Scotsman 11-0428-01 Ice Machine Thermostat

SKU: 11-0428-01 Brand:
Scotsman
Availability:
In Stock
(0)
C$ 213.18 Price reduced from C$ 336.01
Save C$ 122.83
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Specifications:

Attribute Details
T'Stat W/Knob, Cube Size, Temp -19 To 22 Degrees F
Diferential 8 Degrees, Cap 20"
Scotsman
Ice Machine Cm250, Cm450(A,C,D,E), Cm500(C,D), Cm500R(C,D),
Cm550, Cm650(A,C,D,E,Re,We), Cm650C(A,D), Cm650Ra(C,D),
Cm855, Cm1000. Series Cm500.

Description

The Scotsman 11-0428-01 Thermostat with Knob is used to control the temperature of the ice machine to produce ice between -19 to 22 degree Fahrenheit. This thermostat has a differential of 8 degrees, which provides maximum control that improves the effectiveness of your equipment. Scotsman ice machine thermostat to fit Scotsman ice machine models CM250, CM450, CM500, CM500R, CM550, CM650, CM650C, CM650RA, CM855, and CM1000 to help ensure ice quality. The Scotsman thermostat has a 20” capacity and is a very durable and simple to install part that will assist in the longevity of your ice machine.

More Information:

  • RANCO:A22-1160 ,A22-4506||SCOTSMAN:11-0428-01 ,11-0428-21 ,11-0435-01 ,11-0435-21 ,11042801

Step1: Turn off and unplug the ice machine.

Step2: Remove the old thermostat from its mounting.

Step3: Connect and mount the new thermostat properly.

Step4: Ensure proper contact with ice sensor.

Step5: Test ice machine performance after installation.

Step6: Do not touch cold evaporator surfaces barehanded.

Customer Reviews

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  • What maintenance is required for the Scotsman 11-0428-01 Thermostat?

    Inspect connections and keep the ice machine thermostat area clean and dry. Check for proper operation regularly. Proper maintenance supports accurate temperature sensing and efficient ice production.

  • What are the common issues with the Scotsman 11-0428-01 Thermostat?

    • Incorrect temperature readings affecting ice formation cycles.
    • Failure to activate or shut off properly.
    • Electrical connection issues causing inconsistent operation.
    • Delayed response to temperature changes.
    • Sensor degradation over time.
    • System inefficiency due to improper temperature regulation.