The GROZ FM-100/0-1/BSP 45683 Mechanical Fuel Flow Meter is designed for accurate measurement of diesel, gasoline, biodiesel and low- to medium-viscosity oils. Its rugged die-cast aluminium construction, flexible three-port design and easy-to-read mechanical register make it suitable for fuel transfer systems in workshops, farms, industrial facilities and mobile dispensing applications.
Key Features
- Three-port design allows flexible installation with inlet and outlet connections positioned inline or at right angles
- Mechanical nutating-disc measuring mechanism provides reliable fuel measurement
- Register cover can be removed and rotated 90° for easier display reading
- User-recalibratable design allows convenient adjustment when required
- Accuracy of approximately ±1% for reliable fluid measurement
- Supports flow rates from 15 to 75 LPM / 4 to 20 GPM
- Rugged die-cast aluminium construction for durability in demanding applications
- Designed for use with diesel, gasoline, biodiesel and compatible low- to medium-viscosity oils
Technical Details
- Brand: GROZ
- Model: FM-100/0-1/BSP
- Product code: 45683
- Type: Mechanical Fuel Flow Meter
- Measuring mechanism: Nutating disc
- Accuracy: ±1%
- Flow rate: 15–75 LPM / 4–20 GPM
- Maximum pressure: 50 PSI
- Maximum temperature: 65°C / 150°F
- Installation: Three-port configuration
- Body material: Die-cast aluminium
- Component materials: PBT, Viton and stainless steel
- Width: 135mm
- Height: 105mm
- Depth: 150mm
Suitable For
- Diesel
- Gasoline
- Biodiesel
- Low- to medium-viscosity oils
- Fuel transfer pumps
- Drum and tank dispensing systems
- Automotive workshops
- Agriculture and construction equipment
- Industrial fuel dispensing applications
- Mobile fuel transfer systems
Important Notes
- Do not use with water-based fluids.
- Confirm fluid compatibility with the meter materials before use.
- The meter should be recalibrated when required to maintain measurement accuracy.
- Ensure all inlet and outlet connections are securely installed before operation.
- Do not exceed the specified maximum flow rate, pressure or operating temperature.
