Tinoxflame-WB Burner The Tinoxflame-WB is a low-NOx burner designed for medium- to high-temperature industrial applications. It integrates a combustion air fan and features complete combustion, reliable stability, and high thermal efficiency. It is widely used in drying furnaces, exhaust gas incinerators, thermal oxidizers, preheating furnaces, and more. Maximum combustion chamber temperature: up to 700°C Features efficient convective heat transfer performance Turn-down ratio of 6:1, offering flexible adjustment to meet diverse temperature control needs Exceptional performance in low-fire conditions Low NOx emissions (less than 50 mg/m³ @ 3.5% O2) Compatible with natural gas and liquefied petroleum gas (LPG) as fuel Wide adaptability to combustion chamber backpressure fluctuations Equipped with direct igniti

Model Definition TinoxF G S/WB MAKE COMBUSTION PERFECT AND SIMPLE Burner Type S Alloy Flame TubeWB Integrated Blower Maximum Burner Power Product Specifications

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 Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） Measurement Location: Burner combustion air pressure port）

Air Inlet Pressure Differential Measurement Location: Burner combustion air pressure port） Power Power 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 conditions. Typical System The Tinoxflame-WB 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: Combustion Air Blower Control...

Installation Pipe Spark Plug Sight Glass Main dimensions table (Unit: mm)

TinoxFG-120 S/WB（separate） Main Gas Pressure Measurement Port Spark Plug Sight Glass Air Damper Installation Pipe Installation Instructions Recommended Combustion Chamber Dimensions Model Combustion Chamber Diameter (mm) Combustion Chamber Length (mm) Installation Diagram 1. Furnace Wall Refractory Material 2. Furnace Wall Mounting Plate 3. Mounting Screws 4. Sealing Gasket 5. Burner

Excellence Innovation Openness 1. Place the sealing gasket (Item 4) on the furnace wall. 2. Position the burner (Item 5) on the mounting screws (Item 3) and secure it with nuts. When the burner brick extends into the mounting hole, check to avoid damage to the refractory fiber insulation layer and displacement of the sealing gasket. 3. Tighten the nuts on the furnace wall flange, leaving them loose enough to allow the burner brick to expand and contract freely during heating. 4. Connect the gas and air pipelines to the burner flange. 5. Develop an appropriate furnace drying curve based on the...

MAKE COMBUSTION PERFECT AND SIMPLE MAKE COMBUSTION PERFECT AND SIMPLE Operation Precautions 1. During normal operation, the surface temperature of the burner body and end plates should be below 80°C. 2. When the burner is shut down and the combustion chamber temperature exceeds 500°C, a small amount of combustion air should be maintained to reduce the burner temperature. 3. All installation, maintenance, ignition, and settings must be performed by qualified technical personnel and strictly follow the latest local standards and regulations. To avoid personal injury or property damage, it is essential...