Product Summary
The Mediedro is a pressure differential flow measurement instrument designed according to the ISO-5167:6 guidelines. It is particularly suitable for measuring viscous, dirty, and/or laden fluids.
The Wedge Meter: Mediedro
Main Features:
- Application in Viscous Fluids: Designed for precise measurement in viscous fluids.
- Use of Seals: Prevents clogging or damage to the pressure transmitter.
Operation:The Mediedro, like other orifice meters, operates based on the principle of pressure differential. It has a segmental wedge that creates an "H"-shaped opening at the bottom of the tube. This opening causes a pressure differential between the upstream and downstream taps, and through appropriate calculations, this pressure difference is used to measure the flow of the fluid in question.
- Oil and Gas
- Petroleum Refineries
- Chemical and Pharmaceutical Industry
- Food and Beverage Industry
- Mining and Energy
- Pulp and Paper Industry
- Steel Industry
Technical Specification:
- Uncertainty: ±4%, for greater precision, calibration according to standards is required.
- Repeatability: 0.1% (dependent on the transmitter)
- Rangeability: 10:1
- Standard H/D Ratios: 0.3; 0.4; 0.5.
- Pressure Loss: Dependent on ΔP and H.
- Straight Run Requirements: Refer to the technical specifications table.
Construction Material: Carbon Steel, Stainless Steel 316 and 304, special materials available upon request. Line Diameters:
- • From 1" to 50" (other diameters upon request).
Connections:
- Flanged
- Beveled for welding
Possible Configurations:
- Remote seal
- Threaded take-off
Threaded Take-off:
- ½" NPT
- ½" SW
- ¾" NPT
- ¾" SW
- 1" NPT
- 1" SW
- Pressure classes of 3000#, 6000#, and 9000#.
Approvals (Certifications):
- ISO-5167:6
The Mediedro is a reliable choice for precise flow measurement in fluids, especially those that are viscous, dirty, or loaded. Its versatility and ability to operate in adverse conditions make it a valuable option in various industries. Contact us to learn more about how Mediedro can meet your specific flow measurement needs.
