fits model: Blazer. make: Chevy. year: 1998–2002.

( Brand: Dorman ), ( Manufacturer Part Number: 973-551 ), ( Part Type: Hvac Blower Motor Resistor ), ( Product Type: A/c And Heating Parts ), ( Product Subtype: Blower Motors Components ), ( Product Details: Hvac Blower Motor Regulator ), ( Series: Techoice ), ( UPC: 037495538701 ), ( Fitment Type: Direct Replacement )
The Dorman 973-551 HVAC Blower Motor Resistor Kit, specifically designed for 1998-2002 Chevy Blazers, is an essential replacement part for maintaining optimal performance of your vehicle's heating, ventilation, and air conditioning system. This kit, with part number 037495538701, includes all necessary components to replace the original resistor, restoring the blower motor's functional capacity.
The Dorman kit comprises a high-quality resistor and mounting hardware. The resistor is engineered to accurately control blower motor speed, ensuring proper airflow distribution throughout the cabin. It is made from durable materials, ensuring reliable operation and longevity.
The mounting hardware included in the kit ensures a secure and precise installation, minimizing the possibility of vibration or movement that could lead to further damage or performance issues. This kit is a direct fit, meaning it replaces the OEM (Original Equipment Manufacturer) part with minimal modification, saving you time and effort during installation.
The Dorman 973-551 HVAC Blower Motor Resistor Kit is backed by a restocking guarantee, providing you with peace of mind in your purchase. This guarantee ensures that if you are unsatisfied with the product, you can return it for a refund, and Dorman will restock the item.
In conclusion, this Dorman 973-551 HVAC Blower Motor Resistor Kit is an excellent choice for maintaining your 1998-2002 Chevy Blazer's HVAC system. Its high-quality components, secure mounting hardware, and restocking guarantee make it an attractive option for both DIY and professional installations.
Pros of buying a Dorman 973-551 HVAC Blower Motor Resistor Kit for a 1998-2002 Chevy Blazer:1. Compatibility: The kit is specifically designed for the model years mentioned, ensuring a perfect fit and function.
2. Quality: Dorman is a well-known automotive parts manufacturer with a reputation for producing high-quality, reliable components.
3. Restocking guarantee: If for any reason, the product does not work as expected, the seller offers a restocking guarantee, providing peace of mind.
4. Easy installation: The kit includes clear instructions to make the replacement process straightforward and hassle-free.
Cons of buying a Dorman 973-551 HVAC Blower Motor Resistor Kit for a 1998-2002 Chevy Blazer:1. Potential shipping delays: Depending on the seller's location and shipping methods, there might be delays in receiving the package.
2. Cost: While the kit is reasonably priced, the overall cost of installation, including parts and labor, should be considered.
Conclusion:The Dorman 973-551 HVAC Blower Motor Resistor Kit is a reliable and cost-effective solution for replacing the faulty blower motor resistor in a 1998-2002 Chevy Blazer. With its compatibility, quality, and restocking guarantee, it can help restore the vehicle's heating and cooling system efficiently. The potential drawbacks, such as shipping delays and installation costs, can be mitigated with careful planning and research before making a purchase.
Recommendation:If you are confident in your DIY skills or have access to a mechanic, this kit is a solid choice. It can save you time and money compared to using a dealer, and you can be assured of its compatibility and reliability. However, if you are unsure about installation or prefer professional assistance, consider contacting a local mechanic or dealership to discuss options and prices.
With module assembly.
Hvac blower motor resistor kit by Dorman. The long-lasting design resists thermal fuse failure, overheating, and burnout.
Do recognize name on box. How know re getting best price.
This product also boldly withstands the condensation that typically causes corrosion in resistors.