Tinoxflame Burner Tinoxflame is a Low-NOx burner designed for medium- to high-temperature industrial applications, offering advantages such as complete combustion, reliable stability, and high thermal efficiency. This series of burners is widely used in equipment such as drying furnaces, waste gas incinerators, thermal oxidation furnaces, and preheating furnaces. The maximum applicable combustion chamber temperature can reach 1000°C. High convective thermal efficiency. The turndown ratio is 6:1. Flexible adjustment, suitable for various temperature control requirements. Low NOx emissions (＜50mg/m³@3.5%O2). Applicable for natural gas and liquefied petroleum gas. Resistant to significant fluctuations in combustion chamber backpressure. Direct ignition u

MAKE COMBUSTION PERFECT AND SIMPLE Model Definition TinoxF G Burner Type S Alloy Flame Tube B refractory brick Product Specifications Model For more model parameters, please contact DYDTEC Combustion. Data in the table are measured under the following conditions: natural gas, combustion air temperature 20°C, combustion chamber backpressure 0 Pa.

Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） TinoxFG-020 Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） TinoxFG-075 Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port）

Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） Note: The NOx emission data is based on testing at a combustion chamber temperature of 600°C. The NOx emission data is for reference only, as NOx emissions can also be affected by factors such as combustion chamber temperature, combustion chamber structure, and other

Typical System The Tinoxflame series burners are widely used in various high-temperature industrial processes. A typical configuration of a single combustion system is shown in the figure below: Burner Control Cabinet Air Control Motor Gas Control Motor Ignition Gas Pipeline Main Gas Pipeline Valve Manifold Bracket Note: 1.To ensure low NOx emissions within the turn-down ratio range, an electronic air-fuel ratio control system is required. 2.To ensure stable and reliable combustion, it is necessary to design for flame guidance. Main gas pressure measurement port Rp1/8" Spark plug Sight glass UV installation...

Main dimensions table (Unit: mm) Main gas pressure measurement port Spark plug Sight glass Air pressure measurement port Rp1/8" Main dimensions table (Unit: mm)

lotion InstructionsRecommended Combustion Chamber Dimensions Model Combustion Chamber Diameter (mm) Combustion Chamber Length (mm) tion Diagram 1. FU|||le Wall Refractory Material 2. FuHHe Wall Mouitiig Plate iNstillitioi Steps 1. Place the sealiig gasket (Item 4) oi the furiace wall. 2. Poggpi the burner (Item 5) oi the mouitiig screws (Item 3) aid secure it with luts. Whei the burHHrick exteids iito the mouitiig hole, check to avoid damage to the refractory fiber iisulatioi layer aid displacemeit of the sealiig gasket. 3. Tightei the luts oi the furiace wall flange, leaviig them loose eiough...

MAKE COMBUSTION PERFECT AND SIMPLE Installation Requirements 1. Before installing the burner, holes should be made on the furnace wall according to the size of the refractory bricks. To facilitate installation, the hole size should be at least 20mm larger than the external diameter of the refractory brick. It is recommended that the hole size be Do = (D + 20)+8mmo 2. An expansion gap should be left between the refractory brick/flame tube and the rigid furnace wall material, and the gap should be filled and sealed with aluminosilicate fiber cotton. 3. When the furnace wall thickness exceeds the...

Excellence Innovation Openness Main Accessories Spark Plug Accessory Name Installation Gasket Schematic Diagram Corresponding Burner Model

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