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Overview of benefits

Dimensions and design matched to the Wolf heat pump range

Can be installed as a heating centre in combination with the BWS-1-06/08/10 or BWW-1-07/09, stacked or side by side. Can be combined side by side with BWL-1-08/10

Can be installed as a hydrotower in combination with the CPM-1-70/7 buffer module

Sacrificial anode accessible from the front; special enamel coating on the inside of the cylinder

Rigid PUR foam thermal insulation for lowest radiation losses

Highly efficient smooth tube heat exchanger with dual coil for convenient DHW heating

Specifications 

CEW-1
Model type
CEW-1-200
CEW-2-200
General data
Cylinder volume
litres
180
Standby heat loss
kWh/24 h
1.5
1.21
Continuous cylinder output, flow temp. 80/60°C - DHW 10/45°C
kW - l/h
20/490
Output factor (heating)
NL60
2.9
3
Output factor (heating)
NL50
1.4
1.6
Heat-up time 10 kW - 10-50°C
Min.
59
60
Draw-off rate, DHW at 40°C (Tcyl = 55°C, 15 l/min)
litres
191
191
Primary heating water
bar/°C
´3/95
Secondary DHW
bar/°C
`10/95
Internal flange diameter
mm
DN 110
Cold water connection
R1“
Heating return
1½“ male thread
R1“
Circulation
¾“ male thread
R1“
Heating flow
1½“ male thread
R1“
DHW connection
R1“
Protective anode
1¼“ female thread
Electric booster heater
1½“ female thread
-
Sensor well, cylinder sensor (mounted)
1½“ female thread
Indirect coil surface area, heating
2.3
2.3
Indirect coil capacity, heating
litres
17
17
Dimensions
Cold water connection
A mm
90
-
Heating return
B mm
222
-
Heating cylinder sensor
C mm
590
472
Circulation
D mm
697
-
Heating flow
E mm
797
-
DHW connection
F mm
1194
-
Total height
I mm
1290
1290
Diameter including insulation
J mm
600
-
Casing width / depth
mm
600 x 650
650 x 690
Service flange
L mm
324
322
Height when tilted
mm
1395
1410
Weights
Weight
kg
147
145

Specifications 

CEW-1
General data
Cylinder volume (litres)
180
Standby heat loss (kWh/24 h)
1.5
1.21
Continuous cylinder output, flow temp. 80/60°C - DHW 10/45°C (kW - l/h)
20/490
Output factor (heating) (NL60)
2.9
3
Output factor (heating) (NL50)
1.4
1.6
Heat-up time 10 kW - 10-50°C (Min.)
59
60
Draw-off rate, DHW at 40°C (Tcyl = 55°C, 15 l/min) (litres)
191
191
Primary heating water (bar/°C)
´3/95
Secondary DHW (bar/°C)
`10/95
Internal flange diameter (mm)
DN 110
Cold water connection
R1“
Heating return
1½“ male thread
R1“
Circulation
¾“ male thread
R1“
Heating flow
1½“ male thread
R1“
DHW connection
R1“
Protective anode
1¼“ female thread
Electric booster heater
1½“ female thread
-
Sensor well, cylinder sensor (mounted)
1½“ female thread
Indirect coil surface area, heating (m²)
2.3
2.3
Indirect coil capacity, heating (litres)
17
17
Dimensions
Cold water connection (A mm)
90
-
Heating return (B mm)
222
-
Heating cylinder sensor (C mm)
590
472
Circulation (D mm)
697
-
Heating flow (E mm)
797
-
DHW connection (F mm)
1194
-
Total height (I mm)
1290
1290
Diameter including insulation (J mm)
600
-
Casing width / depth (mm)
600 x 650
650 x 690
Service flange (L mm)
324
322
Height when tilted (mm)
1395
1410
Weights
Weight (kg)
147
145