LOR220
LOR220
220ud
220u

Luciol High resolution OTDR series

    • High resolution OTDR series with extremely short deadzones (10 cm event deadzone, 40 cm attenuation deadzone) for special applications to ensure that you can detect, localize and measure events, which no other OTDR can show. Choose between portable and benchtop models
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    • Applications:
      • Aviation and Aerospace
      • Fiber optic sensors and fiber assemblies
        • Fiber manufacturing and verification
        • Loss and Optical Return Loss testing for optical components

The LOR-200 from Luciol Instruments is a fully portable high resolution OTDR. It is similar in shape and feel to a standard OTDR, but achieves unprecedented resolution. The LOR-200 distinguishes events with 20 cm separation and has a 50 cm attenuation deadzone. Its unique dynamic range for short pulse lengths (up to 15 dB for 2 ns pulses) enables to see through optical splitters, even over very short distances. The 1625 nm option with matched filter allows the use of the LOR-200 on live PONs, without disturbing the transmission.

APPLICATIONS

• See and localize events, which no other OTDR can show, such as weak reflections or attenuations immediately after a larger reflection or an optical splitter.

• Installation and maintenance of PONs and any type of optical network, where the conjunction of high resolution and high dynamic range is a must.

• Fiber optic sensors and fiber assemblies.

• Fiber manufacturing and verification.

• Loss and Optical Return Loss testing for optical components.

• Aviation and aerospace

 

Download Datasheet

Download User Manual

 

The LOR-220 from Luciol Instruments is new member of the LOR-200 family. It is the first truly portable High Resolution OTDR specially designed for short MMF assemblies, found for example in airplanes, ships and defense applications. The LOR-220 can characterize the original assembly, monitor possible evolution for preventive maintenance purposes and troubleshoot in case of a fault in the system. The extremely short deadzones (10 cm event deadzone, 40 cm attenuation deadzone) ensure that you can detect, localize and measure events, which no other OTDR can show, such as fiber breaks and bend-loss, even after a large reflection. The LOR-220 is also available on a custom basis for SMF assemblies at telecom wavelengths.

APPLICATIONS

• Aviation, aerospace, defense, transportation and Oil and Gas…

• Characterization/monitoring/troubleshooting of fiber assemblies in harsh environments

• Fiber optic sensors

• And more…

 

Download Datasheet

Download User Manual

The LOR-220 from Luciol Instruments is a fully portable high resolution OTDR. It is similar in shape and feel to a standard OTDR, but achieves unprecedented resolution. The LOR-220 distinguishes events with 10 cm separation and has a 40 cm attenuation deadzone. Its unique dynamic range for short pulse lengths (over 14 dB for 1 ns pulses) enables to see through optical splitters, even over very short distances.

APPLICATIONS

• See and localize events, which no other OTDR can show, such as weak reflections or attenuations immediately after a larger reflection or an optical splitter.

• Fiber optic sensors and fiber assemblies.

• Fiber manufacturing and verification.

• Loss and Optical Return Loss testing for optical components.

• Aviation and aerospace.

• And more…

Download Datasheet

The LOR-220 from Luciol Instruments is a fully portable high resolution OTDR. It is similar in shape and feel to a standard OTDR, but achieves unprecedented resolution. The LOR-220 distinguishes events with 10 cm separation and has a 40 cm attenuation deadzone. Its unique dynamic range (> 12 dB for the 1 ns pulse-width) enables to see through optical splitters, even over very short distances.

APPLICATIONS

• See and localize events, which no other OTDR can show, such as weak reflections or attenuations immediately after a larger reflection or an optical splitter.

• Fiber optic sensors and fiber assemblies.

• Fiber manufacturing and verification.

• Insertion loss and return loss testing for optical components.

• Aviation and aerospace.

• And more…

 

Download Datasheet

The LOR-220 POF from Luciol Instruments is new member of the LOR200 family. It is a portable high resolution OTDR specially designed for testing large core optical fibers such as 1mm PMMA (POF) or others. The LOR-220 POF is a universal tool to characterize insertion losses and fiber attenuation. You can characterize the original assembly, monitor possible degradation for preventive maintenance purposes and troubleshoot in case of a fault in the system. The extremely short deadzones ensure that you can detect, localize and measure events, which no other OTDR can show, such as fiber breaks and bend-loss, even after a large reflection. The LOR-220 POF is available on a custom basis for most large core optical fibers and it has several wavelengths options.

APPLICATIONS

• Fiber, cable manufacturing

• Characterization/monitoring/troubleshooting of fiber assemblies Fiber optic sensors

• And more…

 

Download Datasheet

The LOR 200/220-U is a table top packaging option for the Luciol Instruments OTDR module. This option requires an external PC for control and operation. It is equipped with a standard USB port for convenient and easy connection to most Windows based PC. The LOR-200/220–U option is available for all instruments from the LOR-200/220 family.

APPLICATIONS

 Laboratory environment OTDR testing

 Test bench integration

 And more…

 

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The LOR-220-UD is a dual detector version of our high resolution OTDR LOR-220. It can combine up to 4 wavelengths in the range of 500 to 1650 nm in one instrument. Multimode and singlemode options are available. The LOR-220-UD requires an external PC for control and operation. It is equipped with a standard USB port for convenient and easy connection to most Windows based PC.

APPLICATIONS

 850 nm multimode and 1310/1550/1625 nm singlemode fiber testing in one instrument

 Laboratory environment OTDR testing

 Test bench integration

 And more…

 

Download Datasheet