Energy-saving SECOTEC refrigeration dryers, 45 - 98 m³/min

Energy-saving SECOTEC refrigeration dryers, 45 - 98 m³/min

Energy-saving SECOTEC refrigeration dryers, 45 - 98 m³/min

  • Product : Energy-saving SECOTEC refrigeration dryers, 45 - 98 m³/min
  • Code :
  • Availability : Available
  • Brand : Kaeser

SECOTEC TG: The compact powerhouse
With the new TG series, KAESER extends its range of energy-saving SECOTEC refrigeration dryers to accommodate flow rates up to 98 m³/min and offers models with a choice of air- or water-cooling.

Designed for large-scale industry, these compact giants ensure stable pressure dew point performance even under the toughest of operating conditions - with maximum reliability and minimal life-cycle costs.
The powerful cold storage concept, together with the standard network-capable SIGMA CONTROL SMART controller, ensure material-friendly and energy-saving operation in all load phases. The innovative exhaust air control, fitted on air-cooled variants, sets new standards for operational reliability and cost efficiency.

Your advantages

Improved operational reliability:
In combination with a high-efficiency radial fan, the innovative exhaust air control in SECOTEC TG refrigeration dryers ensures optimal system cooling. This not only opens up new savings opportunities when it comes to planning and installation, but also significantly contributes to efficient and material-friendly operation of large refrigeration dryers.
Future-proof investment:
With the climate-friendly R-513A refrigerant, KAESER offers the best solution currently available to assure future supply dependability. This effectively prevents high repair costs and the threat of shutdowns.
Reduce operating costs even further:
The high-performance thermal mass concept with SECOPACK LS and perfectly matched multiple compressors, SECOTEC TG refrigeration dryers boast exceptionally efficient partial load control for flow rates up to 98 m³/min within an impressively compact unit that requires minimal maintenance.

Kaeser - Technical parameters