LANTEK 6/7/7G Upgrades
Contents
1. Y Part Number Changes LANTEK Firmware Version Upgrade from 1 0 to 2 0 GUI Changes User s Screen e Date Information located below Time Display User Information Autotest Pref Heasurenent Units Talkset Date and Time LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades In setting the Cable ID to activate the Auto Increment feature for a character select the unlock icon H Cat 6 256 UTP Perm J0B1 Cable Hane TEST Current Value 4616 start End 9999 Softkey Changes Additional Softkey activities enhancing user defined processes C C Sereste gph oremssinum vow mis GED evening dita pews nomi Cun Runs the selected activity Refresh Automatically scans and identifies storage media for use and refreshes info Gr Changes reference temperature Color Changes wire map color or display only LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Tester Configuration Changes v Additional options within the Autotest Preferences Din Backlight Disable Fiber Autotest Length added This option allows the user to disable or enable fiber autotest length procedure Enable 606A added Enables 606 A Standards testing Dim Backlight added Toggles illumination of screen display backlighting Enable 24 ELFEXT removed v Additional options within the Language Preferences Chinese e Czech e Dutch Norwegian e Korean e Polish v Addition to the Preferenc2. TRACETEK is an advanced troubleshooting tool designed to quickly identify and provide assistance in diagnosing common cabling problems Fiber Optics testing and troubleshooting kit s are available and contain the FIBERTEK and or TRACETEK products as well as detailed information within a manual structure regarding their function For further details and or procurements of these products call your local IDEAL INDUSTRIES representative Part Number Changes Headset Set of 2 Includes earphone 3010 70 0015 microphone vinyl case and user s guide Category 6 Channel Adapter 00 12 00 0629 31 LANTEK 6 7 7G Cable Testers Worldwide Sales Offices Americas IDEAL INDUSTRIES ING 9145 Balboa Avenue San Diego CA 92123 Tel 800 854 2708 Fax 858 278 5141 Ajax Ontario L1S 2E1 Canada 800 527 9105 in Canada 905 683 3400 Germany IDEAL INDUSTRIES GmbH Gutenbergstrasse 10 85737 Ismaning Germany Tel 49 89 99686 0 Fax 49 89 99686 111 World Wide Web www Ideallndustries com 2004 IDEAL INDUSTRIES INC All Rights Reserved Specifications subject to change without notice Printed in USA Becker Place Sycamore IL 60178 800 435 0705 in USA 815 895 5181 Av Major Sylvio M Padilha 5200 201 F Sao Paulo SP 05677 000 Brazil Tel 55 11 3759 8777 Fax 55 11 3759 87759 United Kingdom IDEAL INDUSTRIES UK Ltd 225 Europa Boulevard Gemini Business Park Warringt
3. Cat SE STP Perm Chan Cat 6 256 UTP Perm Chan Cat 6 256 SIP Perm Chan ISO E UTP Perm Chan ISO E STP Perm Chan Cat 6 Perm 150 E Pern 29 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades 5 Now run the AUTOTEST 26 and the PASS FAIL results will look like this Worst case margins for NEXT RL ACR and Attenuation are shown for each of the DUALmode tests Press Enter for the highlighted test and its related graphics will be displayed CSE U Ch Hargin HEXT Return Loss ACK Attenuation 18 43 9715784 Cat SE UTP Perm Chan CSE U Ch Return Loss ACR Attenuation LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Setting LANTEK for Documenting of Cables to TIA EIA 606 A Standards Format The TIA EIA 606 A standards for the telecommunications infrastructures include the following elements e Horizontal pathways and cabling e Backbone pathways and cabling e Telecommunications grounding bonding e Spaces e g entrance facility telecommunications room equipment room and e Firestopping These Standards addresses the administration of telecommunications infrastructure by e Assigning identifiers to components of the infrastructure e Specifying elements of information which make up the infrastructure e Specifying relationships between these records to access the information they contain e Specifying reports presenting information on groups of records and e
4. Previously you could visually inspect Category 5e Permanent Link Certification records and assess whether there is enough headroom to run the higher bandwidth applications Alternatively you could require that Category 6 certification tests also be completed to give definitive data This action would normally be forfeited due to the increased testing cost With DUALmode you could require that the system be certified to Category 5e Standards and that the system be also tested against the Category 6 limits That way in the future your client would have definitive data about which of the links could support higher bandwidth applications This information would be essential in any decision to re terminate links using higher Category jacks or to pull higher category cable LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades To Perform in DUALmode 1 Select F8 or lt Shift gt F4 to bring up the READY screen 2 Movethe cursor to select the cable type icon and press nee aes Enter The background of the pee OETI selected icon is highlighted in a light green This brings up the selection screen 3 Move the cursor to Twisted Pair DUALmode and press 18 81 04 Enter This brings up the liski menu of DUALmode tests Twisted Pair Pern Tuisted Pair Basic Twisted Pair Channel E Hisc Types Ethernet Custom Cable 4 Now select the combination to i 4 be tested in DUALmode and Eks press Enter panies eae E
5. seconds Based on the patent pending technique that LANTEK uses to produce Permanent Link results the dual mode adapters that physically resemble Channel Adapters and patchcords gathers both phase and magnitude data for the full channel The LANTEK Cable certifier process then de embeds the patchcords losses and signal reflections to produce Permanent Link results The DUALmode activity simply saves the results in two records 23 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades 24 Other significant tests can be performed under the DUALmode process For example consider the case where you the installer have a job to install a Category 6 class system in a government installation in a country that uses an ISO based National Standard You use cable and connectivity manufactured by a US based company The government may require the installer to certify the ISO based CLASS E standard but the US Company may require certification to the TIA 568 Category 6 Standard in order to issue a warranty Previously this might have resulted running both ISO and TIA certifications and passing the increased costs to your client the buyer But with DUALmode certifications to ISO CLASS E Permanent Link and TIA 568B Category 6 may be performed at the same time with no more effort than running only one of the tests Another example of performing DUALmode would be the determination of headroom with regards to higher bandwidth for future applications
6. the DH Field Calibration 7 m screen select start to begin the I a 5 07 083 T calibration process on the first RH JA i Patchcord Then select start again to perform the calibration process This will take about 10 20 seconds to complete At the completion of this calibration process disconnect the RJ45 patchcord from the DH unit leaving the RJ45 to RJ45 patchcord attached to the RH unit Step 3 Insert the second DH RJ45 to Block Plug patchcord into the DH unit where the RJ45 end is connected into the DH unit adapter and the block plug is left open ended RJ45 to Block Plug AM to RJ45 Patchcord A ENTER bd 2 ow 5 8 vai 3 ALB RJ45 66 Block System Adapter Display Handset Remote Handset 17 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades 18 For the 66 Block System Insert the block calibration adapter onto the block plug end of the patchcord Note If field testing a TIA 568A connection system use a T568A calibration adapter If field testing a TIA 568B connection system use a T568B calibration adapter Note In this calibration procedure it is assumed that the DH unit will be attached to the block and the RH unit will be attached to the RJ45 jack during testing Auto From the DH Field Calibration screen select start or press fear to perform the third calibration process Step 4 Ba brat From on the RH press Mil to perform the fourth calibration
7. 10 20 seconds to complete At the completion of the first calibration process tag the RH end of the first patchcord Disconnect the first patchcord from the DH and RH unit adapters This tag will remind you which end to reinsert into the RH for Step 4 Step 2 Insert the second DH matching patchcord into both the DH and RH adapters From the DH Field Calibration screen select START to begin the second calibration step At the completion of the second patchcord step disconnect the second patchcord from the RH unit adapter leaving the second patchcord attached to the DH unit Step 3 Re insert the tagged end of the first patchcord into the RH unit adapter From the DH Field Calibration screen select START or press AUTOTEST to begin the third calibration step LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Step 4 From the RH press AUTOTEST to begin the fourth calibration step If calibration is successful the DH will briefly Display Calibration Complete and the RH will briefly display the PASS light If calibration is unsuccessful the DH will briefly display either a Warning screen displaying No Remote Handset or a Calibration Failure screen Testing and Troubleshooting Nexans Cabling System Added to the LANTEK 6 7 7G A field calibration should be performed prior to implementing a test of the Nexans cabling system This process will ensure 1 synchronizing of the units 2 qualifying testing of th
8. Cable Testing Typical configuration for testing has the DH unit and RH unit connected to the Nexans Permanent Link Adapters Each Nexans Permanent Link Adapter has a patchcord approximately 2 meters soldered to the adapter at one end and a Nexans Category 7 7G plug at the opposite end The cable under test 1s connected at the Category 7 7G plug end of both the DH and RH ends 13 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Changes to Testing and Troubleshooting with a Block Connector System At times it is necessary to test directly from a connecting block to either a patch panel or office outlet A field calibration should be performed prior to implementing a test of the block system This process will ensure 1 synchronizing of the units 2 qualifying testing of the patchcords and 3 gathering of loss data regarding the patchcords and mated connections The field calibration is a 4 step process Process and 2 are performed with the patchcords connected to the Handsets Process 3 and 4 are performed with open ended patchcords Only one end connected to the Handsets Note The following process describes the calibration and testing procedures for the block connector system These procedures can be used for either the 66 110 or BIX Block systems The equipment required for a block calibration procedure is e Display Handset e Remote Handset e RJ45 to RJ45 Patchcord e RJ45 to Block Plug Patchcord e A Block Ca
9. EK User s Manual Addendum LANTEK 6 7 7G Upgrades 30 14 48 14 48 49 16 64 49 16 64 Cat SE UTP Pern J0B1 BABA Drop 6H6A Backbone 6 6A NanelAAAA AAIB12 BAGA Name aAAA AAAA Ad hfaa afee Pff ee m KI pS Port Port Numeric Digit Numeric Digit 1H 48 49 18 04 Cat SE UTP Pern J0B1 6A6A Backbone Pair Fiber 686A Nane 1AAA AAAA 88 BAA Ja aja Jaa aja Jele feee TERE ps Pair Numeric Digit ENTER Press Note Pressing the Escape key and upon exiting the user has the option to save or not save the changes selected during this process to save the cable name and results or SHAA to exit a By pressing both suri and Ea keys at the same time or by selecting i the DH Ready screen the naming of a 606 A Standards cable parameter can also be edited on Note Testing of other cable types while in the Enable 606A mode cannot be performed you must de select this activity in the Autotest Pref screen prior to testing other cable types LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Testing and Troubleshooting Fiber Optics Moved to FIBERTEK TRACETEK FIBERTEK allows you to perform optical power loss measurements for both Singlemode and Multimode fiber optic cables on either the LANTEK 6 or 7 7G Cable Certifiers The fiber testing performed makes use of laser sources for all wavelengths permitting certification of Gigabit Ethernet applications on the fiber optic cable
10. LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Document Part No 6510 00 5007 Rev A LANTEK 6 7 7G Upgrades This addendum contains information proprietary to IDEAL INDUSTRIES The material contain within recounts and 15 limited to updated data released since the publication of Version C and is not to be used or duplicated in any manner without prior written approval from IDEAL INDUSTRIES Synopsis of the Upgrade A A The LANTEK 6 7 7G tester is capable of certifying cables to Level TV accuracy with a frequency of 1 GHz LANTEK 6 7 7G Premium package memory upgrade from 32mb to 64mb Compact Flash Card LANTEK 6 7 7G Firmware version upgrade from 1 0 to 2 0 e Icon changes e Date Information location e Additional Softkeys e Tester Configuration Changes e Changes in Cable Type Menu e Changes in the Stored Results Menu LANTEK REPORTER Software version upgrade 1 010 to 3 200 LANTEK 6 7 7G Tester Calibration re defined for clarification Testing and Troubleshooting Nexans Cabling System added to the LANTEK 6 7 7G Changes in Testing and Troubleshooting of Block Connector Systems Testing and Troubleshooting with Patchcords added to the LANTEK 6 7 7G Testing in DUALmode added to the LANTEK 6 7 7G LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades v Documenting TIA EIA 606 A Standards added to the LANTEK 6 7 7G v Testing and Troubleshooting Fiber Optics Moved to FIBERTEK TRACETEK
11. Specifying graphical and symbolic requirements 21 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Selecting Autotest Preferences to perform process of documenting TIA EIA 606 A Standards 1 From the Ready screen select l miT Cat SE UTP Perm Chan the Preferences 89721704 The Preferences screen appears 2 From the Preferences screen use the Up Down Arrow keys to select Autotest Pref Press Enter The Autotest Pref screen appears 3 From the Autotest Pref screen use the Up Down Arrow keys to select Enable 606A Resistance Capacitance Din Backlight 28 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades 4 Press Select to highlight the box green Resistance Capacitance 5 Press to save or EHIN to Olt exit Din Backlight Note Pressing the Escape key and upon exiting the user has the option to save or not save the changes selected during this process Saving in TIA EIA 606 A Format 3 Ba Once the Enable 606A selection process has been completed press Ml 3ii to begin Note LANTEK uses the Standards format in applying identification to the cables and their infrastructure relationship At completion of the Autotest activity select one of three cable parameters Drop Backbone and or Backbone Pair to set the cable name for the saving of results The cable name can be perform in the Auto Increment feature or manually accomplished 29 LANT
12. als regarding calibration and testing for Nexans Cabling Block Connector Systems Coax Cabling and Fiber Optics A Field Calibration is required screen will appear if the test being performed requires a field calibration prior to testing activities The purpose of calibration is to 1 synchronize the units 2 qualify test the patchcords and 3 gather loss data regarding the patchcords and mated connections Note Calibration should also be done whenever there is a change of the reference patchcords This Field Calibration is a 4 step process Steps 1 and 2 are performed with the patchcords connected to the Handsets Steps 3 and 4 are performed with open ended patchcords Only one end connected to the Handsets Note LANTEK 6 7 7G comes complete with the adapters necessary to test Category 5e 6 cabling Tera Test Kits can be ordered from IDEAL INDUSTRIES check for availability LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades To calibrate the tester perform the following Step 1 Connect the channel adapters to the Display Handset DH and Remote Handset RA Power both units on Connect the patchcord that you plan to use as the RH patchcord to the adapters of the DH and RH units From the DH Ready screen select Field Calibration The Calibration screen appears From the DH Field Calibration screen select START to begin the calibration process on the first RH patchcord This first process takes about
13. dset Handset Typical Configuration for Testing with Patchcords To perform a typical test procedure with patchcords 1 Press both sur and keys at the same time or select DH Ready screen The Cable Type screen will appear 2 Press the Up Down Arrow keys to highlight Misc Types 3 Press Enter to open the Test Standard screen 4 Select a cable type for testing EST to perform the cable testing 22 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Using the Ouick Test Feature 1 Press both sur and kk P keys at the same time or select DH Ready screen The Cable Type screen will appear 2 Press the Up Down Arrow keys to highlight Misc Types 3 Press Enter to open the Test Standard screen 4 Select Patchcord QT t ER JD A Auto EI to perform the cable testing 5 Press 4 Note Using this feature for testing DOES NOT QUALIFY AS A CERTIFIED TEST This feature promotes the beginning of troubleshooting processes by identifying poor cable integrity and further testing would be require to determine the extent of the issues involved with the particular cable under examination DUALmode The DUALmode feature on the LANTEK is primarily designed to provide both Permanent Link and Channel Link test results in about the same time that it would take to do each Autotest separate For Category 6 that means both Channel and Permanent Link results are obtained and stored in about 20
14. e menu Wiremap Color Scheme User selected wiremap color scheme Temperature User selected temperature reading Fahrenheit or Celsius LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Selecting Wiremap Color Scheme Use this option to select the type of wiremap color scheme to use 1 From the Preferences screen press the Arrow key to highlight Wiremap Color Scheme 2 Press Enter The Wiremap Color Scheme screen appears 3 Usethe FI F2 or F3 Keys to select either STD 568 A or 568 B type cable 4 Use F4 key to save selection 5 Press err to save Or to exit without saving changes LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Selecting Temperature Use this option to select the temperature to use 1 From the Preferences screen press the Arrow key to 18 aL 04 k highlight Temperature miT 18 27 2 Press Enter The Temperature screen appears Cat 6 258 UTP Perm 3 Select or WD to Li select either Fahrenheit or Celsius Temperature Fahrenheit __ _ 5 e to save or 89N to exit ENTER 4 Press Note Pressing the Escape key and upon exiting the user has the option to save or not save the changes selected during this process LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Changes in Cable Type Menu Y Correction to the process in displaying Cable Type screen by either pressing a both and W keys at the same time or select
15. e patchcords and 3 gathering of loss data regarding the patchcords and mated connections The field calibration is a 4 step process Process and 2 are performed with the Nexans Calibration Adapters connected to the Handsets Process 3 and 4 are performed with the Nexans Permanent Link Adapters open ended patchcords and then the Nexans Calibration Load Terminator attached The Nexans testing kit comprises a Category 7 7G connector product which is backward compatible with Category 6 RJ45s The equipment required for a Nexans calibration procedure is e Display Handset e Remote Handset e Nexans Calibration Adapters Two adapters joined by a short segment of Category 7 7G cable e Nexans Calibration Load Terminator 100Q Jack LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades e Nexans Permanent Link Adapters A set of two adapters each with a patchcord approximately 2 meters soldered to the adapter at one end and a Nexans Category 7 7G plug at the opposite end Nexans Field Calibration Note Nexans GG 45 Test Kits can be ordered from IDEAL INDUSTRIES This field calibration is a 4 step process Steps and 2 are performed with the Nexans Calibration Adapters connected to the Handsets Steps 3 and 4 are performed with the Nexans Permanent Link Adapters open ended patchcords and then the Nexans Calibration Load Terminator attached The Nexans test kit comprises a Category 6 connector product that is backward compatib
16. ing Ready screen on the DH v Twisted Pair DUALmode added to the Cable Type menu 14 25 18 01 04 Cat SE UTP Perm Chan JOB1 Twisted Pair Pern E Tuisted Pair Basic Tuisted Pair Chane E Y Removal of Fiber as an option Fiber testing and troubleshooting performed using FIBERTEK TRACETEK v Removal of the option Adapters from the Custom Cable Parameters menu This option was used to indicate which near end and far end cable adapters are currently being used Changes in the Stored Results Menu v Removal from the Job Options Menu Undo Delete Jobs v Addition to the Job Options Menu e Restore All Deleted Jobs Restores all deleted test currently from internal memory e Copy Selected Jobs to Compact Flash Copies all test from internal memory to Compact Flash LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades LANTEK REPORTER Software Version Upgrade 1 010 to 3 200 v User s approach to IDEAL website and software updates can now be access through the Help Menu selection v User can now Browse For Tests if the Stored Tests are kept on a local drive or network drive when performing an upload procedure v The database is automatically backed up prior to every test upload LANTEK 6 7 7G Tester Calibration Re defined for Clarification Note The following calibration procedure applies to Category 5e 6 lengths Please refer to LANTEK User s Manual Chapter 7 Cable Testing Fundament
17. le with Category 6 RJ45s To calibrate the tester perform the following Steps 1 and 2 Connect the Nexans Calibration Adapters to the Display Handset DH and Remote Handset RH Power both units on From the DH Ready screen select Field Calibration A The Calibration screen appears 11 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades 12 From the DH Field Calibration screen select start to begin the calibration process This process takes about 10 20 seconds to complete At the completion of steps 1 and 2 disconnect the Nexans Calibration Adapters Step 3 Insert the Nexans Permanent Link Adapters into both the Display and Remote Handsets From the DH Field Calibration screen select start to begin the third calibration process Terminate the open end of the patchcord with the Nexans Calibration Load Terminator and select start again Step 4 From the RH nice TEST 18 58 5 87 83 Cat 6 256 UTP Pern Terminate the open end of the patchcord with the Nexans Calibration Load AUTC Terminator and press When calibration process 4 is completed the LANTEK is ready for testing Permanent Links LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Testing a Nexans Cabling System Nexans Permanent Link Adapter with Soldered 2 Meter Patchcord and Category 7 Plug Cable under test Display Remote Handset Handset Typical Configuration for Nexans
18. libration Adapter T568A or T568B depending on the connection system that will be scheduled for testing For use only in the 66 Block system LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades RJ45 to RJ45 RJ45 to Block Plug Patchcord Remote Handset RJ45 66 Block System Adapter Display Handset Equipment for a Block Calibration Procedure For Block 66 Systems The RJ45 block calibration adapters connected to the block during calibration is either the T568A or 568B calibration adapter The T568A adapter is used with patchcords connected in a TIA 568A configuration The T568B adapter is used with patchcords connected in a TIA 568B configuration Both calibration adapters have the standard RJ45 plug at the opposite end 15 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Field Calibration using Block Adapters Note A Block Adapter Kit can be ordered from IDEAL INDUSTRIES The kit contains adapters for the following block systems 66 110 and BIX Steps 1 and 2 Connect the channel adapters to the Display Handset DH and Remote Handset RH Power both units on Connect the RJ45 to RJ45 Patchcord that you plan to use as the RH Patchcord to the adapters of the DH and RH units a ESA v B a 3 A Display Handset Remote Handset From the DH Ready screen select Field Calibration The Calibration screen appears 16 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades From
19. n T568A and T568B wiring standards Try replacing the adapter patchcord with the opposite patchcord and the link should map correctly 19 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Testing and Troubleshooting with Patchcords A field calibration should be performed prior to implementing a test with patchcords This process will ensure 1 synchronizing of the units 2 qualifying testing of the patchcords and 3 gathering of loss data regarding the patchcords and mated connections Calibration of Patchcords Note Patchcord Test Kits can be ordered from IDEAL INDUSTRIES The patchcord field calibration is a 4 step process Process 1 and 2 are performed with the RJ45 Plug to RJ45 TIA Reference Jack hybrid patchcords attached from the DH and RH units and are connected via RJ45 Plug mini patchcord Process 3 and 4 are performed with the RJ45 Plug to RJ45 TIA Reference Jack hybrid patchcords open ended from their respective handsets At completion of this process the handsets and the hybrid patchcords are ready for the testing cables RJ45 Plug to RJ45 TIA Reference Jack Hybrid Patchcords RJ45 Plug Mini Patchcord Display Remote Handset Handset Patchcord Calibration Process 20 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades To calibrate the tester perform the following Steps 1 and 2 Connect the Category 5e 6 channel adapters to the Display Handset DH and Remote Handset RH Power both units
20. on Connect the RJ45 plug of the hybrid patchcords to the Display Handset DH and Remote Handset RH Note Patchcords can be 1 2 3 4 or 5 meters in length The most common length used is the 2 meter length patchcords Using the RJ45 mini patchcord attach the DH RJ45 TIA Reference Jack end of the hybrid patchcord to one end of the mini patchcord then attach the RH RJ45 TIA Reference Jack end of the hybrid patchcord to the other end of the mini patchcord to complete the connection From the RH press to perform the first step of the calibration process Next select Field Calibration from the DH Ready screen The Calibration screen appears From the DH Field Calibration screen select start to perform the second step of the calibration process At the completion of steps 1 and 2 disconnect the mini patchcord from the DH and RH hybrid patchcords Step 3 With the DH hybrid patchcord open ended select start from the DH Field Calibration screen to perform the third calibration process Step 4 With the RH hybrid patchcord open ended press Miili from the RH to perform the fourth calibration process Upon completion of the calibration process the LANTEK handsets and the hybrid patchcords are ready for testing cables 21 LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Testing with Patchcords RJ45 Plug to RJ45 TIA Reference Jack Hybrid Patchcords Cable under test Display Remote Han
21. on Cheshire WA5 7TN England Tel 44 1925 444446 Fax 44 1925 445501 Part No 6510 00 5007 Rev A 2004 10
22. process If calibration is successful the DH will briefly Display Calibration Complete and the RH will briefly display the PASS light The handsets and the patchcords are ready for testing procedures kd H9 18 _ 5 87 83 Cat 6 256 UTP Pern J0B1 Calibration Complete If calibration is unsuccessful the DH will briefly display either a Warning screen displaying No Remote Handset or a Calibration Failure screen LANTEK User s Manual Addendum LANTEK 6 7 7G Upgrades Testing with a Block Connector System RJ45 to Block Plug Patchcord RJ45 to RJ45 Patchcord Cable under test ll RJ45 Jack Connector Structure gseee D Sea o Display Handset Remote Handset Typical Configuration for Testing Systems with Block Connections Typical configuration for testing has the DH unit connected to a block with the RJ45 end of the patchcord inserted into the DH and the block end of the patchcord inserted to the block connector structure The RH unit is connected to the RJ45 jack within the LAN cable system using the standard RJ45 to RJ45 patchcord The patchcord with the RJ45 to block plug is usually connected to the Display Handset However if required it can be connected to the Remote Handset by switching the patchcord from the DH to the RH and the RH to the DH Note Observe the Wire Map results on the first test carefully If the Wire Map fails it may indicate a reversal betwee
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