Main technical parameters of HDH-3 electronic ignition device

The HDH-3 electronic ignition device is a high-pressure ignition equipment with outstanding performance in the oilfield drilling industry, providing reliable and efficient ignition services for burners and torches. As an advanced ignition device, the HDH-3 electronic ignition device has become the preferred ignition equipment for numerous oilfield drillers due to its excellent performance and stable quality. This article will provide the main technical parameters of HDH-3 electronic ignition device, allowing you to learn more about this equipment.
  

The HDH-3 electronic ignition device has a burner (torch) diameter of DN200mm and a height of 3m.

In terms of ignition frequency, the HDH-3 electronic ignition device performs exceptionally well, with a wide range of ignition frequencies that can be adjusted between 100 and 1000 times per minute. This versatility allows it to meet the demands of different production scenarios, ensuring continuity and stability in production. Whether high-frequency or low-frequency ignition is required, the HDH-3 electronic ignition device can handle it with ease, bringing more flexibility and convenience to industrial production.

The ignition voltage of the HDH-3 electronic ignition device reaches up to 16KV, ensuring that each ignition can quickly ignite the combustion equipment without being affected by weather or environmental factors. Additionally, the voltage control of this ignition device is highly precise, maintaining the stability of the ignition voltage without damaging the equipment, effectively preventing ignition failures caused by excessively high or low voltages, ensuring the safety and reliability of industrial production.

The power supply range of the HDH-3 electronic ignition device is wide, accepting both AC and DC power supplies. The AC input voltage is 220V, a common industrial power standard, enabling the HDH-3 electronic ignition device to easily connect with existing industrial power systems. As for DC power, this ignition device is also suitable, providing more options for scenarios that use DC power. This flexible power adaptability makes the HDH-3 electronic ignition device suitable for a wide range of applications in different fields.