Ignition Transformer HT106 Series 110V/220V 10KV Output for Oil Burners and Integrated Burners

The HT106 series high-voltage ignition transformer is widely used for ignition applications in small burners, gas burners, integrated burners, and industrial combustion equipment. The product offers two input voltage options: 110V and 220V. Output is available as 1*10KV or 2*5KV, suitable for different ignition system requirements. Ignition gap: 3-4mm. Ignition efficiency within 3 minutes: 33%. It is widely used in gas burners, oil burners, integrated burners, industrial combustion equipment, ozone generators, and various high-voltage pulse devices.

• Input: 110V/220V
• Output: 1X10KV/2X5KV
• Dimensions: 110*86*69mm
• Ignition distance: 3 ~ 4mm
• 3 minutes ignition efficiency: 33%
• Ignition coils and custom-made transformers
• High voltage trigger transformers ozone generator for industrial and appliances
• Ignition coils for gas and oil burners
• Custom-made transformers for a number of applications
• High-voltage transformer types: power, pulsed

• Small burner ignition
• Gas burner ignition
• Oil burner ignition
• Integrated burner ignition
• Industrial combustion equipment ignition
• Gas cookers/ovens/furnaces ignition
• Industrial ozone generators
• High-voltage pulse trigger equipment

Q: What is the difference between 1*10KV and 2*5KV output? How to choose?

A: 1*10KV is a single high-voltage output, suitable for single-electrode ignition systems. 2*5KV is a dual high-voltage output, suitable for dual-electrode ignition systems. Selection should be based on the ignition electrode configuration of the burner.

Q: What does "ignition efficiency within 3 minutes 33%" mean?

A: Ignition efficiency within 3 minutes of 33% means the transformer has a 33% ignition success rate during 3 minutes of continuous operation. This parameter is an important indicator for evaluating ignition transformer performance, ensuring reliable burner ignition within a short time.

Q: What is the ignition gap of this product?

A: The ignition gap is 3-4mm. During installation, ensure the ignition electrode gap is within the 3-4mm range for optimal ignition performance and reliability.