The Heatmax (India)

Fuel Type: Specify the type of gas the burner will be using, such as natural gas (methane), LPG, propane, butane, or a combination. Burner Type:

Atmospheric burners: These rely on the natural draft for air intake.

Forced draft burners: These use a fan to supply combustion air.

Power burners: Typically used in larger industrial applications, they offer high turndown ratios and precise control over the air-fuel mixture.

Heat Output: Specify the heat output required in BTU/hr (British Thermal Units per hour) or kW (Kilowatts) depending on your region's standards.

Turndown Ratio: This refers to the range of output levels over which the burner can operate efficiently. Higher turndown ratios offer greater flexibility and efficiency.

Efficiency:

Thermal Efficiency: Specify the desired efficiency level, which can range from standard to high-efficiency burners.

Combustion Efficiency: This measures how effectively the burner converts fuel into usable heat and is influenced by factors such as burner design and maintenance.

Operating Parameters:

Operating Pressure: Specify the gas pressure at which the burner will operate (e.g., in inches of water column or psi).

Air-Fuel Ratio: Define the optimal air-fuel ratio for efficient combustion.

Control System: Specify the type of control system required, such as manual, semi-automatic, or fully automatic with advanced features like modulation.

Fuel Type: Specify the type of gas the burner will be using, such as natural gas (methane), LPG, propane, butane, or a combination. Burner Type:

• Atmospheric burners: These rely on the natural draft for air intake.
• Forced draft burners: These use a fan to supply combustion air.
• Power burners: Typically used in larger industrial applications, they offer high turndown ratios and precise control over the air-fuel mixture.
• 1. • Heat Output: Specify the heat output required in BTU/hr (British Thermal Units per hour) or kW (Kilowatts) depending on your region's standards.
     • Turndown Ratio: This refers to the range of output levels over which the burner can operate efficiently. Higher turndown ratios offer greater flexibility and efficiency.

  2. Efficiency:

     • Thermal Efficiency: Specify the desired efficiency level, which can range from standard to high-efficiency burners.
     • Combustion Efficiency: This measures how effectively the burner converts fuel into usable heat and is influenced by factors such as burner design and maintenance.

  3. Operating Parameters:

     • Operating Pressure: Specify the gas pressure at which the burner will operate (e.g., in inches of water column or psi).
     • Air-Fuel Ratio: Define the optimal air-fuel ratio for efficient combustion.
     • Control System: Specify the type of control system required, such as manual, semi-automatic, or fully automatic with advanced features like modulation.