Process Moisture Analyzer - Michell Promet I.S
Multi-Channel Moisture Measurement in Process Gases Features Simple, cost efficient operation and low-maintenance Immune to chemical attack from H2S, mercaptans and other sulphides Protected against glycol or other liquid contaminants Accurate direct dew-point measurement at process pressure up to 45 MPa Moisture range from ambient to ppb level with exhaustive list of hygrometric units, including key parameters of natural gas Two 4-20 mA configurable outputs and digital Modbus RTU based communication Assured calibration integrity traceable to NPL (UK) and NIST (USA) User programmable or real-time active pressure compensation for moisture content calculation Multichannel with up to 4 independent measurement channels Customer configurable ES70 sample systems
Datasheet
Download datasheet (PDF)Description
Promet I.S. Process Moisture Analyzers are heavy duty, industrial hygrometer systems for measurement of high pressure, process gases and vaporized liquids on natural gas platforms and terminals, petrochemical plants and industrial gas manufacturing facilities. Promet I.S. combines Michell’s proven Ceramic Metal-Oxide Moisture Sensor with ES70 sample conditioning systems to provide a reliable and easy to operate, multi-channel on-line instrument for both flammable and non-flammable gases.
Single or multichannel configurations are available. Up to four Promet I.S. or Liquidew I.S. moisture in liquid analyzers may be combined via the multi-channel control unit.
 |
Suitable for use with natural gas containing up to 20% hydrogen with no further modification required. |
Need this instrument calibrated?
Unitest Instruments operates Singapore's SAC-SINGLAS accredited calibration laboratory (ISO/IEC 17025, Lab No. LA-2023-0845-C). We provide traceable calibration with full documentation for most test & measurement instruments.
Get a price for the Process Moisture Analyzer - Michell Promet I.S
Send your enquiry — we reply with pricing, availability & lead time within 1 business day.