Electric Auxiliary Coolant Pump Compatible With 2000-2002 Lincoln Ls 2002 Ford Thunderbird 2000-2001

REPLACES OEM PART NUMBERS:
• Ford 1W4Z18D473AA
• Ford XW4Z18D473AA
• Jaguar XR82523

SPECIFICATIONS:
• Type: Water Pump
• Condition: New
• Housing: Plastic
• Impeller: Plastic And Metal
• Drive: Electric Motor
• Engine: 3.9L V8 Electric

APPLICATIONS:
• Lincoln LS 3.9L V8 2000-2002
• Ford Thunderbird 3.9L V8 2002
• Jaguar S-Type 4.0L V8 2000-2001

PRODUCT DETAILS:
This electric auxiliary coolant pump provides supplemental coolant circulation for the 3.9L and 4.0L V8 engines in the 2000 through 2002 Lincoln LS the 2002 Ford Thunderbird and the 2000 through 2001 Jaguar S-Type. The self-contained electric motor driven design operates independently of the main engine-driven water pump providing additional coolant flow for enhanced thermal management and heater core performance. This pump replaces Ford original equipment part numbers 1W4Z18D473AA and XW4Z18D473AA as well as Jaguar part number XR82523. The Lincoln LS Ford Thunderbird and Jaguar S-Type all shared the Ford DEW98 rear-wheel-drive platform and the 3.9L V8 engine was exclusive to the Lincoln and Ford variants while the Jaguar used the closely related 4.0L AJ-V8. The auxiliary electric coolant pump ensures consistent heater performance and proper engine thermal management during idle and low-speed operation. The lightweight plastic housing with composite impeller provides excellent corrosion resistance and quiet electric motor operation. Engineered to meet or exceed all original equipment specifications for reliable auxiliary cooling across these premium luxury sport sedan platforms.

⚠️ Verify fitment before ordering.WARNING - This product may expose you to chemicals such as Nickel which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov
LINCOLN
• LS 3.9L V8 (2000-2002)
FORD
• Thunderbird 3.9L V8 (2002)
JAGUAR
• S-Type 4.0L V8 (2000-2001)

⚠️ Verify fitment before ordering.