Gates CO34797 Engine Coolant Thermostat Housing Cover

Coolant Outlet Cover for Chrysler and Dodge

The Gates Coolant Outlet CO34797 is an engine coolant thermostat housing cover built for select Chrysler Concorde and Dodge Intrepid applications. It is made from plastic and includes a seal, giving you a direct replacement option for common cooling system service needs.

Key Features

• Brand: Gates Coolant Outlet
• Part number: CO34797
• Engine coolant thermostat housing cover / coolant outlet
• Plastic construction
• Includes coolant outlet and seal
• 3 bolt holes
• No gasket required
• Outlet diameters: 1.242 in and .734 in outside diameter; 1.009 in and .508 in inside diameter

Product Details

Gates Coolant Outlets are engineered as a practical replacement for worn or damaged factory-style coolant outlet and thermostat housing cover components. The CO34797 is part of the Gates Coolant Outlet line, which covers everything from water outlets to complete thermostat housing assemblies. For drivers servicing a Chrysler Concorde or Dodge Intrepid, this part number CO34797 provides a fit-focused solution that matches the original layout and supports long service life in the cooling system.

This part cross-references Dorman - OE Solutions 902-771 for the same application.

What It Helps Fix

• Cracked or leaking thermostat housing cover
• Coolant seepage at the outlet connection
• Damaged plastic housing from age or heat cycling
• Cooling system service issues on Chrysler Concorde and Dodge Intrepid models
• Improper sealing at the coolant outlet interface

Installation Notes

Fits 1998-2004 Chrysler Concorde, N/A. Fits 1998-2004 Dodge Intrepid, N/A. Verify outlet size, bolt-hole count, and housing style before installation. Clean the mating surfaces thoroughly and inspect the seal surface for corrosion, warping, or residue before assembly.

Quality Assurance

Gates positions this coolant outlet line as a cost-effective replacement for common aftermarket design and material issues, with fit and performance intended to follow the original component layout.