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BURNERS FEATURES
Burner model identification
Burners are identified by burner type and model. Burner model identification is described as follows.
RX510
Type
Model
(1)
(1) BURNER TYPE
(2) FUEL
(3) OPERATION (Available versions)
(4) BLAST TUBE
(5) DESTINATION COUNTRY
(6) BURNER VERSION
(7) EQUIPMENT
(8) GAS CONNECTION
Technical Specifications
BURNER TYPE
Output
Fuel
Category
Gas rate
Gas pressure
Power supply
Total power consumption
Electric motor
Approximate weight
Protection
Operation
Gas train 50 Connection
Gas train 65
Gas train 80
Gas train 100
Operating temperature
Storage Temperature
Working service*
NOx emissions
Note1:
all gas flow rates are referred to Stm
rific value Hi = 34.02 MJ/Stm
Note2:
Maximum gas pressure = 500mbar (with Siemens VGD gas valves / Dungs MBC gas valves).
Minimum gas pressure = see gas curves.
* NOTE ON THE BURNER WORKING SERVICE: for safety reasons, one controlled shutdown must be performed every 24 hours of
continuous operation.
M-.
PR.
S.
*.
A.
(2)
(3)
(4)
(5)
(6)
ØValves / Connections
ØValves / Connections
ØValves / Connections
ØValves / Connections
3
/h (1013 mbar pressure, 15 °C temperature) and are valid for G20 gas (net calo-
3
).
1.
80
(7)
(8)
RX90 - RX91 - RX510 - RX515 - RX520
M - Natural gas
PR - Progressive
MD - Fully modulating
S - Standard
L - Extended
* - see data plate
A - Standard
1 = 2 valves + gas proving system
8 = 2 valves + gas proving system + maximum gas pressure switch
50 = Rp2
65 = DN65
min - max kW
3
min.-max. (Stm
/h)
kW
kW
kg
°C
°C
7
80 = DN80
100 = DN100
RX90
RX91
288 - 1480
674 - 2008
Natural gas
(see next paragraph)
30.5 - 157
71 - 213
(see Note 2)
400V 3N~ 50Hz
3.5
4.5
3
4
250
IP40
Progressive - Fully modulating
50 / Rp 2
65 / DN65
80 / DN80
100 / DN100
-10 ÷ +50
-20 ÷ +60
Intermittent
80 mg/kWh
(Class 3 - EN676)
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