• Filtration Specifications: Microglass media with a 10 micron rating ensures superior removal of particulates such as dirt, dust, and rust, enhancing fuel purity and equipment longevity.
• Fuel Compatibility: Suitable for gasoline, ethanol blends up to 15%, diesel, biodiesel up to B20, ultra-low sulfur diesel (ULSD), and various industrial fluids including lubrication oils, hydraulic oils, synthetic oils, and many solvents.
• Flow Performance: Supports a maximum flow rate of 30 gallons per minute (GPM), equivalent to approximately 114 liters per minute (LPM), ideal for high-volume commercial fueling applications.
• Pressure Ratings: Designed to operate at a maximum working pressure of 50 PSI, ensuring reliable performance under demanding conditions.
• Installation Details: Features a 1 inch National Pipe Thread (NPT) connection compatible with Cim-Tek Centurion housing models 40001, 40013, and 40020 for straightforward installation and replacement.
• Physical Dimensions: Measures approximately 4 13/16 inches in diameter and 9.25 inches in length, providing a compact yet efficient filtration solution.
• Quality Certifications: Manufactured in the USA with UL listing, guaranteeing high-quality standards and compliance with industry regulations.
• Adapter Compatibility: Compatible with Cim-Tek Centurion series filter housings and adapters, facilitating integration into existing commercial fuel dispensing systems.
• Application Scope: Engineered for commercial fuel dispensers, high-flow fuel polishing, and industrial fluid filtration; not suitable for aviation fuel applications.

The Cim-Tek 30195 E10M Microglass 10 Micron Fuel Filter Element delivers exceptional filtration performance for commercial and industrial fueling systems. Its robust construction and precise micron rating ensure clean fuel delivery, protecting equipment and optimizing operational efficiency. Designed for ease of installation and broad fuel compatibility, this filter element is an essential component for maintaining fuel quality in demanding environments.