Ford Galaxy Mk2 Windscreen Front Window Rain Sensor Bosch 6G9N-17D547-AD

Ford Galaxy Mk2 Windscreen Front Window Rain Sensor Bosch is a precision component from the Electronic control modules and controllers group, responsible for the automatic operation of wipers depending on rainfall intensity. A properly selected sensor improves driving comfort, increases safety, and relieves the driver in difficult weather conditions.

Specifications and technical data

• SKU: 6G9N-17D547-AD
• Mark: Ford
• Condition: Used
• OEM Part Number: 6G9N-17D547-AD
• Substitutable numbers: 6G9N-17D547-AD, 6G9N17D547AD, 2008368, 8A6T-17D547-CA, 8A6T17D547CA
• Location on the vehicle: Front
• Category: ECUs & Computer Modules

Function and operating principle of the rain sensor

The rain sensor mounted on the windscreen analyzes the amount of water on the glass and sends a signal to the wiper controller. Based on this, the system automatically selects the wiper blade operating frequency, reacting to changing conditions – from light drizzle to heavy rain.

In practice, this means that the driver does not have to manually switch wiper speeds, and the system maintains the most stable visibility possible, which is particularly important when driving at night, on the road, or in city traffic.

Purpose and vehicle integration

The presented sensor is designed to work within the windscreen area, at the factory mounting point near the interior rearview mirror. As a component from the Electronic control modules and controllers category, it works with the vehicle's electrical system and wiper control system, creating a coherent comfort and safety system.

Proper matching to the specific generation of the Ford Galaxy Mk2 allows for maintaining correct communication with the car's electronics, without the need to modify wiring or software, provided the vehicle is factory-equipped to support a rain sensor.

Benefits of using an original module

Using a dedicated rain sensor brings a number of practical benefits:

• stable operation of automatic wipers during variable precipitation,
• better visibility thanks to quick reaction to water appearing on the glass,
• maintaining the vehicle's factory functionality without compromises,
• reduced wear of wiper blades due to optimal control of their operation.

For the user, this means more predictable car behavior in the rain and less fatigue during long drives, as the system independently reacts to road conditions.

Condition, verification, and assembly aspects

The item is offered in used condition, which in practice means it has been dismantled and verified for further use. This type of solution allows for maintaining a favorable cost-to-quality ratio while preserving the original vehicle specification.

Before installation, it is recommended to:

• check compatibility with the equipment of the specific Ford Galaxy Mk2 unit,
• inspect the condition of the connector and the surface adhering to the glass,
• use the appropriate gel or optical pad if required by the system design.

A correctly installed sensor works with the factory controller, ensuring predictable operation of the automatic wiper function.

Expanding the electronics system in a Ford

If you are planning a comprehensive repair or upgrade of the electronic zone responsible for comfort and visibility in your Ford and need other components from the same group, such as comfort modules, window controllers, or other systems monitoring equipment operation, check the available parts in the Ford electronic control modules and controllers category.

More about the role of original modules in modern cars

Modern cars rely heavily on the cooperation of many controllers and comfort modules. Well-chosen, original components allow for maintaining the vehicle's character and the predictable operation of all functions. If you are interested in how properly selected used electronic components help maintain a car's factory properties, it is worth reading the article Audi and emotions in their purest form. How do used parts help maintain the brand's DNA?, which shows the importance of original modules in practice.