Stiefel Oil Burners: Exceptional Efficiency & Global Support | Industrial Heating

Stiefel, a trusted supplier of combustion equipment since 2013 with headquarters in Guangzhou, China, offers high-quality burner controllers, advanced electronic systems that manage ignition, combustion, and safety functions in industrial and commercial burners, ensuring efficient, reliable, and safe operation in boilers, furnaces, and heaters. A burner controller processes input from sensors (flame detectors, pressure switches) and coordinates fuel valves, ignition transformers, and air dampers, executing precise sequences: pre-purge for air circulation, ignition spark generation, fuel flow activation, and flame monitoring, with automatic shutdown if faults are detected, which is critical for preventing unburned fuel accumulation. Stiefel's burner controller features a rugged design with industrial-grade microprocessors and heat-resistant enclosures that withstand high temperatures (up to 85°C), vibration, and electrical noise, ensuring reliable performance in harsh burner environments. The burner controller offers customizable programming via digital interfaces, allowing operators to set parameters like ignition time, flame supervision delay, and shutdown sequences, adapting to specific burner models, fuel types (gas, oil, biomass), and application requirements (heating, drying, melting). What sets this burner controller apart is its integration of multi-stage safety protocols, including flame failure response within 2 seconds, pressure loss detection, and over-temperature protection, which exceed international safety standards and reduce accident risks in high-heat industrial settings. Burner controllers from Stiefel support both single-burner systems and multi-burner arrays, with communication protocols (Modbus, Profibus) enabling integration into plant-wide control systems for centralized monitoring and data logging, which enhances operational efficiency and simplifies maintenance. Rigorously tested for compliance with standards such as EN 298 and UL 372, these burner controllers undergo thousands of cycle tests to ensure durability, with mean time between failures (MTBF) exceeding 100,000 hours, minimizing downtime for critical industrial processes. Backed by Stiefel's research and development expertise, the burner controller incorporates innovations like adaptive combustion algorithms that optimize air-fuel ratios in real time, reducing emissions and fuel consumption by up to 15%, aligning with global energy-saving goals. With Stiefel's comprehensive service network, customers receive expert support for programming, installation, and troubleshooting burner controllers, including training for operators to maximize system performance and safety. For industries relying on consistent combustion processes, Stiefel's burner controller is an indispensable component that delivers precision, safety, and efficiency, supporting seamless operation and sustainable practices.