The CML Low Noise External Gear Pump EGB-16 and DEGB-22 is engineered for high-efficiency hydraulic applications. This pump offers a compact design, low noise operation, and reliable performance, making it suitable for demanding industrial and mobile machinery environments.

• Product Name: Low Noise External Gear Pump
• Model Number: EGB-16 and DEGB-22
• Brand: CML

Technical Specifications:

• Pump Type: External Gear Pump
• Delivery At No Load (c.c/rev): 16.5 and 22.7
• Max Pressure (bar): 210
• Shaft Speed Range: 600-3500 and 600-2500
• Mounting Type: SAE Standard Mount
• Inlet/Outlet Ports: Threaded connections for easy integration

Performance Features:

• Low Noise Design: Engineered to reduce noise levels for quieter operation in industrial environments
• Efficiency: High volumetric and mechanical efficiency for optimized power usage
• Durability: Built with high-strength materials for extended service life under heavy-duty conditions
• Compatibility: Supports a wide range of hydraulic systems

Material and Construction:

• Housing Material: High-grade aluminum alloy
• Gear Material: Case-hardened steel for wear resistance
• Sealing: Equipped with precision seals to prevent leakage and ensure smooth operation

Applications:

• Industrial hydraulic systems
• Mobile machinery such as tractors, loaders, and excavators
• Power units for presses and machine tools
• Marine and offshore hydraulics

Advantages:

• Quiet Operation: Reduces noise pollution, enhancing operator comfort
• Compact Design: Saves space while maintaining high performance
• Easy Installation: Standardized mounting and connection points ensure hassle-free integration
• Reliable Performance: Designed to operate efficiently under high pressure and temperature variations

Additional Notes:

The CML EGB-16 and DEGB-22 is the ideal solution for hydraulic systems that require both performance and low noise output. Its robust design ensures longevity, even in demanding applications, and its efficient operation minimizes energy consumption and system downtime.