Tugboat Operators: Stop Losing Money on Costly Downtime!

Discover How Top Fleet Operators Keep Their Vessels Moving Without Supply Chain Delays or Overpriced Parts

Get Your Free Tugboat Downtime Reduction Guide Today!

What’s Inside the Free Guide?

✅ How to Keep Your Fleet Moving & Avoid Costly Delays

✅ The Truth About OEM vs. Aftermarket Parts

✅ How to Reduce Repair Wait Times & Eliminate Supply Chain Headaches

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Who Is This For?

✔️ Tugboat Fleet Operators – Keep Boats Running and Reduce Maintenance Delays

✔️ Maintenance Managers – Avoid Long Lead Times and Get Parts Faster

✔️ Vessel Owners – Improve Reliability and Prevent Costly Breakdowns

The Diesel Pro Power Advantage

✅ Parts for Detroit Diesel, Cummins, and Caterpillar Engines

✅ Twin Disc and Allison Marine Transmissions

Same-Day Shipping on In-Stock Parts

⚙️ Fleet Maintenance Planning to Prevent Unexpected Failures

⚡ Faster Turnaround Times Than OEM Manufacturers

Ready to Reduce Fleet Downtime?

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What Is A Core Charge & Why Am I Paying It When Buying Rebuilt Parts?

What Is a Core Charge?

Why Am I Paying a Core Charge?

How Does the Core Charge Work at Diesel Pro Power?

What Are the Requirements for Returning a Core?

Examples of Rebuilt Parts With Core Charges

FAQs About Core Charges

Why Diesel Pro Power Makes Core Returns Easy

Marine Diesel Camshaft Bearings Explained (Detroit Diesel, Cummins, Caterpillar)

What Are Camshaft Bearings?

The Role of Camshaft Bearings in Engine Operation

Friction Reduction and Load Management

Importance in Long-Term Engine Durability

Key Functions of Camshaft Bearings

Signs of Worn Camshaft Bearings

Camshaft Bearings in Detroit Diesel Engines

Maintenance and Replacement Tips

Camshaft Bearings in Cummins Engines

Camshaft Bearings in Caterpillar Engines

How to Choose the Right Camshaft Bearings

Installation Tips for Marine Diesel Camshaft Bearings

Preventing Camshaft Bearing Wear

FAQs

1. What causes camshaft bearings to fail?

2. How often should camshaft bearings be replaced?

3. Are premium aftermarket bearings as reliable as OEM?

4. Can worn camshaft bearings affect engine performance?

Why Marine Operators Choose Diesel Pro Power for Camshafts & Related Components

Evolution of Cummins Marine Engine Certification Levels: 1991 to Present

1991 Certification Level

Overview

Key Marine Engines

Technological Features

Applications

Advantages and Limitations

Legacy

1994 Certification Level (Tier 1)

Overview

Key Marine Engines

Technological Advancements

Applications

Advantages and Limitations

Legacy

1998 Certification Level (Tier 2)

Overview

Key Marine Engines

Technological Advancements

Applications

Advantages and Limitations

Legacy

2006 Certification Level (Tier 3)

Overview

Key Marine Engines

Technological Advancements

Applications

Advantages and Limitations

Legacy

2014 Certification Level (Tier 4 Interim and Tier 4 Final)

Overview

Key Marine Engines

Technological Advancements

Applications

2020 Certification Level (IMO Tier III and EPA Tier 4)

Overview

Key Marine Engines

Technological Advancements

Applications

Future Certification Levels (2025 and Beyond – IMO Tier IV)

Overview

Key Marine Engines

Technological Advancements

Applications

Conclusion

Everything You Need to Know About the Detroit Diesel 671 Blower

What Does the 671 Blower Do? Why Is It Essential?

How Much Horsepower Can a 671 Blower Produce?

Why Is It Called a 6-71 Blower?

Who Makes 671 Blowers?

How Powerful of a Blower Do I Need?

How Much Horsepower Does a Detroit Diesel 6-71 Have?

Why Do Detroit Diesels Have Blowers?

Marine Applications of the 671 Blower

Detailed Blower Configurations for the Detroit Diesel 6-71

Right-Hand vs. Left-Hand Blowers

Right-Hand Blower

Left-Hand Blower

Blowers for 2-Valve vs. 4-Valve Engines

2-Valve Engine Blower

4-Valve Engine Blower

Turbo-Assisted Blower Configurations

Blower Functionality

Blower Design for Turbo Setups

Applications

Conclusion

Power Generation by Engine Brand: Detroit Diesel, Cummins, and Caterpillar

Detroit Diesel Industrial and Marine Engines for Power Generation

Predominant Engine Models

Cummins Industrial and Marine Engines for Power Generation

Predominant Engine Models

Caterpillar Industrial and Marine Engines for Power Generation

Comparison: Industrial and Marine Power Generation Engines

Conclusion