Autotecnica FD0616722 HVAC Blower Motor Resistor

HVAC Blower Motor Resistor for Transit Connect

Restore proper cabin fan control with this Autotecnica HVAC blower motor resistor, part number FD0616722. It is a direct-fit OE replacement for the 2010-2013 Ford Transit Connect and uses blade terminals for straightforward plug-and-play service.

Key Features

• Blade terminal type for OE-style electrical connection
• Direct-fit replacement for the factory blower motor resistor
• Restores control of cooling fan speed after resistor failure
• Modern circuitry helps resist overheating and burnout
• Built with materials selected for harsh under-dash conditions
• Guaranteed fitment for the listed Ford Transit Connect applications

Detailed Description

The Autotecnica FD0616722 blower motor resistor is designed for 2010-2013 Ford Transit Connect models that have lost one or more fan speeds or no longer respond correctly to HVAC speed settings. By replacing the failed resistor, the cabin blower regains normal speed control, helping the heating and air conditioning system operate as intended. This FD0616722 replacement follows the OE layout for a clean installation and dependable electrical connection.

This part cross-references Ford OE numbers 96FB9A819-AC and 96FZ9A819A for the same application.

Common Problems It Can Solve

• Blower fan stuck on one speed
• Loss of low, medium, or high fan settings
• No cabin airflow from the HVAC blower motor
• Intermittent fan operation caused by resistor failure
• Overheated or burned resistor circuit

Installation Notes and Tips

Fits 2010-2013 Ford Transit Connect, N/A. Confirm the terminal style matches the original blade-type connector before installation. Inspect the blower motor connector and surrounding wiring for heat damage, since a failing motor or damaged plug can shorten the life of the new resistor. Always verify the part number FD0616722 against the original component before replacement.

Quality Assurance

Autotecnica manufactures this HVAC blower motor resistor as an OE-style replacement with fitment matched to the listed vehicle applications and circuitry built for long-term reliability.