andrews SUPAflo EVO SF60 EVO, Инструкция по установке и обслуживанию

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General Regulations
6
Data Plate
Operating principle
8
Symbols used on the data plate
Legend :
1 Brand
2
Country of origin
3 Boiler model - Serial number
4 Commercial reference
5 Certification number
6 Destination country - Gas category
7 Gas setting
8 Installation type
9 Electrical data
10 Factory settings
11 Maximum water pressure
12 Boiler type
13 NOx class / Efficiency
14 Input rating nominal heating
15 Power output heating
16 Gases which may be used
17 Ambient operating temperature
18 Max. central heating temperature
26-05-2015
S/N 0000000KE00000 0000000
00
100% min.
η η
= =
MAX MIN
Q(Hi)
P
P
60/80C
30/50C
gas
mbar
gas
mbar
gas
mbar
0000000KE00000
0000000
0000000KE00000 0000000
0000000KE00000
0000000
6
0000000KE00000
0000000
5
0000000KE00000 0000000
4
0000000KE00000 0000000
3
0000000KE00000 0000000
2
0000000KE00000 0000000
1
PCT
0000000 KE 00000 0000000
26-5-2015 13:07:34
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General regulations
Data plate
Symbols used on the data plate
1 Brand
2
Country of origin
3 Boiler model - Serial number
4 Commercial reference
5 Certification number
6
Destination country
- Gas category
7 Gas setting
8 Installation type
9 Electrical data
10 Factory settings
11 Maximum water pressure
12 Boiler type
13 NOx class / Efficiency
14 Input rating nominal heating
15 Power output heating
16 Gases which may be used
17 Ambient operating temp.
18 Max. central heating temp.
Operating principle
The SUPAflo EVO is a fully modulat -
ing boiler.
The control unit of the boiler adapts
the modulation ratio automatically
to the heat demand requested by
the system. This is done by control -
ling the speed of the fan. As a result,
the mixing system will adapt the gas
ratio to the chosen fan speed, in
order to maintain the best possible
combustion figures and therewith
the best efficiency.
The flue gases created by the com -
bustion are transported downwards
through the heat exchanger and
leave the boiler at the bottom into
the chimney connection.
The return water from the system
enters the boiler in the lower sec -
tion, where is the lowest flue gas
temperature in the boiler.
The water is being transported up -
wards through the heat exchanger,
in order to leave the boiler at the
flow connection. The cross flow
working principle (water up, flue gas
down) ensures the most efficient
combustion results.
The LMS14 control unit can control
the boiler operation based on:
• Boiler control
(stand alone operation);
• weather compensated operation
(with optional outdoor sensor);
• with 0-10V external influence
(temperature or capacity) from a
building management system.