3926166
Clamping Plate
Cummins®

The Cummins 3926166 Clamping Plate is a component designed to secure and align parts within heavy-duty truck systems. Its role is vital in maintaining the integrity and efficiency of truck components, ensuring that various parts function cohesively under demanding conditions. Clamping plates, in general, are significant in mechanical systems as they help in the secure attachment of components, which is crucial for the reliable operation of heavy-duty trucks ¹.

Basic Concepts of Clamping Plates

A clamping plate is a mechanical component used to hold two or more objects together by pressure. It operates by distributing force evenly across the surfaces it connects, which helps in aligning and securing components. Commonly, clamping plates are manufactured from materials like steel, aluminum, or composite materials, each chosen for specific properties such as strength, weight, or resistance to environmental factors ².

Purpose of the Cummins 3926166 Clamping Plate

The Cummins 3926166 Clamping Plate is specifically designed to play a role in the truck’s engine or transmission system by ensuring that components are held firmly in place. This secure fitting is important for the overall functionality and performance of the truck, as it helps maintain the alignment and integrity of the engine or transmission parts under operational stress.

Key Features

The Cummins 3926166 Clamping Plate features a design that includes precise machining for accurate fitment and durable material composition to withstand the rigors of heavy-duty truck operations. Its unique characteristics may include specific dimensions and surface treatments that enhance its performance and longevity in demanding environments.

Benefits

Using the Cummins 3926166 Clamping Plate offers several advantages, including improved efficiency in the operation of the truck’s engine or transmission system, enhanced durability under stress, and reliable performance over time. These benefits contribute to the smooth operation and reduced maintenance needs of heavy-duty trucks, making it a valuable component for fleet operators.

Installation Process

Installing the Cummins 3926166 Clamping Plate requires careful attention to ensure proper fitment and functionality. The process involves cleaning the surfaces where the plate will be attached, aligning the plate with the components it will secure, and using the appropriate fasteners to hold it in place. Best practices include checking for correct alignment before final tightening and ensuring that all fasteners are securely tightened to the manufacturer’s specifications.

Troubleshooting and Maintenance

Common issues with the Cummins 3926166 Clamping Plate may include misalignment or wear over time. Troubleshooting steps involve checking the fitment and condition of the plate, ensuring that all fasteners are tight, and inspecting for any signs of damage or wear. Regular maintenance, such as cleaning and inspecting the plate for wear, can help prolong its lifespan and ensure optimal performance.

Cummins: A Brief Overview

Cummins Inc. is a well-established company in the automotive industry, known for its commitment to quality and innovation in manufacturing automotive components. With a rich history of providing reliable and high-performance parts, Cummins has built a reputation for excellence in the heavy-duty truck sector. The company’s dedication to advancing technology and meeting the needs of its customers underscores its position as a leader in the industry.

Cummins Engine Compatibility with Part 3926166

The Cummins Clamping Plate part 3926166 is designed to fit a variety of Cummins engines, ensuring a secure and reliable connection within the engine assembly. This part is integral to maintaining the structural integrity and operational efficiency of the engine.

6C8.3 and C8.3 G Engines

The 6C8.3 and C8.3 G engines are part of Cummins’ lineup of medium-duty diesel engines. The Clamping Plate part 3926166 is specifically engineered to fit these engines, providing a robust connection between critical components. This ensures that the engine operates smoothly and efficiently under various conditions.

C GAS PLUS CM556 and QSC8.3 CM554 Engines

The C GAS PLUS CM556 and QSC8.3 CM554 engines are part of Cummins’ range of natural gas engines. These engines are designed for applications that require cleaner and more efficient fuel usage. The Clamping Plate part 3926166 is compatible with these engines, ensuring that the natural gas components are securely fastened and function optimally.

ISC CM554 and QSL9 CM554 Engines

The ISC CM554 and QSL9 CM554 engines are part of Cummins’ heavy-duty diesel engine series. These engines are known for their durability and high performance in demanding applications. The Clamping Plate part 3926166 is designed to fit these engines, providing a reliable connection that can withstand the rigors of heavy-duty use.

By ensuring compatibility with these engines, the Clamping Plate part 3926166 plays a crucial role in maintaining the performance and longevity of Cummins engines across various applications.

Conclusion

The Cummins 3926166 Clamping Plate is instrumental in ensuring the secure and efficient operation of various engine systems. When integrated with an adapter, the clamping plate plays a significant role in maintaining a tight seal and proper alignment. This is particularly important in systems where fluid dynamics and pressure integrity are paramount. In the context of the front drive system, the clamping plate works in conjunction with the adapter to secure components such as hoses, pipes, or drive shafts. This ensures that there is minimal vibration and movement, which can otherwise lead to wear and tear or even failure of the drive system. The secure fit provided by the clamping plate helps in maintaining the structural integrity and operational efficiency of the front drive.

Furthermore, the clamping plate’s ability to provide a stable connection point is vital for the consistent performance of the engine system. It ensures that all connected components remain in their intended positions, reducing the risk of misalignment that could affect the overall functionality of the engine. This stability is essential for the reliable operation of the engine, particularly under varying load conditions.

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