Name: EN ISO 7278-1:1995
Brand: CEN

Liquid hydrocarbons - Dynamic measurement - Proving systems for volumetric meters - Part 1: General principles (ISO 7278-1:1987)

Published date

10-04-1995

Publisher

Comite Europeen de Normalisation

Foreword
0 Introduction
1 Scope and field of application
2 Reference
3 Types of prover
4 General considerations
5 Tank prover systems
6 On-line pipe prover systems
7 Centralized prover systems
8 Master meter systems
9 Bibliography

The purpose of proving a meter is to determine its relative error or its meter factor as a function of flow rate and other parameters such as temperature, pressure and viscosity. The following types of proving systems are in use: tank prover systems; pipe provers, bidirectional and unidirectional; master meters. They can be used either connected (fixed or mobile) to the metering station or in a central proving station.

Committee	CEN/TC 19
DocumentType	Standard
PublisherName	Comite Europeen de Normalisation
Status	Current

Standards	Relationship
ISO 7278-1:1987	Identical
SN EN ISO 7278-1 : 1997	Identical
UNE-EN ISO 7278-1:1995	Identical
DIN EN ISO 7278-1:1996-12	Identical
NEN EN ISO 7278-1 : 1995	Identical
PN EN ISO 7278-1 : 2000	Identical
I.S. EN ISO 7278-1:1996	Identical
UNI EN ISO 7278-1 : 1999	Identical
NF EN ISO 7278-1 : 1996	Identical
NBN EN ISO 7278-1 : 1995	Identical
BS EN ISO 7278-1 : 1996	Identical
NS EN ISO 7278-1 : 1ED 1995	Identical

ISO 4124:1994	Liquid hydrocarbons — Dynamic measurement — Statistical control of volumetric metering systems
ISO 7278-2:1988	Liquid hydrocarbons — Dynamic measurement — Proving systems for volumetric meters — Part 2: Pipe provers
ISO 7278-3:1998	Liquid hydrocarbons Dynamic measurement Proving systems for volumetric meters Part 3: Pulse interpolation techniques
ISO 2715:1981	Liquid hydrocarbons Volumetric measurement by turbine meter systems
ISO 2714:1980	Liquid hydrocarbons Volumetric measurement by displacement meter systems other than dispensing pumps
ISO 4267-2:1988	Petroleum and liquid petroleum products — Calculation of oil quantities — Part 2: Dynamic measurement