1400-3500 Kw Monoblock Natural Gas Burner

This is a natural gas burner developed for high-capacity industrial heating applications, offering strong and stable operating performance. It is designed to ensure reliable combustion, precise control, and energy efficiency in medium and large-scale facilities.

Thanks to its monoblock structure, it houses all main components within a compact body, facilitating the installation process. With a wide heat power capacity ranging from 1400 kW to 3500 kW, it adapts flexibly to different process needs. Its structure, which can operate at a gas pressure of 300 mbar, provides stable and balanced combustion performance in industrial facilities.

With pneumatic proportional and electronic proportional operating options, the burner responds quickly to load changes. These systems contribute to both fuel savings and low emission values by ensuring the fuel-air mixture is adjusted in ideal ratios. Electronic proportional control offers high accuracy, especially in applications requiring precise temperature control.

Thanks to its durable body structure and components compliant with industrial standards, it provides long-lasting use. The silent and vibration-free operation feature enhances comfort in the production environment while supporting system safety. The ease of maintenance and service operations contributes to operational continuity.

BRÜLÖR TG 400 A AGP PNM. ORS. Monoblock Natural Gas Burner is safely used in steam boilers, hot water boilers, thermal oil boilers, and various industrial heating systems. This model, which offers high capacity, precise control, and energy efficiency together, is an ideal choice for businesses seeking professional and sustainable heating solutions.

Gökçe TG 400 a AGP Technical Specifications

• Fuel Type: Natural Gas

• Burner Type: Monoblock

• Heat Power Range: 1400 – 3500 kW

• Gas Pressure: 300 mbar

• Control System: Pneumatic Proportional / Electronic Proportional

• Areas of Use: Steam boiler, hot water boiler, thermal oil boiler, and industrial processes