The FCR-25 is a high-performance flow meter specifically engineered for accurate and efficient measurement of kerosene, light oil, and heavy oil. Designed to meet the demands of both industrial and commercial applications, it ensures dependable operation and user-friendly control.
Equipped with a 4-digit resettable counter for daily or periodic monitoring and a non-resettable totalizer for permanent usage tracking, the FCR-25 offers precise control and long-term accountability in liquid flow management.
FCM Series Features
Immaculate Accuracy
Utilizes a non-metallic measuring chamber design, ensuring minimal wear and long-term accuracy without metal-to-metal contact.
Wide Viscosity
Engineered to handle a wide range of fluids—accurate measurements from light oils to moderately heavy fuels
Maximum Adaptability
Outfitted with flexible NPT connections, allowing for easy integration and customization in various piping and operational setups.
Maintenance-Friendly
Built with accessible components and a modular internal assembly, the FCR-25 allows for quick inspection, servicing, and replacement—minimizing downtime.
Complete with Calibrator
Meter is equipped with an impeccable calibration tool which makes adjustment easier than ever
Dual Counter System
Equipped with a 4-digit resettable counter for batch or daily monitoring, and a non-resettable totalizer to track overall usage—supporting long-term accountability.
Flow Meter
FCR-Series Specifications
Accessories
Seals: Buna, Viton
Rotor Material PPS Resin
Aluminium Alloy Body
Aluminium Alloy Head
4 Digits Counter (Resettable)
8 Digits Totalizer (Non-Resettable)
Calibration Tool
Accuracy
Repeatability: Achieves 0.05% with +/- 0.5% accuracy across the entire flow range.
Use the chart below to determine the maximum meter flow rate based on meter bearing material and product viscosity:
Identify the percentage of the rated capacity at which the meter will operate.
Determine the product’s viscosity at the operating temperature.
Plot the intersection of these two points on the chart.
Compare this point with the slope corresponding to the meter bearing material.
If the point is above the slope, the pressure loss exceeds allowable limits. Consider using a larger meter, reducing the flow rate, or selecting different bearing materials.
Flow Meter Flow Rates vs Viscosity
Let's Talk!
Request your custom flow meter solution
Every industry has unique needs, and we understand that one-size-fits-all solutions simply won’t do.