Ford B-Max Heater Vent Flap Actuator Motor 1.0 EcoBoost SFJA Petrol AV1119E616DA

Ford B-Max Heater Vent Flap Actuator Motor 1.0 EcoBoost SFJA is a precision component from the Actuator Motors group, responsible for controlling the position of the heater flap in the ventilation and heating system. It ensures proper airflow direction in the cabin, which translates into thermal comfort and stable operation of the air conditioning system in vehicles with the 1.0 EcoBoost petrol engine.

Specifications and technical data

• SKU: AV1119E616DA
• Mark: Ford
• Condition: Used
• OEM Part Number: AV1119E616DA
• Substitutable numbers: AV1119E616DA, AV11-19E616-DA
• Fuel type: Petrol
• Part type: HVAC Vent Actuator
• Category: HVAC Vent Actuators

Purpose and function in the heating system

The heater vent flap actuator motor in the Ford B-Max with the 1.0 EcoBoost SFJA unit is responsible for automatically adjusting the warm and cold air mixing flap. A properly functioning component allows for:

• precise dosing of cabin air temperature,
• stable cooperation with the ventilation control panel,
• smooth switching between various heating and ventilation modes. Thanks to this, the air conditioning and heating system maintains repeatable operating parameters, and the reaction to temperature setting changes is predictable and consistent.

Compatibility with the 1.0 EcoBoost unit (petrol)

The presented actuator motor has been designed to work with the heating system in Ford B-Max cars equipped with the 1.0 EcoBoost SFJA petrol engine. This means it is matched in terms of:

• operating characteristics in vehicles powered by petrol fuel,
• mounting geometry in the heater housing,
• flap range of motion and control signals from the air conditioning module. Such matching reduces the risk of calibration problems and eliminates the need for modifications to the electrical installation or mechanical elements within the heater.

Characteristics of the used component

The offered heater vent flap actuator motor is a used component, which in practice means a favorable cost-to-functionality ratio while maintaining the original manufacturer's specifications. In the case of such subassemblies, it is crucial to maintain:

• proper operation of the internal gear,
• stable response to control signals,
• lack of jamming throughout the full range of flap movement. Choosing an original, used actuator motor from the Actuator Motors group allows you to maintain the factory operating parameters of the heating system without having to resort to replacements with uncertain characteristics.

Benefits of using an original flap actuator motor

Using this component in a Ford B-Max with a 1.0 EcoBoost SFJA engine brings a number of practical operational benefits:

• Predictable temperature control – proper setting of the heater flap minimizes temperature fluctuations in the cabin.
• Correct cooperation with vehicle electronics – the original actuator motor is adapted to the control logic used by the manufacturer.
• Reduction of system operating noise – an efficient flap drive reduces knocking and clicking resulting from incorrect positioning.
• Long-term stability – a design intended for a specific vehicle model withstands typical operational loads better.

Ford actuator motors – expansion and system service

If you are planning a comprehensive repair or modernization of the heating and ventilation area in your Ford and need other elements from the same group, such as mixing flap drives, ventilation control actuators, or additional airflow adjustment motors, check the available parts in the Ford Actuator Motors category.

Part selection and knowledge about used subassemblies

When choosing used elements from the Actuator Motors group, it is worth relying on reliable information regarding selection procedures based on catalog numbers and the real differences between new and used parts. An expert guide describing facts and myths related to purchasing subassemblies from the secondary market may be helpful – it discusses in detail, among other things, cost proportions, examples of applications, and practical tips regarding compatibility verification. More information can be found in the article Why it is worth buying used gearboxes and engines – facts instead of myths.