Wiring Diagram; Fault Conditions; Details On Energy Consumption; Data Table - STIEBEL ELTRON KS 150 SOL Bedienung Und Installation

INSTALLATION
Specification
Controller-limiter combination immersion depths
1
735
1 Limiter sensor
2 Controller sensor
Solar collector sensor immersion depth

16.2 Wiring diagram

1/N/PE ~ 230 V
R1
T2 ϑ
T1 ϑ
N L1
E1 Solar control unit
F1 Sensor solar collector
F2 Sensor DHW
M1 Circulation pump
R1 Heating element, 2 kW ~ 230 V
T1 High limit safety cut-out
T2 Temperature controller
www.stiebel-eltron.com
2
845
300
ϑ ϑ
M1
F1 F2
E1

16.3 Fault conditions

In the event of a fault, temperatures of up to 95 °C at 0.6 MPa
can occur.

16.4 Details on energy consumption

The product data complies with EU regulations relating to the
Directive on the ecological design of energy related products (ErP).
Manufacturer
Energy efficiency class
Cylinder capacity
Standby losses

16.5 Data table

Hydraulic data
Nominal capacity
Capacity, lower indirect coil
Surface area, lower indirect coil
Pressure drop at 1.0 m³/h, lower indirect coil
Mixed water volume at 40 °C (15 °C/60 °C)
Application limits
Max. permissible pressure
Test pressure
Max. permissible temperature
Max. flow rate
Max. recommended collector aperture area
Temperature setting range
Energy data
Standby energy consumption/24 h at 65 °C
Energy efficiency class
Versions
IP rating
Electrical data
Connected load
Rated voltage
Phases
Frequency
Dimensions
Width
Height
Depth
Weights
Weight, full
Weight, empty
KS 150 SOL
074098
STIEBEL ELTRON
B
l 146
W 50.0
KS 150 SOL
074098
l 150
l 7.4
m² 1.2
hPa 18
l 260
MPa 0.6
MPa 0.9
°C 95
l/min 18
m² 2.4
°C 35-82 °C
kWh 1.2
B
IP24
kW 2.0
V 230
1/N/PE
Hz 50
mm 510
mm 1280
mm 510
kg 228
kg 82
KS SOL | 25