Cleveland 20533 Steamer Transformer

SKU: 20533 1-20533 Brand:
Cleveland
Availability:
In Stock
(0)
$143.77 Price reduced from $304.60
Save $160.83
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Specifications:

  • Transformer, 230/240/460/480V,
  • To Secondary 120/115/110V, 150Va
  • 4 Mount Holes (2-1/2" X 2-3/4" Ctrs ) (8) Screw Terminals.
  • Enclosed Coil.
  • Cleveland
  • Boilers For Convection Steamers Only.

Description

The Cleveland 20533 Transformer transforms 230/240/460/480V high voltage into 120/115/110V secondary voltage while providing 150VA of power to convection steamers. This transformer features enclosed coils with four mount holes positioned at 2-1/2" x 2-3/4" centers and eight screw terminals that simplify installation. The transformer's core function enables safe operation of steamers by converting high voltage into usable lower voltage levels. This transformer is required for proper and safe functioning in retail business cooking with convection steamers or for any food service application.

Dimensions:

  • Weight: 4.85 lbs
  • Length: 4.13 in
  • Height: 5 in
  • Width: 4.5 in

This Part Fits the Following Models

106 models
Cleveland 21-CET-16 Cleveland 21CET8 Cleveland 24CEA10 Cleveland 24CEM24 Cleveland 24CGM250 Cleveland 24CGM300 Cleveland 2DE Cleveland 2DE24 Cleveland 2DG Cleveland 2DG24 Cleveland 2DLE Cleveland 2DLG Cleveland 2DLLE Cleveland 2DLLG Cleveland 2DQTE Cleveland 2DQTG Cleveland 2DQTLE Cleveland 2DQTLG Cleveland 2DQTLLE Cleveland 2DQTLLG Cleveland 2DQTS Cleveland 2DQTSC Cleveland 2DS Cleveland 2DS24 Cleveland 2DSC Cleveland 2DSC24 Cleveland 36BCEM48 Cleveland 36CDM16 Cleveland 36CEM1648 Cleveland 36CGM16300 Cleveland 36CSM16 Cleveland 42CKDM Cleveland 42CKEM Cleveland 42CKEM24 Cleveland 42CKEM36 Cleveland 42CKEM48 Cleveland 42CKGM200 Cleveland 42CKGM250 Cleveland 42CKGM300 Cleveland 42CKSM Cleveland 6CDM Cleveland 6CEM18 Cleveland 6CEM27 Cleveland 6CEM36 Cleveland 6CEM48 Cleveland 6CGM100 Cleveland 6CGM200 Cleveland 6CGM250 Cleveland 6CGM300 Cleveland 6CSM Cleveland 9CDM Cleveland 9CEM18 Cleveland 9CEM27 Cleveland 9CEM36 Cleveland 9CEM48 Cleveland 9CGM100 Cleveland 9CGM200 Cleveland 9CGM250 Cleveland 9CGM300 Cleveland 9CSM Cleveland CET-5 Cleveland CKDM Cleveland PDL-2J Cleveland PDL-2K Cleveland PDL-3J Cleveland PDL-3K Cleveland PDM-2J Cleveland PDM-2K Cleveland PDM-3J Cleveland PDM-3K Cleveland PDP-2J Cleveland PDP-2K Cleveland PDP-3J Cleveland PDP-3K Cleveland PEM160-2J Cleveland PEM160-3J Cleveland PEM200-2J Cleveland PEM200-3J Cleveland PEM24-2J Cleveland PEM24-2K Cleveland PEM24-3J Cleveland PEM24-3K Cleveland PEM250-2J Cleveland PEM250-3J Cleveland PEM300-2J Cleveland PEM300-3J Cleveland PEM36-2J Cleveland PEM36-2K Cleveland PEM36-3J Cleveland PEM36-3K Cleveland PEM48-2J Cleveland PEM48-2K Cleveland PEM48-3J Cleveland PEM48-3K Cleveland PGM160-2K Cleveland PGM160-3K Cleveland PGM200-2K Cleveland PGM200-3K Cleveland PGM250-2K Cleveland PGM250-3K Cleveland PGM300-2K Cleveland PGM300-3K Cleveland PSM-2J Cleveland PSM-2K Cleveland PSM-3J Cleveland PSM-3K
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CLEVELAND:

20535 CLE20535

Step1: Disconnect main power supply at breaker to avoid electrical shock hazards.

Step2: Remove access panel and locate existing transformer wiring inside unit.

Step3: Label and disconnect old connections carefully noting terminal positions for safety.

Step4: Mount new transformer securely in original position using proper fasteners.

Step5: Reconnect wiring according to manufacturer diagram specifications ensuring correct polarity.

Step6: Replace panel and restore power, then test steamer operation carefully.

  • What maintenance is required for the Cleveland 20533 Steamer Transformer?

    Inspect electrical connections regularly and ensure terminals remain tight to prevent voltage fluctuations. Keep the transformer dry and free from steam exposure or moisture buildup. Clean dust from vents and housing periodically to avoid overheating and performance loss.

  • What are common issues with the Cleveland 20533 Steamer Transformer?

    • Overheating due to poor ventilation or dust buildup.
    • Voltage instability causing inconsistent steam generation.
    • Loose or corroded terminals leading to power interruption.
    • Insulation wear resulting in short circuits or tripping.
    • Transformer failure from electrical surge.

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