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Trane BLW1322 2-Stage Induced Draft Blower Assembly

Special Price $322.46 Regular Price $357.93
In stock
SKU
BLW1322
The Trane BLW1322 is a 2-stage induced draft blower assembly, an essentialpart of your furnace. The two-stage design means that the blower can either be run at low speeds or at high speeds depending on the need. It allows for variation of the furnace by way of heating requirements for the house. At low heating requirements, the blower operates at low rpm and with low noise output, thus being energy efficient. When more heat is needed then the blower starts working at high speed to provide the necessary heat. This replacement part has the dimensions of about 12.5” width by 14.3” length by 7.1” height and is used in specific Trane furnaces only.
Manufacturer:
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Specifications

  • Length: 6
  • Weight: 4.24lbs
  • Enclosure Type: Open
  • Frequency: 60 Hz
  • Number of Phase: 1
  • Number of Speeds: 2
  • Rotation: CW
  • Speed: 3,000-2,400 RPM Voltage (VAC): 115 V
Manufacturer Name: Trane
Product Number: BLW1322
OEM Part Number: BLW1322
Product Description: 2Stg Induced Draft Blower Assy
Weight:4.24lbs/1923.23g

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Customer Questions
What maintenance is required for the Trane BLW1322 Draft Blower Assembly?

Inspect blower wheel for dirt buildup and clean it to maintain proper airflow. Check motor and housing for loose mounting hardware or vibration. Ensure electrical connections are tight and free from corrosion. Verify vent passages are clear and unobstructed.

What are common issues with the Trane BLW1322 Draft Blower Assembly?

  • Blower motor failure or weak operation.
  • Excessive noise or vibration during startup.
  • Restricted airflow due to clogged wheel or vent.
  • Intermittent ignition due to draft issues.

Installation Steps

Step 1: Turn off power and confirm system is de-energized, allow unit to cool before starting.

Step 2: Remove existing blower assembly, noting wiring and mounting positions carefully for reference.

Step 3: Place new blower assembly into housing, align brackets and secure fasteners securely.

Step 4: Reconnect wiring to matching terminals using original diagram firmly.

Step 5: Restore power and test operation across both stages, check airflow and noise, check stable operation.