STIEBEL ELTRON SHP-A 220 Plus - Fault Conditions; Data Table

INSTALLATION
Specication
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ENGLISH
A1 Electronic assembly (control unit)
A2 Electronic assembly (programming unit)
C1 Condenser
E1 Heating element
F1 High limit safety cut-out TSR
F2 Motor overload relay M1
F3 High pressure limiter
F4 Fuse
G1 Impressed current anode
M1 Compressor
M2 Fan
N1 Thermostat TSR
R1 Resistance
S1 DIP switch
S2 DIP switch
T1 Temperature sensor (cylinder top/integral)
T4 Temperature sensor, evaporator
X0 Mains terminal
X1 Terminals
X3 Terminals
Behälter Cylinder
Deckel Cover
Mantel Jacket
16.3 Fault conditions
WARNING Burns
In the case of a fault, temperatures up to the high limit
safety cut-out limit can occur (see "Specification/ Data
table" chapter).
16.4 Data table
SHP-A 220 Plus SHP-A 300 Plus SHP-A 300 X
Plus
238633 238634 238635
Hydraulic data
Nominal capacity l 220 302 291
Surface area, indirect coil m² 1.3
Application limits
Max. DHW temperature with heat pump °C 65 65 65
Max. DHW temperature with emergency/booster heater °C 65 65 65
Max. permissible DHW temperature inside the cylinder °C 70
High limit safety cut-out °C 92 92 92
Min./max. application limits for heat source °C +6/+42 +6/+42 +6/+42
Minimum installation room volume (recirculation air mode, general do-
mestic use)
m³ 23 23 23
Maximum permissible operating pressure, cold water/DHW MPa 0.8 0.8 0.8
Min./max. conductivity, drinking water μS/cm 100-1500 100-1500 100-1500
Output data to EN 16147
Nominal DHW temperature (EN 16147) °C 55 55 55
Nominal load profile (EN 16147) L XL XL
Reference DHW temperature (EN 16147 / A20) °C 52.6 54.4 54.4
Reference DHW temperature (EN 16147 / A15) °C 52.7 54.1 52.5
Reference DHW temperature (EN 16147 / A7) °C 54.0 54.2 52.6
Maximum available nominal amount of DHW at 40°C (EN 16147 / A20) l 278 395 371
Maximum available nominal amount of DHW at 40°C (EN 16147 / A15) l 277 412 387
Maximum available nominal amount of DHW at 40°C (EN 16147 / A7) l 254 410 381
Rated heating output Prated (EN 16147/A20) kW 1.6 1.52 1.43
Rated heating output Prated (EN 16147 / A15) kW 1.45 1.63 1.41
Rated heating output Prated (EN 16147 / A7) kW 1.01 1.14 1.07
Heat-up time (EN 16147 / A20) h 6.06 9.05 9.05
Heat-up time (EN 16147 / A15) h 6.65 8.83 9.60
Heat-up time (EN 16147 / A7) h 8.78 12.52 12.43
Power consumption, standby period (EN 16147 / A20) kW 0.022 0.024 0.028
Power consumption, standby period (EN 16147 / A15) kW 0.027 0.028 0.032
Power consumption, standby period (EN 16147 / A7) kW 0.035 0.040 0.044
COP (EN 16147 / A20) 3.55 3.51 3.51
COP (EN 16147 / A15) 3.20 3.26 3.30
COP (EN 16147 / A7) 2.68 2.79 2.75
Heating output
Average heating output (A20 / W10-55) kW 1.9 1.9 1.9
Average heating output (A15 / W10-55) kW 1.6 1.6 1.6
Average heating output (A7 / W10-55) kW 1.3 1.3 1.3