Best Kerosene Heater Igniter Guide and Replacement Options

Finding the right kerosene heater igniter ensures reliable starts and safer heater operation. Below is a quick comparison table of selected replacement igniters suited for common kerosene heater models and hot-surface ignition systems. Each product review includes compatibility details, notable features, and installation notes to help you decide.

Product	Brand	Primary Fit/Use
Kero World DH-30 Kerosene Heater A Style Igniter	Kero World	A-Style Kero Heater Igniter
Kero World DH-31 Kerosene Heater B Style Igniter	Kero World	B-Style Kero Heater Igniter
Kero World DH-30 (World Marketing Of America)	World Marketing of America	Fits Kero-Heat, Toyotomi, Comfort Glow, similar
PP200 PP200SC HA1000 Hot Surface Igniter	TUAIC	Heavy-duty HSI for Reddy/Master/Desa and similar jet heaters
Electric Igniter Patio Heater Glass Tube Pyramid	Generic	Battery electric spark igniter for pilot tubes

Kero World DH-30 Kerosene Heater A Style Igniter

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This replacement part is identified as an A-style igniter for kerosene heaters. The manufacturer notes the pins are oriented opposite the heating coil, a detail important for matching to your heater’s connector layout. The product is manufactured in South Korea, which can be relevant for buyers tracking manufacturing origin.

Compatibility: Designed for heaters that use an A-style igniter pin arrangement. Before purchase, compare the physical pin orientation and mounting style to your existing igniter.

Installation Notes: Basic replacement steps typically include disconnecting power, removing the old igniter assembly, matching pin orientation, and securing the replacement. Use appropriate safety precautions when working with heater components.

Kero World DH-31 Kerosene Heater B Style Igniter

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The DH-31 is labeled as a B-style igniter and is offered as a single-pack replacement. B-style denotes a distinct pin and coil arrangement, so it’s critical to verify the match against your heater’s original igniter.

Compatibility: Best suited to kerosene heater models that require a B-style igniter. The product listing indicates it comes as a single unit; confirm whether your heater requires multiple or additional mounting parts.

Installation Notes: Typical installations require removing panels to access the igniter assembly. Check clearance and probe positioning to ensure the sparking surface aligns with the pilot or burner as required by the manufacturer.

Kero World DH-30 Kerosene Heater A Style Igniter (Fits Many Brands)

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This variant of the DH-30 indicates broader compatibility and specifically lists fitment for Kero-Heat, Kero-Sun, Toyotomi, Comfort Glow and similar brands. That makes it a versatile option when the heater brand you own matches one of those mentioned.

Compatibility: Use this product when your heater model documentation or the old igniter lists any of the named brands. Always cross-check connector style, mounting tabs, and probe spacing.

Installation Notes: Because it is listed as compatible with several brands, expect a general-purpose fit. Still confirm the electrical connector and mechanical mounting. If in doubt, retain the old part for direct comparison prior to installation.

PP200 PP200SC HA1000 Hot Surface Igniter For Jet Heaters

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The PP200 / HA1000 hot surface igniter is designed as a heavy-duty option for jet-style kerosene heaters. The listing highlights thicker, more durable construction compared with some original thin elements.

Compatibility: Stated fitment includes All-Pro, Desa, Dayton, John Deere, Master, ProCom, Reddy, Remington, Sears, and many others. The product lists several part numbers (PP200, 102548-01 to -07 series), which helps when cross-referencing an OEM part number.

Performance & Installation: This is a hot surface igniter (HSI) rather than a spark electrode. HSIs heat to a high temperature to light the fuel-air mix. Installation is often straightforward; however, ensure your heater’s control system supports HSI operation and the replacement part’s mounting and electrical connector align with the original. The listing notes easy and fast installation and improved durability.

Electric Igniter Patio Heater Glass Tube Pyramid Models GSH BFC HLDS01

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This battery-powered electric igniter uses a single AA battery to generate a spark to the pilot tube. It is positioned for glass-tube pyramid patio heaters and similar outdoor models that use a pilot spark system.

Compatibility: Intended for patio and outdoor heaters utilizing a pilot spark electrode assembly. While not a direct fit for every kerosene heater, this style can be useful for heaters with external pilot tubing and simple spark pilot systems.

Practical Notes: Battery operation provides convenience where wiring or AC power access is limited. Confirm the spark probe geometry and mounting before assuming fitment. This type of igniter is typically for spark pilot ignition rather than hot surface operation.

Buying Guide: How To Choose The Right Kerosene Heater Igniter

Selecting the correct igniter involves matching several technical and practical factors. Below, key considerations and comparison perspectives are organized to help you choose an appropriate replacement.

1. Identify Ignition Type

There are two common ignition types: spark (electrode) ignition and hot surface ignition (HSI). Spark igniters produce an electrical arc between probes to ignite the pilot flame. HSIs become red-hot and ignite the fuel-air mixture directly. Ensure you select the type your heater uses; they are not interchangeable without control-system changes.

2. Confirm Physical Fit

Compare the replacement igniter to the original by checking:

• Pin/Connector Orientation: A-style vs B-style or specific multi-pin connectors.
• Mounting Tabs and Bracket Dimensions: Hole placement and bracket geometry must match to secure the part correctly.
• Probe Length and Spacing: The gap between probe and ground or pilot tip affects ignition performance.

3. Match Part Numbers And Cross-References

Use OEM part numbers or cross-reference lists when available. Products like the PP200 list many compatible part numbers and manufacturers, which simplifies matching. If your existing part has a number, search for replacements listing that number or equivalent series.

4. Material Durability And Construction

Hot surface elements can be brittle; heavier-duty aftermarket units may provide longer service life. For spark electrodes, look for solid ceramic insulation and corrosion-resistant probes. Durability is important if your heater cycles frequently or operates in a dusty environment.

5. Electrical And Control Compatibility

Check voltage/current requirements and whether the heater control module supports spark vs HSI. HSIs draw different currents and may need a specific ignition relay or control board. Replacing a spark electrode with an HSI without modifying electronics is not recommended.

6. Ease Of Installation

Some replacements advertise plug-and-play fitment; others may require fabrication or adapter wiring. Consider whether you have tools and experience for minor mechanical alignment and electrical reconnection. For complex replacements, professional service may avoid control issues.

7. Environmental And Usage Factors

Outdoor patio or pyramid-style heaters can benefit from battery or remote spark solutions when AC is not available. Indoor kerosene space heaters typically rely on integrated igniters; choose parts rated for indoor use per the heater manufacturer’s guidance.

8. Safety And Regulatory Considerations

Always ensure the replacement part conforms to the heater manufacturer’s safety design. Replacing ignition components can affect flame sensing and safety shutdown functions. After any replacement, perform a full functional check: verify pilot lighting, safe flame sensing, and automatic shutdown on fault conditions.

9. Troubleshooting And Diagnostics

If a new igniter fails quickly, inspect ancillary systems: fuel delivery, wick condition, pilot orifice cleanliness, wiring continuity, and control module outputs. Sometimes ignition failure is due to contaminated probes, warped mounting, or upstream electronic faults rather than the igniter element itself.

10. Comparative Perspectives

When comparing options, weigh these trade-offs:

• OEM Exact-Fit vs Universal Heavy-Duty: OEM-style parts usually provide precise fit and straightforward replacement; heavy-duty or universal units can offer improved longevity but may require adaptation.
• Spark vs HSI: Spark systems are common and tolerate quick cycling. HSIs provide silent ignition and can be more efficient but require compatible controls and are typically more delicate.
• Battery-Powered Convenience vs Wired Reliability: Battery igniters are handy outdoors; wired systems offer continuous, maintenance-free operation for indoor heaters.

Final Checks Before Purchase:

• Confirm the exact model and part number of your current igniter.
• Compare pin orientation, probe spacing, and mounting details visually or via the heater manual.
• Review product feature lists for specified fits; where available, cross-reference OEM numbers.
• Consider durability upgrades only when you understand any resulting installation or electrical implications.