3000-10000 Kw Dual Block Natural Gas Burner

Brand Gökçe
Model Type

CC 802 AGP

Description

Gökçe CC 802 AGP Dual Block Natural Gas Burner

BRÜLÖR CC 802 AGP PNM is a natural gas burner with a dual block structure designed for very high-capacity industrial heating systems. With a wide capacity range of 3000 kW to 10000 kW, it offers a reliable solution for large industrial boilers, auxiliary systems in power plants, and intensive process heating applications. The dual block design allows for separate positioning of the fan and burner unit, providing high air flow, stable combustion, and flexible installation advantages.

Equipped with pneumatic proportional and electronic proportional control options, the CC 802 AGP PNM helps achieve maximum combustion efficiency by precisely adjusting the fuel-air ratio under variable load conditions. This structure optimizes energy consumption and ensures continuous and balanced combustion performance. The system operates at a gas pressure of 300 mbar and is designed to be compatible with high-capacity industrial natural gas infrastructures.

The electronic proportional control system provides superior stability in applications requiring precise temperature and process control; while the pneumatic proportional control option stands out in heavy industrial conditions with its robust structure and long-lasting use. Thanks to its durable body structure, quality components, and safety-focused design, the CC 802 AGP PNM offers reliable performance under continuous and intensive working conditions.

Technical Specifications

  • Burner Type: Dual Block Natural Gas Burner

  • Model: CC 802 AGP PNM

  • Capacity Range: 3000 – 10000 kW

  • Gas Pressure: 300 mbar

  • Control Type: Pneumatic Proportional / Electronic Proportional

  • Fuel Type: Natural Gas

  • Application Area: Large industrial boilers, high-capacity process heating systems, energy and heavy industry facilities

BRÜLÖR CC 802 AGP PNM is a powerful burner solution developed to meet the expectations of efficiency, safety, and long-term stable operation in facilities with very high power requirements. It is an ideal choice for businesses looking to increase energy efficiency and ensure process continuity.