6 Burner Gas Stove Ignition Module 10kV Electronic Spark Generator

The product is positioned for 6-burner gas stove applications, including large residential cookers, commercial kitchen ranges, gas appliance repair, replacement projects and OEM appliance assembly.

A six-burner gas stove can provide more cooking zones than a standard four-burner configuration, making it suitable for larger kitchens and applications where several cooking operations may take place at the same time. For these appliances, the ignition system needs to be matched with the overall burner configuration, electrode arrangement, wiring design and control system.

This ignition module is specified for 220–240V AC ±10% input and 50–60Hz frequency. Its ignition voltage reaches ≥10kV at 30pF, while the manual spark frequency is specified at 1–10Hz at 230V AC. The designed service life is ≥30,000 ignition cycles.

The module uses a plastic housing and has a specified maximum temperature of 120°C. Standard packaging is 500 pcs per carton, with a 1,000-piece MOQ, making the product suitable for gas appliance component distributors, repair businesses, appliance manufacturers and bulk purchasing programs.

The term “6 burner” refers to the intended gas stove application. It does not necessarily mean that the ignition module has six independent high-voltage outputs. The actual ignition configuration depends on the target appliance's circuit design, switching method, electrode arrangement and original ignition module.

A six-burner gas stove contains more burner positions than a conventional four-burner cooker. Depending on the appliance design, users may operate several burners during the same cooking session.

Large household kitchens may use different burners for boiling, frying, simmering and cooking at the same time. Commercial kitchens can also rely on multi-burner ranges for continuous food preparation.

Because of this, buyers selecting an ignition module should evaluate more than whether the component can produce a visible spark.

Important selection factors include:

• Input voltage
• Power frequency
• Ignition voltage
• Spark frequency
• Electrode connection
• Wiring configuration
• Ignition control method
• Installation position
• Temperature environment
• Expected ignition cycles

The Vangood ignition module provides clearly defined electrical specifications that can be used as a reference when evaluating compatibility with a six-burner gas stove ignition system.

1. Designed for 6-Burner Gas Stove Applications

This ignition module is positioned for six-burner gas stove and compatible multi-burner appliance applications.

It can be considered for large residential cookers, commercial kitchen ranges, replacement projects and gas appliance assembly where the electrical specifications match the target system.

For replacement applications, buyers should compare the original ignition module's voltage, wiring, electrode configuration and mounting arrangement before ordering.

2. ≥10kV High-Voltage Ignition Output

The ignition voltage is specified at:

≥10kV @ 30pF

The high-voltage output is transferred through the ignition circuit to the electrode, where an electrical spark can be generated under suitable electrode-gap conditions.

Ignition voltage is an important technical specification when selecting a gas stove spark generator. However, actual ignition performance depends on the complete ignition system.

Electrode condition, electrode gap, grounding, wiring, burner construction and gas supply can all influence the final ignition result.

For this reason, buyers should evaluate the module together with the appliance rather than selecting a replacement solely according to physical appearance.

3. 220–240V AC Input

The module is rated for:

220–240V AC ±10%

Power frequency:

50–60Hz

This specification provides a clear reference for appliances using compatible AC electrical systems.

For replacement projects, always compare the original appliance and ignition module specifications before installation.

4. 1–10Hz Spark Frequency

The manual spark frequency is:

1–10Hz @ 230V AC

Spark frequency describes how frequently ignition pulses can be generated during the ignition process.

The required ignition frequency depends on the appliance's control circuit, ignition timing, electrode arrangement and burner design. The number of burners alone does not determine the required spark frequency.

5. ≥30,000 Ignition Cycles

The designed service life is:

≥30,000 ignition cycles

Multi-burner gas stoves may experience repeated ignition operations during long-term use. Ignition-cycle life is therefore an important consideration for appliance designers, maintenance companies and component buyers.

Under compatible electrical conditions, correct installation and suitable operating environments, the specified cycle rating provides a useful reference for long-term ignition applications.

6. 0.6VA Absorbed Supply

The specified absorbed supply is:

0.6VA

This value helps engineers and purchasing teams evaluate the electrical characteristics of the ignition module within the target appliance.

For OEM appliance projects, the module should be evaluated together with the complete power and ignition circuit.

7. 120°C Maximum Temperature Specification

The maximum specified temperature is:

120°C

Gas stove interiors can contain areas exposed to elevated temperatures. The ignition module should therefore be installed in a suitable electrical compartment or location away from direct flame and unnecessary heat exposure.

An electronic gas stove ignition module converts electrical energy into the high-voltage output needed to create an ignition spark.

The process can be understood in several stages.

Step 1: Electrical Input

When the ignition system is activated, electrical power enters the ignition module.

This product is designed for 220–240V AC ±10% at 50–60Hz.

Step 2: High-Voltage Generation

The internal electronic circuit processes the incoming electrical energy and generates a high-voltage ignition output.

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

Step 3: High-Voltage Transmission

The high-voltage energy travels through the appropriate ignition circuit toward the ignition electrode.

Step 4: Electrode Spark

When the electrical conditions across the electrode are suitable, a spark is generated near the burner.

Step 5: Gas Ignition

When gas is released through the burner and combines with air under suitable combustion conditions, the spark can initiate ignition.

The ignition module is therefore one component of a larger system. The electrode, burner, wiring, grounding, gas supply and control circuit all contribute to the final ignition performance.

Large Residential Kitchens

Six-burner gas stoves provide multiple cooking zones for households that require a larger cooking surface.

A homeowner may use several burners simultaneously for different cooking tasks. A compatible electronic ignition system can provide convenient burner starting without requiring a separate external flame source.

The Vangood ignition module can be considered for compatible six-burner residential cooker designs.

Commercial Kitchens

Restaurants, hotels, catering facilities and institutional kitchens may use multi-burner gas ranges to support multiple cooking operations.

Commercial appliances can experience more frequent ignition cycles than typical household cookers. For this reason, buyers may pay particular attention to ignition-cycle life, electrical compatibility and replacement availability.

The ≥30,000-cycle specification provides a useful reference when evaluating this module for suitable commercial applications.

Gas Stove Replacement Projects

A failed ignition module can prevent a gas stove from starting its burner through electronic ignition.

For replacement applications, buyers should compare the original module before ordering.

Recommended information includes:

• Original ignition module photo
• Product label
• Input voltage
• Wiring configuration
• Electrode connection
• Gas stove model
• Burner configuration

These details can help determine whether the replacement module is technically suitable.

Gas Appliance Assembly

Gas stove manufacturers can evaluate the ignition module as part of an electronic ignition system.

For a six-burner appliance, the ignition circuit should be reviewed together with the burner layout, electrode configuration, control method and wiring architecture.

Gas Appliance Component Distribution

Gas appliance distributors and replacement-parts wholesalers can stock compatible ignition modules for maintenance and repair applications.

The 1,000-piece MOQ and 500 pcs/ctn packaging provide a clear basis for bulk procurement and inventory planning.

Clearly Defined Electrical Specifications

Voltage, frequency, ignition voltage, spark frequency and cycle life are clearly specified, allowing purchasing teams to compare the component against their existing ignition system.

≥10kV Ignition Output

The high-voltage output provides an important technical reference for electronic spark ignition applications.

≥30,000 Ignition Cycles

The specified cycle life is suitable for evaluation in gas appliances requiring repeated ignition operation.

Multi-Burner Application

The product is positioned for six-burner gas stove applications, including larger household cookers and suitable commercial kitchen equipment.

Standard Export Packaging

The standard packaging quantity is 500 pieces per carton, supporting organized shipping and inventory management.

1,000-Piece MOQ

The MOQ supports bulk purchasing programs, component distribution and OEM appliance projects.

1. Is this ignition module suitable for a 6-burner gas stove?

Yes. The product is positioned for six-burner gas stove and compatible multi-burner cooker applications.

However, burner count alone does not guarantee compatibility. Input voltage, wiring, electrode arrangement and ignition circuit design should also be checked.

2. What is the input voltage?

The rated input voltage is 220–240V AC ±10%.

The specified power frequency is 50–60Hz.

3. What is the ignition voltage?

The ignition voltage is specified at ≥10kV at 30pF.

This high-voltage output is used as part of the electronic spark ignition system.

4. How long is the ignition module designed to last?

The designed service life is ≥30,000 ignition cycles.

Actual service life may vary according to operating conditions, installation, electrical stability, environmental temperature and usage frequency.

5. What is the spark frequency?

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

The actual ignition sequence depends on the appliance's control system.

6. Does a 6-burner stove require six ignition modules?

Not necessarily.

The number of burners does not directly determine the number of ignition modules. Different appliances can use different ignition circuit architectures.

The original appliance design should be checked before selecting a replacement component.

7. Can this module replace another ignition module?

It can be evaluated as a replacement when the electrical and mechanical requirements are compatible.

Compare voltage, frequency, ignition voltage, wiring, electrode configuration and installation requirements before ordering.

8. Why is there a spark but the gas stove still does not ignite?

Possible causes include:

• Incorrect electrode position;
• Incorrect electrode gap;
• Poor grounding;
• Insufficient gas supply;
• Blocked burner ports;
• Damaged ignition wiring;
• Incompatible ignition module;
• Incorrect appliance installation.

A spark from the module does not necessarily mean the complete ignition system is functioning correctly.

9. Where should the ignition module be installed?

It should normally be installed in a suitable electrical area inside the appliance, away from direct flame and excessive heat.

The exact position depends on the stove structure and the appliance manufacturer's design.

10. What is the maximum temperature specification?

The maximum specified temperature is 120°C.

The module should still be positioned away from direct flame and unnecessary heat exposure.

11. What material is used?

The listed housing material is plastic.

The installation location should be selected according to the appliance's internal temperature environment.

12. What is the MOQ?

The minimum order quantity is 1,000 pieces.

This quantity is suitable for B2B bulk purchasing, OEM programs and replacement-parts inventory.

13. How many pieces are packed in one carton?

The standard packaging quantity is 500 pcs per carton.

Carton dimensions and gross weight can be confirmed according to the actual order packaging arrangement.

14. Can this module be used in commercial kitchens?

It can be evaluated for compatible commercial gas ranges when the electrical specifications and ignition architecture match.

Because commercial equipment may experience frequent ignition cycles, buyers should review the cycle-life specification and complete system compatibility.

15. Is this ignition module suitable for OEM gas stove projects?

It can be considered for OEM gas stove projects that match the product specifications.

For new appliance development, the ignition circuit, electrode arrangement, electrical requirements and installation conditions should be evaluated before mass production.

16. What information should I provide before purchasing?

If you are unsure whether the module is compatible, provide:

• Gas stove photos;
• Original ignition module photos;
• Product label;
• Wiring photos;
• Operating voltage;
• Burner quantity;
• Electrode photos;
• Required purchasing quantity.

This information can help purchasing and technical teams evaluate compatibility more efficiently.