
( Brand: Gryvoze ), ( Manufacturer Part Number: GV-DTFM-IN2 ), ( Part Type: Digital Fuel ), ( Flow Meter Type: Turbine Flow Meter ), ( Port Diameter: 2 In ), ( Package Dimensions: 6.97 X 4.02 X 3.39 Inches; 2.03 Pounds ), ( Size: 2 Inch ), ( Is Discontinued By Manufacturer: No ), ( UPC: 726084996359 )
The **Gryvoze GV-DTFM-IN2 Digital Turbine Flow Meter** is a high-performance, precision-engineered inline flow measurement device designed for accurate monitoring of liquid fuel flow rates in a wide range of industrial, automotive, and marine applications. Built with a robust **15.8 132 GPM (gallons per minute)** flow range, this digital turbine flow meter excels in environments where reliable, real-time flow data is critical such as fuel injection systems, engine testing, hydraulic diagnostics, or fuel efficiency assessments. Its compact yet durable construction features **NPT (National Pipe Thread) fittings**, ensuring seamless integration into existing piping systems with minimal installation complexity. The flow meter operates on a **turbine-based measurement principle**, where a precisely balanced rotor spins in proportion to the fluid velocity, generating a pulse signal that is converted into a digital output via the integrated sensor and electronic module. This design eliminates the need for external power sources in many applications, as it can operate passively, though it also supports optional battery or external power inputs for continuous monitoring and data logging.
The **GV-DTFM-IN2** is constructed from **high-grade stainless steel and corrosion-resistant materials**, making it ideal for use with fuels, oils, and other low-viscosity liquids while maintaining long-term durability in demanding conditions. Its **inline configuration** allows for straightforward installation within a flow path, minimizing pressure drop and ensuring accurate readings without disrupting system performance. The digital display provides **real-time flow rate measurements in GPM (or alternative units via configuration)**, along with cumulative totalizer functions for tracking total fluid volume over time. Optional **RS-232, USB, or analog output interfaces** enable seamless integration with data acquisition systems, PLCs, or computer-based monitoring software, making it a versatile tool for both field and laboratory use. Additionally, the unit includes **adjustable calibration settings** and a **low-flow detection feature**, enhancing its precision across varying operational conditions.
Beyond its technical specifications, the **Gryvoze GV-DTFM-IN2** stands out for its **user-friendly interface**, featuring a backlit LCD screen with intuitive navigation controls for easy setup and operation. Its **compact footprint** and **lightweight design** make it suitable for applications where space is limited, while its **wide temperature and pressure tolerance** ensures reliable performance in both controlled environments and harsh outdoor settings. Whether used for **fuel efficiency testing, hydraulic system diagnostics, or industrial process monitoring**, this flow meter delivers unmatched accuracy, durability, and flexibility, making it an indispensable tool for engineers, technicians, and researchers who demand precision in fluid measurement.
### **Pros and Cons of buying a Gryzoze GV-DTFM-IN2 Digital Turbine Flow Meter (15.8 132 GPM, Inline NPT Thread, Fuel Flowmeter)**
#### **Pros:**1. **Precision Measurement** The turbine-based design provides accurate flow rate readings, making it suitable for applications requiring precise fuel consumption monitoring (e.g., engines, fuel systems, or industrial processes).
2. **Digital Display** The built-in LCD screen allows for real-time flow rate monitoring without additional wiring or external devices, improving convenience.
3. **Wide Flow Range (15.8 132 GPM)** The meter accommodates varying flow demands, making it versatile for different fuel systems, including diesel, gasoline, or biofuels (depending on compatibility).
4. **Inline Installation** The NPT threaded design allows for easy integration into existing fuel lines without major modifications, reducing installation complexity.
5. **Durable Construction** The turbine mechanism and housing are typically built to withstand moderate pressure and temperature fluctuations, though exact material specifications should be verified.
6. **Pulse Output Option** Some models (if applicable) may offer pulse signals for data logging or integration with control systems, expanding its utility.
7. **Cost-Effective for Basic Needs** Compared to more advanced ultrasonic or Coriolis flow meters, this turbine model offers a budget-friendly solution for general fuel flow monitoring.
#### **Cons:**1. **Limited Pressure Rating** Turbine flow meters are generally not designed for high-pressure applications. If the system operates under high pressure, this meter may not be suitable without additional protection.
2. **Susceptibility to Contaminants** Fuel with particulates or impurities can damage the turbine blades over time, potentially reducing accuracy or requiring frequent maintenance.
3. **No Built-In Totalizer (Possibly)** Some digital turbine meters lack a cumulative fuel totalizer, meaning users may need to manually record readings or rely on external devices for long-term tracking.
4. **Calibration Sensitivity** Turbine flow meters can drift over time due to wear or temperature changes, requiring periodic recalibration for consistent accuracy.
5. **Limited Environmental Resistance** Unless specified, the meter may not be fully weatherproof or resistant to extreme temperatures, restricting outdoor or harsh-environment use.
6. **Potential Signal Noise** Digital displays may occasionally show flickering or minor errors if the meter is not properly installed or if the fuel flow is turbulent.
7. **Compatibility Issues** The meter must be verified for compatibility with the specific fuel type (e.g., diesel vs. gasoline) and system pressure to avoid damage or inaccurate readings.
#### **Ending Conclusion:**The **Gryzoze GV-DTFM-IN2** is a practical choice for applications requiring **basic to moderate fuel flow monitoring** in controlled environments where contaminants are minimal and pressure is within safe limits. Its **digital display, inline design, and affordability** make it suitable for hobbyists, small businesses, or industrial setups where high precision is not critical. However, users should **verify compatibility with their fuel type, system pressure, and potential contaminants** before purchase. For **high-pressure, high-accuracy, or heavily contaminated fuel systems**, a more robust flow meter (e.g., ultrasonic or Coriolis type) may be necessary.
#### **Recommendation:**- **Buy if:** You need a **simple, inline fuel flow meter** for monitoring purposes in a **low-to-moderate pressure system** with relatively clean fuel (e.g., diesel engines, fuel injection systems, or small-scale industrial applications).
- **Avoid if:** Your system involves **high pressure, extreme temperatures, or heavily contaminated fuel**, as this meter may not handle those conditions reliably.
- **Consider alternatives if:** You require **long-term calibration stability, high accuracy, or integration with data logging systems**, in which case a **higher-end flow meter** may be worth the investment.
Before purchasing, **check the manufacturer s specifications for your exact fuel type and system requirements**, and consider adding **filtration or protection devices** if contaminants are a concern.
Screen still have plastic cover. Please see photos for details. Selling as used because Missing original box, manual, accessories and Item have a few deep scratches scuff due to missing box. Stag org 83.