SKF @ptitude Analyst Thin Client Transfer User Manual


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SKF @ptitude Analyst Thin Client Transfer User Manual | Manualzz

SKF @ptitude Analyst Thin Client Transfer

User Manual Part No. 32143800-EN

Revision E

User Manual

Copyright

 2016 by SKF USA Inc.

All rights reserved.

Technical Support Email: [email protected]

North and South America

Technical Support Email: [email protected]

SKF USA Inc.

® SKF is a registered trademark of the SKF Group.

All other trademarks are the property of their respective owners.

© SKF 2016

The contents of this publication are the copyright of the publisher and may not be reproduced (even extracts) unless prior written permission is granted. Every care has been taken to ensure the accuracy of the information contained in this publication but no liability can be accepted for any loss or damage whether direct, indirect or consequential arising out of the use of the information contained herein. SKF reserves the right to alter any part of this publication without prior notice.

Patents: US 4,768,380 • US 5,633,811 • US 5,679,900 • US 5,845,230 • US 5,852,351 •

US 5,854,553 • US 5,854,994 • US 5,870,699 • US 5,907,491 • US 5,992,237 • US 6,006,164 •

US 6,124,692 • US 6,138,078 • US 6,199,422 • US 6,202,491 • US 6,275,781 • US 6,301,514 •

US 6,437,692 • US 6,489,884 • US 6,513,386 • US 6,633,822 • US 6,789,025 • US 6,792,360 •

US 7,103,511 • US 7,697,492 • WO/2003/048714

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111716dc

End-User License Agreement

THIS END-USER LICENSE AGREEMENT (this

“Agreement”) is entered into by and between

SKF USA Inc. and/or SKF Condition Monitoring

Center AB (hereinafter referred to collectively as the “Licensor”) and any person or business that executes this Agreement by clicking the “I agree” icon at the end of this Agreement or by accessing, using, or installing the Software

(“Licensee” or “You”). Licensor and Licensee shall be referred to collectively in this

Agreement as the Parties.

BY CLICKING THE ACCEPTANCE BUTTON OR

ACCESSING, USING, OR INSTALLING THE

SOFTWARE, OR ANY PART THEREOF, YOU

EXPRESSLY AGREE TO BE BOUND BY ALL OF

THE TERMS OF THIS AGREEMENT. IF YOU

DO NOT AGREE TO ALL OF THE TERMS OF

THIS AGREEMENT, THE BUTTON INDICATING

NON-ACCEPTANCE MUST BE SELECTED,

AND YOU MAY NOT ACCESS, USE, OR

INSTALL ANY PART OF THE SOFTWARE.

1. DEFINITIONS

(a) Derivative Works. The Term

“Derivative Works” shall have the same meaning as set forth in the U.S.

Copyright Act, as amended from time to time, in title 17 of the United States

Code.

(b) Effective Date.

The term “Effective

Date” shall mean the date on which

Licensee assents to the terms of this

Agreement by clicking the “I agree” button at the bottom of this

Agreement.

(c) Intellectual Property Rights. The term Intellectual Property Rights shall mean all rights arising or protectable under the copyright, trademark, patent, or trade secrets laws of the

United States or any other nation, including all rights associated with the protection of computer programs and/or source code.

(d) Person.

The term “Person” shall mean an individual, a partnership, a company, a corporation, an association, a joint stock company, a trust, a joint venture, an unincorporated organization, or a governmental entity (or any department, agency, or political subdivision thereof).

(e) Software.

The term “Software” shall mean the software application entitled

Software for Wireless Monitoring

System V/T, SKF @ptitude Analyst,

SKF @ptitude Inspector, SKF @ptitude

Observer, SKF @ptitude Decision

Support or any other software within the SKF @ptitude family suite, which is an application developed, owned, marketed, and licensed by Licensor.

The term Software shall include the object code of Software for Wireless

Monitoring System V/T, SKF @ptitude

Analyst, SKF @ptitude Inspector, SKF

@ptitude Observer, SKF @ptitude

Decision Support or any other object code within the SKF @ptitude family suite and any and all user manuals, or other technical documentation, authored by Licensor in connection with Software for Wireless Monitoring

System V/T, SKF @ptitude Analyst,

SKF @ptitude Inspector, SKF @ptitude

Observer, SKF @ptitude Decision

Support or any other software within the SKF @ptitude family. The term

“Software” includes any corrections, bug fixes, enhancements, releases, updates, upgrades, or other modifications, including custom modifications, to Software for

Wireless Monitoring System V/T, SKF

@ptitude Analyst, SKF @ptitude

Inspector, SKF @ptitude Observer,

SKF @ptitude Decision Support or any other software within the SKF

@ptitude family suite and any and all user manuals. The term Software also includes any supplemental, addon, or plug-in software code provided

to Licensee in the course of receiving

Product Support Plan services from

Licensor. The term Software shall not be construed to include the source code for Software for Wireless

Monitoring System V/T, SKF @ptitude

Analyst, SKF @ptitude Inspector, SKF

@ptitude Observer, SKF @ptitude

Decision Support or any other software within the SKF @ptitude family suite.

2. LICENSE

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Licensee, pursuant to the terms and conditions of this Agreement, a nonexclusive, non-transferable, and revocable license to use the Software in strict accordance with the terms and conditions of this Agreement, including any concurrent use, network or other limitations set forth in subsection (b) below. All rights not specifically granted by Licensor under this Agreement are retained by

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(i)

If you obtained a stand-alone license of the Software, you may install one (1) copy of the

Software on one (1) computer residing in your principal business office.

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If you obtained a network license of the Software, you may install one (1) copy of the

Software on as many networked clients

(workstations) as authorized by your network license, as set forth more particularly in the applicable purchase order or other ordering documents memorializing your license acquisition; provided, however, that all network clients

(workstations) are connected to a single licensed database residing in your principal business office.

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If you obtained a network license of the Software, you may connect to multiple licensed databases, you may install the database-dedicated clients up to the total number of networked clients acquired by you under the applicable purchase order or other ordering documents memorializing your license acquisition.

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Licensee may not use the Software for any other purpose. Licensee shall not:

(i)

permit any parent, subsidiaries, affiliated entities or third parties to use the

Software;

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allow access to the Software through any workstations located outside of Licensee’s principal business offices;

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sublicense, assign, or transfer the Software or this license for the Software to any Person;

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reproduce, distribute, or publicly display the Software;

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make the Software accessible to any Person by any means, including posting on a web site or through other distribution mechanisms over the Internet;

(viii) reverse assemble, disassemble, reverse engineer, reverse compile, decompile, or otherwise translate the

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Derivative Works based on the

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3. LICENSE FEE

The applicable licensee fees will be set forth in the quote issued to Licensee by Licensor or otherwise established in the applicable purchase order or other ordering documents memorializing your license acquisition.

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§ 109, does not apply to the transaction effected by this

Agreement.

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“Transfer”) to a third party the Software or any copy thereof, in whole or in part, without Licensor’s prior written consent. Any Transfer effected in violation of this Section 4(b) shall be void ab initio and of no force or effect.

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Licensor may provide you with support services related to the Software called

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programs described in the PSP literature or other material from Licensor’s Product

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Policies shall be specifically incorporated into this Agreement by this reference.

Licensee acknowledges that Licensor may use any technical information provided by

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7. LIMITED WARRANTIES

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Licensor aware of any defect with the

Software within seven (7) days after the occurrence of the defect; (ii)

Licensee has paid all amounts due under this Agreement; and (iii)

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Licensee has used the Software in conjunction with other equipment, hardware, software, or other technology that created an adverse impact on the operation, functioning, or performance of the Software.

(b) EXCEPT AS SET FORTH IN THIS

SECTION 7 AND TO THE EXTENT

PERMITTED BY APPLICABLE LAW,

ALL EXPRESS AND/OR IMPLIED

WARRANTIES OR CONDITIONS,

INCLUDING BUT NOT LIMITED TO

IMPLIED WARRANTIES OR

CONDITIONS OF MERCHANTABILITY,

MERCHANTABILITY OF A COMPUTER

PROGRAM, INFORMATIONAL

CONTENT, SYSTEM INTEGRATION,

FITNESS FOR A PARTICULAR

PURPOSE, AND NON-

INFRINGEMENT, ARE HEREBY

DISCLAIMED AND EXCLUDED BY

LICENSOR.

(c) The remedies set forth in this Section

7 are the exclusive remedies available to Licensee for any problem in the performance of the Software.

8. LIMITATIONS ON LIABILITY

(a) Limitations and Exclusions. IN NO

EVENT WILL LICENSOR BE LIABLE

TO LICENSEE FOR ANY DIRECT,

INDIRECT, INCIDENTAL,

CONSEQUENTIAL, PUNITIVE OR

OTHER SPECIAL DAMAGES, LOST

PROFITS, OR LOSS OF INFORMATION

SUFFERED BY LICENSEE ARISING

OUT OF OR RELATED TO THIS

AGREEMENT OR THE USE OF THE

SOFTWARE, FOR ALL CAUSES OF

ACTION OF ANY KIND (INCLUDING

TORT, CONTRACT, NEGLIGENCE,

STRICT LIABILITY, BREACH OF

WARRANTY OR CONDITION, AND

STATUTORY) EVEN IF LICENSOR HAS

BEEN ADVISED OF THE POSSIBILITY

OF SUCH DAMAGES. THE

PRECEDING EXCLUSION AND

DISCLAIMER OF DAMAGES SHALL

APPLY TO ALL CLAIMS MADE BY

LICENSEE RELATED TO OR ARISING

OUT OF LICENSEE’s USE OF THE

SOFTWARE, INCLUDING, BUT NOT

LIMITED TO, CLAIMS ALLEGING THAT

THE SOFTWARE, OR ANY

COMPONENT THEREOF, FAILED OF

ITS ESSENTIAL PURPOSE OR FAILED

IN SOME OTHER RESPECT.

(b) Acknowledgment. Licensee agrees that the limitations of liability and disclaimers of warranty set forth in this Agreement will apply regardless of whether Licensor has tendered delivery of the Software or Licensee has accepted the Software. Licensee acknowledges that Licensor has set its prices and entered into this

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(a) Term. This Agreement shall commence on the Effective Date and shall continue in existence until it is terminated in accordance with Section

9(b) below.

(b) Termination. Licensor may terminate this Agreement and the license conveyed hereunder in the event that Licensee breaches any provision, term, condition, or limitation set forth in this Agreement, including but not limited to the license restrictions set forth in Section 2(d) of this Agreement.

(c) Effect of Termination. Within ten

(10) days after termination of this

Agreement and the license granted hereunder, Licensee shall return to

Licensor, at Licensee’s expense, the

Software and all copies thereof, and deliver to Licensor a certification, in writing signed by an officer of

Licensee, that all copies of the

Software have been returned to

Licensor and that Licensee has discontinued its use of the Software.

10. ASSIGNMENT

Licensee shall not assign or otherwise transfer the Software or this Agreement to anyone, including any parent, subsidiaries, affiliated entities or third Parties, or as part of the sale of any portion of its business, or pursuant to any merger, consolidation or reorganization, without

Licensor’s prior written consent. Any assignment or transfer effected in violation of this Section 10 shall be void ab initio and of no force or effect.

11. FORCE MAJEURE

Neither party shall be in default or otherwise liable for any delay in or failure of its performance under this Agreement if such delay or failure arises by any reason beyond its reasonable control, including

any act of God, any acts of the common enemy, the elements, earthquakes, floods, fires, epidemics, riots, failures or delay in transportation or communications; provided, however, that lack of funds shall not be deemed to be a reason beyond a party’s reasonable control. The Parties will promptly inform and consult with each other as to any of the above causes that in their judgment may or could be the cause of a delay in the performance of this

Agreement.

12. NOTICES

All notices under this Agreement are to be delivered by depositing the notice in the mail, using registered mail, return receipt requested, to the party’s last known principal business address or to any other address as the party may designate by providing notice. The notice shall be deemed delivered four (4) days after the notice’s deposit in the mail, if such notice has been sent by registered mail.

13. CHOICE OF LAW

This Agreement (including all Exhibits), including its formation, execution, interpretation, and performance, and the rights and obligations of the Parties hereunder, shall be governed by and construed in accordance with the laws of the Commonwealth of Pennsylvania, without regard to any conflicts of law (or choice of law) principles thereof.

14. CONSENT TO JURISDICTION

In the event that either party initiates litigation relating to or arising out of this

Agreement, Licensor and Licensee irrevocably submit to the exclusive jurisdiction of the state or federal court in or for Philadelphia, Pennsylvania for the purposes of any suit, action or other proceeding relating to arising out of this

Agreement or any transaction contemplated hereby or thereby (“Legal

Proceedings”). Licensee further agree that service of any process, summons, notice, or document by U.S. registered mail to such Party’s respective address shall be effective service of process for any Legal

Proceeding. Licensor and Licensee irrevocably and unconditionally waive any objection to personal jurisdiction and/or the laying of venue of any Legal

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Proceeding brought in any such court has been brought in an inconvenient forum and otherwise waive any and all objections to the forum.

15. EXPORT CONTROLS

Licensee shall not export or reexport, directly or indirectly, the Software without complying with the export controls imposed by the United States Export

Administration Act of 1979, as amended

(or any future U.S. export control legislation) and the regulations promulgated thereunder.

16. GOVERNMENT END USERS

If Licensee is acquiring the Software for or on behalf of a subdivision of the U.S. federal government, this Section 16 shall apply. The Software was developed completely at private expense, is existing computer software, is a trade secret for all purposes of the Freedom of Information

Act, is “restricted computer software” and in all respects proprietary data belonging solely to Licensor, and all rights are reserved under the copyright laws of the

United States. Use, duplication, or disclosure by the Government is subject to restricted rights as set forth in subparagraphs (a) through (d) of the

Commercial Computer Software Restricted

Rights clause at FAR 52.227-19, or for

DoD units, the restrictions as set forth in subparagraph (c)(1)(ii) of the Rights in

Technical Data and Computer Software clause at DFARS 252.227-7013.

17. TRADEMARKS

Licensee agrees that SKF @ptitude

Analyst, SKF @ptitude Inspector, SKF

@ptitude Observer, SKF @ptitude Decision

Support or any other software within the

SKF @ptitude family suite and the trade dress, logos and other designations of source used by Licensor to identify the

Software are trademarks or registered trademarks of Licensor. Licensee shall not use Licensor’s trademarks or service marks without the prior written consent of

Licensor. If the Software contains any active links to web sites, you agree to

18. GENERAL PROVISIONS

maintain such active links and not redirect or modify them.

(a) Complete Agreement. The Parties agree that this Agreement is the complete and exclusive statement of the agreement between the Parties, which supersedes and merges all prior proposals, understandings and all other agreements, oral or written, between the Parties relating to the use of the Software.

(b) Amendment. This Agreement may not be modified, altered or amended except by written instrument duly executed by both Parties. Any purchase orders or other ordering documents issued to Licensee by

Licensor shall not have the effect of amending or modifying this

Agreement, and shall only serve to memorialize the number of licenses or products ordered by Licensee. In the event of a conflict between the

PSP Policies and this Agreement, the terms of this Agreement shall control.

(c) Waiver. The waiver or failure of either party to exercise in any respect any right provided for in this

Agreement shall not be deemed a waiver of any further right under this

Agreement.

(d) Severability. If any provision of this

Agreement is invalid, illegal or unenforceable under any applicable statute or rule of law, it is to that extent to be deemed omitted. The remainder of the Agreement shall be valid and enforceable to the maximum extent possible.

(e) Read and Understood. Each party acknowledges that it has read and understands this Agreement and agrees to be bound by its terms.

(f) Limitations Period. No action arising under, or related to, this

Agreement, may be brought by either party against the other more than two (2) years after the cause of action accrues, unless the cause of action involves death or personal injury.

(g)

Attorneys’ Fees. In the event any litigation is brought by either party in connection with this Agreement, the prevailing party in such litigation will be entitled to recover from the other party all the costs, reasonable attorneys’ fees, and other expenses incurred by such prevailing party in the litigation.

(h) Authorized Representative. The person installing or using the

Software on behalf of Licensee represents and warrants that he or she is legally authorized to bind

Licensee and commit Licensee to the terms of this Agreement.

(i)

Injunctive Relief. Licensee agrees that Licensor may suffer irreparable harm as a result of a violation of

Sections 2, 4, 6, 10, 15, and 17 of this Agreement and that monetary damages in such event would be

substantial and inadequate to compensate Licensor. Consequently,

Licensor shall be entitled to seek and obtain, in addition to such other monetary relief as may be recoverable at law or in equity, such injunctive other equitable relief as may be necessary to restrain any threatened, continuing, or further breach by Licensee without showing or proving actual damages sustained by Licensor and without posting a bond.

CM-F0176 (Revision F, January 2011)

Table of Contents

SKF @ptitude Analyst Thin Client Transfer

Application

1

About This Manual ..................................................... 1-1

Product Overview ....................................................... 1-1

Launching @ptitude Analyst Thin Client

Transfer .................................................................... 1-2

Direct Database Communication

2

Overview ...................................................................... 2-1

Establishing Communication with the Data

Acquisition Device (DAD) ....................................... 2-2

Download to a Microlog Analyzer or MARLIN

DAD ........................................................................... 2-6

Upload from DAD ....................................................... 2-9

Status ......................................................................... 2-11

File Transfer

3

Process Overview ....................................................... 3-1

File Transfer to / from an @ptitude Analyst

Database .................................................................. 3-1

File Transfer to / from a Data Acquisition

Device (DAD) ............................................................ 3-6

Index

SKF @ptitude Analyst Thin Client Transfer

User Manual

TOC - 1

1

SKF @ptitude Analyst Thin Client Transfer Application

About This Manual

This manual introduces you to the SKF @ptitude Analyst Thin Client Transfer application. This manual pertains to both Thin Client Transfer File (CMSW 7320) and Thin Client Transfer Direct (CMSW 7321) products.

Thin Client Transfer installation is detailed in the @ptitude Analyst

Installation Manual. This manual assumes that the Thin Client

Transfer is already installed.

User Manual Conventions

As you use this manual, you'll discover certain conventions used:

Bold type is used to indicate text that appears in a menu or data screen.

Italics are used to emphasize important information.

 - are used to indicate notes to the reader.

Step-bystep procedures are sequenced using bullets, •.

Product Overview

SKF @ptitude Analyst Thin Client Transfer (TCT) provides Data Acquisition services for remote workstations that do not require an @ptitude Analyst installation. Thin

Client Transfer is a small application that deploys very easily and facilitates data transfer to and from Microlog Analyzer and MARLIN Data Acquisition Devices (DADs), without using the @ptitude Analyst interface.

The Thin Client Transfer has two modes of communication:

Direct communication with an @ptitude Analyst database

– This method uses the

SKF @ptitude Analyst Transaction Server to transfer data directly to / from the

@ptitude Analyst database, bypassing the @ptitude Analyst application interface.

This is primarily used for thin client network environments (e.g., a Citrix environment) or for clients on a network with low bandwidth (including satellite connections).

File Transfer

– This method allows users to transfer data via a file, without requiring a direct connection between the Microlog Analyzer or MARLIN DAD and the computer hosting @ptitude Analyst. This is primarily used when data collection occurs at a remote location without an @ptitude Analyst installation.

SKF @ptitude Analyst Thin Client Transfer

User Manual

1 - 1

SKF @ptitude Analyst Thin Client Transfer Application

Launching @ptitude Analyst Thin Client Transfer

Thin Client Transfer Licenses

Thin Client Transfer File CMSW 7320 (file transfer mode) and Thin Client Transfer

Direct CMSW 7321 (direct database communication mode) products are licensed separately. Each license specifies the number of remote computers that may upload data to @ptitude Analyst. Once you upload data from your DAD, one of the licenses for that upload method is permanently tied to the computer that was used to either perform the upload or generate the upload file.

Licenses are validated during upload using the Transaction Server to which the Thin

Client Transfer installation connects. You do not need to enter license keys at each location where Thin Client Transfer is installed; rather, licenses are entered using the

License Key Manager on the computer hosting the Transaction Server.

If you have one license key file on your network that is shared by multiple installations of @ptitude Analyst, you may enter the Thin Client Transfer licenses in the License Key Manager at any @ptitude Analyst installation. If each installation uses its own license file, you must enter the keys on the computer hosting the

Transaction Server referenced by Thin Client Transfer, as specified during the Thin

Client Transfer installation procedure.

By default, license key files are stored on the local computer. If you would like to place a copy of the license key file on the network where it can be shared by multiple installations, use the File / Use

File… menu option in the License Key Manager at each @ptitude

Analyst installation.

If the Thin Client Transfer license key was entered during installation of the Transaction Server host, no further action is required. If it was not already entered, you may enter the key at any time using the License Key Manager.

If you require additional licenses, contact your SKF Condition Monitoring sales representative.

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Launching @ptitude Analyst Thin Client Transfer

When SKF @ptitude Analyst Thin Client Transfer is installed, it creates a shortcut in the SKF @ptitude Monitoring Suite program group.

To launch Thin Client Transfer:

 Select the Windows’ Start menu’s SKF @ptitude Monitoring Suite group.

Select SKF @ptitude Analyst Thin Client Transfer.

During Thin Client Transfer installation, you specify the machine name and port for the Transaction Server that should be used for communication with @ptitude

Analyst. During login, the Thin Client Transfer application searches for a Transaction

Server using this information and attempts to make a connection with your @ptitude

Analyst database. If the Transaction Server is not found (i.e., you are launching from a remote location), a message displays asking if you would like to continue in Offline mode.

Select Yes to continue.

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SKF @ptitude Analyst Thin Client Transfer Application

Launching @ptitude Analyst Thin Client Transfer

If this is a remote location that will never have access to the

Transaction Server, enable Do not show this dialog anymore. In the future, Thin Client Transfer will go directly into offline mode without displaying this dialog.

If you are logging in from a computer that should have access to the

Transaction Server but it is not located, make sure the SKF

@ptitude Transaction Server service is running in Windows.

Alternatively, if a Transaction Server is located, a connection is made with your

@ptitude Analyst database and the User Login dialog displays. Thin Client Transfer login uses the same user accounts as @ptitude Analyst login.

Enter the appropriate user name and password and click OK to launch the application.

Hierarchy Selection

@ptitude Analyst data is organized into hierarchies. In @ptitude Analyst, each user must select a Primary Hierarchy to be used as the default. This same hierarchy is used by default when a user logs into Thin Client Transfer. If necessary, you may change the hierarchy used by Thin Client Transfer.

To change the @ptitude Analyst hierarchy:

Log into Thin Client Transfer.

Select File / Open/Close from the menu. The Open/Close dialog displays. The hierarchy currently in use is highlighted.

If necessary, highlight a different hierarchy and click OK.

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Direct Database Communication

Overview

SKF @ptitude Analyst Thin Client Transfer Direct (CMSW 7321) provides database communication that allows data to be uploaded to and downloaded from a Microlog

Analyzer or MARLIN DAD from a remote client computer by directly connecting with the @ptitude Analyst database via an optimized connection using the SKF

Transaction Server. This is primarily used for thin client network environments (e.g., a Citrix environment) or for clients on a network with low bandwidth (including satellite connections).

You must log into Thin Client Transfer from a computer with access to the Transaction Server to use this option.

Upload and download functionality using Thin Client Transfer is almost identical to upload and download functionality using the

@ptitude Analyst interface.

USB / Serial Connection to DAD

Remote Client using Thin Client Transfer

Low Bandwidth Network

@ptitude Analyst Client

Database Server

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Establishing Communication with the Data Acquisition Device (DAD)

Establishing Communication with the Data Acquisition Device (DAD)

Before transferring data to or from the Microlog Analyzer or MARLIN, you must connect the Data Acquisition Device and ensure the communication settings are identical between the Thin Client Transfer application and the connected DAD.

Thin Client Transfer Database Communication on a Microlog

Analyzer

The Microlog Analyzer transfer function allows you to download measurement

POINT setups to the Microlog Analyzer, upload collected data from the Microlog

Analyzer, check the Microlog Analyzer status, and configure, clear, or reset the

Microlog Analyzer.

The Microlog Analyzer features three ways to communicate with Thin Client

Transfer:

Serial

Modem

USB

It is important to note that some options only transfer when communicating via USB.

If you use a serial or modem connection, the following information is not transferred:

Orbit SCL, Triax (3-channel), and 2-channel type POINTs are only transferred to or from the DAD when using the USB connection.

Multiple-measurement data (i.e., data from a single POINT that produces multiple measurements) is only uploaded to @ptitude Analyst from the DAD using the USB connection.

You may only transfer data to or from an AX Series Microlog Analyzer using the USB connection.

POINTs with greater than 6400 lines of resolution or an end frequency greater than 2400 kCPM are only supported on the AX

Series Microlog Analyzer using the USB connection. If these

POINTs are transferred to a non- AX Series Microlog Analyzer, the lines and end frequency will be set back to the maximum supported by the unit.

If you have configured any of these POINT types or settings, you must use a USB connection when transferring data to or from the Microlog Analyzer to include these options.

To set up the Microlog Analyzer for data transfer:

Connect the Microlog Analyzer to the client computer with access to Thin Client

Transfer. Reference your Microlog Analyzer User Manual for specifics.

From within Thin Client Transfer, select Transfer / Microlog Analyzer.

Select DAD <--> DB. The Microlog Analyzer transfer dialog displays.

The software automatically checks for a connection between the client computer and the Microlog Analyzer. An alert dialog displays if there is a

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Establishing Communication with the Data Acquisition Device (DAD) connection error. This dialog appears if the cable connection is not correct, the communication settings have not yet been configured, or if prior settings are not currently working. Click OK at the message to continue. Refer to the

Configuring Communication Settings heading, later in this section, for instructions on setting up the connection.

If a connection error occurs, the transfer dialog title bar displays

Microlog Analyzer not responding. Once a connection is established, the transfer dialog displays Microlog Analyzer ready.

If you are using a modem connection, you must select the proper modem type.

For first time use, you must install the modem in the

Communications tab of the Microlog Analyzer transfer dialog.

You need only to install the modem once. The dialog opens after initial modem installation and will either automatically dial out (in

Originate mode), or will wait for the Microlog Analyzer to dial in (in

Auto Answer Mode).

Appropriate error messages display if the modem connection is not successful.

If you are using a USB connection, an error message displays if the required Microsoft ActiveSync or Windows Mobile Device Center application is not detected. Check your ActiveSync or Mobile Device

Center connection and try again.

Thin Client Transfer’s Database Communication on a MARLIN

The MARLIN transfer function allows you to download measurement POINT setups to the MARLIN, upload collected data from the MARLIN, check the MARLIN status, and configure, clear, or reset the MARLIN.

To set up the MARLIN for data transfer:

Connect the MARLIN to the client computer with access to Thin Client Transfer.

Reference your MARLIN User Manual for specifics.

Turn on the MARLIN.

On the MARLIN, access the Transfer screen. The MARLIN is ready to communicate with Thin Client Transfer.

From within Thin Client Transfer, select Transfer / MARLIN.

Select DAD <--> DB. The MARLIN DAD <--> DB dialog displays.

The software automatically checks for a connection between the client computer and the MARLIN. An alert dialog displays if there is a connection error. This dialog appears if the cable connection is not correct, the communication settings have not yet been configured, or if prior settings are not currently working. Click OK at the message to continue. Refer to the

Configuring Communication Settings heading, below, for instructions on setting up the connection.

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Establishing Communication with the Data Acquisition Device (DAD)

If a connection error occurs, the Transfer dialog title bar displays

DAD not responding. Once a connection is established, the

Transfer dialog displays MARLIN ready.

Configuring Communication Settings

If the automatic check for a connection returns an error, use the Communication tab of the MARLIN or Microlog Analyzer transfer dialog to configure the communication settings.

To set communication settings:

At the MARLIN or Microlog Analyzer transfer dialog, select the Communication tab.

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Figure 2 - 1.

The Microlog Analyzer Transfer

Dialog’s Communication Tab.

Options on this tab vary, depending on the type of DAD selected.

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Establishing Communication with the Data Acquisition Device (DAD)

Communication fields include:

Communication type

– Used to specify how the Microlog Analyzer or MARLIN communicates with the software. Options include:

Serial

– for direct, hard-wired connection between the Microlog Analyzer or

MARLIN and the host computer via serial ports.

Modem Originate (Microlog Analyzer Only)

– Used for modem connections over communication lines between the Microlog Analyzer and the host computer in attended mode. To make the connection, the host computer operator dials the Microlog Analyzer via the Reconnect button.

Modem Auto Answer (Microlog Analyzer Only)

– Used for modem connection over communication lines between the Microlog Analyzer and the host computer in attended mode. To make the connection, the Microlog Analyzer dials in to the host computer while the host computer's modem is in waiting mode.

USB

– Used to communicate using Microsoft’s ActiveSync via USB.

Selecting USB communication type disables the Port and Serial

Baud Rate drop-down lists and (with Microlog Analyzer transfer only) the Phone Number field

. Use ActiveSync’s Connection

Settings to configure communication parameters.

Refer to Microsoft.com for more information about ActiveSync communication.

Port

– For serial communication, specify which host computer COM port you are using (such as, COM1, COM2, COM3, COM4).

Serial Baud Rate - Set the serial baud rate. This setting must match the Microlog

Analyzer

’s or MARLIN’s Baud Rate setting.

Phone number (Microlog Analyzer Only) - Used in Modem Originate mode to dial a Microlog Analyzer in a remote location. Enter the phone number of the modem on the Microlog Analyzer-end of the modem link.

Modems button (Microlog Analyzer Only)

– If you are communicating with a

Microlog Analyzer via modem, click this button to launch your computer’s modem dialog. The dialog allows you to install a new modem or set up the existing modem on your computer. Refer to your modem manual for instructions on installing the modem.

The Modem dialog may also be launched from the control panel.

Reconnect button

– When you are satisfied with your Microlog Analyzer or MARLIN communication settings, click this button to renew the connection between the DAD and the host computer using the current settings on the Communication tab. If the connection is successful, the title bar changes to Microlog Analyzer or MARLIN

Ready.

If the title bar displays Microlog Analyzer or MARLIN not

responding after clicking Reconnect, verify that the DAD is properly connected using the selected Communication Type and that all communication settings are correct.

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Download to a Microlog Analyzer or MARLIN DAD

Download to a Microlog Analyzer or MARLIN DAD

The Download To DAD tab of the Microlog Analyzer or MARLIN transfer dialog allows you to download measurement POINT setups from the @ptitude Analyst database to your data acquisition device.

Important

If the Microlog’s internal clock does not match your system clock, Thin

Client Transfer will reset your Microlog’s clock as soon as communications are established. See the SKF @ptitude Analyst Thin Client Transfer Installation Manual for more details on this configuration.

Figure 2 - 2.

The Thin Client Transfer Microlog Analyzer

Dialog’s Download to DAD Tab Displaying Tree View.

Options on this dialog vary, depending on the selected DAD.

Items available for download appear in the tab's Select items to download window.

Tree View

– Select items to download from the Hierarchy, ROUTEs, and/or

Workspaces.

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Download to a Microlog Analyzer or MARLIN DAD

Click on the [+] signs to expand the tree.

A checkmark in the checkbox indicates all items in the Hierarchy, ROUTE, or

Workspace are selected.

A grey checkmark indicates some items are selected.

No checkmark indicates no items are selected.

ROUTE View

– If you are only downloading ROUTEs, use this view to quickly select the ROUTEs.

Figure 2 - 3.

The Thin Client Transfer Microlog Analyzer

Dialog’s Download to DAD Tab Displaying ROUTE View.

ROUTEs are organized into six categories; ROUTE Name, Due Date, Schedule Date,

Last Download Date, Overdue Status, and Hierarchy.

Only complete ROUTEs may be downloaded. To download individual POINTs, select them from the Hierarchy list in Tree View.

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Download to a Microlog Analyzer or MARLIN DAD

Download Options

– Select checkboxes to include in the download. Available download options vary depending on whether you are downloading to a Microlog

Analyzer or MARLIN DAD.

Download options for the Microlog Analyzer are:

Force spectrum collection

– Forces spectrum collection on every overall measurement. Use for baseline data collection and/or data collection before or after a machine overhaul (when collected spectra are necessary for every

POINT).

Download spectral bands - Available only when downloading to a CMVA

Series Microlog Analyzer with firmware version 3.30 or newer. Use this feature to download spectral band alarms for the downloaded POINTs.

Download FAM information - Available when downloading to a CMVA Series

Microlog Analyzer with firmware version 3.80 or newer, or a Microlog Analyzer

GX or AX. Use this feature to download bearing fault frequency information associated with the downloaded POINTs.

Not applicable to Microlog Analyzer GX or AX.

Coded notes are automatically included in a Microlog Analyzer download.

Download options for the MARLIN are:

Coded notes

– Select to include a list of common machinery notes, enabling quick and easy notation during data collection.

Use last inspection result(s) as default

– If enabled, the previous Inspection

Result(s) appear selected in the MARLIN’s Inspection POINT Data Collection screen.

Download previous (MARLIN Only)

– Enter a number between 1 and 99 or use the arrows to indicate how many previous measurements you would like to download to the MARLIN.

Hierarchy Name

– If you select items directly from the Hierarchy list, they will appear as a specially named ROUTE in the Microlog Analyzer and MARLIN.

Assign a unique name in the Hierarchy Name text field for identification purposes.

Download button

– Click to begin the download. The download progress displays in the progress bar.

The hierarchy specified on the Microlog Analyzer or MARLIN must match the hierarchy currently selected in Thin Client Transfer. If an error dialog displays when the download process is initiated, check the dialog’s Status tab to compare the Microlog Analyzer's or

MARLIN’s Data Source to the current Thin Client Transfer hierarchy and configure the DAD’s status information if necessary.

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Upload from DAD

Upload from DAD

After you have completed collecting data, re-connect the Microlog Analyzer or

MARLIN and establish communications using the same procedure described earlier for downloading.

Important

– If the Microlog’s internal clock does not match your system clock, Thin

Client Transfer w ill reset your Microlog’s clock as soon as communications are established.

The transaction service can also be configured to adjust the dates and times of any measurements bein g processed, provided those measurements’ dates and times fall outside the configured tolerance period. The software can be configured to create a new Event Log record and/or POINT Notes entry reflecting each adjustment.

See the SKF @ptitude Analyst Thin Client Transfer Installation Manual for more details on the configurations mentioned above..

At the Thin Client Transfer Microlog Analyzer or MARLIN transfer screen, select the Upload from DAD tab.

Figure 2 - 4.

The Thin Client Transfer Microlog Analyzer

Dialog’s Upload From DAD Tab.

Options on this dialog vary, depending on the selected DAD.

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Upload from DAD

Select items to upload or remove

Displays all ROUTEs currently stored in the connected Microlog Analyzer or MARLIN.

Select the ROUTE(s) you wish to upload or remove. Use Ctrl+click to select multiple items.

Brute Force (Microlog Analyzer Only)

– A Brute Force upload creates new POINTs

(beneath a Non-ROUTE set in the hierarchy) for all uploaded collector POINTs (even if the uploaded POINTs already exist in the hierarchy) and uploads all data into these new POINTs.

After selecting which ROUTEs to upload, use this check box to select whether to use brute force to create new hierarchy POINTs for the uploaded data.

Orbit / SCL, Triax (3-Channel), and 2-Channel POINTs will only be created if you are communicating using a USB connection.

Upload Measurement History (Microlog Analyzer Only) - When data is collected on the Microlog Analyzer for a POINT that already has a stored measurement, there is an option to append the new measurement. If a new measurement is appended, the original measurement is added to an historical data file. Enable this check box to include historical measurements in the upload. Disable it to only upload the most recent measurement for each POINT.

Reset Button (Microlog Analyzer Only)

– After uploading, click to reset selected

ROUTEs. Use this option to clear collected data from the Microlog Analyzer for the selected ROUTEs, but leave the ROUTE structure (SETs, Machines, and POINTs) and measurement instructions. This allows you to take data for a ROUTE, upload it, reset the data, and then take data on the same ROUTEs again. The reset option also downloads all operator names within the selected operator set to the Microlog

Analyzer.

Remove Button (Microlog Analyzer Only)

– Click to remove selected ROUTEs from the Microlog Analyzer.

You may remove ROUTEs from the Microlog Analyzer if you are using a CMVA Series Microlog Analyzer with firmware version 3.52 or newer, or a Microlog Analyzer GX or AX.

Upload Button

– Click this button to initiate the upload process. POINTs are automatically processed into the hierarchy after the upload. Process status displays on the status bar.

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Status

Status

The Status tab displays the connected Microlog Analyzer

’s or MARLIN’s status, and compares the

DAD’s current hierarchy with the current @ptitude Analyst hierarchy.

Status information appears in the Device status information window.

At the Thin Client Transfer Microlog Analyzer or MARLIN transfer screen, select the Status tab.

Figure 2 - 5.

The Microlog Analyzer

Dialog’s Status Tab.

Options on this dialog vary, depending on the selected DAD.

The tab’s Configuration Parameters area allows you to select operator sets and download them to the DAD using the Clear and Reset buttons.

If you are connected to a Microlog Analyzer DAD, the Configuration Parameters area also provides options to determine the system and frequency units for non-

ROUTE measurements to send to the Microlog Analyzer when the Config or Clear buttons are used. Options include:

DAD system units (Microlog Analyzer Only)

Select English or Metric.

Determines the default measurement units for non-ROUTE measurements taken on

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Direct Database Communication

Status the Microlog Analyzer. This setting does not affect Microlog Analyzer ROUTE measurements.

Frequency Units (Microlog Analyzer Only)

– Determines the default frequency units for non-ROUTE measurements taken on the Microlog Analyzer. Select CPM or

HZ.

Operator Sets

– The MARLIN and Microlog Analyzer DADs support operator names to tag measurement data with the corresponding operator’s name. Operator sets group several operators together.

If desired, select an operator set from the drop down list. The specified operator set downloads to the DAD when you click the Clear / Reset buttons.

View Sets

– Select this option to view the operators that are in a particular operator set. The View Sets dialog displays.

Select a set from the drop down list. All operators included in the selected set display in the Operators area.

Click OK to return to the Status tab with the current operator selected in the

Operator Sets field.

Device status information includes:

Internal Clock

– Date and time from the Microlog Analyzer‘s or MARLIN’s clock.

Data Source

– The name of the source hierarchy for POINTs currently stored in the Microlog Analyzer or MARLIN. If you are downloading to the DAD, the data source must match the currently selected hierarchy. If you are uploading from the DAD, only ROUTEs in the specified Data Source are available on the

Upload from DAD tab.

POINTs Downloaded

– Number of POINTs currently stored in the Microlog

Analyzer or MARLIN.

Firmware Version

– The Microlog Analyzer or MARLIN firmware version number.

Hardware Version (Microlog Analyzer Only)

– The version number of the

Microlog Analyzer hardware unit.

Free RAM

– The percent of the Microlog Analyzer’s or MARLIN’s memory that is free for storage.

Internal Temperature (Microlog Analyzer Only)

– The Microlog Analyzer ‘s internal temperature.

Battery

– The Microlog Analyzer‘s or MARLIN’s battery voltage level.

Serial Number (Microlog Analyzer Only)

– Available only with a CMVA Series

Microlog Analyzer with firmware version 3.80 or newer, or a GX / Series

Microlog Analyzer.

Status

– The Microlog Analyzer’s or MARLIN’s status code.

Unit Number (Microlog Analyzer Only)

– Available only with Microlog

Analyzer GX or AX.

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Status

Routes

– Displays the list of all ROUTEs stored in the connected Microlog Analyzer or

MARLIN.

Three command buttons appear in this tab. They are:

Config

– Use this to update the Microlog Analyzer’s or MARLIN’s status information to match those of the host computer. This option sets the internal clock on the DAD to match the host computer and sets the Data Source to match the hierarchy currently selected in Thin Client Transfer. The Config option also downloads the specified operator list from the @ptitude Analyst

Database to the DAD.

Clear

– Use this option to clear the entire Microlog Analyzer or MARLIN. It erases all data, SETs, Machines, POINTs, ROUTEs, ROUTE Instructions, non-

ROUTE POINTs, operator lists, and coded notes stored in the Microlog Analyzer or MARLIN. It does not change the

DAD’s menu settings. After clearing the

DAD, the Clear option downloads the specified operator list from the @ptitude

Analyst Database to the DAD.

Reset

– After uploading, click to reset selected ROUTEs. Use this option to clear collected data from the Microlog Analyzer or MARLIN for the selected

ROUTEs, but leave the ROUTE structure (SETs, Machines, and POINTs), sequence, and measurement instructions. This allows you to take data for a

ROUTE, upload it, reset the data, and then take data on the same ROUTEs again. The reset option also downloads all operator names within the selected operator set to the Microlog Analyzer or MARLIN.

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File Transfer

Process Overview

SKF @ptitude Analyst Thin Client Transfer File (CMSW 7320) provides a file communication feature that allows you to upload and download data using files created on remote systems, without requiring a direct connection of the Microlog

Analyzer or MARLIN DAD to the computer hosting @ptitude Analyst. This is generally used in situations where data collection occurs at a different location than data analysis using @ptitude Analyst.

Use the following sequence of steps when performing file transfer:

1) On a computer with access to your @ptitude Analyst database, use Thin

Client Transfer’s File <-->DB option to create a file (*.dskf) containing your data collection POINTs.

2) Send that file (e.g., via e-mail) to a computer with access to the Data

Acquisition Device (DAD) at the remote site.

3) Connect the DAD to that computer and use Thin Client Transfer

’s DAD <-->

File option to download the ROUTE to the DAD.

4) Collect the measurements on the DAD.

5) Connect the DAD to the computer with Thin Client Transfer and use the

DAD <--> File option to upload the resulting measurements to a file

(*.uskf).

6) Send that file (e.g., via e-mail) to the computer with access to the @ptitude

Analyst database.

7) On the computer with access to the @ptitude Analyst database, use Thin

Client Transfer’s File <-->DB option to upload the collected measurements to the database.

File Transfer to / from an @ptitude Analyst Database

File transfer to and from an @ptitude Analyst database allows you to create a file with data collection POINTs that may be transferred to your remote site. Once data has been collected, it also allows you to upload resulting measurements back into

@ptitude Analyst.

In order to use this feature, you must have a connection with an

SKF @ptitude Transaction Server. Refer to Launching @ptitude

Analyst Thin Client Transfer, earlier in this manual, for details.

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File Transfer

File Transfer to / from an @ptitude Analyst Database

To access the file to database transfer dialog:

From within Thin Client Transfer, select Transfer / MARLIN or Transfer /

Microlog Analyzer (depending on your DAD).

Select File <--> DB. The MARLIN or Microlog Analyzer File <-->DB dialog displays.

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Figure 3 - 1.

The Microlog Analyzer File <--> DB Dialog.

Options on this dialog vary, depending on the selected DAD.

The Generate Download File Tab

Use the Generate Download File tab to create a download file (.dskf) that can be emailed to a remote site. This download file may contain multiple ROUTES,

Hierarchies, or Workspaces.

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Options include:

Select items to download - Select the Hierarchy items, Workspaces, and ROUTES to download to the .dskf file. A checkmark in the top-level checkbox indicates all branching items in the Hierarchy, ROUTE, or Workspace are selected. A grey checkmark indicates some items are selected. No checkmark indicates no items are selected.

Download options

– Select checkboxes to include options in the download file.

Available download options vary depending on whether you are creating a download file for a Microlog Analyzer or MARLIN DAD.

Download options for the Microlog Analyzer are:

Coded notes

– Select to include a list of common machinery notes, enabling quick and easy notation during data collection.

Force spectrum collection

– Forces spectrum collection on every overall measurement. Use for baseline data collection and/or data collection before or after a machine overhaul (when collected spectra are necessary for every POINT).

Download spectral bands - Available only when downloading to a

CMVA Series Microlog Analyzer with firmware version 3.30 or newer, or a Microlog Analyzer GX or AX. Use this feature to download spectral band alarms for the downloaded POINTs.

Download FAM information - Available when downloading to a

CMVA Series Microlog Analyzer with firmware version 3.80 or newer.

Use this feature to download bearing fault frequency information associated with the downloaded POINTs.

Not applicable to Microlog Analyzer GX or AX.

Download options for the MARLIN are:

Coded notes

– Select to include a list of common machinery notes, enabling quick and easy notation during data collection.

Use last inspection result(s) as default

– If enabled, the previous

Inspection Result(s) appear selected in the MARLIN’s Inspection POINT

Data Collection screen.

Download previous (MARLIN Only)

– Enter a number between 1 and 99 or use the arrows to indicate how many previous measurements you would like to download.

Operator Sets

– The MARLIN and Microlog Analyzer DADs support operator names to tag measurement data with the corresponding operator’s name. Operator sets group several operators together. If you would like to download a group of operators to the DAD, select the appropriate operator set from the list.

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File Transfer

File Transfer to / from an @ptitude Analyst Database

View Sets

– Select this option to view the operators that are in a particular operator set. The View Sets dialog displays.

Select a set from the drop down list. All operators included in the selected set display in the Operators area.

Click OK to return to the File <-->DB dialog with the current operator selected in the Operator Sets field.

Hierarchy name

– If you select to download items directly from the hierarchy list, enter a name under which they will branch when viewed on the Microlog Analyzer or MARLIN.

Create file for each ROUTE

– If you have selected more than one ROUTE in the Select

items to download area, enable this option to have a separate .dsfk file created for each ROUTE.

If you select a combination of ROUTE, Hierarchy, and Workspace items with this option selected, a separate file is created for each

ROUTE, and a single file is created containing all Hierarchy and

Workspace selections.

Download Button - Click to create the download file. The Save As dialog displays.

Save As fields include:

Save in

– Specify the location to save the files. This defaults to a \TCT xfer

files folder under \My Documents.

File name

– Enter a name for the download file, or use the default name.

If you have enabled Create file for each ROUTE, files are automatically named with the name of the ROUTE. If that option is enabled and you are only downloading ROUTEs, the File name option in Save As does not appear. If you have selected a combination of

ROUTEs, Hierarchy, and Workspace items with Create file for each

ROUTE enabled, the File name only applies to the file containing the

Hierarchy and Workspace items.

Save as type

– Select SKF Download (*.dskf) to save as a download file.

Save Button

– Click to save the download file to the specified location.

Once created and saved, you can attach the .dskf file to an email, or transmit the file over a network to a remote site that has access to the DAD and Thin Client Transfer installed.

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The Import Upload File Tab

Use the Import Upload File tab to upload measurements in an upload file (a file with the .uskf filename extension) created at the remote site.

Figure 3 - 2.

The Microlog Analyzer File <--> DB

Dialog’s Import Upload File Tab.

Options on this tab include:

Upload folder

– Click the Browse button to locate the folder containing the Microlog

Analyzer or MARLIN .uskf files you wish to upload.

Upload files

Displays all upload files in the selected folder. Enable the check box next to the files you would like to upload.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Post upload options

Select which action to take after the .uskf file has been uploaded. Available selections are:

Delete file

The selected upload file will be deleted once its data has been uploaded to @ptitude Analyst and processed.

It is recommended that you save the file for archive purposes rather than deleting it.

Move file to

– For archive purposes, the selected upload file will be stored in the location you specify. When this option is selected, the field next to this option is enabled. Select the Browse button to identify the location of your choice.

Mark the files as processed

– For archive purposes, the selected upload file will remain in its present location. The file extension will change to .U__ to indicate it is a processed Upload file.

View Button

– Click to view a text file with details on the data contained in the selected upload file.

Upload Button - Click to upload measurements in the selected upload files (.uskf) to the @ptitude Analyst database.

File Transfer to / from a Data Acquisition Device (DAD)

Before working with download and upload files at the remote site, you must first:

Connect the Microlog Analyzer or MARLIN to the host computer and ensure communication settings are the same on the host computer and the connected

DAD.

Once proper communication is established, you are able to use the Thin Client

Transfer application to:

Open and View a do wnload file’s contents (.dskf) sent from the @ptitude

Analyst site via email or network transfer.

Transfer ROUTE, Hierarchy, or Workspace POINTs from the download file

(.dskf) to a Microlog Analyzer or MARLIN.

These POINTs appear as ROUTE(s) on the DAD.

Upload collected measurement data from the Microlog Analyzer or MARLIN and create the upload files (.uskf).

Open and View an upload file (.uskf) contents before sending measurements back to @ptitude Analyst via email or network transfer.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Establishing Communication with the DAD

Before transferring data to or from the Microlog Analyzer or MARLIN, you must connect the DAD and ensure the communication settings are identical between the

Thin Client Transfer application and the connected DAD.

Accessing Thin Cl ient Transfer’s File Transfer on a Microlog Analyzer

The Microlog Analyzer features three ways to communicate with Thin Client

Transfer:

Serial

Modem

USB

It is important to note that some options only transfer when communicating via USB.

If you use a serial or modem connection, the following information is not transferred:

Orbit SCL, Triax (3-channel), and 2-channel type POINTs are only transferred to or from the DAD when using the USB connection.

Multiple-measurement data (i.e., data from a single POINT that produces multiple measurements) is only uploaded to @ptitude Analyst from the DAD using the USB connection.

You may only transfer data to or from a Microlog Analyzer AX using the USB connection.

POINTs with greater than 6400 lines of resolution or an end frequency greater than 2400 kCPM are only supported on the

Microlog Analyzer AX using the USB connection. If these POINTs are transferred to a non-AX Microlog Analyzer, the lines and end frequency will be set back to the maximum supported by the unit.

If you have configured any of these POINT types or settings, you must use a USB connection when transferring data to or from the Microlog Analyzer to include these options.

To Set Up the Microlog Analyzer for Data Transfer:

Connect the Microlog Analyzer to the client computer with access to Thin Client

Transfer. Reference your Microlog Analyzer User Manual for specifics.

From within Thin Client Transfer, select Transfer / Microlog Analyzer.

Select DAD <--> File. The Microlog Analyzer DAD <--> File dialog displays.

The software automatically checks for a connection between the client computer and the Microlog Analyzer. An alert dialog displays if there is a connection error. This dialog appears if the cable connection is not correct, the communication settings have not yet been configured, or if prior settings are not currently working. Click OK at the message to continue. Refer to the

Configuring Communication Settings heading, later in this section, for instructions on setting up the connection.

If a connection error occurs, the Transfer dialog title bar displays

DAD not responding. Once a connection is established, the

Transfer dialog displays Microlog Analyzer ready.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

If you are using a modem connection, you must select the proper modem type.

For first time use, you must install the modem in the

Communications tab of the Microlog Analyzer dialog. You need only to install the modem once. The dialog opens after initial modem installation and will either automatically dial out (in

Originate mode), or will wait for the Microlog Analyzer to dial in (in

Auto Answer Mode).

Appropriate error messages display if the modem connection is not successful.

Accessing Thin Client Transfer’s File Transfer on a MARLIN

The MARLIN features two ways to communicate with Thin Client Transfer:

Serial

USB

To Set Up the MARLIN for Data Transfer:

Connect the MARLIN to the client computer with access to Thin Client Transfer.

Reference your MARLIN User Manual for specifics.

Turn on the MARLIN.

On the MARLIN, access the Transfer screen. The MARLIN is ready to communicate with Thin Client Transfer.

From within Thin Client Transfer, select Transfer / MARLIN.

Select DAD <--> File. The MARLIN DAD <--> File dialog displays.

The software automatically checks for a connection between the client computer and the MARLIN. An alert dialog displays if there is a connection error. This dialog appears if the cable connection is not correct, the communication settings have not yet been configured, or if prior settings are not currently working. Refer to the Configuring Communication Settings heading, below, for instructions on setting up the connection.

If a connection error occurs, the Transfer dialog title bar displays

DAD not responding. Once a connection is established, the

Transfer dialog displays MARLIN ready.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Configuring Communication Settings

If the automatic check for a connection returns an error, use the Communication tab of the MARLIN or Microlog Analyzer transfer dialog to configure the communication settings.

To set communication settings:

At the MARLIN or Microlog Analyzer transfer dialog, select the Communication tab.

Figure 3 - 3.

The Microlog Analyzer Transfer

Dialog’s Communication Tab.

Options on this tab vary, depending on the type of DAD selected.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Communication fields include:

Communication type

– Used to specify how the Microlog Analyzer or MARLIN communicates with the software. Options include:

Serial

– for direct, hard-wired connection between the Microlog Analyzer or

MARLIN and the host computer via serial ports.

Modem Originate (Microlog Analyzer Only)

– Used for modem connections over communication lines between the Microlog Analyzer and the host computer in attended mode. To make the connection, the host computer operator dials the Microlog Analyzer via the Reconnect button.

Modem Auto Answer (Microlog Analyzer Only)

– Used for modem connection over communication lines between the Microlog Analyzer and the host computer in attended mode. To make the connection, the Microlog Analyzer dials in to the host computer while the host computer's modem is in waiting mode.

USB

– Used to communicate using Microsoft’s ActiveSync via USB.

Selecting USB communication type disables the Port and Serial

Baud Rate drop-down lists and (with Microlog Analyzer transfer only) the Phone Number field

. Use ActiveSync’s Connection

Settings to configure communication parameters.

Refer to Microsoft.com for more information about ActiveSync communication.

Port

– For serial communication, specify which host computer COM port you are using (such as, COM1, COM2, COM3, COM4).

Serial Baud Rate - Set the serial baud rate. This setting must match the Microlog

Analyzer

’s or MARLIN’s Baud Rate setting.

Phone number (Microlog Analyzer Only) - Used in Modem Originate mode to dial a Microlog Analyzer in a remote location. Enter the phone number of the modem on the Microlog Analyzer-end of the modem link.

Modems button (Microlog Analyzer Only)

– If you are communicating with a

Microlog Analyzer via modem, click this button to launch your computer’s modem dialog. The dialog allows you to install a new modem or set up the existing modem on your computer. Refer to your modem manual for instructions on installing the modem.

The Modem dialog may also be launched from the control panel.

Reconnect button

– When you are satisfied with your Microlog Analyzer or MARLIN communication settings, click this button to renew the connection between the DAD and the host computer using the current settings on the Communication tab. If the connection is successful, the title bar changes to Microlog Analyzer or MARLIN

Ready.

If the title bar displays Microlog Analyzer or MARLIN not

responding after clicking Reconnect, verify that the DAD is properly connected using the selected Communication Type and that all communication settings are correct.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

The Send Download File Tab

Use the Microlog Analyzer or MARLIN transfer dialog’s Send Download File tab to select and transfer download files (.dskf files) to a Microlog Analyzer or MARLIN Data

Acquisition Device (DAD).

Figure 3 - 4.

The Microlog Analyzer Transfer Dialog

’s Send Download File Tab.

To download a .dskf file’s measurements to a DAD:

Connect the Microlog Analyzer or MARLIN to the computer.

Open the Thin Client Transfer application.

Select Transfer / MARLIN or Transfer / Microlog Analyzer (depending on your DAD).

Select DAD <--> File. The MARLIN or Microlog Analyzer dialog displays at the Send Download File tab.

The DAD is now ready for data collection.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Send Download File fields include:

Download Folder

– Enter the path to the folder containing the .dskf files that were received from the @ptitude Analyst site, or click the Browse button to locate the desired folder.

Download files

Displays all download files in the selected folder. Enable the check box next to the files you would like to download to the DAD.

View Button

– Click to view a text file with details on the data contained in the selected download file.

Download Button

– Click to download the selected .dskf file’s contents to the

Microlog Analyzer or MARLIN.

The Generate Upload File Tab

After collecting measurement data, use the Generate Upload File tab to transfer collected data from the Microlog Analyzer or MARLIN to the remote computer. This creates an upload file (.uskf) that can be emailed or network transferred to the

@ptitude Analyst site.

To create an upload file (.uskf file):

Open the Thin Client Transfer application.

Select Transfer / MARLIN or Transfer / Microlog Analyzer (depending on your DAD).

Select DAD <--> File. The MARLIN or Microlog Analyzer dialog displays.

Select the Generate Upload File tab.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Figure 3 - 5.

The Microlog Analyzer

Transfer Dialog’s Generate Upload File Tab.

Options on this tab vary, depending on the type of DAD selected.

Generate Upload File fields include:

Select item to upload

Displays all ROUTEs currently stored in the connected

Microlog Analyzer or MARLIN.

Select the ROUTE(s) you wish to upload or remove. Use Ctrl+click to select multiple items.

Brute Force (Microlog Analyzer Only)

– A Brute Force upload creates new POINTs

(beneath a Non-ROUTE set in the hierarchy) for all uploaded collector POINTs (even if the uploaded POINTs already exist in the hierarchy) and uploads all data into these new POINTs.

After selecting which ROUTEs to upload, use the Brute Force check box to select whether to use brute force to create new hierarchy POINTs for the uploaded data.

Orbit / SCL, Triax (3-Channel), and 2-Channel POINTs will only be created if you are communicating using a USB connection.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Reset Button (Microlog Analyzer Only)

– After uploading, click to reset selected

ROUTEs. Use this option to clear collected data from the Microlog Analyzer for the selected ROUTEs, but leave the ROUTE structure (SETs, Machines, and POINTs) and measurement instructions. This allows you to take data for a ROUTE, upload it, reset the data, and then take data on the same ROUTEs again. The reset option also downloads all operator names within the selected operator set to the Microlog

Analyzer.

Remove Button (Microlog Analyzer Only)

– Click to remove selected ROUTEs from the Microlog Analyzer.

You may remove ROUTEs from the Microlog Analyzer if you are using a CMVA Series Microlog Analyzer with firmware version 3.52 or newer, or a Microlog Analyzer GX or AX.

Upload Button

– Click to upload selected items to an upload file (.uskf). The Save As dialog displays.

Save As fields include:

Save in

– Specify the location to save the files. This defaults to a \TCT xfer

files folder under \My Documents.

Save Button

– Click to save the upload file to the specified location.

Once created and saved, you can attach the .uskf file to an email, or transmit the file over a network, to the @ptitude Analyst site.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

The Status Tab

Use the Status tab to view or change the connected Microlog Analyzer

’s or MARLIN’s settings.

Figure 3 - 6.

The Microlog Analyzer

Transfer Dialog’s Status Tab.

Options on this tab vary, depending on the type of DAD selected.

Status fields include:

DAD system units (Microlog Analyzer Only)

Select English or Metric.

Determines the default measurement units for non-ROUTE measurements taken on the Microlog Analyzer. This setting does not affect Microlog Analyzer ROUTE measurements.

Frequency Units (Microlog Analyzer Only)

– Determines the default frequency units for non-ROUTE measurements taken on the Microlog Analyzer. Select CPM or

HZ.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

DSKF File

– Enable to have the option to configure the Microlog Analyzer or MARLIN based on the data in a specified .dskf file. When a .dskf file is selected and a Microlog

Analyzer or MARLIN connection is established, the following command buttons activate:

Browse

– Select to locate the download (.dskf) file you would like to use.

View

– Select to view the contents of the selected .dskf file.

Config

– Use this to update the Microlog Analyzer’s or MARLIN’s status information to match those in the .dskf file. This option sets the internal clock on the DAD to match the host computer (the computer running TCT) and sets the Data Source to match the hierarchy in the .dskf file. The Config option also downloads the operator list from the selected .dskf file to the Microlog Analyzer or MARLIN.

Clear

Use this option to clear the entire Microlog Analyzer or MARLIN. It erases all data, SETs, Machines, POINTs, ROUTEs, ROUTE Instructions, non-

ROUTE POINTs, operator lists, and coded notes stored in the Microlog Analyzer or MARLIN. It does not change the

DAD’s menu settings. After clearing the

DAD, the Clear option downloads the specified operator list from the @ptitude

Analyst Database to the DAD.

Reset

– After uploading, click to reset selected ROUTEs. Use this option to clear collected data from the Microlog Analyzer or MARLIN for the selected

ROUTEs, but leave the ROUTE structure (SETs, Machines, and POINTs), sequence, and measurement instructions. This allows you to take data for a

ROUTE, upload it, reset the data, and then take data on the same ROUTEs again. The reset option also downloads all operator names within the selected operator set to the Microlog Analyzer or MARLIN.

Device status information

– Displays the following information:

Hardware Version

– Displays the DAD’s hardware version.

Internal Clock

– Date and time from the Microlog Analyzer’s or MARLIN’s clock.

Data Source

– The name of the source hierarchy for POINTs currently stored in the Microlog Analyzer or MARLIN. If you are downloading to the DAD, the data source must match the hierarchy currently selected in Thin Client

Transfer. If you are uploading from the DAD, only ROUTEs in the specified

Data Source are available on the Upload from DAD tab.

POINTs Downloaded

– Number of POINTs currently stored in the Microlog

Analyzer or MARLIN.

Firmware Version

– The Microlog Analyzer’s or MARLIN’s firmware version number.

Hardware Version (Microlog Analyzer Only)

– The version number of the

Microlog Analyzer hardware unit.

Free RAM

– The percent of the DAD’s memory that is free for storage.

Internal Temperature (Microlog Analyzer Only)

– The Microlog Analyzer’s internal temperature.

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File Transfer

File Transfer to / from a Data Acquisition Device (DAD)

Battery

– The DAD’s battery voltage level.

Status

– The Microlog Analyzer’s or MARLIN’s status code.

Unit Number (Microlog Analyzer Only)

– Available only with a Microlog

Analyzer GX or AX.

Routes

– Displays the list of all ROUTEs stored in the connected Microlog Analyzer or

MARLIN.

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Index

.

.dskf file create 3-2 download to DAD 3-11

.uskf file create 3-12 upload 3-5

B

brute force 2-10, 3-13

C

clear 2-13, 3-16 coded notes download 2-8, 3-3 communication tab

DAD <--> DB 2-5

DAD <--> File 3-10 config 2-13 create download file 3-2, 3-4 upload file 3-12

D

DAD <--> DB communication settings 2-4 connect a MARLIN 2-3 connect a Microlog Analyzer 2-2 download 2-6 hierarchy name 2-8 overview 2-1 status 2-11 upload 2-9

DAD <--> File 3-6 communication settings 3-9 connect a MARLIN 3-8 connect a Microlog Analyzer 3-7 download 3-11 overview 3-1 status 3-15 upload 3-12 data source 2-12 database communication communication settings 2-4

SKF @ptitude Analyst Thin Client Transfer

User Manual connect a MARLIN 2-3 connect a Microlog Analyzer 2-2 download 2-6 overview 2-1 status 2-11 upload 2-9 download

DAD <--> DB 2-6

DAD <--> File 3-11

File <--> DB 3-2 options database communication 2-8 file transfer 3-3

F

File <--> DB 3-1 download 3-2 hierarchy name 3-4 overview 3-1 upload 3-5 file location 3-4, 3-14 file transfer communication settings 3-9 connect a MARLIN 3-8 connect a Microlog Analyzer 3-7 download 3-2 overview 3-1 sequence 3-1 status 3-15 upload 3-5, 3-12

G

generate download file 3-2 upload file 3-12

H

hierarchy 1-3

L

licensing 1-2 login 1-3

M

MARLIN

DAD <--> DB connection 2-3

Index - 1

DAD <--> DB download 2-6

DAD <--> DB status 2-11

DAD <--> File connection 3-8

DAD <--> File download 3-11

DAD <--> File status 3-15 download coded notes 2-8, 3-3 download previous measurements 2-8, 3-3 file download 3-11 transfer overview 2-3 use last inspection results 2-8, 3-3

Microlog Analyzer brute force 2-10, 3-13

DAD <--> DB connection 2-2, 2-3

DAD <--> DB download 2-6

DAD <--> DB status 2-11

DAD <--> File connection 3-7

DAD <--> File download 3-11

DAD <--> File status 3-15 download coded notes 3-3 download FAM information 2-8, 3-3 download spectral bands 2-8, 3-3 file download 3-11 transfer overview 2-2 upload measurement history 2-10

O

operator sets 2-12, 3-3

R

remove 2-10, 3-14 reset 2-10, 2-13, 3-14

S

saving download file 3-4, 3-14 status

DAD <--> DB 2-11

DAD <--> File 3-15

T

transaction server 1-2

U

upload 2-10

DAD <--> DB 2-9

DAD <--> File 3-12

Index - 2

File <--> DB 3-5 user manual conventions 1-1

V

view sets 3-4

SKF @ptitude Analyst Thin Client Transfer

User Manual

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