Imperial 37089 Dial Off/200-550F

SKU: 37089 Brand:
Imperial
Availability:
In Stock
(0)
C$ 34.45 Price reduced from C$ 48.26
Save C$ 13.81
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Specifications:

Attribute Details
2" Dia, Black, 3/16" D-Stem Flat Down
Jade

Description

The Imperial 37089 Dial Off/200-550F is used as a control interface for temperature systems. It enables the user to choose heat levels ranging from off to 550 F, which gives instructions on how to use it. The dial is installed on the control panel and it is used together with the thermostat to control the delivery of heat. It is necessary in order to have a stable cooking and a constant system response. This dial is commonly used in commercial cooking applications and is used to control temperature and avoid damage due to heat selection.

More Information:

  • BAKERS PRIDE:AS-S1055A ,BKPS1055X ,S1055A ,S1055X||HOBART:00-418060-00001 ,24155-1 ,418060-00001 ,418060-1||IMPERIAL:37089||JADE RANGE:3075200000||SOUTHBEND:1190573||VULCAN HART:00-418060-00001 ,00-499168-00003 ,00-922511 ,418060-00001 ,418060-1 ,499168-00003 ,499168-3 ,922511 ,VH00-499168-00003 ,VH418060-1 ,VH499168-3

Step1: Turn off and disconnect power or gas supply to the appliance for safety.

Step2: Remove the old dial by gently pulling it off the control shaft.

Step3: Align the new dial with the shaft’s flat edge or indicator mark.

Step4: Push the dial firmly into place until secure.

Step5: Restore power and test temperature settings for proper operation.

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  • What maintenance is required for the Imperial 37089 Dial?

    Regularly inspect the dial for cracks, fading, or looseness to ensure accurate temperature control. Clean it gently using a soft cloth to remove grease buildup. Ensure proper alignment during installation and avoid excessive force when turning. Periodic checks aids to maintain consistent operation.

  • What are common issues with the Imperial 37089 Dial?

    • Dial becomes loose or slips during operation.
    • Faded or worn temperature markings affecting accuracy.
    • Cracking or physical damage due to heat exposure.
    • Misalignment causing incorrect temperature settings.