Star Mfg 2J-60142501 Griddle Thermostat 150°-550°F

SKU: 2J-60142501 1-2J-60142501 Brand:
Star Mfg
Availability:
In Stock
(2)
$391.18 Price reduced from $562.03
Save $170.85
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Specifications:

  • Temperature Control, 150-550F
  • Magikitchn
  • Fg-Mkg36-Stl, Fg-Mkg48-Stl, Gm-Mkg60-Stl, Mkg-36-E,
  • Mkg-60-St, Mkg24, Mkg36, Mkg48, Mkg60, Mkg72

Description

The Star Mfg 2J-60142501 Griddle Thermostat is a solid state temperature control to control the temperatures ranging from 150°F to 550°F. This thermostat ensures that the cooking surface is appropriately heated thus making cooking easier and preparing equally good meals. This makes it easy to recover from a cycle, and perfect for use in busy restaurants or large scale catering services. There are enhanced power utility, reduced time and advanced versatility which makes it an essential aspect for a commercial kitchen set up.

Dimensions:

  • Weight: 0.48 lbs
  • Length: 4.5 in
  • Height: 3 in
  • Width: 3 in

ANETS:

60142501

MAGIKITCH'N:

60142501

PITCO:

60142501 PT60142501

Step1: Turn off power and allow griddle to cool completely.

Step2: Remove the existing thermostat from its housing.

Step3: Position the new thermostat and reconnect all wires correctly.

Step4: Secure mounting screws and ensure proper contact with the griddle plate.

Step5: Restore power and verify temperature control.

Step6: Do not touch the griddle surface until fully cooled.

  • What maintenance is required for the Star Mfg 2J-60142501 Thermostat?

    Regularly inspect the thermostat for proper calibration and ensure it accurately reflects the griddle surface temperature. Clean the surrounding grease buildup that may interfere with sensor performance. Check wiring connections for stability and confirm the probe is securely positioned.

  • What are the common issues with the Star Mfg 2J-60142501 Thermostat?

    • Inconsistent surface temperatures lead to uneven cooking results.
    • Calibration drift is causing inaccurate temperature readings over time.
    • Delayed response when adjusting heat settings.
    • Electrical connection faults interrupt proper operation.
    • Sensor wear reduces sensitivity and accuracy.
    • Overheating due to failure in regulating heat levels.
    • Grease accumulation is interfering with sensor performance.

Customer Reviews

5 Based on 2 reviews
5 ★
2
4 ★
0
3 ★
0
2 ★
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1 ★
0
2 reviews
  • Highly Satisfied
    Bardolph —

    Ideal temperature settings, efficient energy use

  • Great Performance
    Durland —

    Accurate temperature control every time

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