Product Definition?
The ?imported oval gear flow meter? (also known as a positive displacement flow meter) is a high-precision industrial-grade device designed for clean process fluid applications.
Technical Specifications?
1. ?Core Parameters?
Sizes?: ?" to 4"
Flow Range?: 0.13 GPH to 320 GPM
Materials?: Stainless steel SS316L
Power Supply?: 5–26 VDC
2. ?Performance Metrics?
Accuracy?: 0.5% (standard), 0.2% (high-precision)
Temperature Range?:
Standard: -40°C to +80°C
Customizable for high-temperature applications (consult engineers)
Pressure Rating?:
Standard: 400 BAR
Customizable for high-pressure applications (consult engineers)
3. ?Output Signals?
Primary?: Square wave pulse
Optional?:
Analog current output
RS485/RS232 with Modbus protocol
Working Principle?
Fluid-Driven Mechanism?:
Liquid flow drives the measurement gears based on the gear motor principle.
Signal Generation?:
One signal is emitted per gear tooth rotation, corresponding to a fixed geometric volume.
Dual non-contact sensors sample gear movement for bidirectional flow detection.
Bearing System?:
Low-friction ball bearings ensure contactless operation.
Pressure-resistant non-magnetic separator isolates the sensor compartment.
Signal Processing?:
A preamplifier converts raw signals to square waves.
Two-channel sampling enhances resolution and flow direction identification.
Compatible Fluids?
Category? ?Examples?
Fuels? Diesel, ethanol blends, biodiesel
Chemicals? Polyols, isocyanates, epoxy resins
Lubricants? Hydraulic oils, grease additives
Industrial? Inks, paints, adhesives, sealants
Aqueous? Deionized water, glycol solutions
Typical Applications?
Fuel Systems?:
Biodiesel/ethanol blending
Marine fuel metering
Industrial Processes?:
Polyurethane foam mixing
Hydraulic oil measurement
Solvent blending/distribution
Precision Tasks?:
Test bench calibration
Polymer production monitoring
Note?: All technical parameters are translated verbatim from the source. Consult engineers for application-specific customization.
Contact:Mr.Tu
Tel:18001874240
Email:noike009@foxmail.com