Ignition Discharge Device, Torch Ignition System, Automatic Ignition Control System:

     One, Windproof Burner: The torch head is made of stainless steel.304Withstanding high temperatures and corrosive interference for the torch head.
     Two, High-Energy Ignition Device: Includes a high-frequency, high-energy igniter, a high-temperature ignition gun, and wiring. By stepping up the voltage with a transformer to a level higher than2500The voltage is rectified and used to charge the storage capacitor. Once the charging voltage exceeds the breakdown voltage of the discharge tube, the stored voltage on the storage unit is discharged through the discharge tube, via the ignition cable and conductive rod, onto the semiconductor electrode. This results in a high-energy pulse voltage acting on the two poles of the electrode, creating a strong electrical spark on the semiconductor surface, which serves as the ignition source.
         Three, Ignition Control Cabinet: Power Supply for Control Cabinet220VReceives ignition authorization signal, capable of manual operation/Remote automatic ignition function, mainly by SiemensPLCSignal isolators, ignition switches, ignition buttons, and status indicator lights are assembled. The field operation box is installed on-site, connected to the control cabinet, and operates similarly to the ignition control cabinet.
     Four, Flame Detector: To determine if the flare gas is ignited, a flame feedback signal is required. This signal is composed of components such as the flame sensor and temperature scanning.