Out of Stock
Ford Ranger Mk3 Steering Wheel Stalk Cluster Ring Squib EB3T-14A664-ABW
SKU: EB3T-14A664-ABW
Product from a certified dismantling facility
Condition:
Used
Available:
0
Delivery time:
Product currently unavailable
Payment methods:
Returns:
30 days return
Delivery from:
€0.00
This part is currently not available. Leave your email and we will notify you when the product is available again.
Ford Ranger Mk3 Steering Wheel Stalk Cluster Ring Squib is an original component from the Switches, control elements and ignition locks group, designed for precise control of functions at the steering column. This solution allows for maintaining the consistency of the Ford electrical system and ensures convenient operation of key functions from the driver's position.
Specifications and technical data
- SKU: EB3T-14A664-ABW
- Mark: Ford
- Condition: Used
- OEM Part Number: EB3T-14A664-ABW
- Substitutable numbers: EB3T-14A664-ABW, EB3T14A664ABW
- Category: Switches & Controls
Technical characteristics and function of the stalk cluster
The steering column switch with clock spring is responsible for integrating several control functions into a single module at the steering column. In a typical configuration, such components handle, among others, lighting, turn signals, selected comfort functions, and communication with other vehicle modules via the signal ribbon cable. Thanks to its compact design, the number of separate wiring harnesses and connectors is reduced, which promotes system stability. The solution used in the Ford Ranger Mk3 is designed as part of the OEM system, which translates into a perfect fit for the factory steering column, appropriate mounting points, and compatible electrical connectors. This type of module is particularly important for post-collision repairs, replacing damaged stalks, or when dealing with communication issues involving the steering wheel clock spring.
Benefits of using an original Ford component
Choosing an element from the Switches, control elements and ignition locks group originating from the Ford brand allows for maintaining the consistency of electrical and mechanical parameters with the factory vehicle specification. Proper fitment to the steering column reduces the risk of play, incorrect stalk operation, or communication errors in the control system. The main advantages of using this type of module in the Ford Ranger Mk3 include:
- maintaining the factory logic of steering wheel switch operation,
- compatibility with original electrical harnesses and connectors,
- consistency with safety and comfort systems provided for the specific model,
- reducing the need for installation modifications during replacement. The used component is a good solution for maintenance repairs when the priority is to maintain the original vehicle construction at reasonable service costs.
Application in the Ford Ranger Mk3 control system
Ford Ranger Mk3 Steering Wheel Stalk Cluster Ring Squib operates in the immediate vicinity of the steering wheel, which is why it is significant for vehicle ergonomics. A correctly selected module allows for intuitive control of functions without taking hands off the steering wheel, which affects driving comfort and safety. In practice, the installation of such an element requires attention to:
- compatibility with the specific equipment version of the Ford Ranger Mk3,
- correct alignment of the clock spring relative to the steering wheel position,
- careful installation while maintaining the proper tightening torque for fasteners,
- verifying the correct operation of all functions after installation. Using an original module from this group reduces the risk of communication problems within the control system and minimizes the need for additional vehicle adaptation.
Condition, verification, and selection based on technical data
The offered component is in used condition, which means it has been dismantled and verified for suitability for further use. This type of solution is often chosen in professional workshops where a combination of original construction and reasonable repair costs is valued. When selecting a steering column switch for the Ford Ranger Mk3, it is worth using technical data such as manufacturer markings, equipment version information, and the vehicle's production year. This allows for avoiding compatibility issues and ensures proper cooperation with other modules in the vehicle. If you are planning a comprehensive repair or upgrade of the steering column control zone in your Ford and need other elements from the same group, such as stalks, ignition switch modules, or additional switches, check the available parts in the Ford Switches, control elements and ignition locks category. To expand your knowledge about working with original used parts, selection procedures based on manufacturer markings, and the impact of such solutions on vehicle durability, it is worth reading the article BMW – sports performance and precision. How do original used parts extend the life of a Bavarian icon?, which discusses the practical aspects of using OEM components in automotive service.
Delivery details
Ship to:
Check delivery times for another country
Delivery Price
Service
Postage and packaging
Delivery time
Estimated delivery dates include sellers dispatch time, origin postcode,destination postcode and time of acceptance, and will depend on the postage service selected and receipt of cleared payment. Delivery times may vary, especially during peak periods.
Will usually dispatch within same working day if paid before 14:00 BST (excludes weekends and holidays). Expected dispatch time may vary and is based on sellers order cut-off time.
In the automotive store Global Parts, we offer fast and secure deliveries for our customers in Europe, ensuring maximum compliance with local service standards. Each order is processed with the utmost attention, guaranteeing a fluid shopping process and a timely delivery. If you need assistance in choosing the right part, our team of consultants will be happy to help you find the right part for your vehicle and provide information on installation, availability and parameters of the selected components.











