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DHW cylinders SEM-1/2

Steel DHW solar cylinder with two-layer enamel coating and 2 smooth tube indirect coil

SEM-1500
SEM-1750
SEM-11000
SEM-2300
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Overview of benefits

Solar pump assembly for fitting directly to the SEM-2 solar cylinder

High grade rigid PUR foam or polyester fleece thermal insulation below the foil jacket of the cylinder for low heat losses

The interior of the cylinder and the internal indirect coils are protected against corrosion by a two-layer enamel coating and sacrificial magnesium anode

Large internal indirect coil surface areas ensure a short heat-up time and a high continuous DHW output

Side flange for additional internal indirect coils and maintenance

Connection for an electric booster heater

Optimised diameter/height ratio for good temperature stratification

5 year statutory warranty on the floor standing cylinder

2 years on electrical and moving parts

Specifications

SEM-1/2
Model type
SEM-1-300
SEM-1-400
SEM-2-500
SEM-2-750
SEM-2-1000
General data
Energy efficiency class
C
C
C
Cylinder volume
litres
285
385
500
750
935
Standby heat loss
kWh/24 h
1.92
2.41
2.44
2.73
3.2
Continuous cylinder output 80/60-10/45°C (heating)
kW - l/h
20 - 490
20 - 490
20 - 490
50 - 1200
50 - 1200
Output factor (heating)
NL
2.3
4.8
6
13.5
18
Primary heating water
bar/°C
10/110
10/110
10/110
10/110
10/110
Secondary DHW
bar/°C
10/95
10/95
10/95
10/95
10/95
Internal flange diameter
mm
114
114
114
114
114
Cold water connection
Thread (male)
1“
1“
1“
1¼“
1¼“
Heating flow / return
Thread (fem.)
1“
1“
1“
1¼“
1¼“
Solar flow / return
Thread (male)
¾“
¾“
1“*
1¼“*
1¼“*
Circulation
Thread (male)
¾“
¾“
¾“
1“
1“
DHW connection
Thread (male)
1“
1“
1“
1¼“
1¼“
Electric booster heater
Thread (fem.)
1½“
1½“
1½“
1½“
1½“
Thermometer
Thread (fem.)
½“
½“
½“
½“
½“
Indirect coil surface area (heating)
m²
1
1.2
1
1.5
1.5
Indirect coil surface area (solar)
m²
1.6
1.8
1.8
2.1
2.4
Indirect coil capacity (heating)
litres
5.8
7
6.1
9.2
9.2
Indirect coil capacity (solar)
litres
9.4
13
11.5
13.5
14.5
Dimensions
Cold water connection
A mm
90
55
99
220
220
Return, solar
B mm
815
874
305
345
345
Cylinder sensor, solar
C mm
506
416
586
603
603
Flow, solar
D mm
815
874
865
920
975
Heating return
E mm
974
987
985
1025
1340
Heating cylinder sensor
F mm
1154
1204
1160
1185
1500
Circulation
G mm
1077
1092
1195
1290
1605
Heating flow
H mm
1334
1335
1335
1475
1790
DHW connection
I mm
1728
1586
1451
1590
1940
Flange (bottom)
J mm
324
275
335
384
384
Electric booster heater
K mm
887
915
949
970
1145
Thermometer
L mm
1504
1416
1404
1460
1810
Total height
M mm
1794
1651
1780
1850
2200
Diameter including thermal insulation
N mm
600
701
850
1000
1000
Diameter excl. thermal insulation
O mm
-
-
-
800
800
Height when tilted, including thermal insulation
mm
1898
1820
1935
2030
2350
Weights
Weight
kg
130
159
182
290
350

Specifications

SEM-1/2

  • SEM-1-300

  • SEM-1-400

  • SEM-2-500

  • SEM-2-750

  • SEM-2-1000

    General data
    Energy efficiency class
    C
    C
    C
    Cylinder volume (litres)
    285
    385
    500
    750
    935
    Standby heat loss (kWh/24 h)
    1.92
    2.41
    2.44
    2.73
    3.2
    Continuous cylinder output 80/60-10/45°C (heating) (kW - l/h)
    20 - 490
    20 - 490
    20 - 490
    50 - 1200
    50 - 1200
    Output factor (heating) (NL)
    2.3
    4.8
    6
    13.5
    18
    Primary heating water (bar/°C)
    10/110
    10/110
    10/110
    10/110
    10/110
    Secondary DHW (bar/°C)
    10/95
    10/95
    10/95
    10/95
    10/95
    Internal flange diameter (mm)
    114
    114
    114
    114
    114
    Cold water connection (Thread (male))
    1“
    1“
    1“
    1¼“
    1¼“
    Heating flow / return (Thread (fem.))
    1“
    1“
    1“
    1¼“
    1¼“
    Solar flow / return (Thread (male))
    ¾“
    ¾“
    1“*
    1¼“*
    1¼“*
    Circulation (Thread (male))
    ¾“
    ¾“
    ¾“
    1“
    1“
    DHW connection (Thread (male))
    1“
    1“
    1“
    1¼“
    1¼“
    Electric booster heater (Thread (fem.))
    1½“
    1½“
    1½“
    1½“
    1½“
    Thermometer (Thread (fem.))
    ½“
    ½“
    ½“
    ½“
    ½“
    Indirect coil surface area (heating) (m²)
    1
    1.2
    1
    1.5
    1.5
    Indirect coil surface area (solar) (m²)
    1.6
    1.8
    1.8
    2.1
    2.4
    Indirect coil capacity (heating) (litres)
    5.8
    7
    6.1
    9.2
    9.2
    Indirect coil capacity (solar) (litres)
    9.4
    13
    11.5
    13.5
    14.5
    Dimensions
    Cold water connection (A mm)
    90
    55
    99
    220
    220
    Return, solar (B mm)
    815
    874
    305
    345
    345
    Cylinder sensor, solar (C mm)
    506
    416
    586
    603
    603
    Flow, solar (D mm)
    815
    874
    865
    920
    975
    Heating return (E mm)
    974
    987
    985
    1025
    1340
    Heating cylinder sensor (F mm)
    1154
    1204
    1160
    1185
    1500
    Circulation (G mm)
    1077
    1092
    1195
    1290
    1605
    Heating flow (H mm)
    1334
    1335
    1335
    1475
    1790
    DHW connection (I mm)
    1728
    1586
    1451
    1590
    1940
    Flange (bottom) (J mm)
    324
    275
    335
    384
    384
    Electric booster heater (K mm)
    887
    915
    949
    970
    1145
    Thermometer (L mm)
    1504
    1416
    1404
    1460
    1810
    Total height (M mm)
    1794
    1651
    1780
    1850
    2200
    Diameter including thermal insulation (N mm)
    600
    701
    850
    1000
    1000
    Diameter excl. thermal insulation (O mm)
    -
    -
    -
    800
    800
    Height when tilted, including thermal insulation (mm)
    1898
    1820
    1935
    2030
    2350
    Weights
    Weight (kg)
    130
    159
    182
    290
    350
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