NBK-20203 Direct Drive Blower Motor – 1/3 HP | Replacement for Fire Chief DB305-B and OEM Models

NBK-20203 Direct Drive Blower Motor – 1/3 HP | Replacement for Fire Chief DB305-B and OEM Models

Upgrade or replace your blower motor with the durable and high-performance NBK-20203 Direct Drive Blower Motor. Engineered for continuous operation, this 1/3 HP motor is built to deliver dependable airflow for heating systems and is fully compatible with the Fire Chief DB305-B blower assembly. It also replaces a wide range of OEM and aftermarket models, including those by GE, Genteq, Carrier, Mars, and Rotom.

Key Features:

• 1/3 Horsepower Output: Provides consistent, powerful airflow for efficient heating performance
• Direct Drive Configuration: Simplifies installation by connecting directly to the blower housing
• OEM Equivalent: Replaces numerous manufacturer part numbers for broad compatibility
• Durable and Reliable: Built for longevity and continuous use in demanding HVAC environments

Specifications:

• Model: NBK-20203
• Motor Type: Direct Drive Blower Motor
• Horsepower: 1/3 HP
• Application: Fire Chief DB305-B Blower and equivalent models

OEM & Aftermarket Equivalents Include:

• Packard: 43785
• Mars: 03785, 03985, 09123
• GE: 3785, 3985, 5KCP39FGV064, 5KCP39FGV064AS, 5KCP39FGY922, 5KCP39FGY922S, 5KCP39GGY022, 5KCP39GGY022AS, 5KCP39GGY833, 5KCP39GGY833S
• Genteq: 5KCP39GGV567DS
• Rotom: DD035, R42319, R6-R42319, R6R42319
• Carrier: HB41TQ113, HC41TE113, HC41TQ113

Fits the Following:

• Fire Chief DB305-B Motor / Blower
• Various furnace and HVAC systems using equivalent part numbers

Note: Always verify motor specifications, wiring, and fitment before purchasing. Refer to your system’s owner’s manual or the label on your old motor for an exact match.

The NBK-20203 Blower Motor provides dependable performance and broad compatibility across multiple heating systems. Designed for durability and easy installation, it ensures your blower operates efficiently and reliably. Order today to restore powerful airflow and maintain optimal heat distribution in your system.