Viavi JDSU MTS 2000 Mainframe with 4126 MA SM OTDR Module 1310/1550 nm SC-APC

Condition: Used

Multiple units are available. All units are in good condition, though cosmetic appearance may vary slightly between units.

The Viavi JDSU MTS 2000 is a compact, touchscreen-equipped portable OTDR mainframe. Fitted with the JDSU 4126 MA singlemode module, it supports dual-wavelength testing at 1310 nm and 1550 nm with dynamic ranges of 37 dB and 35 dB respectively, making it well suited to field characterisation and fault location on singlemode fibre networks. The SC-APC connector ensures reliable, low-reflection optical connections.

Included in the sale:
• JDSU MTS 2000 Mainframe (with touchscreen)
• JDSU 4126 MA SM OTDR Module (1310/1550 nm, 37/35 dB dynamic range, SC-APC connector)
• AC Power Adapter
• Protective bag

Please note that we have multiple units in stock, and the images presented are of one of them, therefore the cosmetic condition of the exact item you will receive may slightly differ.

The Viavi (formerly JDSU) MTS 2000 is a compact, field-portable OTDR mainframe designed for singlemode and multimode fibre optic network testing. Its modular architecture accepts a range of plug-in test modules, allowing technicians to configure the platform for specific measurement requirements. The touchscreen interface provides an intuitive, menu-driven user experience suited to demanding field environments.

The JDSU 4126 MA singlemode OTDR module is optimised for characterising and troubleshooting singlemode optical fibres, offering high dynamic range performance for testing long-haul and access network spans.

Key Specifications (4126 MA SM Module):
Wavelengths: 1310 nm / 1550 nm
Dynamic Range: 37 dB (1310 nm) / 35 dB (1550 nm)
Connector Interface: SC-APC
Fibre Type: Singlemode
Mainframe Display: Touchscreen
Form Factor: Portable handheld/field mainframe

Typical applications include fibre acceptance testing, fault location, splice and connector loss measurement, and maintenance of singlemode fibre infrastructure in both field and laboratory environments.