Bowman FH400 Marine Heat Exchanger

The Bowman FH400 Marine Heat Exchanger is a crucial component for vessels seeking effective heat transfer and cooling solutions. Built specifically for marine use, this heat exchanger features corrosion-resistant end covers, ensuring durability and longevity in harsh maritime conditions.

Made from high-quality nickel alloy, the three-pass inner tubes are resistant to seawater and aggressive chemicals, making this heat exchanger a trusted choice for boat owners and marine professionals. Its robust design guarantees optimal performance, keeping your engine at the ideal temperature.

Key Benefits

• Corrosion-resistant end covers for extended lifespan.
• Nickel alloy inner tubes withstand seawater and chemicals.
• Three-pass design enhances heat transfer efficiency.
• Robust construction suitable for various marine applications.
• Easy to install and maintain for hassle-free operation.

Technical Details

• Model: MTM-D-5020020
• SKU: 5020020
• Material: Nickel alloy with corrosion-resistant properties.
• Design: Three-pass heat exchanger for improved efficiency.

Recommended Nautical Use

The Bowman FH400 Marine Heat Exchanger is perfect for marine header tank systems, delivering efficient cooling for engines and other onboard equipment. It is especially advantageous for fishing boats, yachts, and commercial vessels operating in demanding marine environments.

Regular maintenance is advised to ensure optimal performance. Inspect the heat exchanger periodically for signs of wear or corrosion, and clean the inner tubes to prevent buildup that may affect efficiency.

Installation and Maintenance Advice

Installing the Bowman FH400 is straightforward, making it a practical choice for marine technicians and DIY enthusiasts. Ensure all connections are secure and the unit is firmly mounted to avoid vibrations that could cause damage.

For maintenance, regularly check the heat exchanger for leaks and ensure the end covers are secure. Periodic cleaning of the inner tubes will help maintain heat transfer efficiency and extend the unit's lifespan.