Quicksilver, 8M6012789 Impeller Repair Kit OMC 2,3-7,5L

Description

Quicksilver 8M6012789 is a complete impeller repair kit for OMC engines in the 2.3–7.5 litre range. The kit contains all necessary components for rebuilding the water pump and ensures correct cooling water flow and reliable operation.

• Brand: Quicksilver
• Weight: 0.41 kg
• Package dimensions: Size: 9 cm × 11 cm × 15 cm | Gross weight: 0.41 kg

Quicksilver 8M6012789 is a complete impeller repair kit developed specifically for OMC engines in the 2.3–7.5 litre range and is designed to restore a fully functional and efficient water pump to the manufacturer's OEM specifications. The water pump is a crucial part of the engine's cooling system, and even minor damage to the impeller can lead to reduced water flow, increased engine temperature and, in the worst case, serious engine damage. This kit contains all the necessary components for a complete rebuild, including impeller, liner, base plate, seals and gaskets – all made from durable, corrosion- and heat-resistant materials. The impeller is made of flexible rubber with high resistance to cavitation, ensuring stable and efficient water flow even under heavy load. The precise design of the impeller vanes ensures optimal contact with the pump housing, which is particularly important for engines in the OMC 2.3–7.5L series, which often operate under varying load conditions. The complete composition of the repair kit reduces the risk of incorrect installation or inefficient pumping, as all wear components are replaced at the same time. This improves the overall performance of the cooling system, stabilises engine temperature and extends engine life. Quicksilver 8M6012789 is ideal both for scheduled maintenance and for repairing faulty systems, where correct temperature control is essential for optimal performance and lower operating costs.

• Benefits:
• Complete OEM-compatible impeller kit for OMC 2.3–7.5L engines.
• Includes all necessary wear and sealing components.
• Durable impeller resists cavitation and high temperatures.
• Ensures efficient water circulation and stable engine temperature.
• Extends engine life and improves cooling system reliability.