Fujikura FSM-30S Splicer Acterna MTS-5100e SM OTDR
Condition: Refurbished / Calibrated
Warranty: 90 Day Exchange
Shipping: USA & Worldwide
- Fujikura FSM-30S Fusion Splicer (BC# 12864)
- USFiberOptic USF-21C High Precision Fiber Cleaver w/ Case
- Clauss CFS-2 Fiber Optic Stripper
- 6 Month Fusion Splicer Care Kit FS6MC:
- 4oz Flip Jar Of 99% Alcohol
- (50) Non-Lint Dry Wipes
- (6) Fiber Optic Wipes w/ 99% Alcohol
- 2oz Pump Fast Evaporating Mirror Spray
- (25) Camera Swabs
- (25) V-Groove Swabs
- Power Cord
- Hard Copy User Manual
- Hard Carrying Case w/ Strap
- Wavetek MTS-5100e OTDR MainFrame (BC# 14387) w/ Option:
- FD: Floppy disk drive
- Pas: High definition VGA color display: passive matrix
- Wavetek 5026DR Singlemode Fiber OTDR Module (BC# 14411)
- Source
- 1310nm
- 1550nm
- Interchangeable FC Connector
- Source
- Wavetek Power Supply P/N 5003
- MTS 5100 Quick Reference Guide
- Fiber Cables:
- (2) SM FC-FC
- Battery Pack
- Power Cord
- RS232 PC Interface Cable
- User Manual On CD-ROM
- Carrying Case w/ Strap
The Fujikura FSM-30S fusion splicer is the new generation automatic core alignment splicer.
The FSM-30S utilizes the direct core monitoring Profile Alignment System (PAS) to achieve ultra low loss and very accurate splice loss estimation regardless of fiber quality or age. While smaller and lighter than previous models, the FSM-30S has increased capabilities and more operating modes. The FSM-30S optical system and microprocessor automatically align the fibers and inspect cleave quality. By using the Eccentricity Correction Function (ECF), the splicer determines the fiber core/cladding eccentricity and automatically compensates for in order to assure precise core alignment of the completed splice. The field-proven performance and reliability of Fujikura core alignment PAS splicers are improved with the new FSM-30S.
Features
- Two bays available in the unit to house two optical test modules
- Quad wavelength singlemode and multimode OTDR for installations
- Link loss, fiber loss, event loss, return loss, ORL, end-to-end loss, and optical budget tests
- Short distance performance for building, riser, patch panel tests
- Long distance performance for amplified systems in supertrunking, SONET/SDH, and submarine cables
- OTDR and insertion loss test functions for fiber plant acceptance
- 1625nm module for testing fibers with live traffic
- VFL option for fault-finding in the OTDR deadzone
- Small and compact at less than 3.5kg (7.8lbs)
- Water and dust resistant with all input/output connectors protected from the elements
- Extended operating life of up to 16 hours
- Intelligent battery management with charge indicator, rapid two hour charging, and optional 12VDC adapter
- Fast processing for immediate results and on-site analysis for cable restoration
- Universal optical connectors increase flexibility
- Fast real-time sweep (0.5s) for mechanical splicing and bare fiber testing
- Super-fast data processor reaches maximum dynamic range in less than one minute
- Up to 32000 data points for maximum resolution at 16cm sampling
- Down to 1m event deadzone and up to 35dB dynamic range with DR OTDR module
- High dynamic range (40dB) OTDR module for long haul testing
- Full Bellcore GR196 data compliance
- Automatic detection of splices or fiber bends down to 0.01dB
- Macro function for dual wavelength testing in one step
New and enhanced network services require increased bandwidth, leading the communications industry to expand its test requirements. Advanced test and measurement needs call for advanced equipment, allowing craftsmen to perform multiple functions with a single test instrument. MTS 5100 is at the forefront of new OTDR technology.
Universal Test Set
The Universal Test Set concept
outlines the requirements and objectives for multifunction, compact test gear.
Documented by Bellcore, the concept can be found in GR-2876-CORE Generic
Requirements for Universal Test Sets from December 1995. Today,
telecommunications, cable television, and data communications users appreciate
the advantages of more portable test gear with expanded capabilities and a
common user interface.
MTS 5100 Media Test Set
With the MTS 5100, Wavetek is
one of the first companies to develop and market a modular OTDR that embodies
the Universal Test Set concept. Based upon the latest RISC microprocessor
interfacing with modular architecture, the MTS provides excellent performance
and enhanced field modularity. MTS provides a comprehensive set of optical
test functions for incoming test, fiber plant construction, splicing, cable
acceptance, and cable restoration. MTS tests short or long haul fiber networks
in singlemode or multimode applications. Two optical module bays allow the
user to configure and upgrade the tester in the field, while the familiar user
interface and integrated help functions simplify testing.
Multiple Test
Functions In A Single Unit
The MTS is designed to integrate several
field test functions in a single unit. Two slots are provided for optical
modules, and the user can mix and match the test configuration according to
the testing needs at hand. Typical MTS configurations include a four window
850nm to 1550nm dual port multimode and singlemode OTDR, or a dual wavelength
OTDR with a complete set of insertion loss tests with integrated light source
and power meter.
Complete User Flexibility
With
over nine available OTDR modules, the user is equipped to
cost-effectively
test short and long spans of fiber at all operating wavelengths with maximum
precision. The 1625nm OTDR module is ideal for systems applications where
fiber is tested outside wavelengths used for traffic. To ease fiber tracing in
multifiber cables, the visible light source option illuminates and identifies
the fiber connected to the source. An additional module allows users to
combine a light source, power meter, and optical talk set providing all
necessary functions for effective insertion loss
testing.
Upgradable Investment
The MTS modular
concept reduces the number of different testers required for the job and eases
instrument stock monitoring. Whether you need test equipment today for short
or long haul cables, point-to-point or complex branching systems, or multimode
or singlemode networks, MTS provides both an immediate solution and an upgrade
path for future transport technologies.
Optimized for Field
Use
Optical test equipment needs to couple high performance with
maximum portability to be productive in the field. MTS has a small footprint
to ease testing in areas with limited access such as crowded wiring closets or
underground enclosures. A hardened outer case with protective bumpers ensures
that the unit survives even the harshest conditions.
Efficient
Testing of High Count Cables
MTS provides extremely rapid sweep
times, straightforward and vivid presentation of the fiber trace and results,
and fast storage possibilities with SRAM or other internal memory devices.
These features are particularly useful for fiber plant commissioning where the
requirement for two-way measurements at both wavelengths demands high
productivity.
Extended Battery Life Improves
Productivity
Testing high fiber count cables requires a unit that
can operate for extended periods on battery. With a maximum operating time of
16 hours, MTS is at the top of its class in this category. Its internal
battery compartment accommodates up to two removable, rechargeable Nickel
Metal Hydride cells.
Simple User Interface Reduces Training
Requirements
MTS has a familiar, intuitive user interface,
requiring little to no training for experienced OTDR users, and shortening the
learning curve for novices. Simple direct access keys make primary test
functions available to the user at the push of a button for maximum
productivity, while results are logically organized on the large color display
for easy interpretation.
High Performance for the Novice and
the Expert
For the novice, simply pressing the START button
immediately auto configures the measurement parameters for optimal test
performance. For more experienced users, advanced trace analysis functions are
also accessible. After acquiring traces, a variety of standard data
communications interfaces support download for analysis or direct printing,
making the MTS a complete workstation.
Maximum Speed and
Precision
MTS provides the user with an unprecedented level of
speed, processing power, resolution, and range. Its extremely short deadzones
can be used for pinpointing faults close to cable junctions or splice points.
Impressive dynamic range means that even the longest fibers can be
characterized with confidence.
Flexible Data Storage and
Retrieval
Results can be imported and exported in Bellcore format
and other standard industry formats, allowing easy integration into existing
databases. Data can be stored in the standard internal memory (up to 200
traces), or on internal floppy or hard disk. Optional 1GB hard disk drive
capacity is useful for commissioning and acceptance tests on high fiber count
cables, while an auto-incrementing file utility simplifies storage and
retrieval.
| Passive color, 7.8 inches | LCD 640 x 480 |
| Active TFT color, 8.4 inches | LCD 640 x 480 |
| Languages | |
| English, French, German, Spanish, Portuguese, Italian, Chinese, Taiwanese, Russian, Korean, Japanese, Turkish | |
| Weight | 3.5 kg (7.7 lb) including 1 module and 1 battery |
| Size | 300 x 235 x 90 mm |
| 11.8 x 9.25 x 3.5 in | |
| Input/Output | RS-232-C, Centronics interface, external keyboard (optional), Ethernet interface (optional) |
| Power supply | |
| AC or internal removable NiMH batteries | |
| Operation time | up to 16 hours with 2 batteries (Bellcore GR-196) |
| Internal charger | |
| Charging time | < 3 hours per battery |
| DC input | 11 to 14 V |
| AC adapter | |
| MTS-5100 | Input 100-250 V, 50-60 Hz, |
| 1.6 A, Output 12 V DC / 4.2 A | |
| Results display | dBm, dBr, nW, ìW, mW |
| Temperature range | |
| Operating AC Power | (no options) 20 ﾰC to 50 ﾰC (4 ﾰF to +122 ﾰF) |
| Operating with all options | 0 ﾰC to 40 ﾰC (+32 ﾰF to +104 ﾰF) |
| Storage | 20 ﾰC to 60 ﾰC (4 ﾰF to +140 ﾰF) |
| Humidity | 95% without condensing |
| EMI/ESD | CE compliant |
5026DR Module Specifications
| Central wavelength | 1310/1550 nm | |
| ﾱ 20 nm | ||
| Laser safety class (21 CFR) | Class 1 | |
| Pulse width | 5 ns to 10 �s | |
| Distance range | Up to 260 km | |
| RMS dynamic range | 37 dB/35 dB | |
| Event dead zone | 1 m | |
| Attenuation dead zone | 8 m |