Burner detection

Burner detection is a safety test used to confirm whether the burner is working properly and whether there are potential safety hazards. Generally speaking, burner detection mainly includes the following items:

Gas to air ratio detection: detecting whether the ratio of gas to air in the combustion chamber meets the design requirements. If the ratio is not correct, the burner may repeatedly switch on and off, resulting in incomplete combustion and safety issues such as fire. Ignition system detection: Check whether the ignition system of the burner is working properly to avoid issues such as ignition failure or unstable ignition. Thermal efficiency detection: Evaluate the combustion efficiency of the burner by testing its thermal output and fuel consumption parameters. Efficient burners can effectively reduce fuel costs and reduce environmental pollution. Safety device detection: Check if a complete safety device is installed on the burner to ensure its safe use. Burner emission detection: Detect whether the exhaust gas emitted by the burner exceeds the standard, including indicators such as CO, CO2, NOx, SO2, PM, etc. If it exceeds the standard, it not only poses safety hazards, but also causes serious pollution to the environment. Gas burner: A burner that uses natural gas, liquefied gas, and other gases as fuel and is widely used in fields such as home wall mounted stoves, commercial ovens, and industrial burners. Liquid burner: A burner that uses liquid fuels such as gasoline, diesel, etc. for combustion. Common applications include automotive engines, generators, sprinkler machines, etc. Solid burner: A burner that uses solid fuels such as coal, wood, biomass, etc. for combustion. Common applications include boilers, industrial burners, etc. Optical burner: A burner that uses laser beams, arc lights, and other light sources for combustion, commonly used in research fields and special experiments. Gas turbine: A burner that uses compressed air and fuel for mixed explosion, driving rotating machinery to generate power, and is widely used in power plants and aviation fields. Relevant reference standard specifications GB/T 14536.6-2008: Special requirements for household and similar electrical automatic controllers, burners, and electrical automatic control systems GB 16410-2007: Household gas stoves GB/T 16412-2009: Flammability test methods for propane single burners on conveyor belts GB 16914-2012: Safety technical conditions for gas burning appliances GB 17905-2008: Safety management rules for household gas burning appliances GB/T 18821-2002: Small craft liquefied petroleum gas (LPG) System GB/T 19212.4-2016: Transformers, Reactors Safety of power supply devices and their combinations - Part 4: Special requirements and tests for ignition transformers for gas and fuel oil burners B/T 19839-2005: General technical conditions for industrial fuel oil gas burners GB/T 20702-2006: Test methods for extinguishing performance of gas fire extinguishing agents GB/T 24146-2009: Specification for rubber hoses and hose assemblies for oil burners GB 25034-2010: Gas heating water heaters GB/T 25503-2010: Requirements for sales and after-sales service of urban gas combustion appliances Seeking