Series DTFF Fixed-Orifice Flowmeter
Brand: Dwyer Instruments, LLC
Images are representations only.
Series DTFF Fixed-Orifice Flowmeter
Brand: Dwyer Instruments, LLCThe Series DTFF Fixed-Orifice Flowmeter for Low Flow Rates measures water, oil, or air flow rates with great accuracy at a competitive price.
Rugged stainless steel construction ensures great compatibility and is an excellent choice for high line pressure applications, with a maximum pressure of 3,000 psig (200 bar).
This is all without sacrificing the sensitivity required for low flow measurements. Available in a wide range of flow rates for each calibration, with stainless steel construction as standard. Comes pre calibrated for horizontal in-line mounting.
Features- Rugged Stainless Steel construction ensures great compatibility and is an excellent choice for high line pressure applications, with a maximum pressure of 3000 psig (200 bar)
- High Sensitivity for low flow measurement
- Shatter proof construction, unlike glass tube variable area flowmeters, yields long operation life
Specifications
Accuracy
- ± 2 % of Full Scale - Liquid/Oil Calibration
- ± 5 % of Full Scale - Air Calibration
Applications
- Backflow Prevention
- Heat Exchangers
- Low Flow Monitoring based on Differential Pressure
- Monitoring Low Pressure Drop Across Filters or Strainers
- Oil & Gas Equipment
Diaphragm Material
- Fluoroelastomer
Enclosure, Body Material
- 316 Stainless Steel
Flow Rate
- 0 to 40 gph (0 to 3 LPM) - Water & Oil
- 1.5 to 5 scfm (3 to 9 m³/hour) - Air
Maximum System Pressure
- psi: 3,000 (bar: 206.8, kPa: 20,680)
Media
- Compatible Gases
- Compatible Liquid
- Compatible Oil
NPT Connection
- 1/4" NPT Female
Orifice Material
- Acetal - Orifice Piston
Repeatability
- ± 1 % of Full Scale
Size
- Dial: 2.5" (63 mm)
Spring Material
- 302 Stainless Steel - Spring, Range Spring
Temperature Range
- -30° to 93° C (-22° to 200° F)
Wetted Materials
- PTFE-Coated
- Backflow Prevention
- Heat Exchangers
- Low Flow Monitoring based on Differential Pressure
- Monitoring Low Pressure Drop Across Filters or Strainers
- Oil & Gas Equipment
