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TERPSJust think... how a silicon pressure sensor that is 10 times more accurate and stable than standard silicon sensors can improve your performance, enhance your safety and cut your costs in almost any pressure sensitive applications between -40 to 85 °C (-40 to 185 °F). With 0.01% accuracy FS (100 ppm) and stability of 0.01% FS per annum (100 ppm) TERPS performs to quartz accuracy at half the cost and with fast delivery times. The opportunities are immense when you think about it.
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Remotely Operated Vehicles (ROVs) and Autonomous Underwater Vehicles (AUVs) rely on accurate data for safe operation beneath the sea. TERPS can improve accuracy, reduce cost and can be ordered and delivered to on accurate delivery schedules.
ROV and AUV depth operation
Monitoring tidal level accurately is part of a countries disaster mitigation strategy and used to better understand sea level change. Millimeter accuracy and high reliability from our TERPS DPS 8000 and 8100 range provide a robust, cost effective and readily available alternative to quartz sensors.
Critical tidal monitoring
The accuracy and stability of TERPS at +/- 0.01% means you can optimise steam turbine efficiency, radically cutting costs and enhancing performance. TERPS is robust and extremely cost effective giving you calibration-free precise operation in steam turbine applications, from 15 to 70 bar, at temperatures ranging from 0 to 80°C.
Improve steam turbine efficiency
TERPS can be used to control ballast or fuel tank levels over wide temperature ranges with extreme accuracy, providing the information you need to optimise the trim of submarines or drilling vessels, improving safety at sea and cutting fuel consumption.
Optimising ship ballast tanks
Monitoring seabed movements around oilfields needs accurate and robust devices. TERPS provides a sensor solution that can be installed and left without the need for maintenance, delivering incredible accuracy even at significant depths. Hastelloy wetted parts deliver long-term reliability in deep salt water environments. TERPS operates at pressures of 2 to 70 bar (29 to 1015 psi).
Seabed movement
TERPS reliability and accuracy can transform your weather station operations, helping to improve weather prediction and disaster prediction while saving money on installed costs. Dependable performance over long periods will cut your operational costs too.
Better weather station performance with lower costs
The lightweight and rugged construction of TERPS sensors allows accurate measurement of altitude and air speed in aeronautical test environments from -55 °C to 85 °C (-67 to 185 °F) in pressure ranges from 200 to 1200 mbar (2.9 to 17 psi).
Durable, highly accurate altitude and airspeed
TERPS is highly accurate in harsh environments at a wide range of temperatures. Small in size and weight, TERPS is ideal for highly accurate aero engine testing at temperatures between -55 °C to 85 °C (-67 to 185 °F) and pressure ranges from 200 to 1200 mbar (2.9 to 17 psi).
Aero engine test
Ideal for deploying in the ocean to monitor sea level accurately and determine the size, direction and speed of Tsunami waves. Hastelloy wetted parts deliver long-term reliability in deep salt water environments. TERPS delivers incredible accuracy and stability (+/- 0.01%) at pressures of 2 to 70 bar (29 to 1015 psi).
Safety critical tsunami level monitoring
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Data talks+/- 0.01% accuracy and stability! TERPS represents a remarkable break through in the performance of silicon pressure sensors. As part of the development programme over the last five years TERPS has been rigorously tested at GE. The results are available here for you to see the remarkable stability and accuracy for yourself! |
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TERPS is ideal for use in a broad range of industry applications including Oil & Gas, Oceanography, Meteorology, Aerospace, Power Gene ration, Military, Marine and Government programmes. |
With accuracy and stability of +/-0.01% FS (100 ppm) TERPS is a very cost effective alternative to quartz. TERPS can be used within robust environments, over temperatures between -40 °C to 85 °C (-40 to 185 °F) and configured with variations in pressure and electrical connections. |
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Trenched Etched Resonant Pressure Sensor (TERPS) sensors differ from conventional RPT sensors in a number of ways. They use a different method of frequency detection, which produces a much higher output signal. |
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