Montague 57528-3 3/4HP Oven Blower Motor Kit Assembly W/Shaft 5/8"

SKU: 57528-3 1-57528-3 Brand:
Montague
Availability:
In Stock
(0)
$1,639.08 Price reduced from $2,421.95
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Specifications:

  • Howell Blower Motor
  • 3/4Hp, 115/230V, 5/8" Shaft, Howell
  • Montague Oven G60, Vg26, Vg60.
  • Series: 115, 136, V136 (Early '89 To Current).
  • Interchangeable With # 68-1327 Baldor Motor
  • Montague Changed From Motor Only To Preassembled Kit That
  • Includes Motor, Blower Wheel, Insulation Pad, Mounting Plate
  • And Mounting Hardware.

Description

The Montague 57528-3 Oven Blower Motor Kit works on the concept of operating the fan of the blower to move warm air in the cooking cavity. It operates on a 3/4 HP motor that runs a 5/8" shaft that drives the fan to provide a steady flow of air and even heat distribution. The kit is fitted to compatible ovens, which are usually fitted behind, the cooking cavity and increased with the blower assembly. It assists in standardized cooking, temperature regulation and coordination with the heating system and thermostats when baking or roasting.

Dimensions:

  • Weight: 36.54 lbs
  • Length: 6 in
  • Height: 6 in
  • Width: 6 in

MONTAGUE:

02167-9 14 1402-8 2167-9 MON02167-9 MON14 MON1402-8 MON2167-9 MONV23-1 V23-1

Step1: Disconnect power supply and ensure oven is cool.

Step2: Remove old blower motor assembly and mounting hardware.

Step3: Align new blower motor kit and secure to bracket.

Step4: Reconnect wiring according to manufacturer diagram carefully.

Step5: Restore power and test blower operation for safety.

  • What maintenance is required for the Montague 57528-3 Blower Motor Kit Assembly?

    Inspect bearings, wiring, and mounting hardware regularly. Keep motor housing free from grease and dust buildup to ensure proper airflow. Lubricate moving parts if specified by manufacturer. Always disconnect power before servicing to oven ensure safety.

  • What are common issues with the Montague 57528-3 Blower Motor Kit Assembly?

    • Overheating from blocked airflow or continuous heavy operation.
    • Bearing wear causing vibration or unusual noise during operation.
    • Electrical faults such as capacitor failure or loose connections.
    • Reduced airflow due to impeller imbalance or dust accumulation.

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