The Blue & White F-30200P is a precision flow meter designed for commercial and industrial water systems handling 20 to 120 gallons per minute through a 2-inch connection. Built with a one-piece machined acrylic body and corrosion-resistant internals, this saddle-mount meter delivers accurate dual-scale readings in both GPM and LPM.
SPECIFICATIONS
Blue & White F-30200P Flow Meter Key Specs
Flow Range
20 - 120 GPM
Also displays in LPM
Connection Size
2 Inch
Male NPT threading
Body Material
Acrylic
One-piece machined & polished
Mount Type
Saddle
Panel mount installation
Internal Parts
Corrosion Resistant
Wear-resistant design
Display Type
Dual Scale
Simultaneous GPM & LPM
TECHNICAL DETAILS
F-30200P Construction & Materials
| Model Number | F-30200P |
| Manufacturer | Blue & White Industries |
| Body Construction | One-piece machined acrylic, polished finish |
| Thread Type | Male NPT (National Pipe Thread) |
| Installation Method | Saddle mount, panel installation |
| Scale Display | Dual scale showing gallons per minute and liters per minute |
| Internal Components | Corrosion and wear resistant materials |
COMPATIBILITY & APPLICATIONS
Ideal Uses for the F-30200P Flow Meter
This Blue & White flow meter is designed for commercial water treatment systems, industrial process monitoring, and agricultural applications where precise flow measurement between 20 and 120 GPM is required. The 2-inch male NPT adapters make it compatible with standard piping systems, while the saddle mount configuration allows for clean panel installations in control rooms or equipment enclosures. The dual-scale display is particularly useful for systems requiring metric conversions or international compliance. The corrosion-resistant internals ensure long-term accuracy in treated water, well water, and light industrial process water applications.
💧 Pro Tip: Flow meters should be installed in a straight run of pipe with at least 10 pipe diameters upstream and 5 diameters downstream for the most accurate readings. Turbulence from elbows or valves will affect measurement precision.
