling direct measurement in previously inaccessible environments, Passive RF sensing reduces uncertainty and improves the efficiency of turbomachinery validation processes.
- Reduced instrumentation time
- Improved measurement coverage
- Reduced rework
- Accelerated validation cycles
- Battery-free, wireless sensors
Passive RF High Temperature Sensors Calibrated in Furnace Up To 3,092F
Passive RF High Temperature Sensors and Antenna Installed in Gas Turbine For On-Blade Sensing
RF High Temperature Sensors and Antenna on UAV Engine
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