Hoshizaki 3A0172-01 Crescent Cuber Transformer W/2 Mount Holes

SKU: 3A0172-01 Brand:
Hoshizaki
Availability:
In Stock
(0)
$55.68 Price reduced from $67.95
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Specifications:

Attribute Details
Transformer, Primary ?V, Secondary ?V, ?Va
2 Mount Holes 2-1/4" Ctrs. (4) 8" Leads.
"Tamura"
Hoshizaki Cf1A-Fs, Cr1A-Fs, Fh1-Ssb, Fh1-Ssb-Hd,
Series Km. Kmd, Kml, Rh

Description

The Hoshizaki 3A0172-01 Crescent Cuber Transformer is used to convert the voltage received to the levels needed to run the appliance, to ensure that the electrical parts get the same amount of power. It has two mounting holes, which can be firmly attached to the internal structure of the machine. This transformer is designed to be installed directly into the icemaker cabinet, and it is placed close to the control board and electrical connections to ensure that the energy flows effectively in the unit.

More Information:

  • HOSHIZAKI:3A0172-01 ,3U0113-01 ,3U0135-01 ,3U0139-01 ,HOS3A0172-01 ,HOS3U0113-01 ,HOS3U0135-01 ,HOS3U0139-01

Step1: Disconnect electrical power to the appliance before servicing internal components.

Step2: Remove the control box or access panel to locate the existing transformer.

Step3: Label and disconnect the transformer wires to ensure correct reconnection.

Step4: Remove the mounting screws and detach the old transformer carefully.

Step5: Install the new transformer using the original mounting holes and reconnect wiring securely.

Step6: Reinstall the access panel, restore power, and test for the proper operation.

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  • What maintenance is required for the Hoshizaki 3A0172-01 Transformer?

    Inspect wiring and mount points regularly for tightness and corrosion. Keep unit clean dry and free from dust buildup to ensure stable electrical performance. Check connections and insulation for wear, replacing damaged components promptly and following electrical safety procedures.

  • What are common issues with the Hoshizaki 3A0172-01 Transformer?

    • Loose mounting causing vibration or noise during operation.
    • Overheating due to poor airflow or electrical overload.
    • Insulation breakdown leading to intermittent power failure.
    • Corrosion on leads affects conductivity and performance.