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0130F00010 Furnace Flame Sensor Replacement - For Goodman Amana Furnaces - 5 Pack

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$16.48
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0130F00010 Flame Sensor

Key Features

  • Senses the presence of flame in the burner assembly.
  • Direct replacement part designed for proper fit and function.
  • Enables consistent furnace operation by sending a signal to the control board.

Replaces / Cross-Reference Part Numbers

  • 0130F00010
  • B1172606
  • B11726-06
  • 20488501
  • TJFLS013
  • 2645136
  • AP4513976
  • AP6326767
  • L38035
  • ACS90453BXA

Compatibility & Fitment

  • Designed for use with various furnace models from Goodman, Amana, and Daikin.
  • Fits specific models including GMHB and GDHB series.
  • Verify compatibility by checking the part number on your original sensor or in your furnace's service manual.

When to Replace

  • Furnace burners ignite for a few seconds and then shut off.
  • Heating cycle starts but does not complete.
  • Diagnostic codes indicate a flame sense or ignition failure.
  • Existing sensor rod is corroded, cracked, or heavily coated in carbon buildup.

Installation Tips

  • Always disconnect all electrical power to the furnace before servicing.
  • Locate the sensor near the rear burner, typically secured with a single 1/4 inch hex screw.
  • Remove the screw and wire to release the old sensor.
  • Install the new sensor, ensuring the porcelain insulator is intact and the rod does not ground against any metal.
  • Securely fasten the screw and reconnect the wire.
  • Restore power and test the furnace through a full heating cycle.
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Product image
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  • SENSITIVE FLAME DETECTION

    SENSITIVE FLAME DETECTION

    Ensures the gas valve opens only when a flame is present, preventing gas buildup and keeping your home safe
  • FIX FURNACE'S SYMPTOMS

    FIX FURNACE'S SYMPTOMS

    Short cycling | No heat or inconsistent heating | Delayed ignition | Error codes | Dirty flame sensor rod | Cracked ceramic insulator
  • EFFECTIVE SOLUTION

    EFFECTIVE SOLUTION

    Enjoy the great feeling when your furnace works properly like before - BlueStars brings DIY solutions to help you deal with any trouble
  • HIGH QUALITY

    HIGH QUALITY

    Made of premium materials to withstand high temperatures and ensure accurate flame detection with long-lasting performance
6 SIMPLE STEPS

6 SIMPLE STEPS

1. Turn off furnace power, close gas valve, and remove the front panel. Then locate the flame sensor & Disconnect the wire; 2. Uncrew and remove the old flame sensor & Install the new one, secure it into place, and reconnect wire; 3. Reattach the panel, open gas valve and turn power back on. *Note: Use work gloves during installation for safety. Avoid touching the metal rod part as oils from your skin can cause carbon buildup and premature failure, hold it only by the ceramic base.
Style
‎Straight rod
Overall Dimensions
‎3-3/4" L x 1-1/4" W x 3/4" H
Element (Rod) Length
‎2-1/8"
Bracket Length
‎1-1/4"
Connection
‎Male spade terminal
Material
‎Metal rod with porcelain (ceramic) insulator
Color
‎Silver / White

FAQ

This sensor is designed for a wide range of Goodman, Amana, and Daikin furnace models. It is a direct replacement for part number 0130F00010 and is compatible with systems utilizing part numbers B1172606, B11726-06, 20488501, ACS90453BXA, P1257001F, P1257007F, P1257002F, ACS90703BXA, 2645136, TJFLS013, and AP4513976.
The most common symptom is the furnace burner igniting for a few seconds and then immediately shutting off. This happens because the sensor is unable to detect the flame, causing the control board to cut the gas supply as a safety precaution. If your furnace cycles on and off repeatedly, the sensor is likely dirty or failing.
You can often extend the life of a sensor by gently cleaning the rod with a fine-grit abrasive pad or steel wool to remove carbon buildup. However, if the ceramic insulator is cracked or the metal rod is pitted or corroded, cleaning will not resolve the issue, and the sensor must be replaced.
Replacing the flame sensor is a straightforward task that typically takes 10 to 15 minutes. You will generally only need a 1/4-inch nut driver to remove the single screw holding the sensor in place. Always ensure the power to the furnace is turned off at the breaker before beginning the repair.
Flame sensors operate in a high-heat environment and are constantly exposed to the combustion process. Over time, carbon deposits and oxidation accumulate on the sensor rod, which prevents it from conducting the electrical signal required to verify the flame. Once this layer becomes too thick, the control board can no longer 'see' the flame, leading to system lockout.