Designed for 4-burner gas stove applications, this ignition module provides a practical solution for new appliance assembly, replacement projects, gas cooker servicing and bulk component purchasing.

Unlike a basic switch or low-voltage ignition component, an electronic ignition module is responsible for creating the high-voltage electrical pulse required for spark ignition. The module works together with ignition electrodes, burner assemblies, wiring and the appliance control system to create a complete ignition circuit.

With a specified service life of at least 30,000 ignition cycles, the module is designed for repeated ignition operation. Its operating specification supports 220–240V AC ±10% power input and 50–60Hz frequency, making it suitable for compatible electrical systems within this voltage range.

For buyers sourcing gas stove components, the key selection factors are not limited to appearance. Electrical input, ignition voltage, spark frequency, installation compatibility, temperature tolerance and expected operating cycles all need to match the target appliance. This product page provides these specifications in a structured format so buyers can quickly evaluate compatibility before purchasing.

1. 4-Burner Gas Stove Application

This electronic ignition module is designed around 4-burner gas stove applications. It can be incorporated into gas cooker ignition systems where multiple burners require reliable electronic spark ignition.

For replacement projects, buyers should confirm the original ignition circuit, wiring configuration, mounting arrangement and electrode connection before installation.

2. High-Voltage Spark Output

The ignition output reaches ≥10kV at 30pF, providing the high-voltage electrical energy required to create a spark across the ignition electrode.

The high-voltage output is one of the most important specifications when selecting an electronic gas stove igniter. A compatible ignition module must provide an electrical output suitable for the electrode gap and burner ignition design.

3. 220–240V AC Power Compatibility

The module operates at 220–240V AC ±10% with a 50–60Hz power frequency.

This specification allows the component to be evaluated for gas stove designs using compatible AC electrical systems. Buyers should always compare the rated input voltage of the existing appliance with the module specification before replacement.

4. 1–10Hz Spark Frequency

The specified manual spark frequency is 1 to 10Hz at 230V AC.

Spark frequency determines how frequently ignition pulses are generated during the ignition process. The appropriate ignition frequency depends on the appliance control design, burner configuration and ignition timing.

5. 30,000+ Ignition Cycles

The specified lifetime is ≥30,000 cycles.

For gas appliance components, ignition-cycle life is an important purchasing consideration because the ignition module may be activated repeatedly during normal appliance operation. A high cycle rating can help reduce the frequency of component replacement when the module is correctly matched with the appliance.

6. Compact Plastic Housing

The ignition module uses a plastic housing suitable for integration into gas stove electrical assemblies.

The housing material supports component integration while the stated maximum temperature specification reaches 120°C. Installation should still maintain appropriate separation from direct flame, burner surfaces and excessive heat sources.

7. Low Power Consumption

The specified absorbed supply is 0.6VA.

Low power consumption makes the module suitable for gas appliance ignition systems where the ignition circuit is designed around a compact electrical load.

A gas stove ignition module is an electrical component that creates the high-voltage pulse needed to generate a spark at the ignition electrode.

The basic ignition sequence can be understood in several steps.

First, the appliance supplies electrical power to the ignition circuit. This model is specified for 220–240V AC ±10% at 50–60Hz.

Second, the ignition module processes the incoming electrical power and generates a high-voltage ignition output.

Third, the high-voltage output travels through the ignition circuit toward the electrode.

Fourth, the electrode creates an electrical spark near the burner. When gas is released from the burner and the air-gas mixture reaches the appropriate ignition condition, the spark can initiate combustion.

The module therefore acts as a critical electrical component between the appliance power system and the ignition electrode.

For an appliance designer, the ignition module must be selected according to electrical input, high-voltage output, spark frequency, wiring arrangement and overall ignition architecture.

For a maintenance technician, compatibility is equally important. Replacing a failed ignition module with a component that has a different input voltage or incompatible connection can result in poor ignition performance or electrical failure.

The 4-burner configuration makes this ignition module relevant to a range of gas cooking appliances.

Residential Gas Cookers

A 4-burner gas stove commonly serves household kitchens where several burners are used for different cooking tasks. An electronic ignition system allows the burner to be ignited through an electrical spark rather than a separate manual flame source.

Gas Cooker Replacement Projects

When an existing ignition module fails, a compatible replacement component can restore the electronic ignition function without replacing the complete gas stove.

Before purchasing replacement quantities, buyers should compare:

• Input voltage
• Frequency
• Ignition voltage
• Spark frequency
• Number of burners
• Electrode configuration
• Wiring connection
• Mounting dimensions
• Operating temperature

Gas Appliance Repair

Service companies can use compatible ignition modules as replacement components for gas stove and cooker repair projects.

The module should be selected based on the original appliance specifications rather than appearance alone.

Appliance Assembly

For gas stove assembly projects, the ignition module can be incorporated into the appliance electrical system together with electrodes, ignition switches, burner assemblies and related wiring.

OEM and Bulk Purchasing

With a minimum order quantity of 1,000 pieces and standard export carton packaging of 500 pcs/ctn, the component is suitable for buyers planning regular replacement demand, appliance assembly or wholesale component purchasing.

Ignition voltage is one of the main specifications buyers should review when sourcing a gas stove spark generator.

This model provides an ignition voltage of ≥10kV at 30pF.

A gas stove ignition system requires sufficient electrical voltage to create a spark across the electrode gap. The actual ignition performance also depends on electrode condition, electrode gap, wiring, grounding, burner design, gas pressure and environmental conditions.

This means a high-voltage rating alone does not guarantee ignition in every appliance. The complete ignition system must be correctly matched.

For product development and replacement purchasing, buyers should therefore evaluate the ignition module as part of the entire electrical ignition circuit.

A replacement ignition module needs more than a similar shape.

The electrical specifications should match the target appliance.

This product provides a clear specification set:

220–240V AC ±10% input
50–60Hz frequency
≥10kV ignition voltage
1–10Hz spark frequency at 230V AC
≥30,000 ignition cycles
120°C maximum temperature

These specifications give purchasing teams and technicians measurable criteria for component comparison.

If you are replacing an existing module, compare the original component label and technical documentation before ordering. Pay particular attention to voltage, wiring, electrode output and ignition configuration.

Stable Specification Reference

Clear electrical specifications make it easier for purchasing teams to compare the component with existing gas stove designs.

High Cycle Rating

With a specified lifetime of at least 30,000 ignition cycles, the module is designed for repeated ignition operation under suitable application conditions.

10kV High-Voltage Output

The ≥10kV ignition voltage provides the electrical output required for high-voltage spark generation through the ignition electrode.

4-Burner Application

The product positioning around 4-burner gas stove applications helps buyers identify a suitable component category more quickly.

Standard Carton Packaging

The packaging specification is 500 pieces per carton, supporting organized bulk shipment and inventory management.

1,000-Piece MOQ

A 1,000-piece MOQ is suitable for appliance component purchasing, replacement inventory and recurring B2B demand.

1. What is a gas stove ignition module?

A gas stove ignition module is an electronic component that generates high-voltage electrical pulses for gas burner ignition. It works with an ignition electrode to create a spark near the burner, allowing the gas-air mixture to ignite when suitable combustion conditions are present.

2. Is this ignition module suitable for a 4-burner gas stove?

Yes. This product is positioned for 4-burner gas stove applications. However, buyers should verify the electrical input, wiring configuration, electrode connection and original ignition system before replacement.

3. What is the input voltage of this ignition module?

The rated power supply is 220–240V AC ±10% with a frequency of 50–60Hz.

4. What is the ignition voltage?

The ignition voltage is specified at ≥10kV at 30pF. This high-voltage output is used to generate the electrical spark through the ignition electrode.

5. What is the spark frequency?

The specified manual spark frequency is 1–10Hz at 230V AC. Actual ignition operation depends on the appliance control system and overall ignition circuit.

6. How many ignition cycles can the module support?

The specified service life is ≥30,000 cycles. Actual service life can vary depending on electrical conditions, appliance design, installation quality, operating environment and usage frequency.

7. What material is used for the ignition module housing?

The listed material is plastic. The product has a specified maximum temperature of 120°C and should be installed in a suitable position within the appliance.

8. Can this product replace another gas stove ignition module?

Potentially, but replacement should be based on technical compatibility rather than physical appearance alone. Check voltage, frequency, ignition voltage, spark frequency, wiring, electrode configuration and mounting requirements before replacement.

9. Does the ignition module ignite the gas directly?

The module generates the electrical spark. The ignition electrode creates the spark near the burner. Gas flow and burner design determine the combustion process. The module is therefore one part of the complete gas stove ignition system.

10. What should I check if the burner does not ignite after replacement?

Check the power supply, wiring, grounding, electrode connection, electrode position, electrode gap and burner condition. Also confirm that the ignition module is compatible with the appliance's electrical design. Gas-related inspection should be performed by qualified personnel.

11. What is the MOQ?

The minimum order quantity is 1,000 pieces.

12. How are the ignition modules packaged?

The standard packaging specification is 500 pieces per carton using standard export cartons.

13. Is this product suitable for bulk appliance production?

The 1,000-piece MOQ and 500-piece carton packaging make it suitable for bulk component purchasing and gas stove assembly programs. Buyers should provide their appliance specifications for compatibility evaluation.

14. Can the ignition module be used for gas cooker repair?

Yes, it can be considered for compatible gas cooker and gas stove replacement applications. The original ignition module specifications should be compared before purchase.

15. Why is the 10kV specification important?

The ignition system requires high voltage to create a spark across the electrode gap. The ≥10kV specification provides an important technical reference when comparing ignition modules for compatible gas appliance designs.