1K0965561L Parking Heater Electric Auxiliary Water Pump Compatible with Webasto Thermo Top Eberspacher Hydronic Coolant Heaters

1K0965561L Parking Heater Electric Auxiliary Water Pump Compatible With Webasto Thermo Top Eberspacher Hydronic Coolant Heaters Specifications:Model: Auxiliary Water PumpReference OE Number:1K0965561LPackage Included:1PCSCompatible with:AUDIIA1A3SEATTALTEAIBIZA IVLEON Compatible with TOLEDO IV SKODAAOCTAVIA IIRAPID ROOMSTER YETIVOLKSWAGENN BEETL-ECADD-Y IIIGOL-F JETT-A IV POL-OTOURA-N Compatible WithAUDIIA1A3SEATTALTEAIBIZA IVLEON Compatible with TOLEDO IV SKODAAOCTAVIA IIRAPID ROOMSTER Compatible with YETIVOLKSWAGENN BEETL-ECADD-Y IIIGOL-F JETT-A IV POL-OTOURA-N========== Other Part Number : 1K0965561LPlacement on Vehicle : 1K0965561LManufacturer Part Number : 1K0965561LInterchange Part Number : 1K0965561LOrigin : Mainland ChinaOEM NO. : 1K0965561LHey, my friend! This is the parts and accessories store, there are all kinds of accessories, waiting for you to pick up to match your own items yet, you can contact directly by email if you have any questions! Thank you!

• It can quickly take away the heat generated by the engine, ensure the stable operation of the engine at the appropriate temperature, and effectively prevent overheating
• The flow rate required for coolant circulation is stably provided to ensure the normal operation of the cooling system, and there will be no high and low flow rate affecting the cooling effect.
• Even in the case of complex cooling pipe layout and certain height difference, the coolant can be smoothly promoted to the various parts that need to be cooled.
• During the whole working process, it can stably maintain the appropriate pressure in the cooling system to avoid problems such as coolant leakage or poor circulation caused by too high or too low pressure.
• Whether the engine is idle at low speed or high-speed driving at high speed, it can match it, work efficiently, and has a wide speed range, which can flexibly respond to the heat dissipation requirements of the engine in different driving scenarios.