Wiring Diagram; Details On Energy Consumption; Heat-Up Diagrams; Fault Conditions - Stiebel Eltron PSH 30 Trend Utilisation Et Installation

INSTALLATION
Specification
Wall mounting bracket
30 - 50 l
80 - 200 l

15.2 Wiring diagram

1 2
L
N
1 Terminal
2 High limit safety cut-out
3 Temperature controller
4 ON/OFF indicator
5 Heating element
6 Electrical resistance 560 ohm
7 Anode
8 Cylinder

15.3 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 class
Energy conversion efficiency
Annual power consumption
Default temperature setting
Sound power level
Option for exclusive operation during off-peak periods
Smart function
Daily power consumption
Cylinder capacity
24 | PSH Trend
184
265
300
360
265
300
350
360
415
450
3 4
5
8 7 6
PSH 30
Trend
232080
STIEBEL EL-
TRON
%
kWh
°C
dB(A)
kWh
l

15.4 Heat-up diagrams

The heat-up time depends on the cylinder capacity, cold water
inlet temperature and heating output.
Graph assumes 15 °C cold water inlet temperature:
6
5
4
3
2
1
0
35
X Temperature setting [°C]
Y Heat-up time [h]
1 200 l
2 150 l
3 120 l
4 100 l
5 80 l
6 50 l
7 30 l

15.5 Fault conditions

In the event of a fault, temperatures of up to 95 °C at 0.6 MPa
can occur.
PSH 50 PSH 80
Trend Trend
232081 232082
STIEBEL EL- STIEBEL EL-
TRON TRON
S M M
C C C
34 37 36
544 1386 1412
60 60 60
15 15 15
- - -
- - -
2.591 6.451 6.603
30 50 80
45 55 65
PSH 100 PSH 120 PSH 150
Trend Trend
232083 232084
STIEBEL EL- STIEBEL EL- STIEBEL EL-
TRON TRON
L L
C C
38 38
2716 2723
60 60
15 15
- -
- -
12.583 12.622
100 120
www.stiebel-eltron.com
1
2
3
4
5
6
7
75
PSH 200
Trend Trend
232085 232086
STIEBEL EL-
TRON TRON
L XL
C C
37 38
2763 4367
60 60
15 15
- -
- -
12.861 20.133
150 192