1" MECHANICAL LITER FUEL METER – Designed to accurately measure fuel flow in transfer systems handling petroleum-based fuels.
FLOW RANGE 19–76 LPM – Engineered to measure fuel delivery within a flow range of 19 to 76 liters per minute, ideal for common fuel transfer pump systems.
LITER-ONLY MEASUREMENT DISPLAY – Mechanical register displays fuel volume in liters, providing straightforward tracking for international or metric fueling operations.
COMPATIBLE WITH MULTIPLE FUELS – Approved for use with gasoline, diesel, kerosene, mineral spirits, Stoddard solvents, and heptanes.
DURABLE MECHANICAL METER DESIGN – Rugged construction built for long-term use in agricultural, fleet, and industrial fueling environments.
1" NPT CONNECTIONS – Standard 1-inch inlet and outlet ports allow easy installation into existing fuel transfer systems.
IDEAL FOR FUEL MONITORING APPLICATIONS – Helps track fuel usage for storage tanks, generators, equipment, and service vehicles.
وصف
The Fill-Rite 807CL1 Mechanical Liter Fuel Meter is designed to measure fuel transfer volume in liters for a variety of petroleum fueling applications. Built for durability and consistent performance, this inline meter is ideal for monitoring fuel usage in agricultural, commercial, and industrial fuel transfer systems. With a flow range of 19–76 liters per minute (LPM), the 807CL1 is well suited for common fuel transfer pump installations. The mechanical register displays fuel volume in liters, providing straightforward measurement for operations that use metric fuel tracking. The meter is compatible with a range of approved fuels including gasoline, diesel, kerosene, mineral spirits, Stoddard solvents, and heptanes, making it suitable for diverse fueling environments. Standard 1-inch NPT inlet and outlet connections allow the meter to be integrated easily into existing fuel transfer systems. Designed for use with fuel pumps, storage tanks, and equipment fueling setups, the Fill-Rite 807CL1 provides a dependable solution for tracking fuel delivery in metric-based operations.