Welcome to How to Escape! Today, we’ll be demonstrating how to replace the heater inlet hose on a 1.6 liter Ford Escape. This essential maintenance task requires careful attention to detail, and we’ll guide you through the entire process step by step.
The Ford quick disconnect heater hose fitting is a crucial component in this procedure. These fittings have unique characteristics that may not be entirely intuitive, and it’s important to understand their specific mechanisms to avoid any damage during the replacement.
Understanding the Ford Quick Disconnect Heater Hose Fitting
The heater inlet hose, with the part number cv6z18472-w, consists of Ford quick disconnect fittings. It’s essential to handle these fittings delicately, as they can be susceptible to damage if not handled properly.
The specific method for using these fittings involves aligning the arrows on the fittings to ensure proper locking. It’s crucial to pay attention to the positioning of the fittings and the alignment of the tabs to prevent any mishaps during installation.
To facilitate the replacement process, a specialized Lyle tool is recommended to handle the disconnect fittings with precision. This tool can prevent damage to the fittings, ultimately saving time and costs associated with potential hose replacements.
The Replacement Procedure
To access the heater inlet hose for replacement, several components, such as the splash shield, wipers, and air intake system, need to be removed. Utilizing specific tools, such as a T25 Torx driver and different socket sizes, is essential for a smooth and efficient disassembly process.
Once the access to the heater inlet hose is achieved, the careful disconnection of the old hose and the installation of the new one can commence. During this process, it’s crucial to handle the fittings with precision and to ensure a secure fit for the new hose.
Final Steps and Considerations
After the replacement of the heater inlet hose, it’s essential to check for any leaks and ensure proper fitting. Refilling the coolant and conducting a thorough inspection for any potential issues is imperative to guarantee the efficiency of the new hose.
Reassembling the components that were removed earlier, such as the air intake and the wipers, completes the replacement process. Carefully following the reverse sequence of the disassembly ensures a comprehensive and successful replacement of the heater inlet hose.
It’s important to note that the Lyle disconnect tool, as well as the part numbers for the hose and other components, can be found in the video description for your convenience.
Thank you for joining us in this comprehensive guide on replacing the heater inlet hose. We hope that this information has been helpful to you. If you have any questions or comments, feel free to leave them below. Don’t forget to give us a thumbs up if you found this guide useful, and consider subscribing to our channel for more valuable tutorials and maintenance tips. See you next time!
What is being replaced in the video?
The heater inlet hose on a 1.6 liter Ford Escape.
What are the Ford quick disconnect heater hose fittings?
The Ford quick disconnect heater hose fittings are twist lock fittings with delicate plastic components used to connect the heater inlet hose to the firewall.
How do the Ford quick disconnect heater hose fittings work?
The Ford quick disconnect heater hose fittings have specific arrows and notches to indicate the locked position. The fittings need to be clocked to line up with the marked positions for proper locking and unlocking. It is important to use caution, especially with aged plastic parts.
What tools are needed to replace the heater inlet hose?
The tools needed include a T25 Torx driver, 15, 8, and 7 millimeter sockets, small flathead driver, hose clamp pliers, catch pan for coolant, gloves, and a Lyle tool for disconnecting the hose fittings.
What steps are involved in replacing the heater inlet hose?
The steps involve removing the under engine splash shield, wipers, cowl, and air intake system, disconnecting the old hose, removing and installing the new hose using the Lyle tool, and reassembling the components in reverse order.