Master Meter Flow Lab

All Doubt Calibration of Liquid Flow Meters Calibration "beyond all doubt" Defining the measurement error or k-factor of a liquid flow meter with low measurement uncertainty is always a challenge. Mass and volume flow or batch meters need different calibration methods to achieve this goal. Servtech can determine any output signal utilizing three different calibration methods for liquid flow meters. The calibration facility is the National Standard for the Netherlands and has the lowest measurement uncertainty (CMC) in the world. Many different calibrations can be performed using different written standards like, ISO, API, OIML etc.. to achieve your calibration needs. All flow meter calibrations of Servtech are accepted around the world by other NMI’s as on Servtech certificates you can find the CIPM MRA logo next to the logo of the ISO/IEC17025 accreditation. Every year millions of cubic meters pass through modern large scale systems for production, transport and distribution of all kinds of liquids. Measurements are the basis for revenues, costs and process yield. An incorrect measurement of just one-tenth of a percent can cause a significant difference in profit. Calibration with traceable measurement standards is vital for accurate measurements. Therefore companies that sell expensive liquids have their flow meters that are used for custody transfer calibrated/proved regularly. For this they invest in calibration/proving systems that are directly connected to the measurement systems or they send their flow meters to calibration facilities. Calibrations of the flow meters at VSL give the lowest measurement uncertainty for that part of the custody transfer system. Determining the Measurement Error, Meter Factor or other To be sure of correct measurements in your application liquid flow meters at Servtech are directly calibrated against the National Standards. Depending on your liquid flow meter indication(s) or output signal the Measurement Error, Meter Factor, k-factor, mA vs flow rate or other performance indicator can be determined. If needed the flow meter can be adjusted and corrected for optimal measurements in your applications.

Why choose Servtech? 

The traceability chain for liquid flow and volume measurements starts with primary standards like the meter and the kilogram and ends via a series of carefully executed steps at the liquid flow metering system. The standards for liquid flow measurements are compared with those of other National Metrology Institutes throughout the world in an ongoing process. This guarantees the (inter-) national comparability of liquid flow and volume measurements.

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 Pipe Prover (Compact Prover) 0.02% 3 Master Meter(s) (Coriolis and Turbine) 0.5% 3 0.001 to 400 m /h – t/h 0.8 to 400 m /h – t/h 0.1 to 400 m /h – t/h  Test liquid is water for liquid flow meters with internal diameters ranging from 3 to 250 mm (0.1 to 10 inch) can be installed depending on the connection. Servtech calibration certificate For each calibration Servtech issues a calibration certificate that includes the calibration results and measurement. Type of flow meters that Servtech calibrates are for example Coriolis Mass Flow, Ultrasonic (single, multi paths and clamp on), Electromagnetic, Positive Displacement, Turbine, Vortex, Delta P, Variable Area, Water Meters, etc...

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Capabilities:

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Master meter portale slaid can go upto 1600 liter per mm

• Currently offering Turbine and Positive Displacement Master Meters

• Addition of UFM & Coriolis Masters in 2013

• Water Flow rate 1000 m3/hr

• Diesel Flow rate 300 m3/hr

• Possibility for other customer specific hydrocarbons

• Fully automated testing / pulse counting / timer