The forked lever for the governing linkage (code K 45025) is a key component of the Sulzer ZV40/48 engine’s speed control system. This carefully designed part facilitates precise movement within the governing linkage, allowing for accurate regulation of engine speed under varying load conditions. Its sturdy construction ensures reliable operation and minimizes wear, even in high-stress environments. The forked lever’s role in maintaining consistent engine performance makes it an indispensable component for marine and industrial engines. Regular inspection and lubrication of this part are necessary to ensure smooth operation and long-term efficiency of the engine's governing system.

The cylinder for the overspeed trip (code K 46159) plays a vital role in the safety mechanisms of the Sulzer ZV40/48 engine. This precision-engineered component is designed to detect and react to excessive engine speeds, engaging the overspeed trip mechanism to protect the engine from potential damage. By halting engine operation in critical situations, it ensures the safety of the equipment and personnel. Built with reliability in mind, this cylinder is capable of functioning flawlessly under the demanding conditions typical of marine and industrial environments. Routine checks and timely servicing are crucial to maintaining its functionality and safeguarding the engine.

The housing for the fuel injection pump (code K 55001) is a critical component of the Sulzer ZV40/48 engine, designed to securely enclose and protect the intricate fuel injection system. This robust housing ensures the precise operation of the pump, which is vital for delivering fuel at the correct pressure and timing to the engine cylinders. Engineered for durability and reliability, the housing is built to withstand high-pressure environments and resist wear over time. Proper maintenance of this component is essential to prevent fuel system failures, ensuring optimal engine performance and efficient fuel combustion in both marine and industrial applications.

The impeller for the cooling water pump (code K 73006) is a crucial component of the Sulzer ZV40/48 engine, responsible for maintaining efficient circulation of cooling water to regulate engine temperature. Designed for durability and optimal performance, this precision-engineered impeller ensures the continuous flow of water, preventing overheating even under demanding conditions. Its robust design is tailored for the high-performance requirements of marine and industrial engines, guaranteeing reliability and efficiency. Regular inspection and timely replacement of the impeller are essential to maintain the cooling system's integrity and ensure consistent engine performance.

The bearing housing for the cooling water pump (code K 73011) provides a sturdy and stable enclosure for the pump's bearings, ensuring smooth and reliable operation. This component is vital for minimizing friction and wear within the pump, extending the life of the bearings and enhancing overall pump efficiency. Engineered for durability, the housing is designed to withstand the demanding conditions typical of marine and industrial applications. Proper maintenance of the bearing housing is critical to preventing premature failures and ensuring the longevity of the cooling water pump system.

The spiral gear shaft for the governor drive (code K 51133) is a key component in the Sulzer ZV40/48 engine's speed regulation system. This precision-machined part ensures the smooth transmission of power to the governor, allowing precise control of engine speed under varying loads. Its spiral gear design enhances efficiency and durability, reducing wear and ensuring consistent performance. The reliability of this component is critical for maintaining stable engine operations, especially in high-demand environments. Routine checks and proper lubrication of the spiral gear shaft are vital to prevent malfunctions and ensure long-term efficiency of the governor drive system.

The support for the cylinder lubricating pump (code K 72107) is a structural component of the Sulzer ZV40/48 engine, designed to provide stability and alignment for the pump. This support ensures the lubricating pump operates efficiently, delivering the necessary oil to the engine's cylinders to reduce friction and wear. Its precision engineering enhances the reliability of the lubricating system, which is essential for smooth engine performance and extended service life. Routine maintenance and proper installation of the support are crucial to preserving the pump's functionality and the overall health of the engine.

The mechanical seal for the cooling water pump (code K 73027) plays a vital role in maintaining the integrity of the Sulzer ZV40/48 engine's cooling system. This seal prevents leaks by creating a secure barrier between the pump’s rotating and stationary components, ensuring that coolant remains contained even under high-pressure conditions. Built to withstand extreme operational demands, the seal contributes to the cooling system's efficiency and the engine's overall performance. Timely replacement of the mechanical seal is critical to avoiding coolant leaks and ensuring consistent engine operation.

The cover for the cooling water pump (code K 73018) is a crucial component in the Sulzer ZV40/48 engine, designed to protect and enclose the pump’s internal mechanisms. This robust cover ensures that the cooling water pump operates effectively by maintaining proper containment and preventing external contaminants from entering the system. Its durable construction enhances the pump's longevity and ensures uninterrupted cooling, which is vital for the engine's thermal management. Regular inspection and maintenance of the pump cover are essential to safeguard the cooling system's efficiency and the overall reliability of the engine.

The spiral gasket for exhaust piping (code K 81130) is a vital sealing component of the Sulzer ZV40/48 engine, designed to prevent gas leaks in exhaust systems operating under extreme conditions. Its spiral construction ensures a secure and flexible seal, accommodating thermal expansion and vibrations typical in marine and industrial environments. This gasket not only enhances engine efficiency but also contributes to environmental safety by reducing emissions. Replacing the gasket at recommended intervals is crucial to maintaining the integrity of the exhaust system and ensuring compliance with stringent operational standards.