Dew Point and Temperature Meter Series DMT340 for demanding low humidity conditions Condensation-resistant DMT340 is designed for industrial low-humidity applications such as industrial drying, compressed air systems, semiconductor industry, dry rooms, baking ovens, and metal heat treatment to provide accurate and reliable measurement. Contact us Datasheet Features Vaisala DRYCAP® sensor provides accurate, reliable measurement with excellent long-term stability and fast response time Condensation-resistant Unique auto-calibration feature Graphical display and keypad for convenient operation Optional alarm relays and mains power supply module Integrated data logging with over four years of measurement history Traceable calibration (certificate included) Looking for DMT340 performance with interchangeable probes and a transmitter supporting two probes? View Indigo family. There are several models for different types of needs: DMT341 for wall-mounting, see also DMP7 DMT342 with small size flanged probe for use with sampling cell, see also DMP7 and DMP8 DMT344 for pressurized processes, see also DMP8 DMT347 with small pressure-tight probe, see also DMP7 DMT348 for pressurized pipelines, see also DMP8 DMT340 is compatible with the Vaisala DRYCAP® Handheld Dew Point Meter DM70. Key benefits Choose the probe suitable for your needs Five different probe types designed to meet various requirements. Easy maintenance The Vaisala DRYCAP® sensor is immune to particulate contamination, water condensation, oil vapor, and most chemicals. Stable measurement The auto-calibration feature allows the transmitter to perform calibration and adjustment by itself while the measured process is running. Product documentation Datasheets User guides More in Docs.vaisala.com More downloads Application Note: CEN-TIA-Parameter-Chemical-Purge-Application-Note-B211241EN-A (577.15 KB) Brochure: Choose the Right Dew Point Instrument for Optimized Compressed Air Quality (1.58 MB) Application Note: Dew Point Sensing Technologies and their Performance Differences in Compressed Air Applications (185.65 KB) Brochure: Improved Lithium-ion Battery Manufacturing with Smart Measurement (1.58 MB) Application Note: Improving wafer circuit pattern quality in semi-conductor manufacturing (1.52 MB) Pagination Next page ›› Product Resources eGuide Download Vaisala Compressed Air eGuide Download our Compressed Air eGuide to improve operational efficiency. Learn more Customer case Optimized drying process helps Isolava cut energy consumption and improve end-product quality Isolava began a project to optimize the drying process, led by Project Engineer Peter Vaneyghen. The first step was to install humidity sensors in the dryer in order to get a better understanding of the dynamics of the drying process. The consumption of natural gas alone has decreased by some 20% and the annual savings across all ten dryers add up to hundreds of thousands of euros. Learn more Webinar How to save energy and ensure quality in low humidity processes In this one-hour webinar Product Engineer Joni Partanen explains the low humidity theory and the role of dew point measurement and much more. Register to watch
Application Note: CEN-TIA-Parameter-Chemical-Purge-Application-Note-B211241EN-A (577.15 KB) Brochure: Choose the Right Dew Point Instrument for Optimized Compressed Air Quality (1.58 MB) Application Note: Dew Point Sensing Technologies and their Performance Differences in Compressed Air Applications (185.65 KB) Brochure: Improved Lithium-ion Battery Manufacturing with Smart Measurement (1.58 MB) Application Note: Improving wafer circuit pattern quality in semi-conductor manufacturing (1.52 MB) Pagination Next page ››
