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FLD-Oxygen-Series
Oxygen - Direct Read, Panel Mount Variable Area Flow Meters
Models In Stock
- Panel-mount variable-area flow meter calibrated specifically for oxygen service
- Accuracy ±5% FS, repeatability ±0.25%, with turndown ratio of 10:1
- Rated up to 200 psi process pressure, max temperature ~121 °C for robust application
- Wetted materials include 316 SS or aluminum, back-plate acrylic, panel-mount style for easy integration
FLD-Oxygen-Series
From
€
330,43
Models In Stock
Product Overview
- Accuracy ± 5 %
- Back Plate 1/8" thick white acrylics
- Media Compatibility Oxygen
- Mounting Panel Mount
- Mounting Fittings In Contact With Fluids 316 stainless steel, Aluminum, black anodized
- Number of Tubes 1
- Operating Pressure, Max 200 psi
- Process Connection Size 1/8 in
- Process Connection Type NPT Female
- Process Temperature, Max 121 °C
- Repeatability ± 0.25%
- Scale Direct Read
- Turndown Ratio 10:1
The FLD Oxygen-Series is a purpose-built panel-mount variable-area flow meter optimized for oxygen flow measurement in industrial, medical-gas or process environments. With a direct-read scale and high visibility design, the meter enables clear intuitions of flow conditions at a glance. Wetted materials such as 316 stainless steel and anodized aluminum ensure compatibility with oxygen service, while the acrylic back-plate and magnifying front lens improve readability.
Featuring ±5% full-scale accuracy, a repeatability of ±0.25%, and a turndown ratio of 10:1, this series delivers reliable performance for critical applications. It is rated for operating pressures up to 200 psi and temperatures up to 121 °C (250 °F), making it suitable for many demanding environments.
Installation is streamlined via panel-mount configuration, with 1/8″ female NPT fittings and a simple footprint for OEM or instrumentation panels. The FLD Oxygen-Series is ideal for oxygen-feed monitoring, process control loops, medical-gas systems or any application requiring transparent, direct-read flow indication of oxygen with high reliability.