ds pi manual logger lt en
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Features
Barcodes and RFID: Use barcodes
and RFID to guide data collectionand prompt you for data entry.
Barcodes and RFID can also be
collected as data values.
Data Collection Grouping:
Data collection items can be
arranged in groups or hierarchies
to reect your facility, work areas,
equipment, building layout, etc.
Easy Confguration: PI ML data
collection denitions can be
imported or exported as XML les
which makes creating and editing
them easier.
Task Instructions: While collecting
data you can display instructions
as text or use hyperlinks to show
standard operating procedures
(SOP), equipment images, web
pages, etc.
Data Validation During Data Entry:
PI ML performs automatic data
validation for HiHi, High, Low, LoLo
and Delta limit checks. When limit
violations occur, customizable
alert messages are displayed
prompting you for optional
comments.
Submit and Approve Workow:
Manually entered data can be
submitted for review and approvalprior to being uploaded to the
PI System.
Collect Multiple Values for Each
Item: With PI ML, more than one
value can be collected for an
item, for example: as found/as
left entries, instrument calibration
readings, etc.
Business Challenge
Manually collected data such as operator rounds, plant surveillance and eld
inspections contain valuable process and equipment information. Often, these
data are collected using paper-based methods which can be difcult to use and
manage. PI Manual Logger (PI ML) provides a secure and scalable solution to
record such data using PCs and hand held devices. Manually entered data can
then be validated, uploaded to the PI Server and fully leveraged by the
PI System just like any other PI System data.
Overview
PI ML has many features to support manual input data collection, including:
Flexible Scheduling: Data collection schedules such as hourly, daily, weekl
monthly and yearly can be congured so you can collect data when
needed, for example collect Chiller Compressor log every Tuesday at 10:0
a.m.
Confgurable Templates: Text entries such as failure codes, comments and
pick-lists can be pre-congured to make data entry faster and easier.
Lab Results: Lab values can be time-stamped with the time when the samp
was collected.
Multi-user Support: A single data entry task can be accessed by different
users from separate networked PCs to allow lab results entry or to allow dat
review by supervisors who are not located near the data collection site.
Support for Future Data: With PI ML, future data collected as part of norma
data entry is automatically queued for sending to the PI System.
Operator Presence Confrmation: Barcode scans can be veried and logge
prior to data entry in the eld. This feature is available on select hardware.
PI ML data entry screen on a Windows Mobile device (left) and a PC (right); limit
violations are indicated by yellow or red shading.
PI Manual Logger
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Copyr ight 2012 OSIsof t, LLC | 777 Dav is Street, San Lea ndro, CA 94577 | www.osisoft.com
All companies, products and brands mentioned are trademarks of thei r respective trademark owners.
About OSIsoft, LLC
OSIsoft (www.osisoft.com) delivers the PI System, the industry standard in
enterprise infrastructure, for management of real-time data and events.
With installations in 110 countries spanning the globe, the PI System is used in
manufacturing, energy, utilities, l ife sciences, data centers, facili ties and the
process industries. This global installed base relies upon the PI System to safegua
data and deliver enterprise-wide visibility into operational, manufacturingand business data. The PI System enables users to manage assets, mitigate
risks, comply with regulations, improve processes, drive innovation, make
business decisions in real-time and to identify competitive business and market
opportunities. Founded in 1980, OSIsoft is headquartered in San Leandro,
California, with operations worldwide and is privately held.
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Features Continued
Conditional Data Entry: Use
conditional expressions to specify
when an item is due for collection.
For example, if the temperature
is below freezing then record the
valve position.
Ad Hoc Data Entry: Using PI MLs
ad hoc mode, eld operators
can collect any data at any time,
regardless of whether or not it is
due for collection.
Security: Digital ink signatures can
be associated with each PI ML
value or comment.
Audit Trail: PI ML can automatically
log all important changes to data
collection congurations and data
entries.
Disconnected Data Collection:
Using PCs and mobile devices,
manual data can be collected
while disconnected from the
PI Server and later sent to the
PI Server via a wired connection
or wirelessly using the built-in PI ML
web services.
Multiple Hardware Options:
PI ML can be used with PCs, tabletdevices and handheld devices,
including those with barcode
scanners and RFID readers.
PI ML data, shown above in a browser using PI WebParts, includes 7-day collection
history and a trend. The readings and the trend dynamically update based on the item
selected in the hierarchy.
(Left) Windows Mobile handheld device.
(Center) Wi-Fi enabled Windows Mobile
device with barcode scanner.(Right) Wireless enabled MicrosoftWindows
Tablet PC.
Disclaimer: OSI soft, LLC does not endorse any device,
manufacturer or vendor; images shown are for
illustration purposes only.
Benefts
PI ML can provide many benets to your organization, including:
Greater Field Workforce Productivity: PI ML helps you save valuable time
during data collection with features like barcode scan navigation and jus
in-time task instructions.
A More Complete Operational Picture: With the PI System, manually
collected data is seamlessly available alongside automatically collected
data (i.e. instrument data collected via PI System interfaces) providing you
with a complete operational picture.
Integrated Analysis: Field collected equipment and process/lab data
can be easily integrated with enterprise systems such as SAP and IBM
Maximo.
Lower Cost Data Collection: PI ML provides an inexpensive way to collect la
data for the PI System. It can also be used to gather data for performance
comparisons such as data from pilot runs, new or overhauled equipment
start-ups, etc. This allows you to compare routine production runs to
benchmarked performance.