Close
You have no items in your shopping cart.

Anritsu MU909015C OTDR Module for MT9090A Network Master

Manufacturer part number: MU909015C
μOTDR (3-wavelength, 35 dB class OTDR)
PURCHASE
AvailableQTYPrice
New:   0
+ -
$0.00
Used:   0
+ -
$0.00Configurations
X

Available Configurations

The Anritsu MU909015C OTDR Module is a high-performance, dual-wavelength μOTDR designed for use with the MT9090A Network Master. Featuring a 35 dB dynamic range, this module is ideal for installation, maintenance, and troubleshooting of fiber optic networks, including FTTH, metro, and access networks.

Designed for field technicians, the MU909015C offers short event and attenuation dead zones, enabling precise fault detection and fiber characterization. The module includes an integrated light source (LS) and power meter (PM), allowing users to perform comprehensive fiber testing with a single device.

With its automatic pass/fail analysis, the MU909015C streamlines testing workflows, reducing downtime and improving efficiency. The module supports USB and Ethernet connectivity, ensuring seamless data transfer and remote monitoring capabilities.


Key Features:

  • High-performance μOTDR module for the Anritsu MT9090A Network Master

  • Dual-wavelength OTDR with 35 dB dynamic range

  • Short event and attenuation dead zones for precise fault detection

  • High-resolution fiber analysis for accurate loss and reflectance measurements

  • Integrated light source (LS) and power meter (PM) for complete fiber testing

  • Fast automatic pass/fail analysis for quick troubleshooting

  • Compact, lightweight, and rugged design for field use

  • USB and Ethernet connectivity for data transfer and remote operation

  • FTTH and PON network installation and troubleshooting

  • Metro and access network fiber testing

  • Enterprise and data center fiber diagnostics

  • Fiber loss and reflectance measurement

  • PON and backbone network maintenance

  • Fiber break and splice loss analysis

  • Connector reflection testing

  • Compatible Mainframe: Anritsu MT9090A Network Master

  • Wavelengths: Dual-wavelength OTDR for comprehensive fiber testing

  • Dynamic Range: 35 dB for long-distance fiber analysis

  • Event Dead Zone: Short for precise fault localization

  • Attenuation Dead Zone: Minimal for detailed loss measurement

  • Integrated Functions: Light Source (LS) and Power Meter (PM)

  • Pass/Fail Analysis: Automatic threshold-based results

  • Connectivity: USB and Ethernet for easy data management

  • Power Supply: Operates via MT9090A battery or AC adapter

  • Weight & Dimensions: Portable, lightweight, and rugged for field applications

Description

The Anritsu MU909015C OTDR Module is a high-performance, dual-wavelength μOTDR designed for use with the MT9090A Network Master. Featuring a 35 dB dynamic range, this module is ideal for installation, maintenance, and troubleshooting of fiber optic networks, including FTTH, metro, and access networks.

Designed for field technicians, the MU909015C offers short event and attenuation dead zones, enabling precise fault detection and fiber characterization. The module includes an integrated light source (LS) and power meter (PM), allowing users to perform comprehensive fiber testing with a single device.

With its automatic pass/fail analysis, the MU909015C streamlines testing workflows, reducing downtime and improving efficiency. The module supports USB and Ethernet connectivity, ensuring seamless data transfer and remote monitoring capabilities.


Key Features:

  • High-performance μOTDR module for the Anritsu MT9090A Network Master

  • Dual-wavelength OTDR with 35 dB dynamic range

  • Short event and attenuation dead zones for precise fault detection

  • High-resolution fiber analysis for accurate loss and reflectance measurements

  • Integrated light source (LS) and power meter (PM) for complete fiber testing

  • Fast automatic pass/fail analysis for quick troubleshooting

  • Compact, lightweight, and rugged design for field use

  • USB and Ethernet connectivity for data transfer and remote operation