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TECHNICAL SPECIFICATIONS
MODEL
TBML 350 ME
NATURAL GAS MAX. THERMAL POWER
kW
3600
NATURAL GAS MIN. THERMAL POWER
kW
600
¹) NATURAL GAS EMISSIONS
mg/kWh
Class 3
NATURAL GAS OPERATION
electronic modulation
NATURAL GAS MAX. HEATING CAPACITY
Stm³/h
381
NATURAL GAS MIN. HEATING CAPACITY
Stm³/h
63
NATURAL GAS MIN. PRESSURE
hPa (mbar)
53
NATURAL GAS MAX PRESSURE
hPa (mbar)
500
PROPANE GAS MAX. THERMAL POWER
kW
3600
PROPANE GAS MIN. THERMAL POWER
kW
600
PROPANE GAS MAX. HEAT CAPACITY
Stm³/h
147
PROPANE GAS MIN. HEAT CAPACITY
Stm³/h
24.5
PROPANE GAS MIN PRESSURE
hPa (mbar)
25
PROPANE GAS MAX PRESSURE
hPa (mbar)
500
²) PROPANE EMISSIONS
mg/kWh
Class 3
DIESEL OIL MAX. HEATING CAPACITY
kg/h
303
DIESEL OIL MIN. HEATING CAPACITY
kg/h
63
DIESEL OIL MAX THERMAL POWER
kW
3600
DIESEL OIL MIN. THERMAL POWER
kW
750
³) DIESEL EMISSIONS
mg/kWh
Class 2
DIESEL VISCOSITY
1.5° E - 20° C
DIESEL OPERATION
electronic modulation
50 Hz FAN MOTOR
kW
7
50Hz FAN MOTOR RPM
r.p.m.
2930
60Hz FAN MOTOR
kW
9
50 Hz IGNITION TRANSFORMER
10 kV - 30 mA
60 Hz IGNITION TRANSFORMER
10 kV - 30 mA
VOLTAGE 50Hz
3N ~ 400 V ± 10%
VOLTAGE 60Hz
3N ~ 380 V ± 10%
50Hz* ELECTRICAL POWER
kW
9.9
60Hz* ELECTRICAL POWER
kW
11.6
DEGREE OF PROTECTION
IP 54
EQUIPMENT
BT 340
FLAME DETECTOR
UV photocell
SOUND PRESSURE**
dBA
85.8
WEIGHT WITH PACKING
kg
390
WEIGHT WITHOUT PACKING
kg
350
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.
Lower calorific power:
Diesel oil: Hi = 11.86 kWh/kg = 42.70 Mj/kg
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.
CO emissions, natural gas/propane ≤ 100 mg/kWh
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