OPTIX | Singlemode OTDR (Wavelength 1310/1550± 20nm) | #WRX3000-D
OPTIX | PART #WRX3000-D
Singlemode OTDR (Wavelength 1310/1550± 20nm)
DESCRIPTION
The WRX3000 series optical time domain reflectometer (OTDR) adopts a 4.3 inch capacitive touch screen and integrates twelve functions including auto OTDR, expert OTDR, event map, OPM, RJ45 cable tracker, and “computer level” file management to meet various test requirements. The OTDR has a maximum dynamic range of 26dB, 8G memory, and can store more than 200,000 curves. It is also equipped with a 4000mAh high density polymer lithium battery with intelligent power saving management providing up to twelve hours testing time. The WRX3000 series is used to measure the length, loss, and connection quality of optical fiber used in engineering construction, line maintenance & testing, emergency repair, and the development and production of optical fiber cables.
FEATURES
- Single Mode optical time domain reflectometer (OTDR)
- 4.3” capacitive touch screen zoom in and out curve
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2.5m Event Dead Zone
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Maximum dynamic range 26 dB
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Supports Single Mode 1310nm,1550nm,1610nm
- Twelve functions including Auto OTDR, expert OTDR, event map, OPM, LS, VFL, RJ45 cable tracker, RJ45 cable length, end face detection, optical loss test, flashlight
- Auto OTDR one key test, no complex settings
- VFL and LS can be run in the background, tasks can be run simultaneously
- RJ45 cable tracker of digital radar
- RJ45 cable sequence/cable length test up to 300m
- One click screen capture, stores 200,000 curves
- HD imaging end face detection
- “Computer level” file management, 8G memory
- 4000mAh lithium battery, twelve hours of testing
- LS supports CW/modulation mode output with adjustable output power
- OPM supports CW/270/330/1k/2kHz frequency identification PON network online test
SPECIFICATIONS
APPLICATIONS
- Measure the loss of splicing points, optical connectors and adapters
- Measure the loss of single fiber or cable
- Measure the length of cable
- Set different refractive indexes for various fibers
- Locate the position of the broken point, optical connector and adapter
- Measure the discrete reflection ratio between SR points
- Measure return loss for the whole fiber circuit