- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
The 1601310E5H clutch pressure plate represents FAW’s engineering excellence in heavy-duty truck transmission systems, delivering exceptional clutch engagement and reliable power transfer. As genuine Faw truck parts, we ensure this critical transmission component meets the highest industry standards for durability and performance. Specifically engineered for FAW commercial vehicles, the 1601310E5H clutch pressure plate provides superior clamping force and heat dissipation while ensuring smooth power transmission under demanding driving conditions and heavy loads.
Manufactured with precision engineering techniques, this 1601310E5H clutch pressure plate offers outstanding durability and longevity characteristics. The advanced spring diaphragm design incorporates high-quality materials and optimized pressure distribution for consistent performance. Commercial vehicle operators trust the 1601310E5H for reliable clutch operation across various driving conditions and transmission requirements, making it an essential investment for maintaining FAW truck transmission system integrity and driving performance standards.
Clutch Pressure Plate
Нажимной диск сцепления
Plato de Presión de Embrague
| Parameter | Specification |
|---|---|
| OEM Number | 1601310E5H |
| Product Name | Clutch Pressure Plate |
| Brand | FAW |
| Plate Type | Diaphragm Spring Pressure Plate |
| Outside Diameter | 430 mm |
| Clamping Force | 8500 N |
| Spring Type | Marcel Spring Diaphragm |
| Weight | 12.5 kg |
| Material | High-Strength Cast Iron |
| Compatibility | FAW CA6DM3 Transmission Systems |
The 1601310E5H clutch pressure plate features sophisticated diaphragm spring technology for exceptional clamping performance and consistent pressure distribution. Precision-engineered spring components ensure optimal force application and minimal wear under various driving conditions.
High-quality spring steel construction provides reliable clamping force while maintaining dimensional stability throughout service life. The diaphragm design incorporates specialized heat treatment and optimized finger geometry for smooth clutch engagement and disengagement.
Specialized Marcel spring integration enhances damping characteristics and prevents vibration during clutch operation. The 1601310E5H provides reliable performance in demanding transmission environments consistently.
Superior heat dissipation design prevents thermal distortion and maintains consistent performance during intensive clutch usage. The 1601310E5H ensures reliable operation even under extreme temperature conditions and heavy-duty applications.
Optimal ventilation channels facilitate rapid heat dispersion and prevent performance degradation through advanced cooling technology. High-strength cast iron construction withstands thermal stress and maintains structural integrity under maximum torque loads.
Robust pressure plate design withstands high rotational speeds and prevents fatigue failure under continuous operation. The component maintains performance characteristics throughout extended service periods without warping or cracking.
Specifically engineered for FAW CA6DM3 transmission systems and compatible clutch assemblies. The 1601310E5H ensures perfect fitment and optimal pressure characteristics for commercial vehicle applications and heavy-duty operations.
Direct replacement capability simplifies maintenance and service procedures for transmission specialists. Installation follows factory specifications and requires standard workshop tools and equipment for proper fitting and alignment.
The pressure plate integrates seamlessly with existing flywheels and clutch cover assemblies. Comprehensive compatibility testing validates proper function with all transmission components and clutch release systems.
The 1601310E5H clutch pressure plate demonstrates outstanding performance in commercial vehicle transmission applications. The precision diaphragm spring design provides consistent clamping force while maintaining optimal pedal feel and driver control.
Mechanical stability ensures reliable operation during clutch engagement and torque transfer processes. The pressure plate withstands engine vibrations and transmission forces effectively through advanced design and material selection.
Heat-resistant construction protects against transmission temperatures and maintains performance under thermal stress. The component maintains functionality in temperature ranges from -40°C to +350°C without performance degradation.
Precision manufacturing ensures consistent quality and reliable performance across all production batches. The 1601310E5H contributes significantly to overall transmission system reliability and driving comfort.
Comprehensive material analysis ensures cast iron composition and mechanical properties meet specifications. Each pressure plate undergoes rigorous quality verification and load capacity testing.
Precision spring testing validates clamping force and fatigue resistance under various conditions. Each diaphragm spring undergoes performance validation to verify long-term reliability standards.
Comprehensive dimensional inspection ensures perfect fitment and alignment specifications. Each component meets exact tolerance requirements for transmission system integration.
Accelerated durability testing simulates years of service conditions to verify performance longevity. Testing protocols ensure resistance to thermal cycling and mechanical stress.
Proper installation ensures optimal performance and system reliability for the 1601310E5H clutch pressure plate. Follow manufacturer specifications for installation procedures and torque requirements precisely during transmission maintenance.
Verify flywheel surface condition and alignment before installing the pressure plate. Ensure all mounting surfaces are clean, properly prepared, and free from damage or wear before proceeding with installation procedures.
Use appropriate tools and equipment to handle the pressure plate during installation processes. Avoid impacting or dropping the component during handling and fitting to maintain internal spring integrity.
Inspect all clutch system components for proper operation and absence of binding after installation completion. Validate proper clutch engagement and pedal feel following installation and initial road testing.
Superior pressure plate performance reduces clutch wear and extends transmission system component life significantly. The 1601310E5H contributes to maintaining optimal power transfer and shifting efficiency.
Reliable clamping characteristics prevent clutch slippage and maintain proper torque transmission. Consistent performance supports transmission reliability and reduces maintenance requirements over extended periods.
Optimized spring characteristics support smooth gear changes and prevent power transmission loss. Minimal maintenance requirements improve vehicle availability and operational productivity significantly.
Durable construction minimizes replacement frequency and associated operational costs. Long service life provides excellent value proposition for fleet operators and commercial vehicle maintenance schedules.
Meets automotive industry standards and regulatory requirements for transmission systems. Comprehensive documentation supports compliance verification and quality assurance processes effectively.
Genuine FAW components ensure warranty protection and manufacturer technical support availability. Proper installation maintains transmission system integrity and original equipment performance specifications.
The 1601310E5H clutch pressure plate undergoes comprehensive quality verification processes throughout manufacturing. Production facilities maintain IATF 16949 quality management systems certification standards consistently.
All components meet international automotive standards for transmission performance, durability, and environmental compliance. Regular internal and external audits ensure consistent quality across all production batches reliably.
Advanced traceability systems document complete manufacturing processes and raw material sources accurately. Quality records support customer verification and regulatory compliance requirements effectively and thoroughly.
Continuous improvement processes incorporate customer feedback, field performance data, and technical advancements systematically. Product updates maintain compatibility with evolving FAW transmission systems.
Advanced manufacturing techniques ensure precision component production and consistent quality standards. Computer-aided design optimizes pressure plate geometry and spring configuration for maximum clamping efficiency.
Material science innovations enhance cast iron durability, thermal resistance, and operational lifespan significantly. Specialized alloy compositions provide optimal strength characteristics while maintaining precise dimensional tolerances.
Spring technology delivers superior fatigue resistance and consistent pressure distribution properties. Advanced heat treatment processes prevent spring settling and maintain performance in challenging transmission environments.
Engineering design improvements focus on weight optimization without compromising clamping capacity or durability characteristics. The 1601310E5H integrates seamlessly with modern clutch system requirements.
The 1601310E5H clutch pressure plate demonstrates exceptional longevity in commercial vehicle applications. Proper maintenance and monitoring protocols extend component service life significantly beyond standard expectations.
Regular inspection schedules identify potential wear patterns, spring fatigue, and replacement requirements before performance degradation occurs. Systematic maintenance procedures ensure optimal performance throughout service life.
Advanced material protection features prevent premature spring weakening, thermal cracking, and structural fatigue. Quality materials and construction withstand extended exposure to various driving conditions reliably.
Documented performance history and field data support reliability claims and customer confidence building effectively. The component delivers consistent, predictable performance throughout its designed service life expectancy.
Comprehensive force testing validates pressure plate performance under continuous load conditions. The 1601310E5H undergoes rigorous laboratory testing to verify clamping reliability standards.
Testing protocols exceed standard requirements to ensure performance under various torque and temperature conditions. Results demonstrate consistent pressure plate performance throughout the designed service life.
Precision thermal testing measures heat resistance and performance recovery under different temperature scenarios. Testing includes repeated heat cycles and cooling periods for complete performance validation.
Performance metrics confirm the pressure plate meets or exceeds original equipment specifications and transmission requirements. Thermal characteristics are verified against design parameters and application needs precisely.
Temperature cycling, vibration analysis, and fatigue testing validate environmental resistance and material integrity. The 1601310E5H demonstrates excellent performance in harsh transmission conditions reliably.
Testing includes exposure to extreme temperatures, mechanical stress, and operational fatigue to simulate real-world conditions. Results confirm long-term reliability in diverse operational environments effectively.
We are a first-class heavy duty vehicles and spare parts supplier in China. which covers from engine, gearbox, cab, axle assemblies to main assembly accessories, electrical parts and other chassis parts like brake, clutch and steering parts.
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