Eclipse 10019728 Ignitor
The Eclipse 10019728 Ignitor is a high-performance silicon carbide hot surface igniter engineered for precision ignition in industrial burner systems. Designed with a 70mm extended ceramic base, this component ensures proper electrode positioning and dielectric insulation in high-temperature environments. It is a direct replacement part for several Eclipse ThermJet burners and AH models, providing the thermal shock resistance required for rapid cycling and consistent flame establishment. This industrial combustion ignitor is built to withstand rigorous duty cycles while maintaining high resistance stability, preventing premature failures in critical process heating applications.
Key Technical Benefits:
- Extended 70mm Ceramic Housing: Provides superior electrical isolation and prevents arcing against the burner housing.
- High-Temperature Silicon Carbide: Optimized for rapid heat-up times and long-term durability in industrial furnace environments.
- Direct Compatibility: Engineered specifically for Eclipse burner systems, ensuring precise fitment and reduced downtime during maintenance.
- Thermal Shock Resistance: Capable of handling rapid temperature fluctuations without structural degradation.
Common Questions & Technical Insights:
What causes frequent ignitor failure in industrial burners? Most failures result from physical damage during installation, carbon buildup on the element, or excessive voltage leaks caused by cracked ceramic insulation.
Will this igniter fit different burner brands? While this is an OEM Eclipse 10019728 part, compatibility depends on the mounting bracket and ceramic length; always verify the 70mm extension before installation.
How do I test the 10019728 ignitor? Measure the resistance across the lead wires using an ohmmeter at room temperature; a reading significantly outside the manufacturer's specified range indicates a failing element.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Original: $325.05
-65%$325.05
$113.77Eclipse 10019728 Ignitor
The Eclipse 10019728 Ignitor is a high-performance silicon carbide hot surface igniter engineered for precision ignition in industrial burner systems. Designed with a 70mm extended ceramic base, this component ensures proper electrode positioning and dielectric insulation in high-temperature environments. It is a direct replacement part for several Eclipse ThermJet burners and AH models, providing the thermal shock resistance required for rapid cycling and consistent flame establishment. This industrial combustion ignitor is built to withstand rigorous duty cycles while maintaining high resistance stability, preventing premature failures in critical process heating applications.
Key Technical Benefits:
- Extended 70mm Ceramic Housing: Provides superior electrical isolation and prevents arcing against the burner housing.
- High-Temperature Silicon Carbide: Optimized for rapid heat-up times and long-term durability in industrial furnace environments.
- Direct Compatibility: Engineered specifically for Eclipse burner systems, ensuring precise fitment and reduced downtime during maintenance.
- Thermal Shock Resistance: Capable of handling rapid temperature fluctuations without structural degradation.
Common Questions & Technical Insights:
What causes frequent ignitor failure in industrial burners? Most failures result from physical damage during installation, carbon buildup on the element, or excessive voltage leaks caused by cracked ceramic insulation.
Will this igniter fit different burner brands? While this is an OEM Eclipse 10019728 part, compatibility depends on the mounting bracket and ceramic length; always verify the 70mm extension before installation.
How do I test the 10019728 ignitor? Measure the resistance across the lead wires using an ohmmeter at room temperature; a reading significantly outside the manufacturer's specified range indicates a failing element.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
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Product Information
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Description
The Eclipse 10019728 Ignitor is a high-performance silicon carbide hot surface igniter engineered for precision ignition in industrial burner systems. Designed with a 70mm extended ceramic base, this component ensures proper electrode positioning and dielectric insulation in high-temperature environments. It is a direct replacement part for several Eclipse ThermJet burners and AH models, providing the thermal shock resistance required for rapid cycling and consistent flame establishment. This industrial combustion ignitor is built to withstand rigorous duty cycles while maintaining high resistance stability, preventing premature failures in critical process heating applications.
Key Technical Benefits:
- Extended 70mm Ceramic Housing: Provides superior electrical isolation and prevents arcing against the burner housing.
- High-Temperature Silicon Carbide: Optimized for rapid heat-up times and long-term durability in industrial furnace environments.
- Direct Compatibility: Engineered specifically for Eclipse burner systems, ensuring precise fitment and reduced downtime during maintenance.
- Thermal Shock Resistance: Capable of handling rapid temperature fluctuations without structural degradation.
Common Questions & Technical Insights:
What causes frequent ignitor failure in industrial burners? Most failures result from physical damage during installation, carbon buildup on the element, or excessive voltage leaks caused by cracked ceramic insulation.
Will this igniter fit different burner brands? While this is an OEM Eclipse 10019728 part, compatibility depends on the mounting bracket and ceramic length; always verify the 70mm extension before installation.
How do I test the 10019728 ignitor? Measure the resistance across the lead wires using an ohmmeter at room temperature; a reading significantly outside the manufacturer's specified range indicates a failing element.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
