Atosa 301040009 Gas Griddle Burner Orifice #51 Propane

SKU: 301040009 Brand:
ATOSA
Availability:
In Stock
(0)
$18.24
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Specifications:

Attribute Details
Hood Orifice 3/8"-27 W/ #51 Hole
Star Fryer 216

Description

The Atosa 301040009 Burner Orifice is a metering component of propane gas that is used in compatible commercial griddles as a #51 Size. It manages the flow of fuel to the burner accurately which helps in the efficient mixing of the fuel and the stability of the flames. The orifice is installed as a component of the gas system of the griddle and operates in concert with the other components to ensure that the heating conditions are controlled. It also facilitates the burner operation in high-use cooking settings to assist the griddle in providing uniform surface temperatures.

More Information:

  • ATOSA:301040009||DYNAMIC COOKING SYSTEMS:13005-51||GARLAND:1020851 ,223242-51 ,M8-51||GLASS MAID:8-51||HOBART:00-418051-00051 ,00-719951-00051 ,19951-51 ,418051-00051 ,418051-51 ,719951-00051 ,719951-51||LOLO COMMERCIAL FOODSERVICE EQUIPMENT:159586||SOUTHBEND:1008751||STAR MFG:7757 ,E2-7757||VULCAN HART:00-418051-00051 ,00-719951-00051 ,19951-51 ,418051-00051 ,418051-51 ,719951-00051 ,719951-51

Step1: Turn off the appliance gas and allow the unit to cool.

Step2: Locate the orifice within the burner manifold.

Step3: Unscrew the existing orifice carefully.

Step4: Install the new orifice in the same position.

Step5: Tighten it snugly using proper tools.

Step6: Turn the gas back on and verify correct burner performance

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  • What maintenance is required for the Atosa 301040009 Orifice?

    Inspect the orifice regularly for dirt, grease, or residue that could block gas flow. Clean it carefully using a soft brush or compressed air. Check for secure installation and leaks. Always turn off the gas supply before performing maintenance.

  • What are common issues with the Atosa 301040009 Orifice?

    • Blockage from grease or debris buildup.
    • Weak or uneven flame output.
    • Restricted gas flow reducing efficiency.
    • Misalignment causing improper burner operation.
    • Wear or damage affecting consistent performance.