WEG Electric 00218ET3E145T-S 2HP 208-230/460V Three Phase Electric Motor
Baldor Electric Company EM2513T-8G 15 HP 3-Phase General Purpose Motor 254T Frame
Baldor Electric Company EJMM3154T-G 1.5 HP 3-Phase Electric Motor 1770 RPM 145TC Frame
Baldor Electric Company 1VP40X1-1/8 Variable Pitch Pulley Single Groove 1-1/8" Bore
Siemens Industrial Controls 3RT2016-1AM21 3-Pole Contactor 208V 9A with 1 N.O. Auxiliary Contact
Regal Rexnord DBL6501A 4-Speed Fan Coil Motor 1/10-1/20 HP 115V 1075 RPM 42 Frame Dual Shaft
Honeywell HVFD3D3C0500G100C Variable Frequency Drive NEMA - 460V 50HP 1
Regal Rexnord - LEESON 5KH36MN3127T 1/2 HP General Purpose AC Motor 1800 RPM 115/230V 56Z Frame
Regal Rexnord - LEESON 056T17F15951 1HP 3-Phase Electric Motor 1725 RPM 56 Frame
Wayne Combustion Systems 60186-SER 120V Primary 24V Secondary 30VA Transformer
Regal Rexnord - LEESON 191872.00 1/4 HP Reversible AC Motor 115V 1725 RPM Single Phase
Greenheck MSAC-1-9/J-G6-40 Variable Frequency Drive for HVAC Applications
Regal Rexnord - LEESON 056T34D15650 2HP 3450 RPM Electric Motor 230/460V 3-Phase 56C Frame
Regal Rexnord - Marathon GT0059-P Electric Motor Frame - 15HP 3-Phase 230/460V 1800RPM 254T
Regal Rexnord - Marathon GT0019A-P Electric Motor RPM Frame - 10HP 3-Phase 1768 215T
Danfoss 131L9870 VLT HVAC Drive FC-101 15kW 20HP 480V Variable Frequency Drive
What Are Motors, Blowers & Electrical Parts?
Every modern vehicle relies on a sophisticated network of electric motors, blower assemblies, and supporting electrical components to keep drivers and passengers comfortable, safe, and in control. The Motors, Blowers & Electrical Parts category covers the full range of these systems — from the fan motor that circulates conditioned air through your cabin, to the resistors, relays, and wiring components that keep everything running at the right speed and voltage.
The Role of Blower Motors in Your Vehicle
Blower motors sit at the heart of a vehicle's climate control system. The blower motor is the electric device that pushes heated or cooled air into the cabin, forming the core of the HVAC system that regulates interior temperature year-round. When switched on, the blower ensures a constant supply of conditioned air via the vents on the dashboard, pulling air across the heater core or evaporator and directing it to where it's needed most.
Most passenger vehicles use a single blower motor assembly mounted under the dashboard on the passenger side, though larger vehicles like SUVs and vans may use two — one for the front cabin and one for the rear. The assembly itself consists of a DC electric motor, a fan wheel (sometimes called a squirrel cage), and the associated electrical connections that link it to the vehicle's power system and climate controls.
Brushed vs. Brushless Blower Motors
Blower motors come in two main variants: brushed and brushless DC motors. Older vehicles typically rely on brushed motors, which use physical carbon contacts to deliver power to the rotating armature. Newer vehicle models increasingly use brushless DC motors, which offer infinite speed control, lower maintenance requirements, and greater energy efficiency — all without the need for a traditional resistor module to manage fan speeds.
Supporting Electrical Components
The blower motor doesn't work alone. The blower motor wiring system includes several components such as fuses, resistor modules, and, at times, a relay — all of which work in concert to regulate motor speed and protect the circuit. The blower motor resistor, typically located behind the glovebox in the dashboard, is responsible for controlling fan speed across the different settings on your climate control panel. When it fails, you may notice the fan only working on certain speed settings, or inconsistent heating and cooling performance.
Relays, wiring harnesses, and control modules round out the electrical ecosystem, ensuring that signals from your dashboard switches are faithfully translated into the right motor behavior. In modern vehicles, this is managed electronically, with sensors and control modules automating much of the process for precise, efficient climate management.
When to Replace Motors & Blower Components
Blower motors and their supporting parts are exposed to heat, vibration, and debris over thousands of operating hours. Common failure modes include worn motor brushes, clogged or seized fan blades, blown fuses, and burned-out resistors. Signs that it may be time to inspect or replace these components include weak or absent airflow from vents, the fan only operating on one or two speed settings, unusual noise from the dashboard area, or a complete lack of climate control function.
Whether you're restoring cabin comfort on a daily driver, maintaining a fleet vehicle, or performing a full HVAC system overhaul, this category has the motors, blowers, and electrical parts to get the job done right.