A complete range of industrial burner accessories products

Accessories are crucial for several reasons:

Safety: Many accessories, like flame sensors and gas pressure switches, prevent dangerous conditions.

Efficiency: Components like combustion air blowers and recuperators optimize the burning process, saving fuel.

Control: Control panels and modulators allow for precise regulation of temperature and output.

Reliability: Proper accessories reduce downtime and extend the life of the burner system.

Compliance: Certain accessories are required to meet industry standards and regulations.

Common categories include:

Fuel Train Components: Regulators, valves, filters, pressure switches, flow meters.

Air Train Components: Combustion air blowers, air dampers, pressure switches.

Ignition & Flame Safeguard: Igniters (spark, pilot), flame sensors (UV, IR, rectification), flame safeguard controls.

Control & Automation: Burner management systems (BMS), control panels, temperature controllers, modulators, actuators.

Monitoring & Sensing: Pressure gauges, temperature probes, gas detectors.

Efficiency Enhancements: Recuperators, oxygen trim systems.

Maintenance & Installation: Gaskets, flanges, flexible connections, refractory materials.

A flame safeguard control (also known as a burner controller or programmer) is the "brain" of the burner's safety system. It manages the ignition sequence, monitors the flame presence using a flame sensor, and will safely shut down the burner in case of ignition failure, flame loss, or other unsafe conditions. It ensures that fuel is only supplied when a stable flame is proven.

Combustion air blowers (fans) supply the necessary air for the fuel to burn completely and efficiently. They overcome the resistance in the burner and furnace, delivering the correct volume and pressure of air for optimal stoichiometry (the ideal fuel-to-air ratio).

A BMS is a comprehensive safety system that oversees the safe start-up, operation, and shutdown of a burner or multiple burners in an industrial process. It integrates various safety interlocks, flame safeguards, and controls to prevent explosions and ensure process integrity. It's often more advanced than a standalone flame safeguard control.

Yes!

Recuperators/Regenerators: These devices recover waste heat from the exhaust gases to preheat the incoming combustion air, significantly reducing fuel consumption.

Oxygen Trim Systems: Continuously monitor the oxygen content in the flue gas and automatically adjust the air/fuel ratio to maintain optimal combustion, preventing excess air losses.

Both detect the presence of a flame:

UV Sensors: Detect the ultraviolet radiation emitted by most flames (gas, oil). They are generally not fooled by hot refractory or glowing elements.

IR Sensors: Detect the infrared radiation (heat) from the flame. Some IR sensors can "see" through steam or hazy conditions better than UV, but some models can be fooled by hot surfaces. The choice depends on the fuel, burner type, and application.