Southbend SOU1195448 Oven Flame Sensor 90°

SKU: SOU1195448 1-SOU1195448 Brand:
Southbend
Availability:
In Stock
(0)
$91.27 Price reduced from $171.89
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Description

The Southbend SOU1195448 Oven Flame Sensor 90° is a safety and ignition monitoring component used in commercial systems. It detects the presence of a flame at the burner, and sends feedback to the control system to confirm safe ignition and continuous operation. Installed in a commercial appliance, it supports temperature-controlled cooking processes by maintaining burner safety and operational accuracy within the heating system. Within the appliance assembly, the sensor works with ignition modules and safety controls to ensure the gas supply is regulated based on flame detection signals during each heating cycle sequence.

Dimensions:

  • Weight: 0.25 lbs
  • Length: 6 in
  • Height: 0.5 in
  • Width: 0.5 in

MIDDLEBY MARSHALL:

1175127

SOUTHBEND:

1175127 1189311 1195448 B93-00008 B93-00020 SOU1175127 SOU1189311

Step1: Turn off gas supply and disconnect power to the unit.

Step2: Allow equipment to cool completely before handling.

Step3: Locate and remove the old flame sensor carefully.

Step4: Disconnect wiring from the existing sensor.

Step5: Attach wiring to the new flame sensor securely.

Step6: Install and position the new sensor at a 90° angle as designed.

Step7: Restore power and gas, then test for proper operation and safety.

  • What maintenance is required for the Southbend SOU1195448 Flame Sensor?

    Regularly inspect the flame sensor for carbon buildup, oxidation, and grease deposits that can interfere with flame detection. Clean the sensing rod carefully to maintain accurate flame recognition. Check mounting alignment and wiring integrity to ensure consistent signal transmission. Proper maintenance helps prevent ignition failures and improves safety accuracy.

  • What are common issues with the Southbend SOU1195448 Flame Sensor?

    • Failure to detect flame presence.
    • Intermittent shutdown of burner system.
    • Carbon buildup reducing sensor accuracy.
    • Misalignment with burner flame path.
    • Weak or inconsistent signal output.

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