The Daniel Orifice Plate 12 in .250 THK is a high‑precision differential pressure orifice plate for industrial flow measurement, engineered for UK oil & gas, pipeline, supply and process plant applications where accurate and repeatable volumetric flow calculation is essential.
Constructed from premium 316/316L stainless steel, this 12 in universal orifice plate with .250 in thickness delivers stable performance with a tight discharge coefficient uncertainty of ±0.5 % of flow rate and a wide flow turndown ratio of 10:1 or greater, supporting reliable clean gas and low viscosity liquid flow measurement.
Conforming to industry standards such as AGA 3, API 14.3 and ISO 5167 bore and bevel tolerances, this orifice plate is ideal for pipeline custody transfer, refinery metering systems, industrial process flow measurement and instrumentation applications, helping reduce calibration frequency, improve measurement repeatability and streamline maintenance across complex fluid systems.
Daniel COMMERCIAL – ORIFICE PLATE – 500 UNIVERSAL – 12 IN – .250 THK
The Daniel Orifice Plate 12 in .250 THK is a high‑precision differential pressure orifice plate for industrial flow measurement, engineered for UK oil & gas, pipeline, supply and process plant applications where accurate and repeatable volumetric flow calculation is essential.
Constructed from premium 316/316L stainless steel, this 12 in universal orifice plate with .250 in thickness delivers stable performance with a tight discharge coefficient uncertainty of ±0.5 % of flow rate and a wide flow turndown ratio of 10:1 or greater, supporting reliable clean gas and low viscosity liquid flow measurement.
Conforming to industry standards such as AGA 3, API 14.3 and ISO 5167 bore and bevel tolerances, this orifice plate is ideal for pipeline custody transfer, refinery metering systems, industrial process flow measurement and instrumentation applications, helping reduce calibration frequency, improve measurement repeatability and streamline maintenance across complex fluid systems.
