11
HDCS HDCSM
45/90 10/15 180 210 45/90
10/15 180 210
V
230 V~
230 V 3~
400 V 3N~
400 V 3N~
230 V~
230 V 3~
400 V 3N~
400 V 3N~
-
1
1
1
2
1
1
1
2
kW
1 x 6
1 x 6
-
1
1
Ohm
8 8
bar
3 3
ºC
90
90
ºC
110
110
3/4" M
3/4" M
mm
835
700
Kg
57
53
13
TECHNICAL CHARACTERISTICS
kW 4
.
5-9 10
.
5-15
18 21 4
.
5-9 10
.
5-15 18 21
MOD
EL
kW
6x1
.
5
6x2
.
5 6x3 6x1
.
75 6x1
.
5
6x2
.
5
6x3 6x1
.
75
Ohm
35
.
2
21
.
1
17
.
6
30
.
2
35
.
2
21
.
1
17
.
6
30
.
2
mca
0
.
02 0
.
08 0
.
1 0
.
2
0
.
3
0
.
4
0
.
03 0
.
1 0
.
13 0
.
25 0
.
35
0
.
47
Litr
e
s
80
50
Litr
e
s
8
7,5
HDCS:
Pump Curve
HDCSM:
Pump Curve
bar
0
.
6
0
.
6
mm
600 600
3/4" M
1"
M
mm
590
395
Power
Main Supply Voltage
Number of heating elements
Number of resistors (heating)
Water charge loss
Heating element for DHW
Number of resistors (DHW)
Ohmic value heating element of DHW
DHW Tank volume
Ohmic value of the heating element
Expansion vessel volume
Operating pressure (max)
Minimum operating pressure (heating)
Heating Temperature (max)
Safety Temperature
Connection of heating
Flow
Return
Height
Width
Depth
Weight (Dry)
Summary of Contents for HDCS 10/15
Page 26: ...HDCS HDCSM 24 NOTES ...