Ranco A30-3722-000 Temperature Control

SKU: A30-3722-000 1-A30-3722-000 Brand:
Ranco
Availability:
In Stock
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$136.96 Price reduced from $222.14
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Specifications:

  • Bin T'Stat W/ Dial
  • Temp 34 To 50 F, 84" Cap, Shaft D-Stem
  • Scotsman Cm500, Cm500Re, Cm650, Cme1000A, Cme250, Cme500,
  • Cme650, Cme650R, Cme855A, Cm1400R

Description

The Ranco A30-3722-000 Temperature Control functions as a bin thermostat which maintains temperatures within 34°F to 50°F range. This part includes an 84-inch capillary tube together with a D-stem shaft to enable accurate temperature control. This Temperature Control functions with Scotsman ice machine models CM500, CM650 and CME500. The equipment performance and operational lifespan increases because this device maintains proper temperatures which leads to efficient ice production and storage. The dial interface of this part provides easy temperature control which leads to dependable and consistent operation.

Dimensions:

  • Weight: 0.3 lbs
  • Length: 4.88 in
  • Height: 2.63 in
  • Width: 4 in

SCOTSMAN:

11-0427-01 11-0427-02 11-0427-22

Step1: Disconnect power to the refrigeration unit before servicing.

Step2: Remove the control panel and locate the existing temperature control.

Step3: Disconnect the wiring and carefully remove the sensing bulb and capillary tube.

Step4: Install the new Temperature Control in the same position.

Step5: Route and secure the capillary tube to prevent kinks or damage.

Step6: Reconnect the wiring and mounting hardware.

Step7: Restore power and test temperature regulation for proper operation.

  • What maintenance is required for the Ranco A30-3722-000 Temperature Control?

    Inspect wiring and connections of the Temperature Control to ensure stable operation. Clean terminals to prevent corrosion and maintain accurate temperature sensing. Check calibration periodically and keep unit dry and securely mounted.

  • What are common issues with the Ranco A30-3722-000 Temperature Control?

    • Inaccurate temperature readings due to sensor drift.
    • Loose wiring causing intermittent operation.
    • Corroded terminals reducing electrical contact.
    • Failure to switch heating or cooling loads.
    • Calibration loss affecting control stability.
    • Sensor failure leading to no response.

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