Heat-Up Diagrams; Fault Conditions; Details On Energy Consumption - STIEBEL ELTRON SH 50 A 2,0 230 Manual, Operation And Installation

INSTALLATION
Specification

15.3 Heat-up diagrams

The heat-up time depends on the cylinder capacity, cold water
inlet temperature and heating output.
Diagrams refer to 15 °C cold water inlet temperature:
Temperature setting 65 °C
8
6
4
2
50

15.5 Details on energy consumption

Product data complies with EU regulations relating to the Directive
on the ecodesign of energy related products (ErP).
Manufacturer
Load profile
Energy efficiency category
Energy conversion efficiency
Daily power consumption kWh
Annual power consumption kWh
Default temperature setting
Sound power level dB(A)
Off-peak periods possible
26 | SH A
1
2
3
4
5
80 100 120 150
SH 50 A 2,0 SH 80 A 2,0
230 230
073120 073121
STIEBEL EL- STIEBEL EL-
TRON TRON
M M
C C
% 38 36
6.233 6.595
1349 1410
°C 60 60
15 15
No No
Temperature setting 82 °C
10
8
6
4
2
X Nominal capacity [I]
Y Duration [h]
1 1.3 kW
2 2.0 kW
3 2.6 kW
4 3.0 kW
5 3.9 kW

15.4 Fault conditions

In the event of a fault, temperatures of up to 95 °C at 0.6 MPa
can occur.
SH 100 A 2,0 SH 120 A 3,0 SH 150 A 3,0
230 230
073122 073123
STIEBEL EL- STIEBEL EL-
TRON TRON
L L
C C
38 38
12.584 12.364
2716 2679
60 60
15 15
No No
50 80 100 120
SH 100 A SH 120 A
230 UNI 3,9 UNI 3,9
230/400 230/400
073124 073277
STIEBEL EL- STIEBEL EL- STIEBEL EL-
TRON TRON
L L
C C
37 38
12.794 12.584
2752 2716
60 60
15 15
No No
www.stiebel-eltron.com
1
2
3
4
5
150
SH 150 A
UNI 3,9
230/400
073194 073195
STIEBEL EL-
TRON TRON
L XL
C C
38 37
12.364 12.794
2679 2752
60 60
15 15
No No