RECUSORB R – with internal heat recovery

The RECUSORB principle, compared to CONSORB, works  with an additional internal heat recovery.

The incoming regeneration air uses the residual regeneration heat of the rotor while preheated and reducing the water content. Therefore the regeneration heater consumes less energy, and the rotor is better regenerated corresponding to the lower regeneration air humidity.

RECUSORB DR – with common fan

The principle RECUSORB-DR is similar, but equipped with only one fan.

The air stream is divided before the rotor inlet into two air flows (process and regeneration air).

These sorption drying principles might also interest you:

Sorption dehumidifier model DR-010B

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details> >

Send a request

Sorption dehumidifier model DR-020

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >>

Send a request

Sorption dehumidifier model DR-030C

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model DR-031C

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model DR-040-10A

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model DR-040-16A

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model DR-050

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model R-060BR

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model R-061

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model RZ-081

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model RZ-101

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request

Sorption dehumidifier model RZ-102

Adsorptionstrockner K.I.R.S.C.H.
  • Stainless steel SSCR sorption rotor
  • Separate guidance of the process and regeneration air
  • Electric PTC regeneration heater
  • Ammeter for regenerating air setting

View Details >

Send a request
Teilen Sie den Inhalt mit Ihren Kontakten...
Share on Facebook
Facebook
Tweet about this on Twitter
Twitter
Share on Google+
Google+
Share on LinkedIn
Linkedin
Email this to someone
email
Share on Xing
Xing