Share:

Dew point probes for compressed air

 

The probes Vaisala DRYCAP® probes for compressed air provide accurate and fast moisture measurement in industrial networks.

Description

Reliable dew point monitoring in compressed air networks and industrial dryers.

Vaisala DRYCAP® compressed air probes provide accurate and fast moisture measurement in industrial networks. They are ideal for detecting critical variations in drying systems and ensuring equipment protection. Their robustness ensures reliability in environments with pressure, condensation and contaminants.

Enriched content:

  • Wide measuring range from -80 °C to +20 °Cdp.
  • Resistance to particles and oils common in compressed air.
  • Low maintenance due to self-calibration.
  • Applications: industrial plants, pharmaceuticals, automotive, power generation.

Other products you may be interested in

  • Vaisala's portable dew point instruments facilitate on-site measurement and verification in compressed air networks, industrial facilities and research processes.
    Portable dew point probes

      Vaisala's portable dew point devices for Vaisala facilitate on-site measurement and verification in compressed air networks, industrial facilities and research processes.

  • Vaisala offers dew point reference probes for laboratories and calibration centers. With superior metrological stability and international traceability, they are the ideal tool for validating equipment, certifying measurement systems and meeting the most stringent quality standards.
    Reference and metrology probes

      Vaisala offers dew point reference probes for laboratories and calibration centers. With superior metrological stability and international traceability, they are the ideal tool for validating equipment, certifying measurement systems and meeting the most stringent quality standards.

  • Dew point probes for process gases
    Dew point probes for process gases

      The probes of Vaisala process gas probes probes for process gases enable accurate dew point control in critical environments such as hydrogen generation, technical gases or fuel storage.