Racor 751000MAX30 Dual Turbine Fuel Filter Water Separator Assembly

Racor 751000MAX30 Dual Turbine Fuel Filter Water Separator Assembly

The Racor 751000MAX30 Dual Turbine Fuel Filter Water Separator is engineered for marine diesel applications where continuous operation, dependable fuel flow and effective contamination control are essential. Featuring Racor's proven Aquabloc® filtration technology, this DuplexMAX™ system allows one filter to remain in service while the second filter is being changed, eliminating unnecessary downtime.

Designed for commercial vessels, offshore cruisers and high-demand diesel installations, the 751000MAX30 provides outstanding water separation while removing larger contaminants before they can reach critical fuel system components. The duplex valve assembly enables seamless filter changeovers, helping ensure uninterrupted engine operation during maintenance.

Features

• Genuine Racor DuplexMAX™ Turbine Series assembly
• Dual 30-micron Aquabloc® filter elements included
• Continuous fuel filtration during filter servicing
• Three-stage turbine fuel filtration and water separation technology
• Excellent water separation performance
• Ideal for commercial and offshore marine applications
• Duplex valve system allows uninterrupted engine operation
• Heavy-duty marine-grade construction
• Clear collection bowls for easy contamination monitoring

Specifications

Compatibility

• Suits Racor DuplexMAX™ 1000 Series fuel filtration systems
• Uses Racor 2020SM (2 Micron) replacement elements
• Uses Racor 2020TM (10 Micron) replacement elements
• Uses Racor 2020PM (30 Micron) replacement elements
• Suitable for marine diesel fuel filtration applications
• Ideal for commercial vessels and long-range cruising vessels requiring uninterrupted fuel supply

Compatible Replacement Elements

Note: The supplied 30-micron elements are commonly used as a primary filtration stage, providing high fuel flow while removing larger contaminants and water before secondary filtration. The DuplexMAX™ design allows one filter to remain online while the second filter is serviced, helping ensure uninterrupted operation in critical applications.