ZF 3311316004 - Marine Damper Plate SAE 11.5 Coupling Diesel 4 Cyl

ZF 3311316004 - Marine Damper Plate SAE 11.5 Coupling Diesel 4 Cyl

The ZF 3311316004 Marine Damper Plate is a high-quality, precision-engineered component designed to effectively couple 4-cylinder diesel engines with marine transmissions. With its robust construction and advanced damper plate technology, it minimizes engine vibrations and reduces noise, ensuring smoother operation. This part is commonly used with various ZF and Hurth transmissions, including models like 45C (HSW 450D), 63C (HSW 630D), and 25 (HSW 250H), among others. Built to last, the ZF 3311316004 is designed to perform under the demanding conditions of marine environments, offering durability and reliability over time. The damper plate coupling size of 11.5 inches ensures secure connection, which helps extend the lifespan of the engine and transmission system. Easy to install and maintain, this damper plate is an essential component for smooth and efficient engine-to-transmission connections in marine applications.

Key Features:

• Reduces engine vibrations and minimizes noise for smoother operation
• Prevents excessive wear on engine and transmission components
• Built for 4-cylinder diesel engines, offering compatibility with various ZF and Hurth transmissions
• Size of 11.5 inches for a secure and efficient coupling
• Designed to withstand harsh marine environments with corrosion-resistant materials
• Essential for enhancing the durability and longevity of both engine and transmission systems
• Optimized for use in both commercial and recreational vessels
• Easy installation with pre-fitted dimensions for fast, secure coupling

Specifications:

• Product Type: Marine Damper Plate
• Shipping Dimensions: 14" x 14" x 5" (35.6 cm x 35.6 cm x 12.7 cm)
• Shipping Weight: 10 lbs (4.54 kg)
• Item Weight: 8.1 lbs (3.67 kg)
• Compatibility: Fits 4-Cyl Diesel engines commonly used in marine propulsion systems
• Commonly used with ZF and Hurth Transmissions: 45C (HSW 450D), 63C (HSW 630D), 25 (HSW 250H), 25A (HSW 250A), 45-1 (HSW 450H2), 45A (HSW 450A2), 45IV, 63 (HSW 630H1), 63A (HSW 630A1), 63IV (HSW 630V1)
• Coupling Size: 11.5 inches (292 mm)
• Material: High-strength, corrosion-resistant steel alloy
• Temperature Range: Designed to operate in marine environments with temperatures between -20°F to 250°F (-29°C to 121°C)
• Mounting Type: Direct fit for ZF and Hurth transmissions
• Durability: Designed for high-torque applications, capable of withstanding marine engine stresses
• Vibration Dampening: Effectively reduces engine vibrations, enhancing transmission performance
• Corrosion Resistance: Built to resist saltwater and marine environmental factors
• Service Life: Long-lasting performance with minimal maintenance required

Compatibility and Application:

The ZF 3311316004 Marine Damper Plate is designed to provide optimal vibration reduction and smooth engine-to-transmission coupling for 4-cylinder diesel engines used in marine applications. This part is perfect for use with a wide variety of ZF and Hurth transmissions, ensuring secure and efficient integration. The damper plate helps protect the engine and transmission by absorbing excessive vibrations, which could otherwise lead to premature wear and damage. It is essential for commercial and recreational vessels alike, enhancing the durability and performance of marine propulsion systems.

Benefits:

• Reduces vibrations and noise for a more comfortable and quieter operation in marine environments
• Helps protect both the engine and transmission system, extending their operational lifespan
• Ensures a secure connection between the engine and transmission, minimizing potential issues
• Corrosion-resistant material ensures reliability and long-term use in harsh marine conditions
• Optimized for marine 4-cylinder diesel engines, offering compatibility with a range of ZF and Hurth transmission models
• Easy to install, reducing downtime and maintenance needs
• Perfect for both recreational and commercial marine vessels, offering high durability under heavy load conditions
• Prevents wear on key components, reducing the need for frequent repairs