Lisle Corporation Socket For Inner Tie Rod Set - 45770


Currently unavailable


Currently unavailable
The Lisle 45770 Tube, Couple, and Plate Assembly is designed for professional automotive technicians and DIY mechanics who own the Lisle LS46800 Inner Tie Rod Master Set. It serves as a critical replacement component to restore the precision and functionality of your tie rod tool kit, ensuring secure connections during steering repairs. While this assembly provides a perfect fit for its parent tool set, it is important to note that it is not a standalone tool and requires the complete LS46800 system to function effectively.
| Model Part Number | 45770 |
|---|---|
| Brand | Lisle Corporation |
No, the 45770 is specifically engineered for the Lisle LS46800 Inner Tie Rod Master Set and may not fit other brands or models.
No, this is only the replacement Tube, Couple, and Plate Assembly component.
It is constructed from high-strength steel designed to meet professional shop standards for durability.
If you notice stripped threads, a plate that no longer sits flush, or the tool consistently slipping under torque, it is time for a replacement.
It is recommended to use hand tools to prevent over-torquing and premature thread wear on the coupling components.
Ensure the coupling plate is fully seated and the tie rod hex is properly matched to the inner socket size.
Clean the threads with a wire brush and apply a small amount of lubricant to clear away any metal shavings or rust.
Check the mounting points on the LS46800 main body to ensure the locking mechanism is engaged correctly.
To install, ensure your work area is clean and the LS46800 main tool is properly disassembled. Align the 45770 coupling plate with the existing socket housing and thread the assembly securely into place. Always verify that all threads are clean of debris before tightening. For maintenance, keep the threads lightly lubricated with a high-quality machine oil to prevent oxidation. Avoid using impact wrenches with this assembly, as high-torque impacts can prematurely wear the coupling threads and diminish the lifespan of the precision components.