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FiberTEK III 

 

 Document 164802 Iss 4 

User Manual 

 

 

Page 7  

 

 

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OF-500

OM2

50 or 

62.5/850

3.25

0.75 ea/ 

1.5 total

0.3

>20

n/s

500

3.5

500

OF-500

OM2

50 or 

62.5/1300

2.25

0.75 ea/ 

1.5 total

0.3

>20

n/s

500

3.5

500

OF-500

OM3

50/850

3.25

0.75 ea/ 

1.5 total

0.3

>20

n/s

500

3.5

1500

OF-500

OM3

50/130

2.25

0.75 ea/ 

1.5 total

0.3

>20

n/s

500

1.5

500

OF-500

OS1

9/1310 or 

1550

2.00

0.75 ea/ 

1.5 total

0.3

>35

n/s

500

1.0

n/a

OF-2000

OM1

50 or 

62.5/850

8.50

0.75 ea/ 

1.5 total

0.3

>20

n/s

2km

3.5

200

OF-2000

OM1

50 or 

62.5/1300

4.50

0.75 ea/ 

1.5 total

0.3

>20

n/s

2km

1.5

500

OF-2000

OM2

50 or 

62.5/850

8.50

0.75 ea/ 

1.5 total

0.3

>20

n/s

2km

3.5

500

OF-2000

OM2

50 or 

62.5/1300

4.50

0.75 ea/ 

1.5 total

0.3

>20

n/s

2km

1.5

500

OF-2000

OM3

50/850

8.50

0.75 ea/ 

1.5 total

0.3

>20

n/s

2km

3.5

1500

OF-2000

OM3

50/130

4.50

0.75 ea/ 

1.5 total

0.3

>20

n/s

2km

1.5

500

OF-2000

OS1

9/1310 or 

1550

3.50

0.75 ea/ 

1.5 total

0.3

>35

n/s

2km

1.0

n/a

IEEE 802.3 10Base-FL

Multimode/ 

OM1-OM2 62.5/850

12.50

0.75 ea/ 

1.5 total

n/s

>20

2km

0

3.75

160

10Base-FL

Multimode/ 

OM1-OM3 50/850

12.50

0.75 ea/ 

1.5 total

n/s

>20

1.5km

0

3.75

160

100Base-FX

Multimode/ 

OM1-OM3

62.5 or 

50/1300

11.00

0.75 ea/ 

1.5 total

n/s

n/s

2km

0

3.75

500

1000Base-SX

Multimode/ 

OM1-OM2 62.5/850

2.33

0.75 ea/ 

1.5 total

n/s

>20

n/s

220

3.75

160

1000Base-SX

Multimode/ 

OM2-OM3 62.5/850

2.53

0.75 ea/ 

1.5 total

n/s

>20

n/s

275

3.75

200

1000Base-SX

Multimode/ 

OM1-OM3 50/850

3.25

0.75 ea/ 

1.5 total

n/s

>20

n/s

500

3.5

400

1000Base-SX

Multimode/ 

OM2-OM3 50/850

3.43

0.75 ea/ 

1.5 total

n/s

>20

n/s

550

3.5

500

1000Base-LX

Multimode/ 

OM1-OM2 62.5/1300

2.32

0.75 ea/ 

1.5 total

n/s

>20

n/s

550

1.5

500

1000Base-LX

Multimode/ 

OM1-OM2 50/1300

2.32

0.75 ea/ 

1.5 total

n/s

>20

n/s

550

1.5

400/500

1000Base-LX

Singlemode/ 

OS1

9/1310

4.50

0.75 ea/ 

1.5 total

n/s

>26

n/s

5km

0.5

n/a

10GBase-SR

Multimode-

OM1

62.5/850

2.60

0.75 ea/ 

1.5 total

n/s

>20

n/s

26

3.5

160

10GBase-SR

Multimode-

OM1

62.5/805

2.50

0.75 ea/ 

1.5 total

n/s

>20

n/s

33

3.5

200

10GBase-SR

Multimode/ 

OM2-OM3 50/850

2.20

0.75 ea/ 

1.5 total

n/s

>20

n/s

66

3.5

400

ISO 11801 

Generic 

Cabling

 

 

Summary of Contents for FiberTEK III

Page 1: ...FiberTEK III ...

Page 2: ...nd all restrictions on reproduction and use apply to all media in which this information may be placed IDEAL INDUSTRIES Ltd pursues a policy of continual product improvement and reserves the right to alter without notice the specification design price or conditions of supply of any product or service IDEAL INDUSTRIES LTD 2016 All rights reserved Publication ref 164802 Issue 4 02 2016 Applies to La...

Page 3: ...specifications of individual modules Exceeding it could result in damages to FiberTEK III modules NOTE Before connecting cable adapter to FiberTEK III adapter ensure that the plugs of cable connectors are clean Clean ferrules of measuring adapter only with dry lint free non abrasive materials The plugs can be cleaned with suitable fiber cleaning cloths or cleaning pens IDEAL recommends cleaning se...

Page 4: ...otentially lethal voltages or dangerous situations The life and or health of the person performing the activity or anybody in the vicinity is at risk CAUTION This symbol indicates that the relative activity could possibly harm the environment or damage technical equipment NOTE Here you will find general notes additional information or support Typographical Conventions Boldface Refers to a button o...

Page 5: ...with Three Test Cords 14 4 2 Test Setup According to Reference Method with One Test Cord 14 4 3 Set Autotest Pref 15 4 3 1 Selection of Fiber Test Standard 15 4 3 2 Selection of Refractive Index 16 4 3 3 Selection of Fiber size and Wavelength 16 4 3 4 Determine Loss Budget 17 4 4 Evaluation of Autotest Results for Fibers LWL 18 4 4 1 Passed Failed Rating 18 4 4 2 Saving Current Autotest Results 18...

Page 6: ...EF mode conditioner 18 to 23 dBm SM Laser 7 dBm Source power stability 850 1300 nm LED 0 25 dBm over 8 hours 1310 1550 nm Lasers 0 25 dBm over 8 hours Encircled Flux Compliance Using optional external mode conditioner complies withTIA 526 14 B and IEC 61280 1 4 at the end of the cable Length measurement MM LED 0 7 500 m of 50 125 or 62 5 125 µm fiber SM Laser 0 20 000 m 9 125 µm fiber Length measu...

Page 7: ...orizontal link Single mode 9 1310 n s 0 75 0 3 26 90 n s 1 0 n a Horizontal link Single mode 9 1550 n s 0 75 0 3 26 90 n s 1 0 n a Backbone ISP Single mode 9 1310 n s 0 75 0 3 26 3km n s 1 0 n a Backbone ISP Single mode 9 1550 n s 0 75 0 3 26 3km n s 1 0 n a Backbone OSP Single mode 9 1310 n s 0 75 0 3 26 3km n s 0 5 n a Backbone OSP Single mode 9 1550 n s 0 75 0 3 26 3km n s 0 5 n a OF 300 OM1 50...

Page 8: ... 5 1500 OF 2000 OM3 50 130 4 50 0 75 ea 1 5 total 0 3 20 n s 2km 1 5 500 OF 2000 OS1 9 1310 or 1550 3 50 0 75 ea 1 5 total 0 3 35 n s 2km 1 0 n a IEEE 802 3 10Base FL Multimode OM1 OM2 62 5 850 12 50 0 75 ea 1 5 total n s 20 2km 0 3 75 160 10Base FL Multimode OM1 OM3 50 850 12 50 0 75 ea 1 5 total n s 20 1 5km 0 3 75 160 100Base FX Multimode OM1 OM3 62 5 or 50 1300 11 00 0 75 ea 1 5 total n s n s ...

Page 9: ... handset or as a pair also using the Remote handset NOTE Many of the generic functions of LanTEK III such as Power Jobs Management and Talk Mode are available when FiberTEK III is in use Please refer to LanTEK III documentation for further details The adaptor modules are hot swappable ie they can be changed without switching the LanTEK III power off The two adaptor modules have an identical layout...

Page 10: ... when the ports are not in use to protect against damage and dust 5 System connector Connection to LanTEK III 6 Red light source Visible source for cable identification 2 5mm universal ferrule 7 Tx Port Dual Wavelength Light Source Note that the Tx signal is switched on by the system software and cannot be switched off by the user Do not look directly into the fiber end it may be carrying a danger...

Page 11: ...x Port MM Orange boot part number 025202 SM Yellow boot part number 025201 When using LC adapters the adapter ring must first be removed from the Rx Port To remove an adapter unscrew it anticlockwise Before fitting the new adapter clean the inside of the ferrules in the port connector and in the adapter with a cotton bud Fit the new adapter by screwing it clockwise 2 3 Encircled Flux By using the ...

Page 12: ...the ambient temperature To prevent condensation on optics do not remove dust covers on measuring adapters before performing cable test Close optical input output again immediately with dust covers after removal of launch fibers The field calibration values are saved in the Display handset DH The loss of the launch fibers and couplers used during calibration are deducted from the loss results durin...

Page 13: ...Permanent Link the 3 Jumper test method must be used instead For Field calibration in this method 3 jumpers are used in each direction a Launch Cord a Field Calibration Cord and a Tail Cord Fig 4 Three Jumper Field Calibration For testing cables where both ends are available in one location a Loopback method is provided This method uses only the Display Handset A 1 Jumper or a 3 Jumper Field calib...

Page 14: ...d Calibration result NOTE The cables connected to the Tx Ports must not be removed following calibration If field calibration was not successful implement the following measures Check correct connection of launch cords Check launch fiber connections for contamination If necessary clean connections and check with a fiber test microscope IDEAL order number 45 332 Dirty launch fibers also contaminate...

Page 15: ... method based on ISO IEC 14763 3 which can be used for any topology both installation and transmission line Irrespective of the plug face it is also used on the measuring equipment and within the transmission line Calibration takes place via reference line between the launch cords and tail cords used for measurement Fig 8 Test Setup According to Reference Method with Three Test Cords 4 2 Test Setu...

Page 16: ...e certification of fiber cabling is usually performed according to TIA 568 or ISO 11801 standards in doing so the passed failed criterion is based on cable length number of splices and connections in the fiber line In addition to these criteria the FiberTEK III can also be configured for application specific fiber tests These fiber tests are particular beneficial when determining whether a fiber l...

Page 17: ...ractive Index screen 3 Set the Refractive Index according to the cable manufacturer s data Note The Refractive Index setting is not affected by changing the Fiber Standard Fig 11 Set refractive index 4 3 3 Selection of Fiber size and Wavelength 1 After selecting Fiber type the cable properties screen is displayed 2 Use soft key to select the fiber size 3 Use soft keys to select test wavelength Fig...

Page 18: ...maller or equal to the loss budget a is displayed If the loss exceeds the loss budget the following symbol appears Use soft key to open Loss Budget Menu and to change limits according to wavelength Fig 13 Loss Budget NOTE Refer to Specifications to find an overview of cabling standards and application requirements for the installation of fibers If you want to keep the offered Budget value confirm ...

Page 19: ... Autotest Result The overall Autotest was completed without errors if all single tests received a passing grade The overall Autotest receives a failing grade if at least one single test failed Autotest Symbols for Single Tests Symbol Single Autotest Results Passed All results are within the limits with adequate margins Implied Pass when the budget is set to zero Failed At least one result has exce...

Page 20: ...ile 4 4 4 Working with Jobs The Autotest is saved under an unique name The test results can be viewed printed or deleted on the File screen 1 On the ready screen select File option and open job list 2 Mark the desired job Use to open the folder containing the option list 3 Mark the desired function and confirm with Enter 4 4 5 Display of Result Details The Autotest is saved under an unmistakable n...

Page 21: ...ally powered on 1 Set the cable parameters including the wavelength and perform a field Calibration if necessary 2 On the ready screen select Analyse Fig 15 Analyze 5 1 1 Continuous Run This mode is used for troubleshooting During continuous run the measurement is repeated until it is manually cancelled There is no save function 1 In the Analyze screen select Continuous Mode Fig 16 Continuous Run ...

Page 22: ... III can be used as a power meter to measure the optical power received from a source 1 In the Analyze screen select Power Meter Fig 18 Power Meter 2 Use soft key to select the desired measurement units for optical power 3 Use soft key to set the calibration wavelength to match the received signal as closely as possible 4 Use the soft key to set the current received power level to be a reference f...

Page 23: ...Meter 5 Use soft key to start the power meter The display shows the received optical power numerically and graphically 6 Use soft key to stop the test 7 Use soft key to save the results 8 Use soft key to clear the reference level and return to absolute power measurements in dBm ...

Page 24: ......

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