Duke 213533 Gas Burner W/Cap Brass 77 Orifice 2-3/8" 1/16" MPT 6 Slot 4 Air Holes 3/4" DIA

SKU: 213533 Brand:
Duke
Availability:
In Stock
(0)
C$ 56.83 Price reduced from C$ 92.16
Save C$ 35.33
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Specifications:

Attribute Details
Brass Burner
[ 1/16" Mpt ] Brass 3/4" Dia [ Orifice - #77 ] Lp,
6 Slot Cap~
4 Air Holes, 2-3/8" Long, 2500 Btu
Cap Only # 26-1797
Duke

Description

The Duke 213533 burner is a long lasting 3/4” diameter brass burner that is suitable for use with LP gas systems. With a #77 orifice and a 6 slot cap with 4 air holes, this burner produces better flame for various cooking purposes. It has a length of 2-3/8 inches and comes with a 1/16 inch MPT fitting for any configuration. With a BTU of 2500, it efficiency in the home, offices, shops, restaurant and more. Suitable for cooking appliances, the gas burner is easy to install and provides long-term use.

More Information:

  • DUKE:-213533 ,-3533 ,-3533-2 ,213533 ,3533 ,3533-2 ,DUK213533 ,DUK3533

Step1: Turn off gas supply and ensure workspace is cool.

Step2: Remove old burner and clean mounting area.

Step3: Align new brass burner with MPT connection.

Step4: Secure fitting tightly without overtightening.

Step5: Attach cap and check air holes alignment.

Step6: Reconnect gas line and test for leaks using soapy water.

Step7: Light burner carefully and adjust air flow

Step8: Safety: use protective gloves and ensure ventilation.

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  • What maintenance is required for the Duke 213533 Gas Burner?

    Clean burner ports and air holes regularly to prevent clogging and ensure proper flame distribution. Inspect the cap for corrosion or carbon buildup and remove debris carefully. Check gas connections for leaks and secure fittings. Regular maintenance ensures efficient combustion and safe operation.

  • What are common issues with the Duke 213533 Gas Burner?

    • Uneven flame or weak burner output due to clogged air holes.
    • Delayed ignition or difficulty lighting from blocked ports.
    • Gas leakage from loose or worn fittings.
    • Carbon buildup reducing heat efficiency and performance.