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TECHNICAL SPECIFICATIONS
MODEL
TBG 35 ME
MAXIMUM NATURAL GAS HEAT POWER
kW
410
MINIMUM NATURAL GAS HEAT POWER
kW
80
¹) NATURAL GAS EMISSIONS
mg/kWh
Class 3
OPERATION
Two-stage progressive / modulating
NATURAL GAS TRANSFORMER 50 Hz
26 kV - 40 mA - 230/240 V
NATURAL GAS TRANSFORMER 60 Hz
26 kV - 40 mA - 220/230 V
MAXIMUM NATURAL GAS HEAT RATE
Stm³/h
43.4
MINIMUM NATURAL GAS HEAT RATE
Stm³/h
8.5
MAXIMUM NATURAL GAS PRESSURE
hPa (mbar)
360
NATURAL GAS MINIMUM PRESSURE
hPa (mbar)
13.8
PROPANE GAS MAXIMUM THERMAL POWER
kW
410
PROPANE GAS MINIMUM THERMAL POWER
kW
80
PROPANE GAS MAXIMUM HEAT CAPACITY
Stm³/h
16.7
PROPANE GAS MINIMUM HEAT CAPACITY
Stm³/h
3.3
PROPANE GAS MAXIMUM PRESSURE
hPa (mbar)
360
PROPANE GAS MINIMUM PRESSURE
hPa (mbar)
20
²)PROPANE EMISSIONS
mg/kWh
Class 3
50 Hz FAN MOTOR
kW
0.37
50Hz FAN MOTOR RPM
r.p.m.
2760
ABSORBED ELECTRICAL POWER* 50Hz
kW
0.54
50 Hz POWER SUPPLY VOLTAGE
1N~ 230V ± 10%
DEGREE OF PROTECTION
IP 40
FLAME DETECTOR
IONISATION PROBE
EQUIPMENT
BT 320
AIRFLOW REGULATION
MECHANICAL CAM
SOUND PRESSURE**
dBA
76.1
SOUND POWER***
dBA
87.9
WEIGHT WITH PACKING
kg
40
NIPPLE
-
CO emissions, natural gas/propane ≤ 100 mg/kWh
Calorific power lower than reference conditions 15° C, 1013 hPa (mbar):
Natural gas: Hi = 9.45 kWh/Stm³ = 34.02 MJ/Stm³
Propane gas: Hi = 24.44 kWh/Stm³ = 88.00 MJ/Stm³
For different types of gas and pressure values, please contact our sales department.
Minimum gas pressure, depending on the type of gas train used for obtaining max. flow rate with null pressure in the combustion chamber.
* Total absorption at start with ignition transformer on.
The measurements have been carried out in accordance with EN 15036 - 1 standard.
** The acoustic pressure measured with burner operating at maximum rated thermal output refers to the manufacturer's laboratory
environment conditions and cannot be compared to measurements carried out in different locations.
*** Acoustic power was obtained characterizing the manufacturer's laboratory with a sample source; this measurement has a class 2
accuracy (engineering class) with a standard deviation of 1.5 dB(A).
¹) NATURAL GAS EMISSIONS
Classes defined according to Standard EN 676.
Class
NOx emissions in mg/kWh - natural gas
1
≤ 170
2
≤ 120
3
≤ 80
²) PROPANE EMISSIONS
Classes defined according to Standard EN 676.
Class
NOx emissions in mg/kWh - propane gas
1
≤ 230
2
≤ 180
3
≤ 140
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