Netherlands 07077 03815 | Intl +31 (0) 7077 03815 | Welcome to our new site - found a bug? Please report it here
FLD-Carbon-dioxide-Series
Carbon Dioxide - Direct Read, Panel Mount Variable Area Flow Meters
- Panel-mount variable-area flow meter calibrated for CO₂ service with direct-read scale
- ±5% full-scale accuracy, repeatability ±0.25% and turn-down ratio 10:1
- Rated for up to 200 psi and 121 °C (250 °F) for robust gas process applications
- Wetted parts in 316 SS or anodized aluminum, borosilicate glass flow tube and built-in 6-turn valve
FLD-Carbon-dioxide-Series
From
€
330,43
Product Overview
- Accuracy ± 5 %
- Back Plate 1/8" thick white acrylics
- Float Type Borosilicate Glass
- Media Compatibility Carbon dioxide
- 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
- Valve Included true
- Valve Type 6-Turn Valve
The FLD Carbon Dioxide-Series from Dwyer is a direct-read, panel-mount variable-area flow meter purpose-designed for CO₂ gas service. It combines precision metering with dependable materials of construction to meet the unique demands of carbon-dioxide flow measurement. With an accuracy of ±5% FS, repeatability of ±0.25% and a 10:1 turn-down ratio, this meter delivers both clarity and flexibility for process monitoring.
The meter is rated for process pressures up to 200 psi and maximum temperatures up to 121 °C (250 °F), providing reliability in demanding gas applications. Wetted parts include options like 316 stainless-steel or anodized aluminum, a borosilicate glass tube, and a built-in 6-turn valve for fine control of flow. Designed for simple installation and intuitive use, the FLD Carbon Dioxide-Series is ideal for applications in gas supply panels, carbonation systems, process gas distribution or any scenario where accurate direct-read CO₂ flow indication is essential.