Technical Specifications - baltur TBML 200 ME Instruction Manual For Installation, Use And Maintenance

TECHNICAL SPECIFICATIONS

MODEL
Maximum natural gas thermal power
Minimum natural gas thermal power
¹) natural gas emissions
Natural gas operation
Maximum natural gas thermal rate
Minimum natural gas thermal rate
Natural gas minimum pressure
Natural gas maximum pressure
Maximum propane thermal power
Minimum propane thermal power
Maximum propane thermal rate
Minimum propane thermal rate
Propane minimum pressure
Propane maximum pressure
²) propane emissions
Maximum diesel fuel thermal rate
Minimum diesel fuel thermal rate
Maximum diesel fuel thermal power
Minimum diesel fuel thermal power
50hz diesel transformer
60hz diesel transformer
³) diesel emissions
Diesel viscosity
Diesel operation
50hz fan motor
60hz fan motor
50 hz ignition transformer
60 hz ignition transformer
50hz voltage
60hz voltage
50hz electrical power*
60hz electrical power*
Protection rating
Control box
Flame detection
operating ambient air temperature
Sound pressure**
Sound power***
Weight with packaging
Weight without packaging
Propane / natural gas CO emissions ≤ 100 mg/kWh
Calorific power below reference conditions 15° C, 1013 hPa (mbar):
Natural gas: Hi = 9,45 kWh/Stm³ = 34,02 MJ/Stm³
Propane: Hi = 24,44 kWh/Stm³ = 88,00 MJ/Stm³
For different types of gases and pressure values, contact our sales departments.
Lower calorific power:
Diesel fuel: 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-up with ignition transformer on.
** 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 pressure was obtained characterizing the manufacturer's laboratory with a sample source; this measurement has a class 2 accu-
racy (engineering class) with a standard deviation of 1.5 dB(A).
TBML 200 ME
kW
2000
kW
450
mg/kWh
Class 2
Two-stage progressive / modu-
lating burner
Stm³/h
211,6
Stm³/h
47,6
hPa (mbar)
25,5
hPa (mbar)
360
kW
1930
kW
450
Stm³/h
78,9
Stm³/h
18,4
hPa (mbar)
20,9
hPa (mbar)
360
mg/kWh
Class 1
kg/h
168,6
kg/h
59
kW
2000
kW
700
26 kV - 48 mA - 230V
26 kV - 48 mA - 230V
mg/kWh
Class 2
5.5 cst / 20°C - 1.5° E / 20°C 5.5 cst / 20°C - 1.5° E / 20°C 5.5 cst / 20°C - 1.5° E / 20°C
Two-stage
kW
3
kW
3,5
26 kV - 48 mA - 230V
26 kV - 48mA - 230 V
3N ~ 400 V ± 10%
3N ~ 380 V ± 10%
kW
3.4
kW
3,9
IP 40
BT 3..
UV photocell
°C
-15 ÷ +40
dBA
86
dBA
95
kg
108
kg
88
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0006160032_202011
TBML 260 ME
2600
500
Class 1
Two-stage progressive / modu- Two-stage progressive / modu-
lating burner
275
52,9
45
360
2600
500
106,4
20,5
45
360
Class 2
219,2
75,9
2600
900
26 kV - 48 mA - 230V
26 kV - 48 mA - 230V
Class 2
Two-stage
5,5
7,5
26 kV - 48 mA - 230V
26 kV - 48mA - 230 V
3N ~ 400 V ± 10%
3N ~ 380 V ± 10%
6.5
8,7
IP 40
BT 3..
UV photocell
-15 ÷ +40
87
98
127
106
ENGLISH
TBML 360 ME
3600
700
Class 2
lating burner
380,9
74,1
63
360
3600
700
147,3
28,6
80
360
Class 2
303,5
75,9
3600
1000
26 kV - 48 mA - 230V
26 kV - 48 mA - 230V
Class 2
Two-stage
7
9
26 kV - 48 mA - 230V
26 kV - 48mA - 230 V
3N ~ 400 V ± 10%
3N ~ 380 V ± 10%
8
10
IP40
BT 3..
UV photocell
-15 ÷ +40
88
98
160
111