Data sheet
The Lombardini LDW FOCS radiator silentblock is an essential component in the support structure of the Lombardini engine cooling system. This element is designed to absorb vibrations and reduce the impact of oscillations generated by engine operation, thus contributing to the stability and durability of the assembly. Its specific design allows for optimal integration into compatible engine models, ensuring a precise and functional fit.
This silentblock is compatible with a variety of Lombardini engine models, specifically those belonging to the LDW and FOCS series. Its design has been optimized to fit the cooling systems of these engines, ensuring proper functionality in industrial and agricultural applications. It is important to verify compatibility with the specific engine model before purchasing.
The silent block radiator is used in various applications requiring an efficient and stable cooling system. It is commonly found in agricultural machinery, electric generators, and industrial equipment powered by Lombardini engines. Its ability to absorb vibrations makes it a key component for maintaining the integrity of the cooling system, prolonging the life of the associated components.
To ensure proper operation of the silentblock, periodic inspections of the component's condition are recommended. Although no installation or operation procedures are specified, it is essential that any work on the cooling system be performed by qualified personnel, thus ensuring the integrity of the engine and its components. Proper maintenance can prevent premature wear and ensure optimal cooling system performance.
The Lombardini LDW FOCS radiator silentblock is a crucial component for the proper functioning of the cooling system in this brand's engines. Its design and compatibility with specific models ensure it performs its function effectively, contributing to engine stability and durability. Attention to detail in its manufacturing and design makes this component a suitable choice for industrial and agricultural applications, where engine reliability and performance are essential.
