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Lombardini oil pressure valve 12LD435-2, 12LD475-2, 9LD561-2, 9LD625-2, 9LD626-2
The oil pressure valve is an essential component in Lombardini engines, specifically designed for the 12LD435-2, 12LD475-2, 9LD561-2, 9LD625-2, and 9LD626-2 models. This element plays a crucial role in the engine's lubrication system, ensuring that oil pressure remains within the proper parameters for optimal operation.
Model Compatibility
- 12LD435-2
- 12LD475-2
- 9LD561-2
- 9LD625-2
- 9LD626-2
Main Function
The main function of the oil pressure valve is to regulate the lubricant pressure in the engine system. This component activates when the oil pressure reaches a specific level, allowing excess pressure to be released and thus preventing potential engine damage. The valve ensures that oil flows properly to all moving parts of the engine, which is critical for its proper functioning.
Technical Characteristics
This component is designed to withstand the operating conditions of Lombardini engines, ensuring a quick and precise response to variations in oil pressure. The valve is made of materials that ensure its durability and corrosion resistance, contributing to its longevity in the engine lubrication system.
Applications
The oil pressure valve is used in a variety of industrial and agricultural applications where the aforementioned Lombardini engines are used. Its design and functionality make it suitable for demanding environments, where lubrication system reliability is critical to engine performance.
Maintenance and Replacement
It is recommended to perform periodic checks of the lubrication system, including the oil pressure valve, to ensure proper operation. If any oil pressure failures or irregularities are detected, it is suggested to consider replacing this component to prevent further engine damage.
Conclusion
The oil pressure valve for Lombardini 12LD435-2, 12LD475-2, 9LD561-2, 9LD625-2, and 9LD626-2 engines is a key component in the lubrication system. Its proper operation is vital to maintaining engine integrity and ensuring proper oil flow, which contributes to engine durability and reliability in a variety of applications. To ensure optimal performance, it is essential to consider its maintenance and, if necessary, its replacement at the right time.
