Standalone dehumidifiers

ML

The Munters ML Series comprises stand-alone desiccant dehumidifiers that remove water vapor in dry rooms and low-humidity production and process environments. With integrated humidistats, these versatile units keep relative humidity in check, safeguarding production uptime and product safety.

Highlights

  • Efficient dehumidification down to -20 °C
  • 100% corrosion-resistant rotor casing
  • Minimal floor area required
  • Dehumidifies to low dewpoint
  • Easy-to-install, interchangeable front and back panels

Product description

Compact and self-contained, these dehumidification modules are encased in corrosion-resistant thermoset plastic. The ML features an internally sealed rotor unit and separate sections for dehumidification, reactivation, and heat recovery airflows. Airflow capacities range from 180 m3/h to 3,000 m3/h. Installation and maintenance are easy due to ergonomically designed access panels. Optional condensation units are available on the small desiccant dehumidifiers, as are optional gas and steam regeneration units on the largest ML dehumidifiers.

Products in this series

ModelProduct sheetUser manual
ML180ViewView
ML180LView
ML270ViewView
ML270LView
MLT350ViewView
ML420 with AirCView
ML420LView
ML690 with AirCView
ML690LView
MLT800 with AirCView
MLT800LView
ML1100 with AirCView
ML1350 with AirCView
MLT1400 with AirCView
MLT1400LView
ML17View
ML23View
MLT30View

Options

  • Different coatings available (Munters protect or stainless steel)
  • Filters M5, G4 or G4/F7 combination

Service and upgrades

Other documents and downloads

TitleDownload link
Service Kit-PS-EN-202303BrochureEnglishView
ML180 Desiccant dehumidifier-PS-EN-202504Product sheetEnglishView
ML270 Desiccant dehumidifier-PS-EN-202504Product sheetEnglishView
MLT350-L Condenser-PS-EN-202503Product sheetEnglishView
MLT350 Desiccant dehumidifier-PS-EN-202503Product sheetEnglishView
ML1100 AirC 800-PS-EN-US-202504Product sheetEnglishView
ML1350 AirC 800-PS-EN-US-202504Product sheetEnglishView

Case studies