October 31, 2024
The Different Types Of Coolant That Can Be Used In 71 Series Inline Engines (271, 371, 471, 671)
1. Ethylene Glycol-Based Coolants
Primary Recommendation:
Corrosion Inhibitors:
Heat Transfer Efficiency:
2. Propylene Glycol-Based Coolants
Alternative Option:
Environmental Considerations:
3. Premixed vs. Concentrated Coolants
Premixed Coolants:
Concentrated Coolants:
Choosing the Right Coolant Based on Operating Conditions
Land-Based Applications:
Routine Maintenance and Monitoring
Read More
October 31, 2024
Radiator Vs. Heat Exchanger For 71 Series Inline Engines (271, 371, 471, 671)
Radiator Cooling
Ideal Applications:
Advantages of Radiator Cooling:
Limitations of Radiator Cooling:
Heat Exchanger Cooling
Ideal Applications:
Advantages of Heat Exchanger Cooling:
Limitations of Heat Exchanger Cooling:
Comparison of Key Features and Suitability
Ensuring Reliable Performance with Both Systems
Routine Inspection:
Maintenance Practices:
Temperature Monitoring:
Read More
October 31, 2024
The Two Main Types Of Cooling Configurations For 71 Series Inline Engines (271, 371, 471, 671)
How Radiator Cooling Works
Read More
October 31, 2024
Heat Exchanger Cooling For 71 Series Inline Engines (271, 371, 471, 671)
How Heat Exchanger Cooling Works
Benefits of Heat Exchanger Cooling in Marine and Industrial Applications
Advantages of Heat Exchanger Cooling Over Radiator Cooling in Specific Applications
Read More
October 31, 2024
How Radiator Cooling Works In 71 Series Inline Engines (271, 371, 471, 671)
Preferred Applications for Radiator Cooling
Advantages of Radiator Cooling in Land-Based Applications
Read More
October 31, 2024
The Detroit Diesel 71 Series Inline Engine Cooling System (271, 371, 471, 671)
Importance of Effective Cooling
Overview of Primary Cooling Techniques
Radiator Cooling
Heat Exchanger Cooling
Comparing Radiator and Heat Exchanger Cooling
Read More