2200-7000 Kw Duoblok Fuel Oil Burner

Brand Gökçe
Model Type

CCM 801

Category:
Description

Gökçe CCM 801 Duoblok Fuel Oil Burner

BRÜLÖR CCM 801 is a fuel oil burner with a duoblok structure developed for high-capacity industrial heating and process applications. With a capacity range of 2310 kW to 7250 kW, it offers strong, stable, and reliable combustion performance in large industrial boilers, hot oil systems, and continuously operating production facilities. The duoblok design allows for high air flow, flexible installation, and a more controlled combustion process due to the separate positioning of the fan and burner unit.

Offered with mechanical proportional and electronic proportional control options, the CCM 801 ensures efficient operation by precisely adjusting the fuel-air mixture under variable load conditions. The mechanical proportional control stands out in harsh industrial conditions with its robust and long-lasting structure, while the electronic proportional control option provides more stable and energy-efficient combustion in applications requiring precise temperature and process control. This structure contributes to optimizing fuel consumption and maintaining combustion quality.

Thanks to its durable body structure, quality components, and safety-focused design, the CCM 801 offers long-lasting and trouble-free use even under heavy working conditions. Its design facilitates maintenance and service, supporting operational continuity and helping to reduce downtime.

Technical Specifications

  • Burner Type: Duoblok Fuel Oil Burner

  • Model: CCM 801

  • Capacity Range: 2310 – 7250 kW

  • Control Type: Mechanical Proportional / Electronic Proportional

  • Fuel Type: Fuel Oil

  • Application Area: Large industrial boilers, hot oil systems, high-capacity process heating applications

BRÜLÖR CCM 801 is a powerful and long-lasting fuel oil burner solution for industrial facilities that meets expectations for high efficiency, stable combustion, and reliable operation thanks to its proportional control options and duoblok structure.