Global Parts 1713446 HVAC Blower Motor Resistor

HVAC Blower Motor Resistor for Mazda Miata

Restore proper blower fan speed control with this Global Parts HVAC blower motor resistor, part number 1713446. It is a direct-fit replacement for select Mazda Miata models and is built for vehicles that need reliable cabin airflow control across multiple fan settings.

Key Features

• Global Parts HVAC blower motor resistor, part number 1713446
• Fits Mazda Miata applications from 1990-1997 and 1999-2005
• OE-style electrical replacement for blower motor speed control
• Cross-references Monroe Shocks & Struts RU262 for the same application
• Supports consistent HVAC fan operation in the cabin

Detailed Description

This HVAC blower motor resistor is used in the heating and air conditioning system to regulate blower motor speeds in compatible Mazda Miata vehicles. When the resistor fails, the fan may stop working on certain speeds or operate inconsistently. Global Parts 1713446 provides a direct replacement solution for 1990-1997 Mazda Miata and 1999-2005 Mazda Miata models.

Before installation, make sure the electrical components are clean and free of debris and moisture, as noted by the manufacturer. This helps protect the new resistor and supports proper electrical contact during service.

What It Helps Fix

• Blower fan works on only one speed
• Intermittent HVAC fan operation
• No cabin airflow from the blower motor on selected settings
• Loss of lower fan speeds in the Mazda Miata HVAC system
• Electrical resistance issues affecting blower control

Installation Notes and Tips

Inspect the connector, wiring, and surrounding HVAC housing before installation. Remove any debris or moisture from the electrical area, then verify the replacement resistor matches the original connector and mounting style for your Mazda Miata.

Quality Assurance

Global Parts supplies this HVAC blower motor resistor as a replacement component for select Mazda Miata applications. Part number 1713446 is listed for direct fitment in the confirmed model years shown above.