Burner Capacity Information, BBC 1110/2110. Burner Capacity Information, BBC 3110

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1 NOTES: Burner Capacity Information, BBC 111/211 NATURAL GAS, AMBIENT COMBUSTION AIR OPERATION, LOW PRESSURE ATOMIZATION Capacity (at 1% Excess Air) Gas Inlet Pressure Flame Length (at 1% Excess Air) Flame Diameter (at 1% Excess Air) (BTU/hr) 2,75, 9,99, 13,75, 16,84, 19,64, (kw) 73 2,64 3,64 4,45 5,19 (scfh) 23, 98, 137, 169, 198, (nm 3 /hr) 616 2,625 3,67 4,527 5,34 (scfh) 5,5 5,5 5,5 5,5 5,5 (nm 3 /hr) (in.w.c.) (mbar) (in.w.c.) (mbar) (in) (mm) (in) (mm) (Air) 3% 4% 4% 5% 5% NATURAL GAS, 9 F/482 C PREHEATED SECONDARY AIR OPERATION, LOW PRESSURE ATOMIZATION Capacity (at 1% Excess Air) Gas Inlet Pressure Flame Length (at 1% Excess Air) Flame Diameter (at 1% Excess Air) Burner Capacity Information, BBC 311 (BTU/hr) 1,9, 6,39, 8,72, 1,63, 12,36, (kw) 5 1,69 2,31 2,81 3,27 (scfh) 14,239 6,67 84,814 14, ,578 (nm 3 /hr) 381 1,625 2,272 2,83 3,284 (scfh) 5,5 5,5 5,5 5,5 5,5 (nm 3 /hr) (in.w.c.) (mbar) (in.w.c.) (mbar) (in) (mm) (in) (mm) (Air) 24% 32% 32% 4% 4% 1. Capacities based on Natural Gas with HHV of 134 BTU/ft 3 (Standard) / LHV of 1.21 kwh/nm3 (Metric),.59 S.G.,and a stoichiometric ratio of 9.74:1 at 1% excess air; with burner firing into chamber under no pressure. 2. Air and fuel flows based on STP operating conditions at sea level and industry standard air and gas piping practices. 3. Fuel inlet pressures given for reference only and should not be used for measuring fuel flow to the burner. 4. Flame lengths measured from end of the combustion tile. 5. Flame detection via UV scanner; for detection limits refer to the Burner Operating and Ignition Window. 6. Ignition via IPG5413 gas pilot; for ignition limits refer to the Burner Operating and Ignition Window. 7. Burner is suitable for use on gaseous and liquid fuels other than those listed, and with combustion air other than ambient temperature or that listed; for further information consult Hauck.

2 NOTES: Burner Capacity Information, BBC 111/211 NO. 2 FUEL OIL, AMBIENT COMBUSTION AIR OPERATION, LOW PRESSURE ATOMIZATION Capacity (at 2% Excess Air) Fuel Oil Flow(at 2% Excess Air) Flame Length (at 2% Excess Air) Flame Diameter (at 2% Excess Air) (BTU/hr) 2,83, 9,8, 12,33, 15,, 17,42, (kw) 75 2,4 3,26 3,97 4,61 (scfh) 23, 98, 137, 169, 198, (nm 3 /hr) 616 2,625 3,67 4,527 5,34 (scfh) 11, 11, 11, 11, 11, (nm 3 /hr) (in.w.c.) (mbar) (gph) (lph) (in) (mm) (in) (mm) (Air) 5% 75% 1% 1% 1% Burner Capacity Information, BBC 311 NO. 2 FUEL OIL, 9 F/482 C PREHEATED SECONDARY AIR OPERATION, LOW PRESSURE ATOMIZATION Capacity (at 2% Excess Air) Fuel Oil Flow(at 2% Excess Air) Flame Length(at 2% Excess Air) Flame Diameter(at 2% Excess Air) (BTU/hr) 2,1, 5,97, 7,98, 9,64, 11,13, (kw) 56 1,58 2,11 2,55 2,94 (scfh) 14,239 6,67 84,814 14, ,578 (nm 3 /hr) 381 1,625 2,272 2,83 3,284 (scfh) 11, 11, 11, 11, 11, (nm 3 /hr) (in.w.c.) (mbar) (gph) (lph) (in) (mm) (in) (mm) (Air) 4% 6% 8% 8% 8% 1. Capacities based on No. 2 Fuel Oil with HHV of 138, BTU/USgal (Standard) / LHV of 1.3 kwh/liter (Metric),.87 S.G., and a stoichiometric ratio of 138:1 at 2% excess air; with burner firing into chamber under no pressure. 2. Air and fuel flows based on STP operating conditions at sea level and industry standard air and gas piping practices. 3. Fuel inlet pressures given for reference only and should not be used for measuring fuel flow to the burner. 4. Flame lengths measured from end of the combustion tile. 5. Flame detection via UV scanner; for detection limits refer to the Burner Operating and Ignition Window. 6. Ignition via IPG5413 gas pilot; for ignition limits refer to the Burner Operating and Ignition Window. 7. Burner is suitable for use on gaseous and liquid fuels other than those listed, and with combustion air other than ambient temperature or that listed; for further information consult Hauck.

3 Liquid Propane Inlet Pressure Flame Length (at 2% Excess Air) Flame Diameter(at 2% Excess Air) Capacity (at 2% Excess Air) Atomizing Air Capacity Atomizing Air Inlet Pressure Fuel Oil Flow Fuel Oil Inlet Pressure Flame Length(at 2% Excess Air) Flame Diameter(at 2% Excess Air) Burner Capacity Information, BBC 111/211 LIQUID PROPANE, AMBIENT COMBUSTION AIR OPERATION, LIQUID PROPANE ATOMIZATION Capacity (at 2% Excess Air) Liquid Propane Flow (BTU/hr) 3,5, 9,78, 13,28, 16,15, 18,75, (kw) 81 2,59 3,51 4,27 4,96 (scfh) 23, 98, 137, 169, 198, (nm 3 /hr) 616 2,625 3,67 4,527 5,34 (scfh) 11, 11, 11, 11, 11, (nm 3 /hr) (in.w.c.) (mbar) (gph) (lph) (psig) (bar) (in) (mm) (in) (mm) (Air) 3% 4% 4% 5% 5% NO. 6 FUEL OIL, AMBIENT COMBUSTION AIR OPERATION, HIGH PRESSURE ATOMIZATION (BTU/hr) 2,74, 9,2, 12,53, 15,27, 17,75, (kw) 72 2,43 3,31 4,4 4,69 (scfh) 23, 98, 137, 169, 198, (nm 3 /hr) 616 2,625 3,67 4,527 5,34 (scfh) 8, 8, 8, 8, 8, (nm 3 /hr) (in.w.c.) (mbar) (scfh) 1,142 1,795 1,877 1,958 2, (nm 3 /hr) (psig) (bar) (gph) (lph) (psig) (bar) (in) (mm) (in) (mm) (Air) 1% 3% 4% 4% 4% NOTES: 1. Capacities based on 1) Liquid Propane with HHV of 91,5 BTU/gal (Standard) / LHV of 6.5 kwh/liter (Metric),.51 S.G.,and a stoichiometric ratio of 85:1 at 2% excess air, or 2) No. 6 Fuel Oil with HHV of 15, BTU/USgal (Standard) / LHV of 11.2 kwh/liter (Metric), 1.2 S.G., and a stoichiometric ratio of 1465:1 at 2% excess air; all cases with burner firing into chamber under no pressure. 2. Air and fuel flows based on STP operating conditions at sea level and industry standard air and gas piping practices. 3. Fuel inlet pressures given for reference only and should not be used for measuring fuel flow to the burner. 4. Flame lengths measured from end of the combustion tile. 5. Flame detection via UV scanner; for detection limits refer to the Burner Operating and Ignition Window. 6. Ignition via IPG5413 gas pilot; for ignition limits refer to the Burner Operating and Ignition Window. 7. Burner is suitable for use on gaseous and liquid fuels other than those listed, and with combustion air other than ambient temperature or that listed; for further information consult Hauck.

4 Pressure (in.w.c.) BBC 111/211/311 Pressure Curves Natural Gas 134 BTU/ft 3 (HHV Standard) / 1.21 kwh/nm 3 (LHV Metric),.59 S.G. and Ambient and Preheated Combustion Air 1 Setting for Oil/LP Firing at 9 F (482 C) Preheat 1 Setting for Gas Firing 1 at Ambient Temperature Gas Inlet Pressure* 1, 1, 1, Volumetric Flow (SCFH) *Note: Gas Inlet Pressure for BBC burner is not suitable for fuel flow measurement and is given for component sizing and reference only

5 Pressure (mbar) BBC 111/211/311 Pressure Curves Natural Gas 134 BTU/ft 3 (HHV Standard) / 1.21 kwh/nm 3 (LHV Metric),.59 S.G. and Ambient and Preheated Combustion Air 1 Setting for Oil/LP Firing Setting for Gas Firing 1 1 at Ambient Temperature Gas Inlet Pressure* at 9 F (482 C) Preheat 1 1 1, 1, Volumetric Flow (nm3/h) *Note: Gas Inlet Pressure for BBC burner is not suitable for fuel flow measurement and is given for component sizing and reference only

6 Natural Gas Flow (SCFH) Natural Gas Flow (nm3/h) BBC 111/211/311 Operating and Ignition Window Natural Gas 134 BTU/ft3 (HHV Standard) / 1.21 kwh/nm3 (LHV Metric),.59 S.G. and Ambient Combustion Air 3, Air Flow (nm3/h) 1, 2, 3, 4, 5, 8 l=.6 l= , 6 2, Operating Window (UV Scanner) l= , Ignition Window (IPG5413 gas pilot) l= , 2 5, l=5. 1 l=1 5, 1, 15, 2, Air Flow (SCFH)

7 No. 2 Fuel Oil Flow (gallon per hour) No. 2 Fuel Oil Flow (liters per hour) BBC 111/211/311 Operating and Ignition Window No. 2 Fuel Oil 138, BTU/gal (HHV Standard) / 1.3 kwh/liter (LHV Metric),.87 S.G. and Ambient Combustion Air Air Flow (nm3/h) 1, 2, 3, 4, 5, 8 2 l=.6 l= Operating Window (UV Scanner) l= Ignition Window (IPG5413 gas pilot) l= l=5. 1 l=1 5, 1, 15, 2, Air Flow (SCFH)

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