Jaguar X-Type X400 Ford Mondeo Mk3 Heater Flap Motor Actuator 1S7H-19E616-AA

Jaguar X-Type X400 Ford Mondeo Mk3 Heater Flap Motor Actuator is a precision component from the Actuator Motors category, responsible for controlling the position of flaps in the heater and ventilation system. A properly selected motor ensures stable operation of the air conditioning system, correct airflow direction, and maintenance of thermal comfort inside the vehicle.

Specifications and technical data

• SKU: 1S7H-19E616-AA
• Mark: Jaguar
• Condition: Used
• OEM Part Number: 1S7H-19E616-AA
• Substitutable numbers: 1S7H19E616AA, 1S7H-19E616-AA, C2S3032, C2S52007, 1S7H19E616AB, 1S7H-19E616-AB
• Part type: HVAC Vent Actuator
• Category: HVAC Vent Actuators

Purpose and function in the heater system

The heater flap motor in Jaguar X-Type X400 and Ford Mondeo Mk3 models is responsible for the electrical positioning of mixing and airflow direction flaps within the heater housing. A properly functioning component ensures:

• accurate setting of the temperature requested by the control panel,
• smooth switching of airflow between the windshield, dashboard, and footwell,
• stable operation of the automatic air conditioning without unwanted noise or clicking from the dashboard area. As a result, the HVAC system maintains predictable operating parameters, and the response to setting changes is consistent with the driver's expectations.

Construction and technical characteristics

The presented motor belongs to the group of electric Actuator Motors used in factory heater systems. The design is based on a compact electric drive with a gearbox, adapted for operation in the confined space behind the dashboard. The component is designed to work with the factory air conditioning controller, which enables precise flap positioning based on signals from temperature sensors and the control panel. This ensures the system remains consistent with the vehicle's original control logic.

Benefits of using an original actuator motor

Using a dedicated heater flap motor in a Jaguar X-Type X400 or Ford Mondeo Mk3 allows you to maintain:

• factory mechanical fitment to the heater housing and vehicle mounts,
• compatibility with the original electrical connector and wiring harness,
• proper cooperation with the air conditioning control panel and onboard diagnostics. For the user, this means reducing the risk of flap calibration issues, incorrect air distribution, or air conditioning system errors. Choosing a component from the same design group as the factory-installed one promotes trouble-free installation and predictable system behavior.

Condition, selection, and practical application

The offered motor comes from the used parts group, which allows for an economical repair of the heater system while maintaining the manufacturer's original specifications. This solution is particularly beneficial for comprehensive maintenance of older Jaguar X-Type X400 and Ford Mondeo Mk3 models, where both functionality and rational service costs are important. When selecting the component, it is worth using the manufacturer's markings and interchangeable part numbers to ensure full compatibility with the specific vehicle equipment version. In practice, this translates to the correct operation of all airflow modes and stable air conditioning performance after installation.

Jaguar Actuator Motors – HVAC system expansion and service

If you are planning a comprehensive repair or upgrade of the air conditioning and heater area in your Jaguar and need other components from the same group, such as mixing flap drives, recirculation control actuators, or additional airflow adjustment motors, check the available parts in the Jaguar Actuator Motors category. To better plan your vehicle's service strategy and take an informed approach to choosing components from the secondary market, it is worth reading our expert guide on used drive components: Why it is worth buying used gearboxes and engines – facts instead of myths. Although it mainly concerns larger components, the principles presented there regarding selection by manufacturer markings and cost-effectiveness assessment can be analogously applied to other used elements in the car.