Water Pump Impeller Repair Kit – Fits Yamaha 2HP 2-Stroke Outboards (Replaces 6A1-W0078-02-00) family-yamaha-9-9esj Install the new lower gasket

Install the new lower gasket and wear plate onto the gearcase

A: Common symptoms include reduced or absent water flow from the telltale

chemical-corrosion-resistant neoprene rubber and hardened nylon

Notes Mercury ELO/ELPTO 70-90 2-Stroke 1987-1991 23-932481 Multiple model variants and serial number ranges Mercury EL/ELO/ELPTO 75 2-Stroke 1990 23-932481 Mercury ELO/ELPTO 80 2-Stroke 1987-1989 23-932481 Mercury L/XL/CXL 100-125 2-Stroke 1987-1991+ 23-932481 Multiple serial number ranges Mercury L/XL/CXL 135-150 2-Stroke 1990-1991 23-932481 Mercury L/XL 175 2-Stroke 1990-1991 23-932481 Mercury ELPTO 150XR4 2-Stroke 1990-1991 23-932481 Mercury L 175XRI 2-Stroke 1991 23-932481 Mercury L/XL/CXL 200 2-Stroke 1991 23-932481 Mercury ELPTO/EXLPTO 220XRI 2-Stroke 1987-1988 23-932481 Mercury JET 45 2-Stroke 1987-1990 23-932481 Mercury EFI 50/60 4-Stroke Up to 2019+ 23-932481 Multiple serial ranges from 0P153500 & up Mercury EFI 40 4-Stroke Up to 2019+ 23-932481 Multiple serial ranges Mercury JET 30/40 2-Stroke 1987-1990+ 23-932481 Mercury Pro XS Various 2-Stroke & 4-Stroke Various 23-932481 Includes 150/175/200/225/250 Pro XS models Mercury Sport Jet 175XR2/200/240/250 Jet Drive Various 23-932481 Includes DFI and carbureted models Mercury Magnum III/V-Series Various 2-Stroke 1987-1991+ 23-932481 Includes various V-135/V-150/V-175/V-200/XR-6 variants

Water Pump Impeller Repair Kit – Fits Yamaha 2HP 2-Stroke Outboards (Replaces 6A1-W0078-02-00) family-yamaha-9-9esj Install the new lower gasketWater Pump Impeller Repair Kit Fits Yamaha 2HP 2 Stroke Outboards (Replaces 6A1 W0078 02 00) This comprehensive repair kit is designed to restore the cooling system on Yamaha 2HP 2 Stroke outboard motors manufactured between 1984 and 2002. It provides all the necessary components to replace a worn or damaged water pump impeller and related parts, ensuring your engine maintains proper operating temperature and avoids overheating. Each component is