2.6
Technical Data
Model
Nominal heat
KW
Input
Btu/hr
Nominal heat
KW
Output
Btu/hr
Efficiency at max output (net)
%
Burner
Head
Flue
mm
Size
in
Max CO
2
%
Smoke
FGT at max output
°
C
Water resistance at 20
°
C
∆
T
mbar
Approx fuel
l/h
Flow rate
gals/h
Nozzle
make
(kerosine)
size
Pump
bar
Pressure
psi
Nozzle
make
(gas oil)
size
Pump
bar
Pressure
psi
Dry weight
kg
Primary water content
L
Min inlet dynamic pressure
bar
for max hot water flow
psi
Max DHW flow rate achievable
(refer to page 1)
Factory set DHW flow rate
Min DHW flow rate
DHW temp rise
°
C
Pressure Relief
Heating flow
Heating return
DHW outlet
Cold water mains inlet (refer to page 1)
Ingress Protection
70/90 Combi
29.3
100,000
26.4
90,000
90
RDB 1
LD3
100 or 127
4 or 5
11.5-12.0
0-1
235
12.0
3.15
0.69
DANFOSS 60
°
S
0.75
8
116
DANFOSS 60
°
S
0.6
12
175
155
70
1.8
26
Unrestricted
24 l/min (5.3 gals/min) recommended
18 l/min (4.0 gals/min)
2.5 l/min (0.55 gals/min)
32
°
C @ 24 L/min for 120L draw off
3 bar (43.5 psi)
22 mm
1” BSP
22 mm
Unrestricted 15 mm bore (minimum)
IPX0
70/90 Kabin Pak Combi
29.3
100,000
26.4
90,000
90
RDB 1
LD3
Integral
Low Level
11.5-12.0
0-1
235
12.0
3.15
0.69
DANFOSS 60
°
S
0.75
8
116
DANFOSS 60
°
S
0.6
12
175
155
70
1.8
26
Unrestricted
24 l/min (5.3 gals/min) recommended
18 l/min (4.0 gals/min)
2.5 l/min (0.55 gals/min)
32
°
C @ 24 L/min for 120L draw off
3 bar (43.5 psi)
22 mm
22 mm Comp.
22 mm
Unrestricted 15 mm bore (minimum)
IP45
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