thermital THE/COMBI3 1000, Installation And Maintenance Manual

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8
ENGLISH
GENERAL
TECHNICAL SPECIFICATIONS
(*) With ∆T = 35°C and primary temperature = 80-60°C.
Performance achieved with heat generator of suitable power, adjusted for a flow rate of 3000 l/h.
DESCRIPTION
THE/COMBI3
430 550 750 1000
Type of inertial storage cylinder Non vitrified
Inertial storage cylinder layout Vertical
Heat exchanger layout Vertical
Primary coils Smooth steel pipe
DHW coil Corrugated pipe in AISI 316 L stainless steel
Inertial storage cylinder capacity 407 520 732 898 l
Diameter with insulation 810 810 1000 1000 mm
Diameter without insulation 650 650 790 790 mm
Height 1650 2000 1855 2180 mm
Insulation thickness 70 90 mm
Temperature sensor socket diameter (boiler and solar system) 16 Ø mm
Temperature sensor socket diameter 8 Ø mm
Temperature gauge sensor socket diameter 1/2" M Ø
Top primary coil water capacity 7,1 8,0 10,0 10,0 l
Bottom primary coil water capacity 11,0 12,8 17,4 19,8 l
DHW coil water capacity 23,6 23,6 30,4 30,4 l
Top primary coil heat exchange surface area 1,17 1,31 1,72 1,72 m
2
Bottom primary coil heat exchange surface area 1,80 2,10 2,90 3,34 m
2
DHW coil heat exchange surface area 4,5 4,5 5,8 5,8 m
2
Power absorbed by top primary coil (*) 25,0 26,0 30,0 30,0 kW
Maximum working pressure of inertial storage cylinder 3 5 bar
Maximum working temperature of inertial storage cylinder 95 °C
Maximum working pressure of primary coils 10 bar
Maximum working pressure of DHW coil 6 bar
Maximum working temperature of primary coils 95 °C
Maximum working temperature of DHW coil 90 °C
Recommended surface area of solar panel 6 8 12 14 m
2
Net weight 168 195 239 269 kg
Gross weight (with packaging) 189 215,5 254 284,4 kg
Heat loss according to EN 12897:2006 at ∆T=45 °C 60 68 156 175 W
Energy efficiency class B B D D