American Range A14035 Grill Cast Iron Jet Burner 9" DIA
C$139.95
Price reduced from
C$198.40
Specifications:
| Attribute | Details |
|---|---|
| Cast Iron 9" Dia Jet Burner, Lp W/ 23 Brass Jets | |
| 1/2" Fpt Inlet, ( No Longer Comes W/Pilot.) | |
| 100,000 Btu | |
| Lp Jet # 26-1870 | |
| Nat Jet # 26-1869 | |
| Imperial | |
| Range Series | Icra, Isp-J. |
| Rankin-Delux | |
| Range Series | Or Oriental Wok Range. |
Description
The American Range A14035 Grill Cast Iron Jet Burner is a heavy duty 9” diameter cast iron burner with 23 brass jets that deliver superior heat output. It provides heating capacity up to 100,000 BTU with 1/2” FPT inlet for easy connection. Specifically designed for LP gas use, this burner is suitable for Imperial ICRA, ISP-J and Rankin Delux Oriental Wok ranges. Constructed from durable cast iron, with precision brass jets it is built for performance and designed to last. Ideal for the improve kitchen, it allows high heat cooking, increasing efficiency and providing even heat for grilling, stir-frying.
More Information:
- AMERICAN RANGE:A14035||IMPERIAL:1273
Step1: Turn off gas supply, disconnect power, and ensure cool surface.
Step2: Remove old jet burner and clean mounting area.
Step3: Align new jet burner with gas inlet.
Step4: Secure burner using brackets or screws firmly.
Step5: Connect gas line ensuring tight leak-free fitting.
Step6: Perform leak test with soapy water before ignition.
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What maintenance is required for the American Range A14035 Jet Burner?
Regularly clean the burner ports to prevent grease and debris buildup. Inspect for rust and ensure proper gas flow. Periodically check alignment and connections. Proper maintenance ensures efficient combustion, consistent heat output, and better operation of the equipment.
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What are common issues with the American Range A14035 Jet Burner?
- Clogged burner ports causing uneven flame output.
- Rust or corrosion affecting heat distribution.
- Gas flow restriction leading to weak flame or ignition delay.
- Burner wear reducing efficiency over time.