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oem Water Pump 3800883 4981207 for Cummins B3.3 QSB3.3 Engine | PartsDic®_Excavator Idraulics, Motore diesel, SKS idraulico

Motore diesel/

oem Water Pump 3800883 4981207 for Cummins B3.3 QSB3.3 Engine | PartsDic®_Excavator Idraulics, Motore diesel, SKS idraulico

oem Water Pump 3800883 4981207 for Cummins B3.3 QSB3.3 Engine | PartsEdic®

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oem Water Pump 3800883 4981207 for Cummins B3.3 QSB3.3 Engine | Partsdic®

General Information

Compatibility: Specifically designed to fit Cummins B3.3 and QSB3.3 engines. These engines are widely used in various applications such as industrial equipment, generators, and lighttomediumduty vehicles.

Part Numbers: 3800883 and 4981207. These part numbers are used for identification and ordering purposes to ensure the correct replacement part is used.

2. Construction and Design

Casing Material: The water pump casing is typically made of a durable metal alloy. It could be a highquality cast iron or an aluminumalloy. Cast iron provides excellent strength and resistance to wear and corrosion, making it suitable for heavyduty applications. Aluminumalloy, on the other hand, offers a lighter weight option and good heatdissipation properties.

Impeller Design: The impeller inside the water pump is a critical component. It is usually made of a corrosionresistant material like brass or a highdensity plastic composite. The impeller's design, including the number and shape of the blades, is optimized to ensure efficient coolant circulation. The blades are carefully shaped to move the coolant with minimum energy loss and maximum flow rate.

3. Performance Specifications

Flow Rate: The water pump is engineered to have a specific flow rate to meet the cooling requirements of the Cummins B3.3/QSB3.3 engine. The flow rate might range from 40 – 90 liters per minute (L/min), depending on the engine's cooling demands and operating conditions. This flow rate ensures that an adequate amount of coolant is circulated through the engine block, radiator, and other cooling components to dissipate heat effectively.

Pressure Capacity: It can generate a pressure typically in the range of 1 – 3 bar (14.5 – 43.5 psi). This pressure is essential to push the coolant through the engine's cooling passages, hoses, and the radiator, ensuring that the coolant reaches all the critical areas that need to be cooled.

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