Home Burners and other products Natural gas or LPG burners Natural gas and LPG burner model BHS

Mod. BHS burner

This kind of burner for natural gas and LPG is a type of burner for Tunnel kilns, developed because of the increasing need to save in the conduction of the kiln and increase efficiency of combustion. The burner works in the preheating zone of the kiln, in a range of temperatures between 500° and 750°C.
It can be positioned on the side of the kiln (BHS-L) or on the top of it ( BHS-V ).

Main features of BHS-V

  • Group of burners positioned n the top of the kiln
  • Compact overall dimensions, the group is composed by manifolds and centrifugal ventilator
  • Gas pressure and security control system
  • Centrifugal fan with flow control and pressure injection
  • A special electronic switchboard and thermocouple allow thermal setting
  • Fuel feeding system proportioned to the set up temperature
  • Electric consumption proportioned to the real fuel consumption
  • Injection burners completed with: Ignition equipment, flame control system, security solenoids and regulation valves for air and gas supply.

Bhs Tunnel

Main features of BHS-L

  • The burner is positioned on the side of the kiln
  • Gas pressure and security control system
  • A special electronic switchboard and thermocouple allow thermal setting
  • Burner completed with: Ignition equipment, flame control system, security solenoids and regulation valves for air and gas supply.

Bhs Combustion with natural gas

Technical characteristics:

  • Maximum capacity for each fire point: 120.000kcal/h
  • Minimum capacity for each fire point: 30.000 kcal/h
  • Air capacity and pressure are proportioned to the maximum combustion air for each fire point 200 Nm3/h

Benefits

  • Total uniformity of the temperature inside the kiln thanks to the introduction of jets of hot air at high speed
  • Special lance made in refractory material for high temperatures
  • High speed smokes output (100-150m/sec) with consequent high turbulence
  • Optimal mixing of air and gas allows an optimal gas consumption
  • High velocity gas burners allow to reduce the total flows in the kiln with a consequent decrease in the specific consumption both electrical and of gas
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