€2,595.39
incl. VAT
Quantity pcs
Item description
Description:
Highly efficient Kaeser refrigeration dryer with energy-saving SEROTEC Control. In 1-shift operation, up to 88% of the electricity requirement can be saved compared to a conventional refrigeration dryer with hot gas bypass control. High-quality equipment with corrosion-free condensate trap and electronically controlled Eco-Drain condensate drain (type TA 5: Float valve).
Pressure dew point:
+3°C
Operating pressure:
3 - 16 bar
Ambient temperature:
+3 °C to +43 °C
Inlet temperature compressed air:
max. +55 °C
Refrigerant:
R-513a
Condensate drain:
Electronic condensate drain (type TA 5: Float valve), G 1/4" (IT)
Operating voltage:
230V AC (alternating current)
Calculation of volume flow at non-reference conditions:
Volume flow = Volume flow at reference conditions x Kp x Kte x Ktu
Correction factor input pressure (Kp):
3 bar: Kp=0,75 - 4 bar: Kp=0,84 - 5 bar: Kp=0,90 - 6 bar: Kp=0,95 - 7 bar: Kp=1,00 - 8 bar: Kp=1,04 - 9 bar: Kp=1,07 - 10 bar: Kp=1,10 - 11 bar: Kp=1,12 - 12 bar: Kp=1,15 - 13 bar: Kp=1,17 - 14 bar: Kp=1,19 - 15 bar: Kp=1,21 - 16 bar: Kp=1,23
Correction factor compressed air inlet temperature (Kte):
+30°C: Kte=1,20 - +35°C: Kte=1,00 - +40°C: Kte=0,83 - +45°C: Kte=0,72 - +50°C: Kte=0,60 - +55°C: Kte=0,49
Ambient temperature correction factor (Ktu):
+25°C: Ktu=1,00 - +30°C: Ktu=0,99 - +35°C: Ktu=0,97 - +40°C: Ktu=0,94 - +43°C: Ktu=0,92
Highly efficient Kaeser refrigeration dryer with energy-saving SEROTEC Control. In 1-shift operation, up to 88% of the electricity requirement can be saved compared to a conventional refrigeration dryer with hot gas bypass control. High-quality equipment with corrosion-free condensate trap and electronically controlled Eco-Drain condensate drain (type TA 5: Float valve).
Pressure dew point:
+3°C
Operating pressure:
3 - 16 bar
Ambient temperature:
+3 °C to +43 °C
Inlet temperature compressed air:
max. +55 °C
Refrigerant:
R-513a
Condensate drain:
Electronic condensate drain (type TA 5: Float valve), G 1/4" (IT)
Operating voltage:
230V AC (alternating current)
Calculation of volume flow at non-reference conditions:
Volume flow = Volume flow at reference conditions x Kp x Kte x Ktu
Correction factor input pressure (Kp):
3 bar: Kp=0,75 - 4 bar: Kp=0,84 - 5 bar: Kp=0,90 - 6 bar: Kp=0,95 - 7 bar: Kp=1,00 - 8 bar: Kp=1,04 - 9 bar: Kp=1,07 - 10 bar: Kp=1,10 - 11 bar: Kp=1,12 - 12 bar: Kp=1,15 - 13 bar: Kp=1,17 - 14 bar: Kp=1,19 - 15 bar: Kp=1,21 - 16 bar: Kp=1,23
Correction factor compressed air inlet temperature (Kte):
+30°C: Kte=1,20 - +35°C: Kte=1,00 - +40°C: Kte=0,83 - +45°C: Kte=0,72 - +50°C: Kte=0,60 - +55°C: Kte=0,49
Ambient temperature correction factor (Ktu):
+25°C: Ktu=1,00 - +30°C: Ktu=0,99 - +35°C: Ktu=0,97 - +40°C: Ktu=0,94 - +43°C: Ktu=0,92
Properties
| Volume flow* [m³/min] | 0,85 |
| Differential pressure* [bar] | 0,14 |
| Electrical power consumption at 100% volume flow [kW] | 0,29 |
| Electrical power consumption at 50% volume flow [kW] | 0,16 |
| Compressed air connection | G 3/4" |
| Dimensions (B x D x H) [mm] | 630 x 484 x 779 |
| Weight [KGM] | 80 |
Note
This item cannot be shipped by parcel service.
Further information on TA8
| Weight | 80 kg / pcs |
| Customs duty number | 84186900 |
| Manufacturer | Kaeser |
YouTube videos:
Documents
- Catalogue page Atlas 9 (Page 637c) (PDF)
- Data sheet (Print view)
*Performance data at reference conditions ISO 7183, option A: Operating pressure 7 bar, ambient temperature +25 °C, compressed air inlet temperature +35 °C.
All data are to be understood as non-binding reference values! We do not assume liability for any data selection not confirmed in writing. Unless otherwise specified, pressure values refer to liquids from Group II at +20°C.
Payment options: