REMEHA Gas 210 ECO PRO Service Manual page 8

3 Technical specifications
Tab.3 Central heating circuit data
Gas 210 ECO PRO
Water content
Water operating pressure
Water operating pressure (PMS)
Water temperature
Operating temperature
Pressure drop secondary circuit (ΔT=20K)
Minimum flow
Tab.4 Electrical data
Gas 210 ECO PRO
Supply voltage
Power consumption – full load
Power consumption – part load
Power consumption – standby
Electrical protection index
Fuse – main fuse
Fuse – PCB
Tab.5 Other data
Gas 210 ECO PRO
Total weight (empty)
Average acoustic level
(1)
1 metre from the boiler
(1) Maximum
Tab.6 Technical parameters
Gas 210 ECO PRO
Condensing boiler
Low-temperature boiler
(1)
B1 boiler
Cogeneration space heater
Combination heater
Rated heat output
Useful heat output at nominal heat out­
put and high temperature operation
Useful heat output at 30% of rated heat
output and low temperature regime
Seasonal space heating energy efficiency
Useful efficiency at rated heat output
and high temperature regime
Useful efficiency at 30% of rated heat
output and low temperature regime
Auxiliary electricity consumption
Full load
Part load
8
min
max
max
max
max
min
min
at a distance of Central heating
operation
Prated
P
4
(2)
P
1
(3)
ƞ
s
ƞ
4
(4)
ƞ
1
(3)
elmax
elmin
210-80
l 12
bar 0.8
bar 6.0
°C 110
°C 90
mbar 165
l/h 1120
210-80
VAC 230
W 125
W 36
W 4
IP 20
(A) 6.3 AT
(A) 1.6 AT
210-80
kg 115
dB(A) ≤ 59
210-80
Yes
Yes
No
No
No
kW 87
kW 87
kW 29.1
% -
% 87.7
% 97.7
kW 0.1
kW 0.0
210-120 210-160
16 20
0.8 0.8
6.0 6.0
110 110
90 90
135 170
1486 2142
210-120 210-160
230 230
193 206
37 53
4 4
20 20
6.3 AT 6.3 AT
1.6 AT 1.6 AT
210-120 210-160
135 165
≤ 59 ≤ 59
210-120 210-160
Yes Yes
Yes Yes
No No
No No
No No
115 166
115 166
38.3 55.2
- -
87.8 87.8
97.5 97.3
0.2 0.2
0.0 0.1
7638135 - v.02 - 13082015
210-200
24
0.8
6.0
110
90
180
2585
210-200
230
317
54
4
20
6.3 AT
1.6 AT
210-200
188
≤ 59
210-200
Yes
Yes
No
No
No
200
200
66.6
-
87.8
97.6
0.3
0.1