Lombardini Keyed Cymbal 5LD675-2, 5LD675-3, 5LD824-3/B, 5LD825-2, 5LD825-3, 5LD825-4, 5LD930-3
The keyway plate is an essential component in machinery using Lombardini engines, specifically designed for models 5LD675-2, 5LD675-3, 5LD824-3/B, 5LD825-2, 5LD825-3, 5LD825-4 and 5LD930-3. This element plays a crucial role in the power transmission system, ensuring proper coupling between the engine's moving parts and other mechanical components.
Model Compatibility
This cymbal is compatible with a variety of Lombardini engines, making it a versatile choice for different applications. Specific compatible models are listed below:
- 5LD675-2
- 5LD675-3
- 5LD824-3/B
- 5LD825-2
- 5LD825-3
- 5LD825-4
- 5LD930-3
Applications
The keyed actuator is used in various industrial and agricultural applications, where Lombardini motors are commonly employed. Its design allows for efficient integration into systems requiring a robust and reliable coupling. This component is essential in machinery operating under demanding conditions, ensuring smooth and continuous operation.
Design Features
The keyed plate design is designed to facilitate the connection between the engine and other mechanical components. Its structure allows for easy insertion of keys, ensuring a precise fit and effective power transmission. This component is manufactured to fit the specifications of the aforementioned engines, ensuring optimal compatibility.
Maintenance and Replacement
Proper maintenance of this component is crucial to the overall performance of the engine. Periodic inspections are recommended for any signs of wear or damage. Should replacement be necessary, it is important to select a plate that meets the specifications of the aforementioned models to ensure proper performance.
Conclusion
The keyway plate is a key component in machinery using Lombardini engines, providing an efficient and reliable coupling. Its compatibility with various engine models makes it a practical choice for a variety of industrial and agricultural applications. Attention to maintenance and the correct selection of this component are essential to ensure optimal operation of the system in which it is integrated.