The clamping connection identified by code number H 27095 is a crucial fastening component within the Sulzer ASL25 diesel engine. Its primary function is to securely join different mechanical parts under high pressure and thermal load, ensuring structural stability and leak-proof operation. Designed to withstand vibrations and mechanical stress, the clamping connection is integral to the integrity of engine assemblies, especially in demanding marine and industrial environments. Regular inspection and proper torque application are essential for maintaining its reliability and performance.

The mounting fixture identified by code number K 92161 provides the necessary support and alignment for fine regulating valves K 92165 and K 92166 in the Sulzer ZV40/48 engine. This mounting system ensures that the valves remain securely in place while allowing precise adjustments necessary for optimal fuel or fluid control. Designed to endure constant vibration and thermal expansion, the mounting ensures long-term operational stability. Its role is vital in systems where fine-tuned regulation is essential for performance and efficiency, and any misalignment or instability could compromise the engine's operational accuracy.

The sealing element identified by code number K 16105 is specifically designed to ensure airtight and fluid-tight connections between components K 16102 and K 16150 within the Sulzer ZV40/48 engine. Effective sealing is critical in high-pressure engine systems to prevent leaks of lubricants, fuels, or gases that could lead to performance issues or mechanical failure. Manufactured from heat- and chemical-resistant materials, this seal maintains its integrity under intense operational conditions. Regular inspection and timely replacement of this sealing component are vital for maintaining system efficiency and protecting surrounding parts from wear or contamination.

The plate marked with code number K 16213 is a structural and protective component designed for the control room casing of the Sulzer ZV40/48 engine. This part plays an essential role in enclosing and shielding sensitive control equipment from external contaminants, mechanical damage, and environmental stress. Crafted from durable materials and precision-engineered to fit seamlessly within the control room assembly, the plate contributes to the overall stability and integrity of the engine’s monitoring and regulation systems. Its presence ensures that electronic and control components remain secure, enabling consistent performance under demanding operational conditions.

The cover support, designated by code number K 16273, provides structural stability and precise alignment for the front cover of the Sulzer ZV40/48 diesel engine. This component is essential for maintaining the secure fit of the front casing, which shields vital engine components from environmental exposure and mechanical wear. Engineered for durability, the support ensures that the front cover remains firmly in place during engine operation, minimizing the risk of misalignment or damage due to vibrations. Regular maintenance of this support helps preserve the engine’s overall reliability and structural coherence.

The tubular sealing with code number K 16226 is specifically designed to work with the side casing K 16221 on the Sulzer ZV40/48 engine. Its primary function is to provide a reliable and flexible seal that prevents the leakage of oil, gases, or other fluids at the interface between the casing and surrounding components. This sealing element is crucial for maintaining pressure balance and system integrity under high operating temperatures and vibrations. With durable, heat-resistant materials, the tubular seal ensures optimal engine performance and helps extend the life of adjacent parts.

The side cover with integrated safety valve, marked with code number K 16100, is a multifunctional component of the Sulzer ZV40/48 diesel engine. It not only serves as a structural enclosure to protect internal engine elements from external contaminants and mechanical damage but also incorporates a built-in safety valve that relieves excess pressure from the engine’s crankcase. This dual-purpose design ensures both structural integrity and enhanced operational safety. Made from robust materials and precision-engineered, this component plays a vital role in maintaining a safe and efficient engine environment during continuous operation.

The stop plate with code number K 16037 is designed to control and restrict the movement or position of the crankcase vent in the Sulzer ZV40/48 engine. It serves as a safety and alignment component, ensuring that ventilation flow remains within the designated path to prevent oil mist leakage and pressure imbalances. Its role is particularly important in maintaining proper engine ventilation and preventing contamination or backflow. Built for resilience and precision, the stop plate supports the overall efficiency and environmental compliance of the engine's crankcase ventilation system.

The side casing, marked with code number K 16221-AD, serves as a protective and structural enclosure on the side of the Sulzer ZV40/48 diesel engine. This robust component helps shield vital engine systems from external contaminants such as dust, moisture, and mechanical impact. It also adds to the engine’s structural stability, especially in marine and industrial applications where exposure to harsh conditions is common. Engineered for endurance, the side casing is a critical part of maintaining engine cleanliness, safety, and operational consistency.

The cover support with code number K 16272 plays a key role in stabilizing and securing the front cover of the Sulzer ZV40/48 diesel engine. This component ensures precise alignment and structural integrity of the front cover, which is essential for protecting internal engine parts from environmental exposure and mechanical damage. Made from durable materials, it withstands vibrations, thermal stress, and prolonged mechanical loads. Proper installation and maintenance of the cover support contribute significantly to engine longevity and reliable performance in challenging operating environments.