Gazoram burners are nozzle-mixed burners specially designed for industrial direct-fired furnaces and drying applications. Offering high combustion efficiency, these burners operate with natural gas and LPG and are preferred in various industrial applications due to their wide modulation range, easy installation, and maintenance features. They are widely used in industrial drying systems, furnaces, textile machines, food processing plants, and the metal industry. In this article, we will share detailed information about Gazoram burners.
Gazoram burners enhance energy efficiency with high-performance combustion and low emission values while providing a safe working environment for industrial facilities with advanced automation systems and safety mechanisms.
Wide modulation range: Allows flexible adjustments for different energy demands.
Compatible with natural gas and LPG: Provides flexibility with alternative fuel options.
Easy installation and maintenance: Modular design ensures convenient assembly and disassembly.
Suitable for industrial systems: Compatible with various furnace and drying systems.
Operates at a gas pressure range of 21-50 mbar: Ensures stable performance across a wide pressure range.
Ionization or photocell flame control: Continuously monitors the combustion process for safe operation.
In addition, its ability to work in vacuum is one of its prominent features.
Gazoram burners consist of different capacity models categorized under the GRM series. These models range in capacity from 5 kW to 1160 kW, providing solutions for diverse industrial needs.
Gazoram burners have wide-ranging applications and are commonly used in industrial furnaces, textile, food, ceramic, and metal industries.
Primary Applications
Textile Industry: Ram machines, textile drying systems
Food Industry: Baking and thermal processing applications
Ceramic Industry: Drying and hardening furnaces
Metal Industry: Annealing and aluminum homogenization applications
Paper and Packaging Industry: Drying and heating processes
Industrial Furnaces: Used in direct-fired furnaces and drying cabinets
Gazoram burners feature a structure that allows easy assembly and disassembly. During installation, it is recommended to cover the combustion chamber wall with insulation material. Additionally, when connecting the gas line, appropriate compensators or flexible hoses should be used.
Installation Steps
Check electrical connections
Perform gas leak tests
Start the fan motor and initiate the pre-purge process
Open the gas valve and activate the burner
Maintenance Procedures
Daily Maintenance: Gas pressure check, filter cleaning
Monthly Maintenance: Cleaning of fan blades, function checks
6-Month Maintenance: Inspection of the ignition electrode, adjustment of the ionization electrode, cleaning of the gas adjustment valve
Gazoram burners are equipped with advanced safety mechanisms to ensure a secure and efficient combustion process.
Electromagnetic safety valve: Ensures the safe operation of the burner.
Gas and air pressure switches: Continuously monitor the combustion process.
Ionization flame control system: Provides real-time flame monitoring for safe burning.
Manometer: Measures gas pressure to support optimal combustion settings.
Ball valve for gas shut-off: Ensures emergency gas shut-off for safety.
Gazoram burners offer high combustion efficiency, safe operation, and versatile applications, making them an ideal heating solution for industrial facilities. These burners, compatible with natural gas and LPG, provide flexible installation options and modulation features to meet diverse industrial heating requirements.
If you are looking for a high-efficiency, safe, and eco-friendly burner system, Gazoram Burners offer the best performance for your industrial needs.
For more information and detailed technical documents, visit the Ecostar Gazoram Burners page.