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IQS-12001B

Cable Assembly and Component Test System

SPECIFICATIONS 

a

        

Singlemode 

b

 (1310/1550 nm) 

Singlemode 

b

 (1490/1625 nm) 

Multimode 

c

Testing time 

d

 (s) 

< 6  

< 6 

< 6 

Cable assembly length (m) 

1.8 to 1500  

1.8 to 1500 

1.8 to 500 

Insertion loss measurement uncertainty  

± 0.03 

e

  

± 0.03 

e

  

± 0.07 

f

Insertion loss measurement stability 

g

 (dB)  

± 0.004 

± 0.004 

± 0.015

Reflectance range (dB) 

−30 to −75 

−30 to −75 

−10 to −50

Reflectance measurement uncertainty (dB) 

±1 (−30 to −70)  

±1 (−30 to −70) 

± 1.2 (−10 to –30)

 

 

 

± 1.5 (−30 to –40)

 

±2.2/±1.7 (−70 to −75) 

±1.7 (−70 to −75) 

± 1.6 (−40 to –43)

 

 

 

± 2.9 (−43 to –50)

Reflectance measurement repeatability 

h

 (dB) 

±0.1 (−30 to −65) 

±0.1 (−30 to −65) 

± 0.2 (−10 to –30)

 

±0.2 (−65 to −70) 

±0.2 (−65 to −70) 

± 0.4 (−30 to –40)

 

±0.4 (−70 to −75) 

±0.5 (−70 to −75) 

± 0.6 (−40 to –43)

 

 

 

± 1.8 (−43 to –50)

Wavelengths (nm) 

1310/1550 

1490/1625 

850/1300 

Output channels 

Up to 32 channels 

Up to 32 channels 

Up to 32 channels

Test method 

End-to-end/bidirectional 

End-to-end/bidirectional 

End-to-end/bidirectional

Notes

a.  Calculated and measured with the following considerations:
    •  Based on recommended procedure for ORL measurements
    •  The FOA-300 series’ uncertainty is included in all uncertainty values
    •  Although tests are possible with other fiber-optic adapters, these specifications are only valid with the FOA-300 series
    •  Cable assemblies <1.8 m can be tested using a non-reflective termination
    •  With 30 minute warm-up time
b.  For SMF-28 fiber. At 23 ºC ± 1 ºC in High-Sensitivity Reflectance mode with no switch.
c.  At 850 nm and 1300 nm. For 62.5/125 µm fibers. At 23 °C ± 1 °C. 
  Uncertainty due to launching conditions not included.
d.  Calculation and storage time for simplex, dual-wavelength IL/reflectance end-to-end measurements (Standard Reflectance Sensitivity mode, 500 meter range); 
  does not include referencing and connection time.
e.  For simplex measurements using FOA-322 adapter. Uncertainty for MTP to MTP, MT-RJ to MT-RJ, MTP to fanout and MT-RJ to fanout is ± 0.06 dB 
  (reported with a level of confidence of 95 %). This does not include uncertainties due to connector, connector adapter or switch PDL. 
f.   For simplex measurement using FOA-322 adapter. Uncertainty for MTP to MTP, MT-RJ to MT-RJ, MTP to fanout and MT-RJ to fanout is ± 0.08 dB 
  (calculated for a level of confidence of 95 %). Does not include uncertainties due to connector, connector adapter or uncertainties due to mode dependence of the switch.
g.   For a stable connection, over 15 minutes, at constant temperature. The stability is expressed as ± half the difference between the maximum and minimum values measured  

during the period.

h.  For a stable connection, over 10 measurements.

GENERAL SPECIFICATIONS

Communication interfaces
 

General-purpose interface bus (GPIB) 

 

Ethernet (10/100 Base-T)

 RS-232
Temperature
 

Operating 

0 °C to 40 °C 

(32 °F to 104 °F)

 

Storage 

−40 °C to 60 °C 

(−40 °F to 140 °F)

Relative humidity   

80 % maximum, non-condensing

Laser Safety

21 CFR 1040.10 

CLASS 1 LASER PRODUCT

IEC 60825-1:2007 

CLASS 1 LASER PRODUCT

Standard Accessories

Expansion units as required, user guide, certificate of compliance, custom report, label generator, IQS-12001B software and EUI-89 FC narrow key connector.

Summary of Contents for IQS-12001B

Page 1: ...e measurements down to 75 dB meeting requirements for the most demanding FTTH applications Simultaneous measurement on four wavelength 1310 1490 1550 and 1625 nm Open architecture allows for customizable controls and remote configuration Compatible with simplex duplex multifiber bundle hybrid and fanout cable assemblies as well as PLC splitters and planar arrays Platform compatibility IQS 600 Inte...

Page 2: ...RL IL length RL PLC splitter 1m RL IL RL IL RL 1m RL RL ORL IL length RL PLC splitter 1m Turnkey software for manufacturing Ready to use box plug and play to start environments your manufacturing Mandrel free reflectance measurement Ideal for non bendable and or multimode fibers Highest reflectance sensitivity 75 dB Optimized for FTTx component qualification Automated four wavelength testing Faste...

Page 3: ...mproves multimode and singlemode reflectance measurement performance in singlemode assembly it also accounts for the effects of Rayleigh backscattering in each measurement Combined with EXFO s advanced detection electronics and algorithms the IQS 3250 3250B provides highly accurate mandrel free reflectance measurements for even the most difficult to test APC connectors Customizable modular archite...

Page 4: ...t integration with bar code reader foot switch and label printers Label printing utility allowing users to design their own labels Customize it to fit your needs The IQS 12001B comes with DLL interfaces that enable you to create your own applications and remotely control your system These system level commands ensure smooth efficient application creation without compromising the system s measureme...

Page 5: ...ing cavity technology connector alignment is less critical and polarization dependence is negligible The end result is increased accuracy repeatability and flexibility Combining an integrating cavity with a detector and the right diameter input port provides a major advantage power measurements are independent of the fiber s numerical aperture ferrule polish PC or APC and alignment since the cavit...

Page 6: ... to 24 to MTP connectors male and female ports 25 to 28 to MT RJ connectors male and female and still have room for FC ST SC and MU connectors Depending on the device under test DUT the system uses the appropriate port Standard Configuration High Troughput Configuration IQS 3250 Loss Test Module FC MTJ1 MTJ2 SC OUT IN IQS 9100 1X2 Optical Switch IQS 9403 Loss Meter IQS 3250 Loss Test Module FC OUT...

Page 7: ... 850 nm and 1300 nm For 62 5 125 µm fibers At 23 C 1 C Uncertainty due to launching conditions not included d Calculation and storage time for simplex dual wavelength IL reflectance end to end measurements Standard Reflectance Sensitivity mode 500 meter range does not include referencing and connection time e For simplex measurements using FOA 322 adapter Uncertainty for MTP to MTP MT RJ to MT RJ ...

Page 8: ...eflection SC FOA 376 Ultra low reflection HMS HFS 10 AG FOA 384 Ultra low reflection HMS 10 HP HFS FOA 392 Ultra low reflection MTP FOA 393 Ultra low reflection MT RJ FOA 396 Ultra low reflection E 2000 FOA 397 Ultra low reflection LX 5 FOA 398 Ultra low reflection LC FOA 399 Ultra low reflection MU FOA 3000 Adapter for BFA 3000 Reflectance Reference 00 Without reflectance reference CKT 30 With re...

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