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The Data Lifecycle of a Eurotherm Recorder

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Data Integrity ALCOA+ Concept

The Data Lifecycle

Data Management, Acquisition and Control Solutions

Store and Forward Feature

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Solutions and Services for Life Sciences

White Paper: How-to Meet Data Integrity ALCOA+ Principles

The data lifecycle of a Eurotherm recorder

Data life cycle diagram

Quick links

> Eurotherm Data Reviewer

> 6000 Series Graphic Recorders

> nanodac™ Recorder/Controller

> versadac™ Scalable Data Recorders

> T2750 PAC

> AVEVA Historian

> Dream Report

> White Paper: How to Meet Data Integrity ALCOA+ Principles

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Creation

Values from sensors have metadata (range, units, tag, calibration etc.) applied
Values communicated from other systems have metadata applied
Values captured from operator (with metadata stored to audit trail)

Processing

Calculated values
Comparison of actual and desired values to produce alarms and events
Temporary local storage to UHH files on recording device

Storage

UHH files can be stored within the recording device
UHH files can also be transferred to a storage location

Review, reporting and use

Recorder screens show current values, current alarms, trended values, historical alarms
Historical data values and alarms can be used for review (Data Reviewer software) or reporting (Dream Report software) and GxP activities

Retention and retrieval

UHH files enable retrieval of electronic batch data for investigation

Destruction

Removal from archive location and destruction of data at end of required retention period

Data flows – within recorders and associated PC tools

The diagram below illustrates eleven data flow paths within the data lifecycle, using the Eurotherm 6000 Series Data Recorder as an example.