Moisture meters - Import export

Moisture levels in dry air, SF6 or alternative gas assets can lead to potential catastrophic failure and reduced asset life. EMT Moisture Pro is a fast, portable, accurate, smart dew meter for moisture determination in critical assets.

Shaw Moisture Meters supply sample systems to assist with sampling direct from process lines, protecting your hygrometer from high pressures and contaminants particularly in hydrocarbon applications. These engineered solutions extract and analyse a representative sample of the air or gas, which is then either vented off to atmosphere or returned to the process. The SHAW range of sample systems has been developed throughout 60 years of experience in industrial moisture analysis and process applications. Built using the highest quality components to provide long term performance and reliability even in the toughest applications. Choose from an add on sample system suitable for your portable hygrometer, dewpoint meter, online analyser or contact us regarding a complete all-in-one system designed for your specific requirements.

Utilising the ultra high capacitance SHAW moisture sensing technology. The AcuDew is suitable for continuous measurement of trace moisture in process gases and dry compressed air, offering superior sensitivity, repeatability and speed of response. Various dewpoint ranges are available covering an overall range of -120 °C to +20 °C (-184 °F to +68 °F) dewpoint with an overall system accuracy of ± 2 °C (± 3.4 °F). The output is configurable to display in °C dewpoint, °F dewpoint, ppm(v), ppb(v), g/m3 and lb/MMSCF. Incorporating the unique AutoCal function designed by Shaw Moisture Meters, allowing the user to ensure accuracy between laboratory calibrations by checking the span of the hygrometer and correcting for any deviation. This high performance dewpoint transmitter can cope with extreme environmental conditions, offering protection to IP66 NEMA 4X. Its rugged construction has been tested to withstand 35,000 kilopascal (350 bar) maximum pressure.