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4 Technical data
Description
Capacity tank
Capacity coaxial heat exchanger internal tube heating
water
Capacity coaxial heat exchanger piston ring DHW
Max. working temperature tank / DHW / solar heat
exchanger
Max. working pressure tank / DHW / solar heat exchanger [bar]
Capacity of solar heat exchanger
Surface coaxial heat exchanger internal tube heating water [m²]
Surface coaxial heat exchanger piston ring DHW
Heating area solar heat exchanger
Insulation
Material DHW heat exchanger
Material buffer tank
Corrosion protection buffer
Max. performance DHW HW 45 ° C / 10 / tank 65 ° C
Flow rate solar heat exchanger
Pressure loss solar heat exchanger
Weight (empty)
© Wikora GmbH
Wikosol Twin
Trivalent 600
[litre]
ca. 600
[litre]
ca. 6
[litre]
ca. 14
[° C]
95 / 95 / 160
3 / 10 / 16
[litre]
ca. 14
1,7
[m²]
2,8
[m²]
2,1
100 mm PU soft foam with 1
mm PS cover
W.-St. 1.4404
S235JRG2
Internal bare, external coated
with corrosion proof lacquer
[litre]
370
[m³/h]
ca. 1,5
[mbar]
70
[kg]
ca. 260
Page 4
Wikosol Twin
Trivalent 800
ca. 800
ca. 6
ca. 14
95 / 95 / 160
3 / 10 / 16
ca. 16
1,7
2,8
2,5
490
ca. 2,0
90
ca. 280
As of November 2013
Errors excepted.
Chart 3
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