42 Duramax Cooling System Diagram Diagram Resource

42 Duramax Cooling System Diagram Diagram Resource Gm description of cooling system. dated 2011. coolant is drawn from the radiator outlet and into the water pump inlet by the water pump. the coolant flows to the heater core while the engine is running. this provides the passenger compartment with heat and defrost. coolant is then pumped through the water pump outlet and through the coolant. Engines warms to 180* first stage of the primary t stat allowing some flow to the radiator. at 185* secondary t stat starts to open flowing more to the radiator. in here @ arond 132* the turbo starts recieveing coolant through a thermo controlled circuit by pass. at 203* the primary stat is full open.

42 Duramax Cooling System Diagram Diagram Resource 6. cooling system. the cooling system keeps the engine at an optimal operating temperature by removing excess heat. it consists of components such as the radiator, coolant reservoir, water pump, and thermostat. the coolant circulates through the engine, absorbing heat and carrying it to the radiator, where it is cooled before being recirculated. 7. A coolant flow diagram, like duramax coolant flow diagram, helps visualize the path that the coolant takes through the engine’s cooling system. it shows the various components involved, such as the water pump, thermostat, radiator, and hoses, and the direction in which the coolant flows. this diagram is important for understanding how the. I haven't called a dealer yet but presume its replacement would be prohibitively expensive. i hate getting into a cold, smoking diesel in the morning following those subzero nights in minnesota! 2003 silverado 2500hd lt 4x4, 6.6l duramax lb7. efi live v2, self made custom tune. 2005 escalade esv awd, 6.0l. stock. Key components and systems in the lml 6.6 duramax engine diagram: cylinders (numbered) fuel injectors. turbocharger. intercooler. fuel system. cooling system. exhaust system. in summary, the lml 6.6 duramax engine diagram provides a visual representation of the engine’s layout, key components, and systems.