Acterna OLP-10 Optical Power Meter

Rent me for $50 a month

For installing and maintaining singlemode cables and networks

The OLP Optical Power Meters are a high-performance product line providing excellent physical strength, high accuracy, and outstanding documentation capabilities. The OLP-10  is the solution for measurements of very low optical power values in the range of -70 to +11 dBm from 800 to 1600 nm..

Ideal for wide application areas. 

• Efficient measurements due to superior recording facilities.
• Automatic features simplify handling.  
• Modulation for easy fiber recognition.  
• High-performance solutions for singlemode applications.

Acterna OLP-10

• Wavelength range 800 to 1600 nm

• Photodiode InGaAs

• Fiber type 9/125 to 50/125 µm

• Standard wavelengths, switchable 820, 850, 1300, 1310, 1550,

• Display range -70 to +11 dBm

• Max. permitted level +11 dBm

 

 

Advantest Q8384 Optical Spectrum Analyzer

Rent me for $1000 a month

with option

• Option 25 Calibration light source with EE-LED output

   The Advantest Q8384 is a high-end optical spectrum analyzer using a new monochromator developed by ADVANTEST and featuring a high dynamic range and a high wavelength resolution. It offers the world's highest level of performance with a 10pm wavelength resolution and a 20pm wavelength accuracy in the 1.55µm band. This enables precise measurement and evaluation of wavelength characteristics. The Q8384 optical spectrum analyzer (OSA) is optimized to test devices used in DWDM applications, or any application where broad spectral range measurements are required.

Features

• High-wavelength resolution of 10pm
• High-wavelength precision of 20pm
• Wide dynamic range 50dB (±0.1nm) and 60dB (±0.2nm)
• Direct input of large signals: + 23dBm (200mW)
• Measurement of NF noise indices of EDFAs
• Thin film filters for triplexers 

   In DWDM optical communications, exacting wavelength measurements are required of the optical source. Evaluating these specifications requires an optical spectrum analyzer with enhanced resolution bandwidth and wavelength accuracy. To meet these stringent requirements, the Q8384 achieves 10 pm wavelength resolution, the best in the world and attains 20 pm wavelength accuracy in the 1550 nm band. This high performance makes it possible for the Q8384 to measure the oscillation wavelength characteristics of laser diodes accurately. DWDM optical communication systems also contain wavelength division multiplexed channels spaced at intervals as close as 50 GHz (0.4 nm). In this environment an optical spectrum analyzer with superior dynamic range is required to separate the optical signals and measure the noise figure (NF) of the optical amplifier. The Q8384 has a dynamic range as wide as 50 dB at 0.1 nm and 60 dB at 0.2 nm and therefore fulfills these requirements adequately. Equipped with automatic optical amplifier NF measurement and arithmetic facilities, the instrument allows the user to make measurements in a simple fashion. The Q8384 optionally has a built-in reference wavelength light source and an EE-LED (edge emitting LED). If calibrated with this reference light source, the instrument is assured to provide wavelength accuracy of 20 pm in the 1550 nm band. Using the EE-LED's broad-band light source, the Q8384 allows the user to conveniently measure and evaluate the transmission and loss characteristics of narrow-band optical filters.

AFL/Noyes M200 Handheld Singlemode OTDR

Rent me for $600 a month

Features

• Handheld, 0.9 kg (2 lb)
• 1310/1550 nm
• 1.5 m (typ.) event dead zone
• 26 dB (SM) dynamic range
• Integrated VFL (650 nm)
• Tool-free, switchable adapters (ST/SC/FC)
• Bellcore (GR-196) .SOR file format
• CompactFlash¿ memory card
• Tool-free LiIon battery (6 hour life)
• Transflective (indoor/outdoor) touchscreen display
• USB Function Port (connects to PC with cable)
• USB Host Port (accepts USB Flash Drives)

Applications

• Tier 2 testing of premises networks
• FTTX PON certification and trouble-shooting
• Fast fault location
• Splice verification
• Network documentation

   Test results are saved in the industry-standard Bellcore (GR-196) .SOR file format. They can be viewed, printed and analyzed on a PC using freeware available from the AFL Telecommunications website.  You can store over 100 traces in the OTDR¿s internal, non-volatile memory or thousands of traces on the removable CompactFlash¿ memory card. Unit firmware, user preferences and test results are saved in non-volatile memory. Thus the Noyes M200 OTDR may be stored with the battery removed for an extended period of time and still be up and running in just seconds when needed.  Rugged OTDR features a custom-designed polycarbonate case and shock-absorbing boot with integrated quick-release adapter and stand. Includes SC and FC test port adapters, stylus, CompactFlash card installed in unit, USB CompactFlash reader, trace analysis software CD-ROM, power cord, tool-free 6-hour Li-ion battery, 110/220-V ac power adapter, adapter caps and user guide in a rugged, soft-sided blue carrying case with shoulder strap. This 2-pound handheld OTDR measures 8.8" x 4.3" x 2.8".

Agilent/HP 8156A Optical Attenuator

Rent me for $150 a month

   The Agilent/HP 8156A is a high performance attenuator for single-mode and multimode applications. Options are available to select the desired return loss performance (up to 60 dB). An optional 13 dB monitor output allows you to measure the signal power at the output of the attenuator. Using the built-in back reflector mode and an external reference reflector (81000BR), the 8156A can be used as a programmable back reflector to measure component and system sensitivity against reflections. The attenuation range is 60 dB with 0.001 dB resolution between 1200 nm and 1650 nm. Due to a novel single filter design, no ranging occurs. This completely eliminates dark spots or potential attenuation overshoots or undershoots. Attenuation accuracy is typically better than ±0.05 dB with a polarization sensitivity of less than 0.02 dB peak-to-peak.

Features

• 60dB attenuation with 0.001dB resolution, without ranging
• 1200nm to 1650nm wavelength range
• 60dB return loss
• <±0.05dB typical linearity
• <±0.005dB typical repeatability
• <0.02dBpp typical polarization dependent loss
• +23dBm maximum input power

  This option guide describes the options available and how they should be ordered. Options cannot be used without the mainframe Agilent 8156A and two or three Agilent connector interfaces, such as the Agilent 81000FI.

Agilent 8156A Non-modular mainframe for optical attenuator

Option 100 Standard performance version with 35dB return loss and straight contact connectors; two connector interfaces required

Option 101 High performance version with 45dB return loss and straight contact connectors; two connector interfaces required.

Option 201 High performance version with 60dB return loss and angled contact connectors; two connector interfaces required.

Option 121 High performance version with 45dB return loss and straight contact connectors built-in monitor output (13dB tap), three connector interfaces required

Option 221 High performance version with 60dB return loss and angled contact connectors built-in monitor output (13dB tap), three connector interfaces required

Option 350 Standard performance version for 50/125 µm multimode fibers; two connector interfaces required

Rent me for $750 a month

with option

• 022 Angled output connector

   The Agilent/HP 8168F is a Tunable Laser Source from 1450nm to 1590nm. This unit provides auto-realignment of laser cavity for greater reliability. Basic wavelength accuracy of 0.1nm with a resolution of 0.001nm. Output power is from +7dbm to -7dbm with sidemode suppression of > 50db. Tunable Laser Sources are basic tools for characterizing and testing optical amplifiers and components. The Agilent/HP 8168F Tunable Laser Source addresses the 1450-1590nm wavelength range. A built-in side mode filter ensures that a true single-mode laser line is generated for every wavelength point, eliminating any possible multimoding.

Features

• Wavelength range: 1450 nm to 1590 nm
• Wavelength accuracy: ±0.035 nm
• Wavelength resolution: 0.001 nm
• Wavelength stability: < ±100 MHz
• Output power: -7 to 7 dBm
• Sidemode suppression ratio: > 50 dB
• Linewidth: 100 kHz

• High resolution and dynamic range in each module
• Pre-programmable procedures
• Full on-line analysis and remote operation
• Fast and accurate fault characterization
• One button automatic measurement and analysis
• Small. rugged and lightweight
• Excellent resolution
• Ultra high dynamic range
  

• E6001A - 1310 nm Single-mode Module (30 dB)
• E6002A - 1310 nm Single-mode Module (35 dB)
• E6003A - 1310/1550 nm Single-mode Module (35/34dB)
• E6003B - 1310/1550 nm Single-mode Module (40/38 dB)
• E6004A - 1310/1550 nm Single-mode Module (30/30 dB)
• E6005A - 850/1300 nm Multimode Module (High Performance) (26/34 dB)
• E6006A - Optical Power Meter Sub-Module
• E6007A - Visual Fault Finder Sub-Module
• E6008B - 1310/1550 nm Ultra High Performance Single-mode Module (45/43 dB)
• E6009A - 850/1300 nm Multimode Module (18/23 dB)
• E6010A - 1625 nm Ultra High Performance Single-mode Module (40 dB)
• E6012A - 1550/1625 nm Ultra High Performance Single-mode (43/40 dB)
• E6090A - OTDR Toolkit Software
• E6091A - OTDR Toolkit II Software 81000AI/FI/GI/HI/KI/SI/VI/WI - Connector Interfaces

Agilent E6005A OTDR High Performance Multimode Module

for the E6000x series

Rent me for $500 a month

 

¿ Optical Attenuator for 850/1300 nm, 62.5 μm MM, attenuation 30-50 dB (including insertion loss).

¿ Multimode fiber with 3 dB coupler and known length (between 4 and 5 km).

¿ 3 × Optical Connector Interface Agilent 81000AI.

¿ 1 × Universal Thru Adapter Agilent 81000UM.

¿ Single-mode fiber, length 25 ± 2 km.

Details for Module E6005A

• Central Wavelength 850±30 nm / 1300±30 nm

• Applicable Fiber multimode 62.5 μm

• Pulsewidth 10ns 100ns 1μs 10μs

• Dynamic Range  [dB] 19/17 26/22 - /28 - /34

• Event Deadzone  3 m

• Attenuation Deadzone 10 m

Available for rentals please call

requires additional modules for your application

   Agilent's Service Advisor Toolkit is the industry's most comprehensive modular platform for copper, fiber loop and advanced services testing. From basic line qualification for DSL installations to OC-48c/STM-16 fiber testing, the Toolkit provides a complete range of dual standard modules and easy-to-use, graphical software measurement and troubleshooting applications for technicians in the field, the central office and the lab.

Active Matrix Display

The Service Advisors user interface features a 6.4" 640x480 color VGA active matrix touchscreen display.

Advanced Remote Control Capabilities

The Service Advisor's advanced remote control capabilities adds flexibility, allowing the Service Advisor to work in tandem with Windows based PCs.

Interchangeable Test Modules

The Service Advisor test tablet supports a full suite of hot-swappable, interchangeable test application modules.

Advanced Windows CE operating system

The Windows CE operating system provides ease of use, reducing training time.

Battery Powered

The Service Advisor is portable and flexible and features a replaceable, rechargeable NiMH smart battery

Multiple Interfaces

The Service Advisor features a Type II PCMCIA slot for a Modem, 10Base-T or FlashROM PC-Card

Available Modules

• N1680A OC-48 / STM-16 Test Module
• N1675A / N1676A OC-12 / STM-4 SONET / SDH Test Modules
• N1677A STM-4 / OC-12 SDH / SONET Test Module
• N1655B Dual Line DS3/1, E3/1 Test Module
• N1660A Dual Line DS1/0 Test Module
• N1625A N1626A xDSL TIMS Test Module
• N1627A Tome Domain Reflectometer Test Module
• N1690A Datacom Test Module

Specifications

• Modular: Supports 2 single or 1 dual test module Hot swappable
• Display: 6.4" diagonal 640 x 480 color VGA backlit Active matrix LCD
• User Interface: GUI, Touchscreen, Stylus, Navigation keys
• Memory:
  • RAM: 16MB
  • Flash-ROM: 128MB
• Operating System:
  • Microsoft Windows CE
  • Flash File for non-volatile results and configuration storage
• Remote Control: Remote Services provides SCPI command line interface and remote GUI (option)
• PC-Cards Supported: Type-I & II, V.90 56K Modem PC Card (option), 10BaseT Ethernet LAN PC Card (option), 10MB Flash-ROM PC Card (option)
• General:
  • Physical: 11.25" W x 8.2" H x 3.0" D (286 mm x 208 mm x 76 mm)
  • Weight: 5.4 lbs (2.45 kg)

 

Agilent/HP N3970A Optical Power Meter

Rent me for $200 a month

The N3970A Handheld Optical Power Meter is a high-end, user-friendly, wide dynamic range device featuring three percent overall accuracy, quick response time and no need for a warm-up period.

Features

• robust,rugged construction
• easy to learn and use
• highly functional
• designed by technicians for technicians
• practical cases to protect instruments in transit also available

  The Agilent Technologies N3970A Optical Power Meter is simple to use and has a fast response time with no warm up period. Automatic wavelength identification is possible when used with an Autotest compatible light source, letting you measure at both 1310nm and 1550nm with a single push of a button. The power meter also features an audible signal for fiber identification, and an RS232 port for connection to a PC or laptop for remote control, data logging or merging, and reporting and printing using the Loss Test Companion Software (N3973A).

   The N3970A Optical Power Meter is used for field or laboratory testing of fiber optic systems at typically 850, 1300, 1310 and 1550 nm. It features superb  measurement confidence, ease of use and reduced cost of ownership, and is for use by installers, technicians and engineers. Superior measurement confidence is achieved with a unique Total Uncertainty specification over the full temperature , measurement and connector range, and a NATA traceable calibration certificate. The display hold and back light facilities help acquire readings, and the flexible memory helps record your results

  Autotest mode enables automatic l (wavelength) detection and attenuation measurement (in combination with an Autotest source). A single or dual l source and meter in Autotest mode automatically measure single or dual l attenuation in one direction.

   High operational reliability & availability is achieved with 250 hour battery life, 3 year recommended re-calibration cycle, negligible warm up and no range-changing delays. Dark current offset is not required. An external power input is also provided. The combination of features enables reduced equipment inventory, simpler training, shorter procedures, lower skill levels and direct labor savings in many situations, combining to give lower cost of ownership.

  The innovative optical connector port provides drop protection during use, and is dust protected by a snap on cover. The interchangeable optical connector system is very versatile, and easily disassembled for cleaning. The simple user interface guides the operator through functional sequences, and a hidden keypad is used to access advanced features such as log/linear display, and memory functions.

Agilent/HP 81000FB Bare Fiber to FC/PC Optical Connector

Rent me for $100 a month

81000FB Bare Fiber to FC/PC/SPC adapter
To interface bare fibers with 125um cladding only to FC/PC/SPC connectors.

   The 81000FB is used to adapt bare fiber through an FC-PC style connection. It is for use with the 81000FI FC-PC connector interface. The 81000FB is recommended for use with the 81633A, 81634A, and any of the older 815xxx sensor modules. These specific modules have a slightly recessed input, and are non-contact. The 81000FB fits onto a 81000FI interface adapter and can be used also with Agilent optical heads in combination with either an 81000FA or an 81003FD FC-PC adapter.

• Adaption of bare fibers with 125um cladding to FC/PC
• Only for non-physical contact connections recommended

Agilent/HP 81521B Optical Receiver Module

Rent me for $200 a month

Requires Mainframe and Plug in for operation

Features

• Sensor Element:  Germanium 5mm.
• Power Range:  +3 to -80dBm.
• Wavelength Range:  900 to 1799nm.

Agilent/HP 81525A High Power Optical Head Sensor

   The Agilent/HP 81525A High Power Optical Head Sensor interfaces to lightwave mainframes through the 81533B module. Compatible with 8153, 8163, and 8164 mainframes. The optical head is a 5mm InGaAs sensor with a wavelength sensitivity of 800-1650nm and a measurement range of +27 to -70 dBm.

Features

• Optical Head for 8153, 8163, 8164 Mainframes
• Wavelength Range: 800-1650 nm
• Power Range: +27 to -70 dBm
• 5mm InGaAs Sensor
• Interfaces to the 81533B Module
• Original Purchase Price: $6,787.00

Agilent/HP 81533B Optical Head Interface Module

Rent me for $100 a month

The Agilent/HP 81533B interface module operates with the 815xx optical head and 8153, 8163, and 8164 mainframes. Agilent Technologies does not publish specifications for the 81533B interface module as it must always operate with an optical head and mainframe.

Features

•  Single Optical Head Interface Module
• Analog Signal Output BNC
• Compatible with 8153, 8163, and 8164 Mainframes
• Needed to Interface 815xxA Optical Heads

Agilent/HP 81632B Optical Power Sensor Module

Rent me for $150 a month

The 81632B Optical Sensor Module uses a InGaAs sensor element, has a wavelength range of 800 to 1650 nm and a power range of +10 dBm to -80 dBm.

The Agilent HP/81632B Optical Power Sensor Modules are specially designed for Agilent 816xA Lightwave Mainframes. The 81632B Lightwave Multimeter is a basic power meter measurement module with a BNC Analog Output connector. It has excellent accuracy, high linearity, low polarization dependent loss (PDL) and best measurement results are ensured. The measurement speed can come done to 200 microsecond, which further optimizes the power measurements. 81632B power sensors also can be used with 8164A Lightwave Measurement System and 8166A Lightwave
Multichannel System.

Agilent/HP 81633A Optical Power Sensor Module

Rent me for $150 a month

Optical Power Sensor Module 800nm-1700nm InGaAs +10dBm to -90dBm range

The Agilent HP/81633A Optical Power Sensor Modules are specially designed for Agilent 816xA Lightwave Mainframes. The 81633A Lightwave Multimeter is a basic power meter measurement module. It has excellent accuracy, high linearity, low polarization dependent loss (PDL) and best measurement results are ensured. The measurement speed can come done to 200 microsecond, which further optimizes the power measurements. 81633A power sensors also can be used with 8164A Lightwave Measurement System and 8166A Lightwave
Multichannel System.

Agilent 8164A Lightwave Mainframe

Available for rentals

Requires additional Agilent modules for operation

Main features

• Ideal for laboratory or rack mount usage for state-of-the-art applications

• 1 extended module slot for back-loadable tunable laser sources

• 4 compact module slots

• Built in applications include Passive Component Test, Stability, Logging

• Integrated floppy disk for direct setup and data access

  Full backward compatibility for 815xx and 816xx series modules

The 8164A Lightwave Measurement System mainframe has one large and four slim module slots. The system can host one back-loadable Tunable Laser module (sold separately) and up to four front-loadable modules of any combination of the following types: Compact Tunable Laser modules; fixed wavelength Laser Sources; DFB Source modules; Power Sensors (dual and/or single); Fast Power Sensor Modules; Interface Modules for Optical Heads; Return Loss Modules; Attenuator Modules; and Optical Switch modules. All modules sold separately. The front-loadable module slots also support all modules designed for the 8153A Lighwave Multimeter.

The system can host:

1 one back-loadable Tunable Laser module, such as the Agilent 81672B

2 and up to four front-loadable modules, of any combination of the following types:

• compact Tunable Laser modules, such as the the Agilent 81689A,

• fixed wavelength Laser Sources, such as the Agilent 81650A,

• DFB Source modules, such as the Agilent 81662A

• Power Sensors, both dual and single, such as the Agilent 81635A,

• Fast Power Sensor Modules, such as the Agilent 81637B,

• Interface Modules for Optical Heads, such as the Agilent 81618A,

• Return Loss Modules, such as the Agilent 81611A

• Attenuator Modules, such as the Agilent 81570A

• Optical Switch Modules. such as the Agilent 81592S

 

 

Rent me for $600 a month

   The Agilent/HP 86120C Multi-Wavelength Meter is a Michelson interferometer-based instrument that measures wavelength and optical power of laser light in the 1270 to 1650 nm wavelength range. Simultaneous measurements of multiple laser lines are performed allowing measurements of DWDM signals and multiple lines of Fabry-Perot lasers. The Agilent/HP 86120C provides accurate and low cost measurement of optical wavelengths.

Features

• Characterize WDM spectra during installation and maintenance
• Simultaneously measure up to 200 wavelengths and powers
• Automated signal-to noise ratio measurements
• Calculate center wavelength of "broadband" sources such as Bragg-grating-filtered ASE or LEDs
• Characterize Fabry-Perot lasers using the built-in automated measurement routine
• ±3 pm wavelength accuracy and 10 GHz wavelength resolution
• Rugged enough for use in the field and accurate enough for use in the lab.
  

Benefits

• The fast wavelength scan allows you to double the speed of characterizing optical devices versus wavelength.
• The wavelength accuracy of the 86120C gives you the certainty of accurate channel characterization in dense WDM systems, to detect channel's wavelength shift and crosstalk between adjacent channels.
• Enables you to test transmitter without additional connections and instruments (e.g. attenuator).
• The built-in applications allow smart stand-alone test stations, which reduces footprint requirements and costly test procedure development.
• The built-in HeNe guarantees an accurate absolute wavelength measurement real-time determined against the standard anytime and ensures accurate and reproducible experimental results.

  Measures

• Wavelengths and powers
• Average wavelength
• Total optical power
• Laser line separation
• Laser drift (wavelength and power)
• Signal-to-noise ratios
• Fabry-Perot lasers

 

Agilent/HP 86145B High Performance Optical Spectrum Analyzer

Rent me for $2000 a month

with option

• 006 Calibrator

The Agilent 86145B is a portable optical spectrum analyzer (OSA) that is best suited for 50 GHz and wider WDM applications where accurate power and wavelength measurements are critical. This OSA has all the performance capabilities of its larger sibling, the Agilent 86142B, while having a smaller 12.8" x 16.8" footprint and weighing 31 lbs.

 

Features

• Built-in test applications
• 10 pm wavelength accuracy
• Fast dual-sweep method
• Covers S, C, and L wavelength bands
• Extended WDM wavelength range

   The 86146B benchtop OSA enables new test methods you may never have thought possible. One of the applications of the filter mode is to allow a single tightly spaced DWDM signal to be isolated. You can then quantitatively analyze in the time domain without losing any of the traditional OSA functionality you¿ve come to expect from Agilent. It is now possible to switch between parametric measurements in the physical domain to functional measurements in the time domain. The WDM application can sequentially or selectively drop WDM channels that require additional analysis. The 86146B provides the flexibility to drop a single DWDM channel as tight as 12.5 GHz spacing with fast-tuning speed, low-insertion loss, and highly repeatable wavelength accuracy. We¿ve also designed our built-in WDM application to work with the single-mode monochromator output path to simplify the task of pre-selecting a desired WDM channel for analysis. Another application of the filter mode is to measure time resolved chirp (TRC) and to compute dispersion penalty (DPC). Using the SMF feature of monochromator out as a preselector with a DCA, chirp measurements can be made on lasers.

   Built-in applications take the uncertainty out of measurements for WDM systems, lasers, amplifiers, and passive components. These applications allow for fast, accurate, easy to use, and repeatable measurements of critical parameters. All of these applications can be added through a simple firmware upgrade.

   The 8614xB series of optical spectrum analyzers provide fast, accurate, and comprehensive measurement capabilities for spectral analysis.

• Full-featured SCPI commands for programming instruments over LAN

• Display-off feature for making faster measurements

• Remote file saving and printing for outputting measurement results

• Filter mode for accurate and flexible measurements

• Built-in applications for accelerating test times

Alcoa Fujikura CT-100B Fiber Cleaver

The small, lightweight CT-100B cleaver is the optimal cleaver for mass fiber cleaving as well as Titan fiber cleaving. The Fujikura CT-100B is the standard Alcoa Fujikura Ltd. cleaver for mass fusion fiber splicing operations. The linear motion anvil design provides for consistent, high quality multifiber cleaves. The blade height can be quickly adjusted between positions for standard fiber or Titan fiber by means of a simple switch eliminates the need for field adjustments with tools. While the CT-100B has been specifically designed for mass fiber cleaving operations, using the optional 03, 04, or 07 adapter plates (or single fiber holders), single fiber cleaving can also be easliy accomplished.

Alcoa/Fujikura CT-20-12 Fiber Optic Cleaver

Available for rental call for pricing and availability

Replaced by the CT-30A same price. Works with all splicers.

 

• Applicable up to 24-fiber ribbon cleaving

• Optional fiber collector for fiber scrap

• Light weight and user friendly shape

• Longer blade life (3 height 16 rotating positions)

• Easy one-action cleaving for speedy and skill-free operation

 

Single-Fiber Cleaver

Replacement Cleaver for FSM-40S and FSM-16S Single-Fiber Fusion Splicers provides 48,000 cleaves per blade. Fujikura's CT-20-12 is a self-contained device that features easy single-action cleaving for speedy, skill-free, operation.

 

 

 

 

 

Alcoa/Fujikura CT-30A Fiber Optic Cleaver

Available for rental call for pricing and availability

Replacement for the CT-20-12 that has been discontinued

Features

• Application: Single Fibers: 250μm to 900μm coating, 125μm cladding
• Fiber Handling System: AD-30A Adapter Plate
• Cleave Length: 900μm: 10mm to 20mm, 250μm: 6mm to 20mm
• Dimensions (W x D x H) 69mm x 82mm x 41mm (2.7" x 3.2" x 1.6")
• Weight 180g (0.4 lbs)
• Blade lifetime 48,000 fiber cleaves (4000 12-fiber cleaves)

Alcoa/Fujikura FSM-16S Fusion Splicer

Available for rental call for pricing and availability

Lease me to own for

FP-03 500 Single Splice Sleeves for 60 mm Single Fiber available for $210

Features

* Automatic core to core, low-loss splicing regardless of fiber quality or age
* 9 second splicing time
* 35 second heat time
* Wind protector design withstands 30 mph cross wind
* User selectable monitor position
* Excellent visibility in bright sunlight with 5.6" TFT Color LCD display
* Multiple pre-programmed modes for specialized splicing
* Optional data download kit to connect splicer to PC

Cable installers and telecom experts can depend on this fusion splicer for great performance, productivity and reliability in difficult field conditions. This is the most sophisticated and capable mini fusion splicer ever, and it boasts a self-calibrated fusion arc. Fusion splicing offers lower reflectance and splice loss as well as increased temperature stability and life expectancy. The technology embodied in the FSM-16S provides unprecedented utility in harsh outdoor splicing environments. Altitude/atmospheric pressure compensation is provided to assure proper arc conditions in extreme environments. In addition, the wind protector technology assures a stable arc in cross winds in excess of 30 mph.

This mini splicer provides unprecedented productivity with fast splicing and heat shrink cycle time. Ease of splicing is assured by its ergonomic design for difficult aerial taut-sheath splicing. It's fully automatic with loss estimation. A 5-inch color anti-reflective LCD monitor with simultaneous X-Y view and unmatched large 110X fiber magnification ensures excellent visibility during splicing operation. Its extremely small size, light weight and modular docking bay for slide-in power modules including battery and ac adapter make it portable for a variety of field applications.

You get a palm-sized CT-07 cleaver with an easy-to-use, step-by-step cleave process. It features a flexible design that permits it to meet a variety of cleaving requirements. Two guides allow single-fiber cleaving of 250-µm buffered fiber with a cleave length range of 10 mm to 20 mm or 900-µm buffered fiber with cleave lengths of 6 mm to 20 mm. The mini splicer comes complete with fiber cleave tool, ac adapter/battery charger, battery pack, case and manual. This 6" x 6" x 6" unit weighs 6.2 pounds with ac adapter. One-year warranty.

Alcoa/Fujikura FSM-30R12 Mass Fusion Splicer

Available for rental call for pricing and availability

Lease me to own for

FP-05 250/box Single Splice Sleeves for 60 mm Single Fiber available for $365

Features

* Wind protector design withstands 30 mph cross wind
* Built-in programmable tube heater
* Slide-in power modules include AC adapter, battery or camcorder battery adapter
* Automatically adjusts fusion arc to compensate for differences in atmospheric pressure or altitude
* Large image magnification on low-glare 5" color LCD monitor provides great fiber visibility



Now the well-proven and market-leading mass fusion splicing technology of previous Fujikura products is provided in an extremely small and lightweight Mini Mass Fusion Splicer. This compact device brings a new level of productivity and capability to mass fusion splicing. It can splice two, four, six, eight, 10 or 12 fibers simultaneously in just 30 seconds. Improved immunity to ambient conditions and slide-in modular power units provide unprecedented mass fusion splicing capability in remote and outdoor splicing locations.

Model FSM-30R12 takes mass fusion splicing productivity to a new plateau with 12-fiber splicing time cut to one-third that of previous-generation mass splicers. And the tube heater for heat-shrink splice protection sleeves is twice as fast as the previous versions. This mini model is the ideal mass fusion splicer for any application.

With this unit, you can expect the best mass fusion splice loss performance in the industry including splicing non-zero dispersion-shifted (NZ-DS) fibers. You get maximum productivity with a splicing time of 30 seconds which is much faster than previous mass fusion splicers. Its new wind protector design withstands 30-mph cross winds, so it provides unprecedented utility in exposed conditions.

This unit splices up to 12 fibers simultaneously and features a built-in programmable tube heater. An ultra small and lightweight design makes it ideal for remote/outdoor splicing applications. Slide-in power modules including ac adapter and battery provide convenience. It automatically adjusts the fusion arc to compensate for differences in atmospheric pressure or altitude. You get great fiber visibility through its simultaneous focus on all 12 fibers and large image magnification on a low-glare 5-inch color LCD monitor.

Alcoa/Fujikura FSM-50S Fusion Splicer

Rent me for $2500 a month

Lease me to own for

12 Months	24 Months	36 Months	48 Months	60 Months
$2,150	$1,100	$750	$600	$505

Estimated payments shown are for companies in business 2 years or more. 

Features

• Automatic core to core, low-loss splicing regardless of fiber quality or age
• 9 second splicing time
• 35 second heat time
• Wind protector design withstands 30 mph cross wind
• User selectable monitor position
• Excellent visibility in bright sunlight with 5.6" TFT Color LCD display
• Multiple pre-programmed modes for specialized splicing
• Optional data download kit to connect splicer to PC

   The FSM-50S Fusion Splicer Kit with cleaver sets the standard for core alignment fusion splicers. It features automatic core-to-core, low-loss splicing regardless of fiber quality or age. The fastest field splicer available, it can complete a splice and tube heat in a total of 44 seconds. With a 9-second splicing time, it features a 35-second heat time for a 60-mm sleeve. Important features include the smallest size and weight in the industry with the legendary ruggedness Fujikura provides. This splicer also includes user-friendly features such as calibration-free automated arc adjustments with AUTO splice mode, automatic fiber type identification and reduced operational steps. It includes multiple pre-programmed modes for specialized splicing. The FSM-50S also offers increased flexibility for various splicing tasks with user-selectable front and back monitor positioning.

   Use the splicer on 40-mm, 60-mm and micro sleeves. It is fully automatic up to 5000 meters (16,400 feet) with automatic temperature compensation. Of its 100 splice modes, up to 60 are pre-programmed and 40 are user-programmable. Splice protection sleeve heater modes include up to 20 pre-programmed and 10 user programmable for a total of 30. Store 2000 splice data records.

   The wind protector design withstands 30 mph cross wind. Dual CCD cameras with high-resolution 5.6" TFT color LCD provide excellent visibility in bright sunlight. It features 295X and 147X magnifications and an external RCA jack for NTSC video signal. Includes CT-20-12 cleaver, ADC-11 ac adapter/battery charger, ac cord, spare electrodes (pair), monitor cover, operation manual and transit case. The 5.9" x 5.9" x 5.9" unit weighs 6.2 pounds with ac adapter

Alcoa/Fujikura HJS-02 Hot Jacket Stripper

Available for rental call for pricing and availability

When used in conjunction with the FSM-30R12 Mini Mass Fusion Splicer, the Hot Jacket Stripper can strip up to 12 fibers simultaneously in less than 5 minutes. It provides superior ribbon and field-ribbonized stripping performance compared to previous tools. The HJS-02 operates on ac power or the splicer's batteries. It's designed to conserve power for field stripping operations when conducted by battery power. Normal and battery save modes are selectable. A temperature selection switch provides easy optimization in the field for different fibers or operating conditions.

If you want to strip one fiber at a time with the HJS-02, order the optional SAD-01 Single-Fiber Holder Adapter. The stripper also can strip two, four, six, eight, 10 or 12 fibers with the appropriate holders. Additional adapters are also available. Contact for more information.

The 12-ounce HJS-02 stripper measures 4" x 1.5" x 1.75". One-year warranty.

 

 

 

 

Ancot FCAccess1000 Fibre Channel Analyzer

Rent me for $750 a month

 

Features
 

•  Host-independent Java client provides the industry´s only platform-independent, network-attached analyzer
   
•  Supports simultaneous data access by multiple users located anywhere in the world
   
•   Deepest trace memory in the industry (up to 4 GBytes)
   
•  All data is captured and stored in native 10B format
   
•  Immediate view of recorded data from trace memory (no need to wait for "decode")
   
•  Powerful real-time programmable hardware triggers and filters support multiple triggers and filters in same trace
   
•  Supports optical fiber or copper media at 1.0625 Gbps (can be upgraded to 2.125 Gbps later)
   

Ancot´s FCAccess 1000A introduces a revolutionary new analysis system for Fibre Channel networks.  FCAccess is the first network-attached analyzer for Fibre Channel.  Using client-server architecture, the Java-based FCAccess client allows the analyzer to run on virtually any host computer system (e.g., Solaris, UNIX, Windows, etc.).  Using client-server architecture, the Java-based FCAccess client allows the analyzer to run on virtually any host computer system (e.g., Solaris, UNIX, Windows, etc.).  Multiple clients may control the analyzer and/or view data simultaneously.  The analyzer can be completely controlled and operated from any location in the world via IP (e.g., Ethernet, Internet) access.

Engineers are no longer restricted in their ability to diagnose and optimize Fibre Channel systems.  Whether operated locally, in the lab next door, or halfway around the world, FCAccess give engineers a revolutionary new development test tool for Fibre Channel systems.

FCAccess 1000A introduces a revolutionary new design for Fibre Channel test instrumentation that provides the user with unprecedented power and flexibility.  FCAccess features a client/server architecture with host-independent (Java-based) clients that can run on virtually any host computer (not just a PC).  The FCAccess client provides the ability to easily design complex triggers and filters, to completely control the system and to analyze the trace recordings.  As with other systems, the client can run on the local CPU to provide a fully-integrated,. stand-alone analyzer, but the real power of client/server architecture is the ability to run the analyzer entirely from remote locations.  This allows the development engineer to maintain an integrated development environment within a single desktop workstation.  Access to the server simultaneously, allowing concurrent sharing and collaborative diagnosis and problem-solving for geographically-distributed workgroups.

Ancot 2 Gigabit Fibre Channel FC2000

Rent me for $1000 a month

   Ancot Corporation introduced the industry's first 2Gbit protocol analyzer for Fibre Channel systems. The 2Gbit Fibre Channel standard is a new version of the Fibre Channel interconnect and data transfer system for Storage Area Networks (SANs) and other applications. The FCAccess 2000 continues to advance the innovations of the first FCAccess Analyzer, a new analysis system for Fibre Channel networks. The Fibre Channel analyzer introduces ChannelTrack, a system performance monitoring capability that tracks data flow and helps identify system bottlenecks and improve network performance. The analyzer captures FC traffic at 2Gbit speeds in native lOB format at rates exceeding 540MB/sec. To allow users to utilize captured data, the new product also includes WarpSearch, a hardware-assisted data search engine that searches for and finds data within seconds. FCAccess is the first network-attached analyzer for Fibre Channel, based on a host-independent Java client/server architecture. It also provides trace memory (up to 2GB) to allow users to record traffic sequences.

   FCAccess clients make it easy for users to design multilevel triggers and filters to control the system and analyze trace recordings. The client can run on the local server to provide a standalone analyzer, but the power of the client/server architecture is the ability to be run from remote locations. Using FCAccess, development engineers can maintain a development environment within a single desktop workstation. Since the server is available over any IP network, multiple users (clients) can access it simultaneously, allowing for diagnosis and debugging from different geographic locations. Much more than a trace viewer, the. FCAccess client allows the user to control and operate the analyzer from any location.

  The product is available in multiple configurations with system configurations starting under $35,000.

Standard Hardware Features

• Deep trace buffer (512 MB, 1 GByte, 2 GBytes or 4 GBytes)
• Data acquisition rates >540 MBytes/s
• Full data capture in native 10B format
• Supports multiple retransmission modes: buffering, repeating and reclocking (user-selectable)
• Interchangeable SFP media interfaces (Copper, LC 850nm multimode fiber, or LC 1310nm singlemode fiber)

FCAccess Server Features

• Supports full instrument control and data access via IP protocol (Ethernet/Internet access) 10/100baseT Ethernet interface
• Supports simultaneous access by multiple clients C programming API available for custom test development

Ericson 135HTSP Hot Jacket Stripper

Rent me for $100 a month

A tool designed to remove polymer coatings from within 40mm of the end of silica optical fibers, in preparation for fusion splicing. Accepts the large (30mm x 70mm) fiber holders of most Ericsson splicers. The standard blade assembly will strip coatings fro 150um to 900um O.D. from fibers with 125um cladding diameter.

Features

• 350 degree F for 250um coatings
• 270 degree F for 900um coatings
• Operates with 110-240VAC 50/60Hz input

Exfo BRT-320A Optical Return Loss Test Set 

Rent me for $150 a month

Different wavelength options available please call. Price may vary with installed options

   Optical return loss (ORL) along a fiber span can reduce fiber system performance and increase bit error rate by degrading transmitter stability. The BRT-320A is a rugged, hand-held dual-wavelength (1310 and 1550 nm) test set for measurement of reflected power in optical cabling. It is ideal for local and long-distance Telco, CATV, utility, broadband, and transmission equipment manufacturing applications. Other applications include fiber component and cable manufacturing. Features a large, backlit LCD, non-volatile memory for 300 stored readings, built-in NiCad batteries, 9V alkaline battery backup, and AC adapter/charger. The BRT-320A has a thermoelectrically cooled laser and low- drift photodetectors to ensure years of consistent measurements.

Back Reflection Test Set

• 1300/1550 nm dual wavelength lasers as an option
• Direct and isolated back reflection measurements
• Back reflection readings can be stored; up to 300 memories

Optical Specifications

• Source: Lasers
• Wavelength: 1300 ± 15 / 1550 ± 15 nm depending upon options
• Spectral Width: 5/5 nm
• Range: -8 to -70 dB
• Resolution: ±.05 dB
• Power Output: -6/-6 dBm

EXFO¿s BRT-320A is a field-ready return loss test set offered in five configurations: 1310 nm, 1550 nm or 1625 nm (single-wavelength), as well as 1310/1550 nm or 1550/1625 nm (dual-wavelength). All come equipped with rapidly stabilizing TEC lasers and low-drift photodetectors to ensure constant optical return loss (ORL) measurements year after year.

Built-In User-Friendliness
Use the BRT-320A to read backreflection from 0 dB to -70 dB and easily store up to 300 readings in a non-volatile memory. ORL readings appear directly on the large, backlit LCD. An ORL zero function accounts for incidental backreflections before the point of measurement and complies with Bellcore optical continuous wave reflectometer (OCWR) requirements. In User Calibration mode, you can calibrate the unit to a known reflection.

Reveal Return Loss Problems
Many digital and analog fiber systems require ORL characterization. ORL along a fiber span is a combination of Rayleigh scattering and Fresnel reflections. Together, these phenomena can reduce fiber system performance and increase bit error rate (BER) by degrading transmitter stability. The BRT-320A measures cumulative link return loss and individual component reflectance to reveal potential ORL problems before they seriously affect your applications.

Versatile
The BRT-320A is ideal for local and long-distance Telco, CATV, utility, broadband and transmission equipment manufacturing applications.

Exfo FLS-235B Visual Fault Locator 

   The Exfo FLS-235B Fiber Visual Fault Locator is the easiest solution to identify breaks, bends, faulty connectors or splices as well as other causes of signal loss. It can easily reach up to 5 km. The FLS-235B visually locates faults by creating a bright red glow at the exact location of the fault on singlemode or multimode fibers.

635 nm (red) laser source, ±10 nm  Operates in CW or pulsed 1 Hz mode. 

• Typical 0.80 mw launch power. 
• Three mile range. 
• Requires two AA alkaline batteries.  
• Forty-hour battery life.

Exfo Fot-10A Fiber Optic Power Meter

 Light weight powerful and accurate. A powerful tool for a bargain price. The FOT-10A Power Meter offers many of the advantages normally found in more expensive units. It is microprocessor-driven and features linear amplification technology for long-term calibration. Measurement range of up to +21 dBm Simple, one-touch measurements in dBm Shockproof holster for storing fiber-optic adapters and a replacement battery Auto-off function Battery, AC adapter/charger, rigid carrying case Five calibrated wavelengths Can be calibrated to a specific wavelength. Input connectors is a universal adapter common to all EXFO products that is a screw-on type. 

General Specifications

• Size (H ×W × D) 22.2 cm × 10.3 cm × 5.9 cm (8 3/4 in × 4 1/16 in × 2 1/4 in)
• Weight unit 0.56 kg (1.25 lb) shipping 1.8 kg (4 lb)
• Temperature operating -10 °C to 40 °C (14 °F to 104 °F)

Applications

• Transmitter power measurements (dBm and W)
• Fiber-link loss testing (dB)
• Component insertion-loss testing (dB)
• Fiber identification with 2 kHz signals
• LAN installation and maintenance applications Accessories
• Battery " AC adapter/charger
• Rigid carrying case
• Shockproof holster

Exfo FOT-22AX Hand-Held Optical Power Meter

    The Exfo FOT-22AX Power Meter is designed for a range of applications from transmitter power measurements to fiber link loss and component insertion loss testing. Microprocessor-driven hand-held optical power meter featuring linear amplification technology for long-term calibration stability. With five calibrated wavelengths, 780, 850, 1300, 1310 and 1550, for accurate transmitter output power measurements. Lasts over 14 hours on a single 9V battery. Power measurement in dBm and watts

Features

• Detector type: High-power Ge (2 mm)
• Calibrated wavelengths (nm): 780, 850, 1300, 1310, 1550
• Measurement range: +23 to -50 dBm
•  Resolution: 0.05 dB
• Accuracy: ± 0.20 (5%)
• Direct loss measurement in dB
• Power measurements in dBm and W Direct loss measurement in dB

•  Five electronically calibrated wavelengths

•  Shockproof holster also acts as storage compartment for fiberoptic adapters and replacement battery

•  Auto-off function

•  Power measurements in dB, dBm and W

 Specifications

• Size (H ×W × D) 22.2 cm × 10.3 cm × 5.9 cm (8 3/4 in × 4 1/16 in × 2 1/4 in)

• Weight unit 0.56 kg (1.25 lb) Shipping 1.8 kg (4 lb)

• Temperature operating -10 °C to 40 °C (14 °F to 104 °F)

 

Exfo FOT-30A Fiber Optic Power Meter with Built In Source

Model FOT-32AX-03BL-54

Rent me for $150 a month

   The Exfo FOT-30A combines all of the features of the FOT-20A with the addition of CW and 2 kHz output/detection and full source functions. The Exfo FOT-30A series also features five calibration wavelengths, accurate power readings in dBm/ Watt and dB units and a user selectable auto-off function which is activated 10 minutes after no key has been pressed. It accepts singlemode, multimode, and unterminated fibers using commercially available connectors with the exclusive FOA adapters from EXFO. This unit has a 7-hour battery life with source on. A -15 dBm source is built in removing the need for an external source.

Applications

• Transmitter power measurements (dBm and W)
• Fiber-link loss testing (dB)
• Component insertion-loss testing (dB)
• Fiber identification with 2 kHz signals
• LAN installation and maintenance applications

Performance

 The Exfo FOT-30A incorporates EXFO's linear amplification technology and are traceable to NIST. They offer five calibrated wavelengths, and perform 2 kHz signal detection for fiber identification. Unit configurations are available with germanium or high-power germanium detectors. An electrical offset nulling feature makes the FOT-30A ideal for operation in extreme temperature conditions.

Exfo FOT-920 Maxtester Model FOT-922X-BR23BL-EI

Rent me for $400 a month

 The FOT-920 MaxTester Automated Loss Test Set is the unit of choice for field technicians in network installation and maintenance. This unit integrates a fully automated bidirectional loss test set (OLTS), a light source and the Ultra-High- Power¿ power meter with useful options, including a full-duplex digital talk set, visual fault locator and optical return loss test set, to create versatile combinations. High-Fiber-Count Installation The FOT-920 gives you the edge when it comes to high-fiber-count installation. First, when doing a large volume of testing, the return on your investment takes less than a year. Second, the FOT-920 reduces the time you spend testing, training and in the field, making it ideal for outside plant applications. OC-48 and OC-192 Systems Due to their high modulation rates, lasers used to transmit at OC-48 and OC-192 speeds are highly sensitive to backreflection. When installing networks designated to transmit at these speeds, measuring backreflection is a must to ensure proper stability of the lasers and their central wavelength. Maximize your testing capacity with the FOT-920 MaxTester.

Explanation of options

FOT-92XXXX-XXXXXX-XXXXX-XXXXXXXX-XXXX

Detector

• 2 = Ge
• 2X = GeX
• 3 = InGaAs
• 3XP1 = InGaAs +28dBm
• 3XP2 = InGaAs +35dBm Power Meter Adapter

Connector types

• FOA-12 = Biconic
• FOA-22 = FC/UPC or FC/APC
• FOA-28 = DIN
• FOA-32 = ST
• FOA-54 = SC/UPC or SC/APC
• FOA-96B = E-2000
• FOA-97 = LX.5
• FOA-98 = LC
• FOA-99 = MU

*The type of connector selected on the fastest port will determine the power meter adapter type.

*Other connector adapters available upon request

Source options

• 12C = 850/1300nm LED 50/125
• 12D = 850/1300nm LED 62.5/125 23B = 1310/1550nm LED
• 23BL = 1310/1550nm laser 34BL = 1550/1625nm laser
• BR23BL = 1310/1550nm laser + ORL option
• BR34BL = 1310/1550nm laser + ORL option 04BL = 1625nm laser
• BR04BL = 1625nm laser + ORL option

Connector

• EI-EUI-28 = UPC/DIN 47256
• EI-EUI-76 = UPC/HMS
• EI-EUI-89 = UPC/FC narrow key
• EI-EUI-90 = UPC/ST
• EI-EUI-91 = UPC/SC
• EI-EUI-95 = UPC/E2
• EA-EUI-28 = APC/DIN 47256
• EA-EUI-89 = APC/FC
• EA-EUI-91 = APC/SC
• EA-EUI-95 = APC/E2/li>

Exfo FPM-300 Optical Power Meter

Rent me for $150 a month

Model FPM-302X = High-power Ge detector

With a high-power option and 10 calibrated wavelengths, the FPM-300 is the complete, yet simple power meter available. Combined with the FLS-300 or FOT-300 source units, which can transmit with a wavelength-identification digital encrypted protocol, the FPM-300 automatically uses the proper calibration parameters. This reduces the need for communication between the two technicians and decreases the potential for error.

Thanks to its unique design, the FPM-300 Power Meter reduces measurement time in typical measurement situations, as the need for an offset nulling is eliminated.

An FTTx Test Solution
This product is part of EXFO's series of FTTx-compliant optical test products. It allows for the testing of passive optical networks (PONs) at the three main wavelengths (1310, 1490 and 1550 nm) recommended by the ITU-T (G.983.3) for use in fiber-to-the-home (FTTH) and fiber-to-the-premises (FTTP) networks.

Features

• Highly accurate unit offering 10 calibrated wavelengths and reference values

• Battery life of 300 hours

• Three-year warranty and recommended calibration interval, for dramatically

• reduced cost of ownership

• Ergonomic, eye-catching handheld package

The FPM-300 Power Meter is part of EXFO¿s new line of handheld units, which includes the FLS-300 Light Source and the FOT-300 Optical Loss Test Set.

Auto-Wavelength Recognition

The FLS-300 or FOT-300 units can transmit with a wavelength-identification digital encrypted protocol, enabling the FPM-300 Power Meter to automatically use the proper calibration parameters. This feature reduces the need for communication between the two technicians and decreases the potential for error.

Distant Referencing

Signal encrypting can also give the receiving end information on the power to be used as reference, helping ensure efficient referencing, even when the two units are far apart.

No Offset Nulling

Thanks to its unique design, the FPM-300 Power Meter reduces measurement time in typical measurement situations, as the need for an offset nulling is eliminated.

General Specifications

• Size (H x W x D) 18.5 cm x 10.0 cm x 5.5 cm (71/4 in x 4 in x 21/8 in)

• Weight 0.4 kg (0.9 lb)

• Temperature operating −10 °C to 50 °C (14 °F to 122 °F)s

Exfo FTB-300 Optical Mainframe

Rent me for $300 a month

Requires additional plugins for your application

   Welcome to the FTB-300 UTS, the evolutionary all-in-one solution for your outside plant testing needs. The unique FTB-300 UTS combines a series of high-performance test modules in a powerful platform. The test set simultaneously houses up to three field-interchangeable modules. Its PC architecture runs the Windows 95 operating system as well as a complete test application software to provide maximum processing capability right where you need it the most: in the field.

   The power of a UTS lies in its capability to evolve with technology and your needs; therefore, the FTB-300 UTS provides you with the widest selection of test modules available. From power readings and OTDR testing to optical switching and optical spectrum analysis, the FTB-300 UTS does it all. And the family of plug-and-play modules continues to grow with the continuous introduction of new test modules.

Customized to your needs

   The main advantage of the FTB-300 UTS is that the end user can customize it to suit the work environment. Field-interchangeable modules allow the operator to modify the test tool capabilities in a matter of seconds, and as many times as required in a day¿s work. A sound long-term investment The open architecture of the FTB-300 UTS provides obvious cost advantages since a single test system is shared between many applications. Without changing the platform, the test set can also be modified with new modules or software upgrades to provide the latest technologies at a fraction of the cost. The FTB-300 UTS really reduces the strain on the test tool budget.

   The FTB-300 UTS is designed to resist the rigors of the worst field conditions as well as stand the test of time. The unit offers shock-proof casing to withstand drops and vibrations. The large, sturdy touchscreen is resistant to shock, water, dust, and common chemicals. The outershell is waterproof with sealed joints, and door panels protect connectors, ports, and the floppy disk drive. The FTB-300 UTS also complies to all industry standards. The FTB-300 Mainframe is designed to resist the rigors of the worst field conditions as well as stand the test of time. The unit offers shock-proof casing to withstand dust, and common chemicals. The outershell is waterproof with sealed joints, and door panels protect connectors, ports and floppy disk drive. The All-in-One Solution

   With the rapid evolution of communication technologies, testing requirements have become more complex and diversified. Fully adapted to this new reality, the FTB-300 Universal Test System (UTS) provides a simple, yet efficient, way to perform multiple advanced test operations in outside plant installation, maintenance, and troubleshooting.

Exfo FTB-5220 1550 nm Optical Spectrum Analyzer

Rent me for $800 a month

FTB-5220 Optical Spectrum Analyzer (OSA) module in a FTB-300 Mainframe

Covers the 1525 to 1570 nanometer range only

The FTB-5220 OSA is a lightweight, portable unit that is specifically designed for technicians who perform tests in tough field conditions. A one-button operation enables you to quickly perform the correct tests and obtain accurate, comprehensive results. Automatic operation offers sweep time and sensitivity auto-ranging, while manual operation permits the selection of manual test parameters for network testing.

             Key Features & Benefits

• WDM and EDFA characterization modes
• Characterizes WDM networks.
• Best dynamic range for a field portable unit
• Tests DFBs, EDFAs, filters, couplers, and other passive devices
• Optional LED source reference
• Offers fully automatic spectral analysis providing channel central wavelength, peak power, and signal-to-noise ratio (SNR).
• User-friendly test data analysis, documentation, and archiving
• Performs crosstalk measurement.

The technical specifications of the optical spectrum analyzer (OSA) module meet today¿s most advanced dense WDM system requirements. Specifically built for field use, the OSA features a one-button operation for novice users to quickly and easily perform the right tests and obtain precise, comprehensive test results.

The FTB-300 is designed to resist the rigors of the worst field conditions as well as stand the test of time. The unit offers shock-proof casing to withstand drops and vibrations. The large, sturdy touchscreen is resistant to shock,water, dust, and common chemicals. The outershell is waterproof with sealed joints, and door panels protect connectors, ports, and the floppy disk drive. The FTB-300 also complies to all industry standards.

Exfo FTB-7323B 1310-1550 nm Singlemode OTDR Module

Rent me for $300 a month

Requires a Exfo FTB-300 mainframe to operate

   The Exfo FTB-7323B is a Singlemode OTDR module for the FTB-300 mainframe. It measures from 1310 to 1550 nm. Perfect for telecommunication fiber test.

Specifications

Wavelength (nm): 1310 +/-20 / 1550 +/-20 nm

Dynamic range (dB) at 10 microseconds: 37.5 / 35.5 dB

Dynamic range (dB) at 20 microseconds: 38.5 / 37.5 dB

Event dead zone (m): 3 / 3m

Attenuation dead zone (m): 10 / 15m

Exfo FTB-7500B 1310-1550 nm OTDR

Rent me for $650 a month

FTB-7500B Optical Time Domain Reflectometer (OTDR) single mode module in a FTB-300 Mainframe

Covers the 1310 to 1550 nanometer range only

The FTB-7000B OTDR delivers accurate detection and analysis of fiber splices, connectors, breaks and other events along a fiber link. Thanks to various models including the FTB-74234C-B Triple-Wavelength OTDR and the FTB-7400B-B/FTB-7500B-B OTDRs, which offer a choice of 12 configurations, the FTB-7000B series lets you choose from dynamic ranges ideal for long-haul networks. Also available is the FTB-7200B, a model designed for multimode applications.

What¿s more, EXFO¿s OTDR line features the FTB-7000D OTDR, which is optimized for metro, access and FTTH network testing.

             Features

• Singlemode configurations at 1310, 1410, 1550 and 1625 nm
• Up to 52 000 acquisition points for sampling
• High-speed traces starting at 10 seconds
• Dynamic range of up to 45 dB

The FTB-300 is designed to resist the rigors of the worst field conditions as well as stand the test of time. The unit offers shock-proof casing to withstand drops and vibrations. The large, sturdy touchscreen is resistant to shock,water, dust, and common chemicals. The outershell is waterproof with sealed joints, and door panels protect connectors, ports, and the floppy disk drive. The FTB-300 also complies to all industry standards.

Today¿s telecom market imposes test challenges that stem from a never-beforeseen variety of fiber-optic networks. Ultra-long-haul, high-fiber-count 10 Gb/s and high-speed DWDM networks. CWDM and 2.5 Gb/s metropolitan networks. Passive optical networks (PONs) and other types of access networks. All of these create increasingly specific and demanding testing requirements, making OTDRs more essential than ever for installing, maintaining and troubleshooting networks. EXFO¿s OTDRs deliver the right tools for accurately detecting and characterizing splices, connectors, splitters, breaks and other events along a fiber link. The FTB-7000B provides a wide choice of configurations to conveniently test all types of networks.

Exfo FVA-3100 GPIB Fiber Optic Attenuator

Rent me for $300 a month

With options

• BW 9/125 μm optimized for spectral flatness
• Single Mode 1200-1650nm
• SC Input and output connectors
• GPIB and Serial Port

 High-quality components and meticulous calibration procedures make the FVA-3100 Variable Attenuator the instrument of choice for repeatable and accurate attenuation settings (up to 100 dB). The FVA-3100 meets system and component manufacturers need for accurate EDFA characterization, component and system loss simulation, instrument calibration, power meter linearity measurement and spectral tuning. Its ultra-low insertion loss of 1.5 dB enables you to optimize the loss budget. The FVA-3100 is configured for singlemode or multimode fibers. Use it as a stand-alone instrument or mounted on a 19-inch rack (optional).

Easy to use
    Access most functions at the touch of a button and manually change attenuation with the FVA-3100's user-defined steps or on-display value editing. The standard GPIB and RS-232 interface and control codes enable remote operation from a PC or test station. Program your own software solutions for complex test procedures and benefit from added computer capabilities. LabViEW® drivers are available.

Features  

• Singlemode from 1200 to 1650nm
• Spectral resolution of 0.1 nm
• Typical insertion loss of < 1.5 dB
• First-class repeatability
• Excellent spectral uniformity
• Optional monitor output
• Fiber: 9/125 um
• Wavelength range: 1200 - 1650nm
• Attenuation: >75 @ 1200 - 1400nm  >70 @ 1400 - 1650nm
• Insertion Loss: 1.5dB typical, 1.8dB max.
• Return Loss: > 50dB

   The FVA-3100 Variable Attenuator is the instrument that allows you to perform several attenuation related tasks. The FVA-3100 Variable Attenuator is configured for singlemode and multimode fibers. It is built to offer a high spectral uniformity, an important feature which allows you to maintain the attenuation value throughout the entire WDM spectrum. Its low insertion loss allows you to minimize your loss budget. The FVA-3100 Variable Attenuator has a program function, which allows you to create custom programs such as automatic attenuation scan. The variable attenuator has the versatility of three display modes:

• Absolute, which includes the insertion loss.
• Reference, in reference to the 0.001 dB level.
• Offset, relative display to any selected reference value.

Exfo IQ-1200 4 Channel Optical Power Meter

 Rent me for $100 a month

        Model IQ-1203 InGaAs 800 to 1700 nm bandwidth

   The Exfo IQ-1200 4-Channel Power Meter module, a fundamental element of the IQ solution, delivers exceptional performance, flexibility, user-friendliness, and extensive integration capabilities. It offers all the traditional functions of a power meter¿absolute and relative power measurements, offset nulling, etc.¿plus full acquisition capability, unique virtual channel features, and a powerful graphical display. The IQ-1200 incorporates four independent photodetectors for multi-channel monitoring or multi-component testing. The Exfo IQ- 1200 is a four independent channel sensitive and accurate optical power meter. It is designed for laboratory and industry applications using the IQ-203 Optical Test System mainframe (or IQ-206 Expansion Unit). The operation of the IQ- 1200 is controlled using the WINDOWS compatible software already installed on the IQ-203. This software provides a user friendly interface offering flexible 4 channel power meter operation. The following features are offered by the IQ- 1200 power meter and its associated software.

Features

• Four optical channels plus a virtual channel

• Channel identification and selection

• Independent channel configuration

• Power displayed in dB, dBm, or watt (pW, nW, pW, or mW) at a user defined or automatic resolution

• Absolute, reference, and offset display modes

• Multiple operating wavelengths at 1 nm resolution

• Timed and conditional (trigger) data acquisition and storage

• Ability to save multiple customized configurations

Exfo IQ-1643 4 Channel Fiber Optic Power Meter

Rent me for $500 a month

 

Features

• 4 Independent Measurement Channels 
• 9 to -85dBm
• 800 to 1700nm
• require IQ-2xx Series Mainframe to operate

High-Performance Features

   With the automatic gain range feature, power fluctuations of up to 95 dB stabilize within 15 ms, and a continuous sampling rate of up to 256 samples per second can be achieved. You can also manually select the gain range for individual channels. In this case, dynamic range is limited to selection; but in return, stabilization times are shorter (as little as 1 ms), with sampling rates as high as 4096 samples per second.

    The synchronization capability of the IQ-1600 High-Speed Power Meter complements the high sampling rates. The high-speed power meter provides two types of synchronization triggers, a power level trigger and a TTL voltage (electrical) trigger. For both, synchronization of all optical channels (2- and 4-channel models) is simultaneous.

Easy-to-Use Interface

   The flexible graphical user interface (GUI) developed by EXFO allows easy control of the power meter settings. Get instant access to software buttons, such as those used to launch an acquisition, perform a min/max signal tracking or to activate the Graph mode.

The IQ Solution

   For integrated test solutions, you can combine the IQ-1600 High-Speed Power Meter with other IQ instruments that cover testing requirements for DWDM components, whether passive or active, as well as cable and fiber subassemblies. All IQ instruments are built for fast data transfer and comprehensive test result analysis, as well as true multitasking.

Easy-to-Use Interface

   The flexible graphical user interface (GUI) developed by EXFO allows easy control of the power meter settings. Get instant access to software buttons, such as those used to launch an acquisition, perform a min/max signal tracking or to activate the Graph mode.

Graph Mode

   The Graph mode displays measurements. Up to eight curves, incorporating measurements from several IQ modules, can be displayed at once. When operating in Continuous mode (up to 256 samples per second), the graph displays the measurements in real time. High-speed acquisitions (from 512 to 4096 samples per second) can be triggered by very fast power fluctuations, or by an electrical signal, and are displayed right after data processing.

Exfo IQ-203 Optical Test System Mainframe

 

Rent me for $300 a month

 

Features

• Three slots for modules

• GPIB device or controller (optional)

• RS-232 port

• Ethernet card (optional)

 

   You're working on a solution to bring tomorrow's optical technology closer to today's network. But how do you nurture your solution? Test it? See it through the qualification stages? And once it's out of the starting gate, how do you get it beyond the production floor and into your customers' systems by your delivery date?

   The answer is the IQ-203 Optical Test System, EXFO's fully flexible, systems-based approach to optical test and measurement. The IQ-203 Optical Test System includes top-of-the-line scalable hardware such as a modular platform, expansion units and a complete range of plug-in test modules. The IQ test modules cover the optical T&M spectrum, from simple insertion loss testers all the way up to sophisticated PMD analyzers.

   The IQ-203 Optical Test System is based on standard PC architecture for easy flexibility and integration. The heart of the system lies in the IQ-203 Control Unit, which houses a Pentium processor and up to three test modules. As testing needs expand, successive six-slot IQ-206 Expansion Units can be added. Even better, over 20 test modules are now available for just about every optical test and measurement requirement. For unmatched connectivity and integration, OLE/OCX controls are included, and LabVIEW drivers and GPIB (IEEE-488.2) controllers can be added.

 

Test Modules that operate in this system

• IQ-1100 Power Meter

• IQ-1200 4-Channel Power Meter

• IQ-1500 Calibration Power Meter

• IQ-1600 High-Speed Power Meter

• IQ-2100 Light Source

• IQ-2300 ASE Broadband Source

• IQ-2400 WDM Laser Source

• IQ-2600B Tunable Laser Source

• IQ-3100 Variable Attenuator

• IQ-3200 Return Loss Meter

• IQ-3300 Variable Reflector

• IQ-3400 PDL/OL Meter

• IQ-5100 Polarization Controller

• IQ-5240 Optical Spectrum Analyzer

• IQ-5310 Wavelength Meter

• IQ-5320 Multi-Wavelength Meter

• IQ-9100 Optical Switch

Exfo IQ-206 Test System Expansion Unit

Rent me for $100 a month

    The IQ-206 Expansion Unit has six slots for modules, a Sequential Position Display, and connects to IQ-203 Control Unit via a SCSI cable, or to a standard PC using a IQ-206 PC expansion card (not supplied).
 

Exfo IQ-3100 Variable Attenuator

Rent me for $300 a month

   Optical system manufacturers know that variable attenuators are essential in order to keep their test systems running smoothly. They look for performance, user-friendliness, complete control of test parameters and advanced programming capability. EXFO's IQ-3100 Variable Attenuator combines innovative design techniques, high-quality components and meticulous calibration procedure. Reliability and repeatable performance. That's what the IQ-3100 offers, in a flexible and fully programmable module. Choose from three attenuation modes: absolute, relative and X+B. Cycle through a repeatable sequence of up to 100 attenuation steps, with a dwell time of up to 1000 hours per step. Add a user-friendly Windows environment, and you've got a first-class variable attenuator.

Features
 

• Maximum attenuation of 100 dB 
• Spectral resolution of 0.1 nm  
• Exceptional ± 0.1 dB spectral uniformity in the WDM range (IQ-3100-BW and BWM) 
• Typical <1.5 dB insertion loss  
• Optional Monitor output port

Exfo IQ-3200 Return Loss Meter

Rent me for $300 a month

 

Exceptional Performance in a Modular Package

   With a dynamic range of 0 to -80 dB, the IQ-3200 brings you top performance, whether for measuring the reflectance of components typically showing extremely low backreflection, or for performing measurements beyond known reflection generators (e.g., when testing multiple components along a fiber connection).

• Accuracy of ± 0.35 dB
• Linearity of ± 0.015 dB
• Spectral range of 1250 to 1630 nm (at 1 nm)
• Resolution of 0.001 dB
• Low polarization sensitivity
• Stable reflection reference

Why Measure Backreflection?

   Backreflection contributes to overall power loss, degrades laser performance and interferes with voice and video signal processing. In order to maintain system and component integrity, measuring and controlling backreflection is therefore a must. Two terms are used to quantify backreflection: reflectance and ORL. Reflectance typically designates the reflection at a single interface or reflection site (e.g., connector or splice). It is specific to a single system component. ORL is made up of the combined reflections of a fiber-optic system or subsystem as measured from a specific point. It includes the reflectance of each system component, along with reflections generated along the fiber itself. EXFO¿s IQ-3200 Return Loss Meter measures both reflectance and ORL, and is an invaluable instrument for system or component design, manufacturing, testing and troubleshooting.

Meeting the Demanding Needs of Laboratory and Manufacturing Environments The IQ Solution

   EXFO¿s IQ-3200 Return Loss Meter is one of the many modules housed in the flexible, versatile IQ platform. Combine it with the IQ-2100 ORL Light Source in the IQ-203 Optical Test System, and benefit from a first-class connector test station. Change the ORL source for the IQ-2300 ASE Broadband Source or the IQ-2600 Tunable Laser Source, and perform return loss measurements over the WDM wavelength range. The IQ-3200 can also be an integral part of larger, more complex, integrated measurement systems found in research and development environments.

Testing Tip

   When performing return loss measurements, connector cleanliness is key. Connectors contaminated with dirt, dust, fingerprints, etc. will cause erroneous readings. EXFO recommends connectors be thoroughly cleaned with isopropyl alcohol to ensure measurement accuracy.

Exfo IQ-5320 Multi-Wavelength Meter

Rent me for $300 a month

This unit supports Multiple Wavelength Simultaneous Power Measurements for up to 200 Channels.

 

 

Minimum Wavelength: 1450 nm
Maximum Wavelength: 1650 nm
Minimum Power: 1 uW
Maximum Power: 0.01 Watts
Power Resolution: 0.01 dB
Measurement Accuracy: 0.105925372517729 %
Simultaneous Power measurements
Internal Reference Type: HeNe
Wavelength Accuracy: +/-0.005nm
Drift Curve Generation: 1 pm of resolution

Exfo IQ-6100 Erbium-Doped Fiber Amplifier

 

Rent me for $500 a month

 

Features

• User-friendly operation

• Easy one-slot IQ-200 module insertion

• Compatible with EXFO tunable laser sources

Stability

   The IQ-6100 attains a maximum drift of ± 0.01 dB, preserving input signal stability. Combine this EDFA with the EXFO IQ-2600 Tunable Light Source or the IQ-2400 WDM Laser Source to evaluate non-linear properties of optical materials in the 1550 nm band.

Powerful Versatility

   For use with single or multiple wavelength signals, this optical amplifier increases output power from 0 dBm up to 15 dBm. Ideal for integration in WDM active component test setups, it enables the adjustment of WDM signals to the total input power level required for system or booster-amplifier modules. Achieve adequate power levels conveniently with this C-band amplifier.

High power

   Add an EDFA booster to increase the flexibility of your WDM active component testing platform. Easily adjust multiple signals to the total input power level required for higher power subsystem characterization.

Specifications

• Wavelength range (nm) 1530 to 1560

• Saturated output power (dBm) at 3 dBm input power typical > 14 minimum 13 maximum 15

• Noise figure (dB) typical 8

• Output power stability1 (dB) ± 0.01 (Ä = 0.02)

• Polarization dependent gain (dB) < 0.2

• Optical return loss (dB) typical 35

• Small signal gain (dB)2 minimum 29

Exfo IQ-9100 Optical Switch Module

Rent me for $200 a month

 

 Model IQ-9100-1-04-B-70   1 singlemode input switched to up to 4 separate outputs

Simple and Flexible GUI

• Windows interface
• Easy software control with buttons, front panel keys or keyboard
• Multiple-user configuration storage
• Simultaneous multiple applications for true multitasking
• Online help

 

Impressive Performance

• 0.5 dB insertion loss (typical)

• 0.01 dB repeatability

• −80 dB crosstalk

• −55 dB backreflection

• Bidirectional

• Low PDL option (singlemode)

• Over 10 million cycles

Fiber OWL Fiber Optic Test Kit

Rent me for $250 a Month

Fiber optic power meter with two dual wavelength sources for both single and multimode

A fiber optic kit consisting of optical power meter FO-2+, singlemode source LO-1 at 1310 and 1550 nm and a multimode source DO-1 at 850 and 1300 nm. Has ST connectors on sources and an OWL ST push on connector on the Power Meter.

Fluke Certifiber Advanced Multimode Fiber Optic Certification Tool

Rent me for $400 a month 

Features

• Advanced multimode fiber certification
• Automatically measures length and dual-wavelength loss over two fibers in a single Autotest operation
• Cut test time by 75% over manual power meter
• Easily manage and document copper and fiber links with new LinkWare¿ Software

   Look to CertiFiber to test more fibers in less time. With its one-button Autotest, CertiFiber allows you to measure fiber length and optical loss on two fibers at two wavelengths, compares the results to the selected industry standard and provides an instant PASS or FAIL indication. CertiFiber connects easily to all fiber networks with interchangeable connector adapters. CertiFiber's interchangeable connector adapters permit simple network connection and a straightforward reference power measurement. Interchangeable connector adapters are available in the most popular connector styles:  ST, SC, FC and 1.25mm universal.

CertiFiber cuts your test time by 75% over manual power meter techniques while certifying your fiber links in seconds with a touch of the Autotest button. The transmitter ports of the main and remote CertiFiber units incorporate dual wavelength LED sources. Test both fibers at the multimode fiber transmission wavelengths of 850 nm and 1300 nm. Dual wavelength testing occurs automatically - no need to slow down to physically change transmitter adapters or manually toggle between wavelengths. CertiFiber auto-senses the transmitted wavelength, making testing even easier. Every CertiFiber kit includes a pair of main and remote units. Both units incorporate transmitter and detector ports. This unique configuration enables testing of two fibers in a single operation. This design is ideal for testing typical fiber links - a pair of Tx/Rx fibers. CertiFiber is also suitable for testing dual-fiber Small Form Factor connector systems.

CertiFiber takes the guesswork out of interpreting test results. The length and loss test results are automatically compared against a standard you selected. CertiFiber instantly provides a clear PASS or FAIL indication for each fiber. The margin (or headroom) between the test measurement and standards limit is also presented.

   CertiFiber¿s Autotest feature takes the work out of fiber certification. When you press the Autotest button, you set in motion a sequence of tasks ¿ loss measurement of two fibers at two wavelengths, length measurement, optical link budget calculation, and PASS/FAIL analysis. The result is a clear PASS or FAIL for every fiber tested. A CertiFiber kit includes a main and remote unit where each unit incorporates a dual wavelength 850/1300 nm LED source and an optical power meter.

Fluke/Microtest 8080-02 Fiber Kit

Rent me for $150 a month

FiberEye is designed to help assess the performance of fiber optical transmission paths and equipment. It measures the power of light injected into or emerging from the fiber network. The accurate and repeatable measurement of optical power and signal loss in fiber is essential for installing, maintaining or troubleshooting fiber optics. By measuring optical power, the meter can verify the proper installation and operation of a variety of fiber optic components, such as fiber hub modules, repeaters and adapter cards. By measuring signal loss, it can help identify faulty patch cables, failing splices or bad couplers and connectors.

FiberLight can be used in conjuction with FiberEye to provide a consistent, calibrated light source that increases the ease of effectiveness of fiber optic testing, according to the company. The light source incorporates two highly efficient LEDs, each with its own external connector. One transmits at the wavelength used in Ethernet and Token Ring networks, the other, at the wavelength used in FDDI networks. With two built-in light sources, it can be used to test fiber cable plants that support all three network types more quickly than conventional light sources.

Fujikura FSM-17S Single Fiber Fusion Splicer

Rent me for $750 a month

   The Fujikura FSM-17S establishes a new standard for single fiber fixed v-groove type fusion splicers with a host of improvements including a 35 second tube heater, dual position monitor, and a longer battery life. The real time arc calibration feature makes field maintenance easier than ever. Also available now is a version of the FSM-17S utilizing a fiber holder system, making the splicing process extremely simple for inexperienced technicians. The FSM-17S is well suited for FTTX applications and both models quickly attach to the newly redesigned ASW-02 workstation making, field portability a breeze.

  Features

Suitable for Single fiber splicing

Cladding alignment with fixed v-groove

Dual-directional operating system

Arc-calibration-free system

Large capacity slot-in battery

Simple operation steps

 

 

Fujikura FSM-60S Fusion Splicer

Rent me for $1600 a month

   The Fujikura FSM-60S Fusion Splicer sets the standard for core alignment fusion splicing by incorporating a user-friendly interface with enhanced features. The FSM-60S is a significant upgrade from the earlier legendary Fujikura Fusion Splicers. The FSM-60S is most rugged and reliable fusion splicer in the market today with improved reliability by resisting shock, dust, and rain, and can withstand a 30 inch drop test. The FSM-60S splices a fiber in 9 seconds and heats a 60mm splice sleeve in 30 seconds, for a total cycle time of only 39 seconds. New features, such as automatic tube heater operation, user-selectable clamping method (sheath clamp or fiber holder system), automated monitor image orientation, and battery charge capability during splicer operation provide the end user a productivity tool they can count on.

   New software included provides the ability to download splice data to a PC for splice data reporting, download splicer operating software via the internet to maintain peak performance, and download video images from the splicer to enhance technical support.

Features

• Rugged construction providing shock, dust and moisture resistance
• Dual monitor position with automatic image orientation
• Automatic arc calibration and fiber identification
• User-selectable fiber clamping method sheath clamp or fiber holders
• Auto-start tube heater feature
• Color LCD display with anti-reflective coating for excellent visibility in bright sunlight
• Simultaneous battery charge and splicer operation
• Long life battery (up to 160 splice/heat cycles per charge)
• Detachable work table incorporated into the transit case
• Data and video download software and splicer upgrade software included; software upgrades through PC application via the internet.
• Green friendly RoHS & WEEE compliant

Inno Instruments VF-77 Fiber Optic Cleaver

   The new Inno Instruments VF-77 High Precision Cleaver is an instrument for high precision fiber cutting. It is compact, light and ideal for both 250μm fiber and 900μm coated fibers. It is also suitable and easily adaptable for ribbon fiber cleaving (2-12 counts). The blade provides over 48,000 cleaves by easy and simple blade position selection. Additionally, it has an automatic collector for fiber shards and off-cuts. Inno Instruments makes high quality products at reasonable prices.

Technical Specifications

• Dimension 81Wx72Dx62H (mm)
• Weight 350g
• Type 0.25-0.9mm(Single fiber)
• Fiber diameter 0.125mm
• Length 6-20mm(Single fiber)
• Cleave angle 0.5 Degrees with single fiber
• Life of blade Total 48,000 cleaves (1,000 fiber for 1 step x total 16 steps x 3 heights)
• Reclaim function Blade pushback

 

Intelco 200 Optical Variable Attenuator

Rent me for $200 a month

 

Features

• Single-mode/Multimode
• 1300/1500nm
• Attenuation is adjusted by knob
• Powered by an internal lithium battery
• FC/PC Input and output connectors
• Portable perfect for field use as it runs of of internal battery with a long life
  

JDSU/Acterna EMR Fiberkit

   RS-232 Fiber Optic Interface And Software For EMR-20. Allows your EMR to be connected to your personal computer to download measurements. Includes software.

JDSU/Fitel VA47K+1KSP20 Singlemode Portable Optical Attenuator

Rent me for $150 a month

with option

• FC Input and Output Connectors

   The JDS Uniphase Manual Variable Attenuators are compact, portable instruments for field system testing as well as test and development in laboratory applications. They provide continuously variable attenuation range of up to 65 dB with calibration wavelengths of 830/1300 nm or 1300/1550 nm. Attenuation is set manually from the front panel at a 0.1 dB resolution. Unlike programmable attenuators, the attenuation level is maintained when the power is turned on or off. The attenuators use JDS Uniphase's ultra-linear attenuator prism and highly reliable microlense technology to produce accurate attenuation settings with low insertion loss and excellent return loss. The display features a large-scale LCD readout, and the unit is powered by a long-lasting 9 V lithium battery for hand-held operation in the field. Input and output ports are equipped with rear panel-mounted connector bulkheads, and all major connector types as well as the optional universal connector adapter (UCA) are available.

Features

• Precision attenuation
• Two calibration wavelengths
• Low insertion loss
• Return loss > 60 dB
• Very long battery life
• Portable for field use
• Optional universal connector adapter

Applications

• Optical power control
• Receiver testing
• Field system testing
• Power meter linearity checks

 

New Fluke DSP-FTA 420S Multimode Fiber Adapter

Choose the world's first dual-fiber, dual-wavelength Multimode Fiber Test Adapter to expand the capabilities of Fluke's Digital Cable Analyzers¿. It easily attaches to the Fluke DSP-4100 and DSP-4000 testers for bi-directional testing of multimode links. Model DSP-FTA420S measures loss and length on multimode fiber links easily and accurately. It uses LED light sources at 850 and 1300 nm. Use this optional high-performance, high-productivity multimode test adapter to document certified test results. In addition, the timesaving FindFiber feature provided by the DSP-FTA420S enables users at both ends to make a quick check for and locate a signal from the other end. Valuable time spent searching for proper end-to-end connections is minimized.

The DSP-FTA420S easily attaches to the DSP- 4000 to test two fibers at two wavelengths, simultaneously, reducing the time required for certification. The DSP-FTA420S easily and accurately measure loss and length on multimode fiber using an LED light source. The DSP-FTA420S with enhanced dynamic range tests both 850 nm and 1300 nm multimode wavelengths to 5 km.

You can also use the FTA420S to test both fibers in both directions and automatically save the bi-directional results in one record. You won't have to test one end of the fiber and run to the other end to re-test. Now bad connections, bad splices, broken fibers and power loss are easy to detect.

The timesaving FindFiber feature provided by the FTA420S enables users at both ends to quickly check for and locate a signal from the other end. Valuable time spent searching for proper end-to-end connections is minimized.

Utilizing Fluke Networks' comprehensive software you can easily save all fiber link data electronically for results management and report generation

This convenient, easy-to-use instrument brings fiber inspection into the 21st century by providing a comprehensive view of even hard-to-reach connectors. Inspecting fiber optic terminations in patch panels, hardware devices, test equipment and cable assemblies can be a real challenge without the right tool. Maybe you can inspect connectors at the end of a fiber link with a traditional fiber inspection microscope. But how do you get to installed connectors and access critical fiber connectors on a hardware device?

The Fluke Networks FT300 FiberInspector¿ puts the quick and safe solution for fiber testing every termination in today's high-bandwidth systems right before your eyes. Simply insert the probe and inspect installed fiber connectors through the bulkhead adapters without accessing the backside of the patch panels. This portable video microscope works 10 times faster than traditional scopes. Viewing instant, sharp images saves valuable time inspecting installed fiber in patch panels while reducing contamination and signal loss in hardware devices. This Network SuperVision Solution¿ also lets you inspect live fiber safely without harming your eyes.

Dirt, dust and other contaminants are the enemy of high-speed data transmission over optical fiber. With today's network applications requiring more bandwidth and loss budgets being tighter than ever before, keeping all optical connections clean and free of contaminants is critical to ensure network operation. So even hard-to-reach fiber connections must be inspected. The rugged FiberInspector gives you superior vision by enabling you to inspect all types of installed fiber terminations in hardware devices and patch panels. Instead of removing each individual fiber, you can insert the video probe and inspect the fiber while it's still in place. This is the only practical way to determine if connectors on most hardware devices are clean and in good condition when disassembly is not a realistic option.

FiberInspector features a high-contrast handheld display unit and a small, lightweight probe that contains a long-life LED light source and CCD video camera. The probe holds itself in place for hands-free operation. Just mate the adapter tip with the connector. Then view crisp, clear images of microscopic debris and end-face damage through high-magnification optics projected on the LCD. The video display allows you to look at a fiber end-face without looking into the fiber, eliminating all chance of harmful laser light reaching your eye.

Includes FT330 Fiber Display, FT350 Fiber Probe, probe adapter tips (ST, SC, FC and universal patch cord tip) and ac adapter/battery charger in a hard carrying case. The 16.4-ounce display unit is 3.5" x 2.3" x 8.5" while the 1.4-ounce probe is 1.3" x 1.3" x 4.3" (length varies depending on adapter tip). One-year warranty.

The FTK100FV Basic Package is for contractors who install a few fiber links and have little need for automated storage results.

Model FM130 Fiber Meter measures loss of multimode or singlemode fibers and output power from optical sources such as network interface cards and optical test equipment. Power is displayed in dBm, loss in dB and output power in dBm or µW. Loss readings are compared to stored reference level of currently selected wavelength. Setting a reference lets meter automatically subtract losses due to patch cords from loss measurements. Loss for fiber under test is automatically calculated as the difference between reference loss and loss with fiber inserted. A separate reference value stored for each wavelength is unaffected by turning meter off or changing battery. Use removable adaptor cap with ST connector with multimode or singlemode patch cords. Meter operates for up to 50 hours on a single 9-V battery. Automatic power-down conserves battery power. Instant battery check feature displays remaining battery life.

The FOS-850/1300 Fiber Optic Source provides light for multimode testing at 850 nm and 1300 nm. It features a slide switch to select output and one ST connector for each output. Includes meter with 9-V battery installed, ST adapter cap with dust cap, source with 9-V battery and dust cap installed, two ST/ST 3-foot 62.5-µm multimode patch cords, ST/ST 1-foot 62.5-µm multimode test jumper, ST/ST adapter (singlemode quality), two recording pads, hard-shell carrying case and user's guide. The optional NF40 "Fiber Optic Reference Guide" provides full in-depth fiber information. This 8.6-ounce kit measures 3.2" x 5.8" x 1.5". One-year warranty.

Designed to make the inspection and testing of fiber installations easier, the FTK100FV Basic Package:

• Is easy to use.
• Tests multimode fiber at 850 nm and 1300 nm wavelengths.
• Includes compact, rugged fiber testers that ensure equipment uptime and keep the job moving.
• Comes with the Fluke Networks FT120 multimode Fiber Viewer for inspecting fiber end-faces.
• Includes the Fiber Optic Reference Guide - an in-depth guide covering the latest in fiber optic technology
• Works with an optional Fluke Networks laser source for measuring loss on singlemode fiber.
• Comes with a compact, hard-shell carrying case for easy transport.
• Includes a FREE ToolPak¿ Hanging kit with product registration.

The FTK200FV Pro Package is ideal for contractors whose fiber installation needs require automated test data recording, results management and report generation.

Use the FM150 Fiber Meter to measure power loss of multimode or singlemode fibers. It also measures output power from optical sources such as network interface cards and optical test equipment. Power is displayed in dBm, loss in dB and output power in dBm or µW. Loss readings are compared to the stored reference level. The meter automatically stores up to 500 measurements for each wavelength. A serial port lets you print measurements on a serial printer or upload measurements to a PC. Fluke Networks' Data-LINK¿ software allows you to upload test results to a PC, view measurements, add header information to create test reports plus save and print reports. You can capture live data from the meter for optical power stability tests. Productivity-enhancing features include single port for both output wavelengths which eliminates the need to disconnect fibers when testing two wavelengths. The meter operates for up to 30 hours on a single 9-V battery. An automatic power-down feature turns the meter off if no keys are pressed for five minutes to help conserve battery power. Instant battery check feature displays remaining battery life.

Fluke's FS150 Fiber Source provides light for multimode testing at 850 nm and 1300 nm. It features a slide switch to select output and one ST connector for either output. Contains meter with 9-V battery installed, ST adapter cap with dust cap for meter, source with 9-V battery and dust cap installed, ST adapter cap with dust cap for source, two ST/ST 3-foot 62.5-µm multimode patch cords, ST/ST 1-foot 62.5-µm multimode test jumper, ST/ST adapter (singlemode quality), Data-LINK PC utility diskette, PR-232 PC interface cable, two recording pads, hard carrying case and user's guide. The optional NF40 "Fiber Optic Reference Guide" provides full in-depth fiber information. This 8.6-ounce kit measures 3.2" x 5.8" x 1.5". One-year warranty.

Designed to make the inspection and testing of fiber installations easier, the FTK200FV Pro Package:

• Is easy to use
• Tests multimode fiber at 850 nm and 1300 nm wavelengths.
• Includes compact, rugged fiber testers that ensure equipment uptime and keep the job moving.

 

Model OF-500-02 is the advanced solution for multimode fiber OTDR diagnosis, certification and documentation. It incorporates a built-in optical power meter. This OptiFiber¿ Advanced Certifying OTDR is a LAN tool that takes fiber testing and your business to a new level. It provides enhanced visibility into fiber networks to isolate faults, restore network performance and meet the emerging requirements for fiber testing and certification quickly. Get a complete picture of the LAN. OptiFiber brings together all the critical information on screen, on your PC and on printed reports. Take the complexity out of OTDR testing with automated trace and event analysis and simple link diagramming that anyone can understand.

Boost productivity with automated insertion loss testing and a fast, intuitive interface that's easy to use. Measure optical power directly to verify source and link performance. Streamline data management and create impressive reports that bring key data together quickly, easily and completely. With the smallest, lightest micro OTDR available anywhere, you can work comfortably in tight spaces.

See all LAN events with a short dead-zone. OptiFiber features the only way to see events in short fiber runs. It's the first OTDR designed for LAN fiber networks with short multimode fiber links. Advanced optoelectronics pinpoint multiple events as close as 1 meter apart accurately. That means no overlooked faults and no wasted time and money trying to zero in on faults that elude the long event dead-zones of other OTDRs.

Count on a field-tough tool that's user friendly. OptiFiber's compact size and light weight are ideal for your typical work environment of tight spaces and crowded distribution closets. It's easy to use and to navigate. The modular design accepts test modules that can be swapped without tools in a matter of seconds. So reconfiguring your test set is easy any time and any where. OptiFiber is built to withstand the harshest conditions of everyday field use.

Front panel buttons, menus and special features make operation easy. Setup provides fast, simple configuration for new jobs and test requirements. Select from predefined lists or create custom limits. Quickly view and select from various functions. Use the MMC Card to bring test results back to the office for instant data hand-off while the tester stays on at the job. The Help screen provides a complete guide at the touch of a button. Press the Test button for complete fiber testing. A sturdy, integrated stand makes tabletop operation easy. Use the Save button to keep all test results for a single fiber in one common record. View Records retrieves test results easily -- even in the field. Sort by ID, job or data. Use the USB port for lightning fast data exchange with a PC. The RS232 port connects to a PC for data exchange. Test a full eight hours between charges with the included Li Ion battery.

Model OF-500-01 is the standard OptiFiber¿ Certifying OTDR engineered for LANs and multimode fiber. This LAN certification, diagnostic and documentation tool takes fiber testing and your business to a new level. It provides enhanced visibility into fiber networks to isolate faults, restore network performance and meet the emerging requirements for fiber testing and certification quickly. Get a complete picture of the LAN. OptiFiber brings together all the critical information on screen, on your PC and on printed reports. Take the complexity out of OTDR testing with automated trace and event analysis and simple link diagramming that anyone can understand.

Boost productivity with automated insertion loss testing and a fast, intuitive interface that's easy to use. Measure optical power directly to verify source and link performance. Streamline data management and create impressive reports that bring key data together quickly, easily and completely. With the smallest, lightest micro OTDR available anywhere, you can work comfortably in tight spaces.

See all LAN events with a short dead-zone. OptiFiber features the only way to see events in short fiber runs. It's the first OTDR designed for LAN fiber networks with short multimode fiber links. Advanced optoelectronics pinpoint multiple events as close as 1 meter apart accurately. That means no overlooked faults and no wasted time and money trying to zero in on faults that elude the long event dead-zones of other OTDRs.

Count on a field-tough tool that's user friendly. OptiFiber's compact size and light weight are ideal for your typical work environment of tight spaces and crowded distribution closets. It's easy to use and to navigate. The modular design accepts test modules that can be swapped without tools in a matter of seconds. So reconfiguring your test set is easy any time and any where. OptiFiber is built to withstand the harshest conditions of everyday field use.

Front panel buttons, menus and special features make operation easy. Setup provides fast, simple configuration for new jobs and test requirements. Select from predefined lists or create custom limits. Quickly view and select from various functions. Use the MMC Card to bring test results back to the office for instant data hand-off while the tester stays on at the job. The Help screen provides a complete guide at the touch of a button. Press the Test button for complete fiber testing. A sturdy, integrated stand makes tabletop operation easy. Use the Save button to keep all test results for a single fiber in one common record. View Records retrieves test results easily -- even in the field. Sort by ID, job or data. Use the USB port for lightning fast data exchange with a PC. The RS232 port connects to a PC for data exchange. Test a full eight hours between charges with the included Li Ion battery.

The OF-500-30 Pro Inspector offers multimode and singlemode capabilities with a 250X FiberInspector¿ camera. This OptiFiber¿ Certifying OTDR is a LAN certification, diagnostic and documentation tool that takes fiber testing and your business to a new level. It provides enhanced visibility into fiber networks to isolate faults, restore network performance and meet the emerging requirements for fiber testing and certification quickly. Get a complete picture of the LAN. OptiFiber brings together all the critical information on screen, on your PC and on printed reports. Take the complexity out of OTDR testing with automated trace and event analysis and simple link diagramming that anyone can understand.

Boost productivity with automated insertion loss testing and a fast, intuitive interface that's easy to use. The Pro version troubleshoots connections with a 250X fiber endface microscope. Measure optical power directly to verify source and link performance. Streamline data management and create impressive reports that bring key data together quickly, easily and completely. With the smallest, lightest micro OTDR available anywhere, you can work comfortably in tight spaces.

See all LAN events with a short dead-zone. OptiFiber features the only way to see events in short fiber runs. It's the first OTDR designed for LAN fiber networks with short multimode fiber links. Advanced optoelectronics pinpoint multiple events as close as 1 meter apart accurately. That means no overlooked faults and no wasted time and money trying to zero in on faults that elude the long event dead-zones of other OTDRs.

Count on a field-tough tool that's user friendly. OptiFiber's compact size and light weight are ideal for your typical work environment of tight spaces and crowded distribution closets. It's easy to use and to navigate. The modular design accepts test modules that can be swapped without tools in a matter of seconds. So reconfiguring your test set is easy any time and any where. OptiFiber is built to withstand the harshest conditions of everyday field use.

Front panel buttons, menus and special features make operation easy. Setup provides fast, simple configuration for new jobs and test requirements. Select from predefined lists or create custom limits. Quickly view and select from various functions. Use the MMC Card to bring test results back to the office for instant data hand-off while the tester stays on at the job. The Pro version's FiberInspector¿ lets you view magnified fiber endface images. The Help screen provides a complete guide at the touch of a button. Press the Test button for complete fiber testing. A sturdy, integrated stand makes tabletop operation easy. Use the Save button to keep all test results for a single fiber in one common record. View Records retrieves test results easily -- even in the field. Sort by ID, job or data. Use the USB port for lightning fast data exchange with a PC. The RS232 port connects to a PC for data exchange. Test a full eight hours between charges with the included Li Ion battery.

New Owl 1310 High Power Single Mode Laser Light Source

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

• Affordable
• 0dBm Calibrated Output Power
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with FC, SC, and ST fiber connectors

 

 

 

New Owl 1310 Singlemode Laser Source

   The 1310 OWL is a cost effective, compact, handheld laser light source.  The temperature compensated outputs are calibrated to couple -10dBm of optical power into singlemode fiber.  The light source is offered with a single 1310nm laser installed, and can be easily upgraded to include a 1550nm source. 

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

 

• Highly stabilized
• Rugged & Economical
• -10dBm Calibrated Output (Customizable)
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with FC, SC, or ST fiber connectors

New Owl 1550 High Power Single Mode Laser Source

  The 1550 OWL HP (High-Power) is a cost effective, compact, handheld laser light source.  The temperature compensated outputs are calibrated to couple 0dBm of optical power into an 9 micron single mode fiber.  The light source is offered in a single 1550nm version, and can be easily upgraded to include both lasers.  

  The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

• Affordable
• 0dBm Calibrated Output Power
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with FC, SC, or ST fiber connectors

 

 

 

 

New Owl 1550 Singlemode Laser Source

   The 1550 OWL is a cost effective, compact, handheld laser light source.  The temperature compensated outputs are calibrated to couple -10dBm of optical power into a single mode fiber.  The light source is offered with a single 1550nm laser installed. The 1550 OWL can be easily upgraded to include a 1310nm source. 

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

 

• Highly stabilized
• Rugged & Affordable
• -10dBm Calibrated Output (Customizable)
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with FC, SC, or ST fiber connectors

 

New OWL 4 ORL Dual Wavelength Optical Return Loss Meter

Available for leases please call

Compare me to the Exfo BRT-320A  Same specifications at half the price. Why pay more?

   We are big fans of the Exfo BRT-320A. We have sold hundreds and they have a well deserved reputation. However we are also fans of incredible value. The New Owl 4 Dual Wavelength Optical Return Loss Meter measures backreflection just as well and sells for the price of a used Exfo BRT-320A. Why not save the money and get a full factory warranty? 

   The Fiber OWL 4 ORL is a highly accurate hand-held optical return loss meter, designed to measure the return loss of singlemode fiber networks. Additionally, it can be used for a wide range of functions from simple optical power and loss measurements to standards-based link certification of singlemode fibers. Its built-in Link Wizard walks the user through a series of steps, prompting the user to pick the parameters of their link under test, and sets an ORL reference based on these parameters. This reference is used as a point of reference by which a test will PASS or FAIL against the specified ORL level. When used with an OWL WaveSource singlemode fiber optic light source, the Fiber OWL 4 ORL provides fiber optic professionals with automatic wavelength switching so that the meter and source are always set to the same wavelength, and automatic dual-wavelength storage cuts down on testing time and human error. Up to 1000 fiber measurements can be stored in memory, and can be downloaded to a PC using our free OWL Reporter software via the supplied serial cable. OWL Reporter displays fiber tests in either a summary or detail view, and prints out professional certification reports that can be passed along to customers as proof of link certification. Data can also be saved to hard disk for later retrieval. The Fiber OWL 4 ORL is enclosed in high-impact plastic, and a protective rubber boot provides additional shock protection. Its large backlit display is easy to read, and the 18-key pad allows for easy data entry. It can be used in many test environments, including LAN, MAN, WAN, FTTH, Telco, CATV, Manufacturing, and Laboratory.

Applications include

• Optical Return Loss Measurement

•  Fiber Standard Certification

• Attenuation Measurements

• FTTH Link Loss Verification

• Optical Loss Measurements

• Patch Cord Testing

• Active Equipment Optical Power Measurements

 

ORL Wavelengths	1310 / 1550 nm
Fiber Type	singlemode
Dynamic Range	68 dB
Detector Sensitivity	-67 dBm

New Owl BOLT-NL  (Beaming Optical Length Tester)

The BOLT-NL is a 1310 nm single mode light source that double as a length tester!

 

Measure of a fiber length link up to 25 Kilometers the BOLT -NL is accurate up to +/- 2.5 meters !

 

Features

• Measures the length of both single-mode and multimode fiber with accuracy of ± 2.5 meters
• Generates a pulsed signal for use with fiber identifiers
• Easy-to-read bright red 7-segment LED display
• 10 hours continuous use on one 9v battery
• Low battery indicator
• Handheld
• Lightweight

   BOLT stands for Beaming Optical Length Tester, and offers a unique, low-cost alternative for users who need to measure the length of optical fibers. Fiber installations are increasingly required to have fiber length measurements to comply with bid requirements. Rather than purchase certification test sets that can cost thousands of dollars, the BOLT-NL can be added to an installer¿s existing fiber test kit. These length testers use a ¿round-robin¿ method of measuring fiber length. This is accomplished by looping back two fibers at one end of the fiber run with a patch cord. The round trip time that the light takes to travel through both fibers is converted to length in kilometers, then divided by two to show the length of the fiber cable. There is no need to measure the length of all the fibers; the length measurement can be applied to all fibers in the cable. This method of length testing provides accurate measurements, and saves time and money. Measuring fiber by the jacket is an accepted method of measurement; however, there are many scenarios where this may not be valid. Length markings may be hard to reach if they are already terminated in a patch panel. Fiber links may also go through multiple cross-connects or have splices in the middle, thereby making jacket markings invalid. Optical measurement of fiber produces accurate results without the need for jacket markings. Optical measurement also saves time by eliminating the need to estimate the length of the fiber run with a measuring wheel. This method is especially troublesome and inaccurate in networks that traverse walls, are in a star topology, or contain riser cables. The BOLT uses a 1310nm infrared laser that can measure fiber links of up to 25 kilometers, is accurate to within ±2.5 meters, and pulsing mode allows for easy fiber location when used with a fiber identifier.

NOTE: To avoid confusion, the BOLT-NL is NOT an OTDR-like device.

THE BOLT DOES NOT TEST LENGTH TO A FAULT. IT IS ONLY CAPABLE OF MEASURING THE LENGTH OF A FIBER LOOP.

New Owl Fiber OWL 4 High Power Optical Power Meters

Covers the high power range of  +25 to -50

   The Fiber OWL 4 is a high accuracy, high resolution, microprocessor controlled optical power meter.  It has an attractive handheld case made from high impact plastic, a large, backlit, graphic, liquid crystal display, and 18-key keypad for easy data entry.  The 2.5mm fixed universal fiber adapter accepts 2.5mm connectors, such as ST, SC, and FC.  It will operate for over 100 hours on a standard alkaline 9v battery and has built-in auto shutdown.  An optional length testing light source can be installed for fiber optic link length measurements.

   The Fiber OWL includes a built-in link wizard that easily calculates the allowable loss for the fiber runs being measuring.  The meter stores physical fiber information for up to eight links.  Link information includes: link name, date, fiber type, fiber length, connectors, splices, temperature, cabling standard, and calculated or entered reference power values for two wavelengths. 

   In addition the meter will store up to 1000 measured data points with labels.  Each value includes the fiber type and link.  The stored information can be selectively viewed, edited (measured again), printed, or deleted.  The meter will print formatted reports of selected stored data directly using the built in serial port, or all of the stored data can be downloaded to our free OWL Reporter software.

Key Benefits

• Multimode and singlemode ready
• NIST Traceable wavelengths: 850, 1300, 1310, 1550nm
• Additional factory calibrated wavelengths: 980, 1490, 1625nm
• One user-definable wavelength: between 700 and 1700 nm
• Link Wizard certifies fiber links using fiber loss parameters from popular industry standards, including Fiber To The Home (FTTH), TIA-568 and Ethernet
• Two user-definable standards
• Optional integrated length testing light source (Fiber OWL 4 BOLT; 1310nm; ST connector)
• Auto-wavelength recognition (when used with OWL WaveSource light sources)
• Automatic dual-wavelength reference storage and data storage
• Stores information for up to 1000 data points in 8 different link configurations
• Serial interface for downloading and/or printing data
• Free OWL Reporter software (PC) for printing professional certification reports
• High resolution - 0.01 dB
• High accuracy - 0.15 dB
• 75 dB dynamic range
• 2.5mm fixed universal connector port (ST, SC, FC)

• Long battery life: over 100 hrs. on a 9v alkaline battery

• Large backlit LCD display

• InGaAs detector
• High impact plastic case

New Owl Fiber OWL 4 Series Optical Power Meters

The Fiber OWL 4 is a high accuracy, high resolution, microprocessor controlled optical power meter.  It has an attractive handheld case made from high impact plastic, a large, backlit, graphic, liquid crystal display, and 18-key keypad for easy data entry.  The 2.5mm fixed universal fiber adapter accepts 2.5mm connectors, such as ST, SC, and FC.  It will operate for over 100 hours on a standard alkaline 9v battery and has built-in auto shutdown.  An optional length testing light source can be installed for fiber optic link length measurements.

The Fiber OWL includes a built-in link wizard that easily calculates the allowable loss for the fiber runs being measuring.  The meter stores physical fiber information for up to eight links.  Link information includes: link name, date, fiber type, fiber length, connectors, splices, temperature, cabling standard, and calculated or entered reference power values for two wavelengths. 

In addition the meter will store up to 1000 measured data points with labels.  Each value includes the fiber type and link.  The stored information can be selectively viewed, edited (measured again), printed, or deleted.  The meter will print formatted reports of selected stored data directly using the built in serial port, or all of the stored data can be downloaded to our free OWL Reporter software.

Key Benefits

• Multimode and singlemode ready
• NIST Traceable wavelengths: 850, 1300, 1310, 1550nm
• Additional factory calibrated wavelengths: 980, 1490, 1625nm
• One user-definable wavelength: between 700 and 1700 nm
• Link Wizard certifies fiber links using fiber loss parameters from popular industry standards, including Fiber To The Home (FTTH), TIA-568 and Ethernet
• Two user-definable standards
• Optional integrated length testing light source (Fiber OWL 4 BOLT; 1310nm; ST connector)
• Auto-wavelength recognition (when used with OWL WaveSource light sources)
• Automatic dual-wavelength reference storage and data storage
• Stores information for up to 1000 data points in 8 different link configurations
• Serial interface for downloading and/or printing data
• Free OWL Reporter software (PC) for printing professional certification reports
• High resolution - 0.01 dB
• High accuracy - 0.15 dB
• 75 dB dynamic range
• 2.5mm fixed universal connector port (ST, SC, FC)

• Long battery life: over 100 hrs. on a 9v alkaline battery

• Large backlit LCD display

• InGaAs detector
• High impact plastic case

New Owl High Output Optical Talk Set - (HOOTS)

Features

• Immune to electromagnetic interference
• Automatic volume control
• Wide dynamic range 20dB
• Doubles as an 850 or 1300nm LED light source
• Temperature compensated
• Long battery life (>20 hours)
• Low battery indicator
• Signal indicator

   The HOOTS is a high output optical talk set designed to work with multi-mode fiber. It doubles as a -20 dBm light source. It will automatically adjust the volume to compensate for fiber loss over a 20 dB range of input light power.

SKU #	Description	Set Price
HO-850	850nm multi-mode talk set for duplex communications	490.00
HO-1300	1300nm multi-mode talk set for duplex communications	900.00

New Owl LASER High Output Optical Talk Set - (LASER HOOTS)

Features

• Immune to electromagnetic interference
• Automatic volume control
• 20dB dynamic range
• Long range  (~40 kilometers)
• Doubles as an 1310 or 1550nm laser light source
• Optically compensated
• Long battery life (>25 hours)
• Low battery indicator
• Signal indicator

 

The Laser HOOTS is a high output optical talk set designed to work with single mode fiber, and will automatically adjust the volume to compensate for fiber loss over a 20 dB range of input light power.  

Two units are included with each set; one for each end of the fiber pair that you use to communicate.  The Laser HOOTS is a calibrated -10 dBm light source that doubles as a single mode talk set. It uses our laser light source technology to convert your voice into optical signals.  The Laser HOOTS is a reliable alternative to wireless communications systems within a fiber optic network environment due to its range, security, and electromagnetic immunity. 

SKU #	Description	Set Price
LH-1310	1310nm single mode talk set for duplex communications	1490.00
LH-1550	1550nm single mode talk set for duplex communications	1850.00
LH-1315	1310 & 1550 single mode talk set for duplex communications	1670.00

New Owl Laser High-Power 1310 & 1550nm Laser Source

   The Laser OWL HP (High-Power) is a cost effective, compact, handheld laser light source.  The temperature compensated outputs are calibrated to couple 0dBm of optical power into an 9 micron single mode fiber.  This light source is offered with both 1310nm and 1550nm lasers installed.  

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

 

• Highly stabilized
• Rugged & Economical
• 0dBm Calibrated Output (Customizable)
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with FC, SC, or ST fiber connectors

 

 

 

 

 

New Owl Laser Singlemode 1310/1550 Laser Source

   The Laser OWL is a cost effective, compact, handheld laser light source.  The temperature compensated outputs are calibrated to couple -10dBm of optical power into an 9 micron single mode fiber.  The light source is offered with a 1310nm and a 1550nm laser installed. 

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

 

• Highly stabilized
• Rugged & Economical
• -10dBm Calibrated Output (Customizable)
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with FC, SC, or ST fiber connectors

 

 

New Owl Low Cost 1300 nm Multimode OWL LED Source

   The 1300 OWL is a cost effective, compact, handheld light source.  The temperature compensated outputs are calibrated to couple -20dBm  of optical power into multimode fiber.  The light source is offered with a single 1300nm source installed, and can be easily upgraded to include a 850nm source. 

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

 

• Highly stabilized
• Temperature Compensated
• -20dBm Calibrated Output (Customizable)
• Compact Size
• Rugged & Economical
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with ST or SC connectors

New Owl Low Cost MM 850 OWL LED Source

  The 850 OWL is a cost effective, compact, handheld light source.  The temperature compensated outputs are calibrated to couple -20dBm  of optical power into multimode fiber.  The light source is offered with a single 850nm source installed, and can be easily upgraded to include a 1300nm source. 

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power

Key Benefits 

• Highly stabilized
• Temperature Compensated
• -20dBm Calibrated Output (Customizable)
• Compact Size
• Rugged & Economical
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with ST or SC connectors

 

 

New Owl Low Cost MM 850/1300nm Light Source

   The Dual OWL is a cost effective, compact, handheld light source.  The temperature compensated outputs are calibrated to couple -20dBm  of optical power into multimode fiber.  The light source is offered with both 850nm and 1300nm sources installed.  

   The source is simple to operate with a single switch controlling power and selecting the output wavelength.  LED indicators highlight the selected source and verify that battery power is sufficient to maintain the calibrated output power.

Key Benefits

 

• Highly stabilized
• Temperature Compensated
• -20dBm Calibrated Output (Customizable)
• Compact Size
• Rugged & Economical
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with ST or SC connectors

 

New Owl Micro OWL Series Optical Power Meters

The Micro OWL is one of the world s smallest optical power meters to offer so many features, including a 0.15 dB accuracy over its normal operating range.  It is as feature-packed and accurate as optical power meters costing hundreds of dollars more.  This combination of features, size, accuracy, and price make it a tremendous value for the optical fiber professional.

The Micro OWL is a high accuracy, high resolution, microprocessor controlled, optical power meter.  It has an small handheld case made from high impact plastic, a backlit, graphic, liquid crystal display, and 18-key keypad for easy data entry.  It can be ordered with a integrated 850nm or 1300nm light source.  The meter will operate for over 100 hrs on a standard 9v battery and has built in auto shutdown.

The Micro OWL includes a built-in Fiber Loss Wizard that helps you easily calculate the allowable loss for the fiber runs that you will be measuring.  The meter stores physical fiber characteristics for four different locations, or links.  This includes: link name, date, fiber type, fiber length, connectors, splices, temperature, and calculated or entered reference power values for three wavelengths.  In addition the meter will store up to 1000 measured data points with labels. Each value includes the fiber type and link.  The stored information can be selectively viewed, edited (measured again), printed, or deleted.  The meter will print formatted reports of selected stored data directly using the built in serial port, or all of the stored data can be downloaded to our free OWL Reporter data management and reporting software.

Key Benefits

• 1mm photo-detector with 2.5mm universal connector
• Multimode and single-mode ready
• NIST Traceable at 850, 1300, 1310, and 1550nm
• Separate zero reference for each calibrated wavelength
• Small, hand-held size
• Ergonomic protective rubber boot
• Built-in Loss Wizard certifies fiber links using TIA-568-B fiber optic link parameters
• Up to 1000 stored data points
• Serial Data Interface
• Free OWL Reporter Software
• Long battery life - over 100 hrs on one alkaline 9v battery
• Large backlit LCD display allows accurate readings in dBm, dB, and microwatts
• Battery life, stored data, temperature and power units indicator
• Versatile 18-keypad operation
• Measurement range: +5 to -70 dBm
• Absolute accuracy: +/- 0.15 dB
• Resolution: 0.01dB

 

New Owl PCVFL (Precision Coupled Visual Fault Locator)

PCVFL (Precision Coupled Visual Fault Locator) is a light-weight, hand-held tool used to quickly troubleshoot faults in the continuity of both single mode and multi-mode fibers, especially at fiber launch points or in OTDR dead zones.  A high intensity visible red laser beam is precision-coupled into a optical fiber; breaks and micro-bends in the fiber deflect the red light into the fiber jacket, producing a red glow at the point of the fault.

Features

• Visual Range up to 5 km (3.1 miles)

• Optical Output -2dBm red laser

• Optical Transmission Continuous Wave

• Pulsed at 6 Hz w/12.5% duty cycle

• Dimensions 4.94 x 2.75 x 1.28 in

• Weight 6 ounces

• CW Mode - 15 hours use on one 9v battery

• Pulsed Mode - 120 hours use on one 9v battery

• Low battery indicator

• Handheld /Lightweight

Typical battery life in CW mode is 15 hours, and the short 12.5% duty cycle in pulsed mode extends the battery life to 120 hours of continuous use.

The PCVFL ships standard with ST connectors

   Additionally, the PCVFL can be used as an end-to-end visual fiber identifier, which is useful for locating fibers terminated in poorly labeled or unlabeled fiber patch panels. A single switch is used to operate the PCVFL, toggling the unit between OFF, CW (continuous wave), and Pulsed modes 

   PCVFL (Precision Coupled Visual Fault Locator) is a light-weight, hand-held tool used to quickly troubleshoot faults in the continuity of both single-mode and multimode fibers, especially at fiber launch points or in OTDR dead zones. A high-intensity visible red laser beam is precision-coupled into a optical fiber; breaks and micro-bends in the fiber deflect the red light into the fiber jacket, producing a red glow at the point of the fault. Additionally, the PCVFL can be used as an end-to-end visual fiber identifier, which is useful for locating fibers terminated in poorly labeled or unlabeled fiber patch panels. A single switch is used to operate the PCVFL, toggling the unit between OFF, CW (continuous wave), and Pulsed modes. Typical battery life in CW mode is 15 hours, and the short 12.5% duty cycle in pulsed mode extends the battery life to 120 hours of continuous use.

   The PCVFL ships standard with ST connectors. Other connector options may be available. Call OWL at 262-473-0643 for more information.

Extreme caution must be exercised when operating the PCVFL. Lasers such as the ones in the PCVFL produce intense beams of laser light that are harmful to the eye.

New Owl VOLT (Visual Optical Length Tester)

Functions as a visual fault locator up to 5 Kilometers and length tests multimode or singlemode fiber up to 1.5 Kilometers !

Features

 

*Measures the length of both single-mode and multimode fiber with accuracy of ± 2.5 meters

*High-intensity visible red laser allows for visible fault location of breaks and micro bends

*Pulsed mode provides easy fiber identification

*Easy-to-read bright red 7-segment LED display

*15 hours continuous use on one 9v battery

*Low battery indicator

*Handheld

*Lightweight

 

VOLT functions as any good quality Visual Fault Locator (VFL). However, with the same price range as other VFL's VOLT has the added benefit of doubling as a LOOPING length tester!  Many cabling warranties and bids are requiring meter based length tests to prove length of links.  

VOLT uses 2 fibers and patch cables to establish a length test accurate to +/- 7 feet !  VOLT's VFL functions up to 5 Kilometers (3.1 Miles). Loop length testing functions up to 1.5 Kilometers.  

As far as VFL function, VOLT holds its own against the best in the industry. As with any quality VFL VOLT is a precision coupled laser diode! VOLT is not made as a cheap laser light pen is designed! Rather, a multi-million dollar semiconductor machine is used in the manufacture of a special precision coupled micro sized ball lens. This precision coupling allows VOLT to couple maximum red laser light into the tiny connector orifice of fiber optic links up to 5 Kilometers (3.1 Miles) of distance! 

Most quality VFL's will go this distance. However at extreme distances like this the "fault finding" capability is reduced to fiber identification only. At shorter "LAN" distances high energy red laser light can be used to see breaks in fiber behind patch panels (hence the name visual fault finder). But be assured VOLT holds its own against any other brand name VFL!

Fiber installations are increasingly required to have fiber length measurements to comply with bid requirements. Rather than purchase expensive certification test sets, the VOLT can be added to an installer¿s existing fiber test kit for a fraction of the cost.

Optical length testers save time by eliminating the need to measure fiber by the cable jacket. Fiber links may also go through multiple cross-connects or have splices in the middle, thereby making jacket markings invalid. Optical measurement of fiber produces accurate results without the need for jacket markings.

New Owl WaveSource Dual MM Light Source 850 / 1300 nm

Available in many options please call

   All versions of the WaveSource have two transmission modes: Continuous Wave (CW) for accurate temperature-stabilized fiber optic tests; and modulated mode.  Modulated mode provides for an auto-testing function when used with the Fiber OWL 4 or WaveTester optical power meters.  The modulated signal from the WaveSource tells the WaveTester to switch to the currently selected wavelength, which eliminates much of the guesswork during tests, and saves valuable time.

WaveSource light sources come configured with your choice of SC, ST, or FC connector ports.

Key Benefits:

 

• Highly stabilized
• Rugged & Economical
• Output Power: -10 dBm (singlemode sources)
• Output Power: -20 dBm (multimode sources)
• CW or modulated output
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with SC, ST, or FC fiber connectors
• Models can include different combinations of singlemode, multimode, and/or VFL light sources
• Small, hand-held size

New Owl WaveSource Dual SM Laser Source (1310 / 1550 nm

Available in many options please call

   All versions of the WaveSource have two transmission modes: Continuous Wave (CW) for accurate temperature-stabilized fiber optic tests; and modulated mode.  Modulated mode provides for an auto-testing function when used with the Fiber OWL 4 or WaveTester optical power meters.  The modulated signal from the WaveSource tells the WaveTester to switch to the currently selected wavelength, which eliminates much of the guesswork during tests, and saves valuable time.

WaveSource light sources come configured with your choice of SC, ST, or FC connector ports.

Key Benefits:

 

• Highly stabilized
• Rugged & Economical
• Output Power: -10 dBm (singlemode sources)
• Output Power: -20 dBm (multimode sources)
• CW or modulated output
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with SC, ST, or FC fiber connectors
• Models can include different combinations of singlemode, multimode, and/or VFL light sources
• Small, hand-held size

New Owl WaveSource FTTH Laser Source 1310 / 1490 / 1550 nm

Available in many options please call

   All versions of the WaveSource have two transmission modes: Continuous Wave (CW) for accurate temperature-stabilized fiber optic tests; and modulated mode.  Modulated mode provides for an auto-testing function when used with the Fiber OWL 4 or WaveTester optical power meters.  The modulated signal from the WaveSource tells the WaveTester to switch to the currently selected wavelength, which eliminates much of the guesswork during tests, and saves valuable time.

WaveSource light sources come configured with your choice of SC, ST, or FC connector ports.

Key Benefits:

 

• Highly stabilized
• Rugged & Economical
• Output Power: -10 dBm (singlemode sources)
• Output Power: -20 dBm (multimode sources)
• CW or modulated output
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with SC, ST, or FC fiber connectors
• Models can include different combinations of singlemode, multimode, and/or VFL light sources
• Small, hand-held size

New Owl WaveSource Quad Wavelength light source

850 / 1300 nm for multimode and 1310 / 1550 nm for singlemode

Available in many options please call

   All versions of the WaveSource have two transmission modes: Continuous Wave (CW) for accurate temperature-stabilized fiber optic tests; and modulated mode.  Modulated mode provides for an auto-testing function when used with the Fiber OWL 4 or WaveTester optical power meters.  The modulated signal from the WaveSource tells the WaveTester to switch to the currently selected wavelength, which eliminates much of the guesswork during tests, and saves valuable time.

WaveSource light sources come configured with your choice of SC, ST, or FC connector ports.

Key Benefits:

 

• Highly stabilized
• Rugged & Economical
• Output Power: -10 dBm (singlemode sources)
• Output Power: -20 dBm (multimode sources)
• CW or modulated output
• Compact Size
• Photodiode Compensated
• Extended Battery Life
• Low Battery Indicator
• NIST Traceable
• Available with SC, ST, or FC fiber connectors
• Models can include different combinations of singlemode, multimode, and/or VFL light sources
• Small, hand-held size

Owl WaveTester / WaveSource Quad Test Kit

Singlemode / Multimode Fiber Certification Test Kit

Model KIT-WT-WS-MDSDxx

Three connector options are available (ST, SC, and FC)

 

   Many fiber optic network bids and Requests For Quote (RFQ) are citing cabling standards to specify the set of guidelines (such as fiber length) that the network installer must follow during the network installation. Adherence to such standards is meant to ensure the quality of the installation and guarantee that the network will perform as it was designed. The process of testing a network installation to ensure its adherence to specified standards is called certification, and often requires hardcopy documentation as proof of adherence to standards.

   The WaveTester / WaveSource Quad Test Kit contains the tools necessary for certifying fiber optic links against a myriad of popular cabling standards in multimode and singlemode networks. The WaveTester optical power meter is multimode and singlemode ready, and can store reference values for all wavelengths used for optical loss measurements. Up to 100 fiber runs may be stored, and serially downloaded to a PC for report generation using our OWL Reporter software.

   The WaveSource Quad is a combined multimode / singlemode light source. Its quad-wavelength outputs (850 & 1300nm for multimode and 1310 & 1550 nm for singlemode) are temperature-stabilized for accurate measurements

Features

• Certification of multimode fiber links at 850/1300nm, and singlemode fiber links at 1310/1550nm

• Auto-test functions store references and data points automatically

• Data storage for up to 100 data points

• RS-232 interface for continuous data logging, report printing, or data downloading

• OWL Reporter software for printing formatted fiber certification reports

• Measurement modes include absolute (for optical power) or relative (for optical loss)

• Selectively view, delete or resample data points

Supported Cabling Standards

• EIA/TIA 568-B ISO/IEC 11801

• 1000Base-SX 1000Base-LX

• 100Base-FX 10Base-FB

• 10Base-FL FDDI

• ATM-155 ATM-622

• Fibre Channel Token Ring

New Owl WaveTester Series Optical Power Meters

The WaveTester is one of the world's most economical and accurate fiber optic link certification power meters delivering professional performance and a complete feature set for optical loss testing in both multimode and/or single-mode networks.

The WaveTester is offered in two models.  The WTUFX is N.I.S.T. Traceable at four commonly used industry standard wavelengths (850, 1300, 1310, and 1550).  This makes it an ideal choice for both multimode and single-mode testing.

The WTUIFX is also N.I.S.T. Traceable at the standard wavelengths, and also comes factory calibrated at 1625nm.

Each model of the WaveTester can store reference values for all of its calibrated wavelengths, and displays optical power as an absolute value in dBm or relative to a user set "zero" reference in dB.  Stored data points contain this reference information, and when data is downloaded into our free OWL Reporter software, the data can be certified using one of many popular cabling standards.  OWL Reporter can also print professional-looking certification reports as proof to customers of a job well done.  OWL Reporter data can also be saved to hard disk for later retrieval.

Other standard features include a backlit, easy-to-read LCD display and a 2.5mm Universal detector port that is compatible with FC, ST, SC, DIN, and any other 2.5 mm ferrule connectors!  No need to maintain expensive adapter caps!  The WaveTester is protected from shock and droppage by an attractive rugged rubber boot.

Key Benefits

• 1mm photo-detector with 2.5mm universal connector
• Multimode and single-mode ready
• NIST Traceable at 850, 1300, 1310, and 1550nm
• Additional factory calibrated wavelengths: 1490nm and 1625nm (WTUIFX model only)
• Configured for measuring optical loss in Fiber To The Home networks
• Separate zero reference for each calibrated wavelength
• Small, hand-held size
• Ergonomic protective rubber boot
• Up to 100 stored data points
• Long battery life - over 250 hrs on one 9v battery
• Large backlit LCD display allows accurate readings in dBm, dB, and microwatts
• Battery life, stored data, and power units indicator
• Simple 4-button operation
• Measurement range: +5 to -60 dBm
• Absolute accuracy: +/- 0.15 dB
• Resolution: 0.01dB

 

Owl ZOOM OWL Singlemode and Multimode Fiber Test Kit

Model KIT-ZO-DOxx-LOxx

Many different sources and options available at different pricing. Please visit the OWL site for details.

   The ZOOM / Dual OWL / Laser OWL Test Kit is ideal for LANmanagers and installers who need to do simple attenuation tests on their multimode and single-mode networks. The ZOOM is an economical fiber optic power meter. It provides accurate testing of multimode and single-mode fiber cables when used with a multimode or single-mode light source. The 7-segment LED display shows power readings with a resolution of 0.1dB. LED indicators confirm selection of dB or dBm mode and verify that the battery power is sufficient to maintain accurate measurements. The ZOOM comes configured with a 2.5mm fixed universal connector.

   The Dual OWL is our 850/1300nm NIST traceable multimode light source. Its dual wavelength outputs are temperature-stabilized for accurate measurements. The Dual OWL has two connector options: ST or SC.

  The Laser OWL is our NIST traceable single-mode light source. Its dual wavelength outputs (1310nm / 1550nm) are temperature stabilized for accurate measurements. Three connector options are available (ST, SC, and FC).

Features

• Economical option for quick attenuation and loss testing of both multimode and single-mode networks

• Easy-to-read 7-segment LED displays power in both dBm and dB

• Store reference values for calibrated wavelengths

• Single push-button for setting ¿zero¿ reference

• Simple on switch operation

• Hard-plastic weather-tight carrying case

• Power on / low battery indicators

• NIST traceable

Kit Contents

• Power Meter: ZOOM

• Light Source: Dual OWL

• Laser OWL

• Accessories: Product manuals

• 9-volt batteries

• NIST certificate

• Carrying case

• Protective rubber boots

New Owl SM/MM Handheld Optical Power Meter

The ZOOM is one of the world's most economical and precise fiber optic power meters delivering professional performance and a complete feature set for optical loss testing in both multimode and/or single-mode networks.

The ZOOM is offered in two models.  The ZOOM is N.I.S.T. Traceable at three commonly used industry standard wavelengths (850, 1300/1310, and 1550).  This makes it an ideal choice for both multimode and single-mode testing.

The ZOOM can store reference values for all of its calibrated wavelengths, and displays optical power as an absolute value in dBm or relative to a user set "zero" reference in dB.  A single switch selects between its calibrated wavelengths and the zero button allows the user to switch between dBm and dB or set the zero reference power.

Other standard features include a 3 digit, 0.1dB resolution display and a 2.5mm Universal detector port that is compatible with FC, ST, SC, DIN, and any other 2.5 mm ferrule connectors!  

The ZOOM also comes with low battery warning and a free rugged rubber boot.

An 850nm multimode only version, ideal for LAN testing, is also available.  Click here to learn more about the Silicon ZOOM.

 

Key Benefits

• 2.5mm universal connector
• Multimode and single-mode ready
• NIST Traceable at 850, 1310, and 1550nm
• Separate zero reference for each calibrated wavelength
• Small, hand-held size
• Ergonomic protective rubber boot
• Long battery life - over 15 hrs on one 9v battery
• Bright 3-digit display allows accurate readings in both absolute dBm and relative dB
• Power on/low battery indicator and dB/dBm indicator
• Wavelength selection switch and zero button provide simple operation
• Measurement range: +3 to -52 dBm
• Absolute accuracy: +/- 0.24 dB
• Resolution: 0.1dB
• Linearity: +/- 0.20dB

 

New Vcnex VCN-5218 Multimode OTDR 

Available for rentals call for pricing and availability

VCN-5218-4038 Multimode 850 nm 18 dB dynamic range

Other versions available contact US for details 

  The VCN-5218 OTDR provides a highly reliable instrument for the installation and maintenance of optical fibers. The VCN-5218 OTDR is a compact and rugged with high performance, large color LCD, and long battery life . It¿s very easy to use. It provides automatic measurement and has many  comprehensive analysis features. It can measure fault location, splicing loss, transmission loss and connection loss.

Features

● High quality touch screen 

● Rugged construction

● 640 X 480 color LCD        

● Offers emulation software for Windows

● Offers Chinese and English  interface   

● Offers Auto test mode or manual test mode

● Offers large data storage capacity inside OTDR      

● Transmit data to PC by serial or parallel

● Battery operation is over 4  hours    

● Intelligent battery monitor

 

 

Standard Connector  is FC-PC

Power supply  AC/DC adapter(AC:100~240V?50/60Hz), built-in NiMH battery expected operation  4 hours
 

 

 

 

 

 

New Vcnex VCN-5218 Singlemode OTDR Basic

Available for rentals call for pricing and availability

VCN-5218-3533 Singlemode 1310/1550 nm 37/35 dB dynamic range

  The VCN-5218 OTDR provides a highly reliable instrument for the installation and maintenance of optical fibers. The VCN-5218 OTDR is a compact and rugged with high performance, large color LCD, and long battery life . It¿s very easy to use. It provides automatic measurement and has many  comprehensive analysis features. It can measure fault location, splicing loss, transmission loss and connection loss.

Features

● High quality touch screen 

● Rugged construction

● 640 X 480 color LCD        

● Offers emulation software for Windows

● Offers Chinese and English  interface   

● Offers Auto test mode or manual test mode

● Offers large data storage capacity inside OTDR      

● Transmit data to PC by serial or parallel

● Battery operation is over 4  hours    

● Intelligent battery monitor

 

 

Standard Connector  is FC-PC

Power supply  AC/DC adapter(AC:100~240V?50/60Hz), built-in NiMH battery expected operation  4 hours
 

 

 

 

 

 

New Vcnex VCN-5218 Singlemode OTDR High Performance

Available for rentals call for pricing and availability

VCN-5218-4038 Singlemode 1310/1550 nm 42/50 dB dynamic range

  The VCN-5218 OTDR provides a highly reliable instrument for the installation and maintenance of optical fibers. The VCN-5218 OTDR is a compact and rugged with high performance, large color LCD, and long battery life . It¿s very easy to use. It provides automatic measurement and has many  comprehensive analysis features. It can measure fault location, splicing loss, transmission loss and connection loss.

Features

● High quality touch screen 

● Rugged construction

● 640 X 480 color LCD        

● Offers emulation software for Windows

● Offers Chinese and English  interface   

● Offers Auto test mode or manual test mode

● Offers large data storage capacity inside OTDR      

● Transmit data to PC by serial or parallel

● Battery operation is over 4  hours    

● Intelligent battery monitor

 

 

Standard Connector  is FC-PC

Power supply  AC/DC adapter(AC:100~240V?50/60Hz), built-in NiMH battery expected operation  4 hours
 

 

 

 

 

 

New Vcnex VFS-20C Fusion Splicer

Available for rental call for price and availability

Lease me to own for

12 Months	24 Months	36 Months	48 Months	60 Months
$800	$420	$285	$230	$190

 

• Check out these specifications! 
• A high quality Fusion Splicer at a price everyone can afford. 
• This is pricing for a single unit. 
• Quantity discounts available upon request.
• Why pay two or three times more for a Fujikura?

Build-in Rechargeable Battery!

Applicable Fiber  

• SM，MM，DS，NZDS，EDF and EXF and other Fibers
• Cladding diameter 100 to125µm
• Coating diameter 0.1 to 1.0mm
• Fiber cleaved length: 16mm(standard)

Specifications

• Dimension: 160mm(W) x180mm (D) x202mm (H)
• Weight: Only 4.1 Kg
• Screen: 5.0 inch LCD Monitor
• Environment: Temperature: -10～50℃
• Storage: -40～60℃
• Humidity: <95%RH (without dew)
• Storage humidity:  no dew
• Average Fusion Loss  0.01dB (MMF), 0.02dB(SMF), 0.04dB(NZDSF)
• Average fusion time  10sec. (Standard)
• Average heat time  40sec. (Standard) 
• Fusion Programs Available SM,MM,DS,NZDS, EDF,EXF (Changable)
• Automatic or Manual Operation

New Vcnex VFS-30B Fusion Splicer 

Newport Model 8000 Modular Laser Diode Controller

Rent me for $500 a month

with option 42 4 installed 8610 LDD (1000 mA) & TEC (2.5A/6V) Combination Modules

   The Model 8000 Modular Controller mainframe automatically detects which module is located in each of the four fully isolated bays available, and displays the entire system configuration on the large LCD display. All you do is follow on-screen instructions to configure and operate the modular system. Advanced 16-bit technology, coupled with careful designs that isolate digital and analog signals, ensure precision control and measurement capabilities. GPIB/IEEE-488.2 and RS-232 interfaces are included with the Model 8000 mainframe for complete remote control and data collection. LabVIEW drivers are supplied with every Model 8000 Modular Controller.

Features

• Comprehensive laser diode protection features
• Large graphics display, allowing full four-channel visibility
• Complete laser diode characterization (L, V, I) using 8500 modules
• Complete TE cooler characterization (I_TE, V_TE) using 8350 module
• Standard GPIB/IEEE-488.2 and RS-232 interface
• Multiple beam, individually addressed laser diodes
• Multiple laser diode pumped fiber amplifiers
• 2-D vertical cavity surface emitting laser diode arrays

   The Model 8000 Modular Controller is a cost effective solution that meets your laboratory, production, and quality control applications. Our flexible system design guarantees that the Model 8000 will accommodate future modules - making it the most complete instrument for laser diode control, characterization, and testing far into the future. Four fully isolated bays accept a wide variety of modules. Many new laser diode applications, requiring multiple current sources and temperature controllers are accommodated.

   The Model 8000 Modular Multi-channel Diode Laser Controller mainframe automatically detects which module is located in each of the four fully isolated bays available, and displays the entire system configuration on the large LCD display. All you do is follow on-screen instructions to configure and operate the modular system. Advanced 16-bit technology, coupled with careful designs that isolate digital and analog signals, ensure precision control and measurement capabilities. GPIB/IEEE-488.2 and RS-232 interfaces are included with the Model 8000 mainframe for complete remote control and data collection. LabVIEW drivers are supplied with every Model 8000 Modular Controller. The Model 8000 Multi-channel Laser Diode Controller is a cost effective solution that meets your laboratory, production, and quality control applications. Our flexible system design guarantees that the Model 8000 will accommodate future modules - making it the most complete instrument for laser diode control, characterization, and testing far into the future.

Noyes 1310 and 1550 Fiber Optic Kit

Rent me for $150 a month

with SC connectors and 0 dbm output

Kit consists of a OLS2 1310/1550 Dual Source with OPM4 Power Meter

OLS 2 - Dual Laser Light Source with Wave ID

The OLS 2 laser source is a cost-effective, rugged, handheld instrument designed for performing insertion loss measurements on single-mode fiber optic links when used with an optical power meter. When paired with an optical fiber identifier, the OLS 2 may be used for fiber identification. The LASER output is stabilized to ensure accurate test results per current TIA/EIA requirements.

Three versions of the OLS 2 are available for measurements at 1310 nm, 1550 nm, 1625 nm. This light source offers 2 modes of operation: continuous wave (CW) and 2 kHz modulated Tone. [Laser Active], [Battery], and [External Power] indicators identify the enabled laser, battery charge status, and external power presence. The output port is equipped with FC, SC, or ST style connector. The OLS 2 laser sources operate on disposable batteries or AC adapter.

The OLS 2 is fully N.I.S.T. traceable.

OPM 4 - Adds Wave ID & Set Reference

The OPM 4 optical power meter may be used to measure optical power in Premises, Telco, or Broadband fiber optic networks. When used with an LED or Laser light source, the OPM 4 also measures insertion loss of multimode or single-mode cables.

The OPM 4 offers Wave ID, automatic wavelength identification and switching, when used with the OLS 1 Dual or OLS 2 Dual or OLS 4 with Wave ID feature. Multiple test Tone detection is provided for fiber identification. The OPM 4 stores optical references for each calibrated wavelength. An easy to read Dual Wavelength LCD display with Backlight shows measured power [dBm or μW] or insertion loss [dB], calibrated wavelengths, tone signal [Hz], wavelength ID, and the battery charge status.

In addition to being powered by two AA alkaline, the OPM 4 can be powered by optional AC adapter and/or rechargeable NiMH battery pack.

The OPM 4 optical input port accepts Noyes thread-on style adapter caps. Adapter caps are required for operation and must be ordered separately.

The OPM 4 is fully N.I.S.T. traceable.

Noyes 1310 Singlemode Fiber Optic Kit

Rent me for $150 a month

with SC connectors and -10 dbm output

Kit consists of a OLS2 1310 Source with OPM4 Power Meter 

OLS 2 - Dual Laser Light Source with Wave ID

The OLS 2 laser source is a cost-effective, rugged, handheld instrument designed for performing insertion loss measurements on single-mode fiber optic links when used with an optical power meter. When paired with an optical fiber identifier, the OLS 2 may be used for fiber identification. The LASER output is stabilized to ensure accurate test results per current TIA/EIA requirements.

Three versions of the OLS 2 are available for measurements at 1310 nm, 1550 nm, 1625 nm. This light source offers 2 modes of operation: continuous wave (CW) and 2 kHz modulated Tone. [Laser Active], [Battery], and [External Power] indicators identify the enabled laser, battery charge status, and external power presence. The output port is equipped with FC, SC, or ST style connector. The OLS 2 laser sources operate on disposable batteries or AC adapter.
The OLS 2 is fully N.I.S.T. traceable. 

OPM 4 - Adds Wave ID & Set Reference 

The OPM 4 optical power meter may be used to measure optical power in Premises, Telco, or Broadband fiber optic networks. When used with an LED or Laser light source, the OPM 4 also measures insertion loss of multimode or single-mode cables.

The OPM 4 offers Wave ID, automatic wavelength identification and switching, when used with the OLS 1 Dual or OLS 2 Dual or OLS 4 with Wave ID feature. Multiple test Tone detection is provided for fiber identification. The OPM 4 stores optical references for each calibrated wavelength. An easy to read Dual Wavelength LCD display with Backlight shows measured power [dBm or μW] or insertion loss [dB], calibrated wavelengths, tone signal [Hz], wavelength ID, and the battery charge status. In addition to being powered by two AA alkaline, the OPM 4 can be powered by optional AC adapter and/or rechargeable NiMH battery pack.

The OPM 4 optical input port accepts Noyes thread-on style adapter caps. Adapter caps are required for operation and must be ordered separately. The OPM 4 is fully N.I.S.T. traceable.

Noyes MLP 5-2B Multimode Fiber Optic Loss Test Kit  

Rent me for $200 a month

 

Features

• Loss Measurements at 850 nm and 1300 nm
• Multimode and Singlemode Testing
• Set Reference for Each Wavelength
• Small Size, Field Portable
• Battery Operated
• Connects to PC for Additional Testing Options
• N.I.S.T. Traceable

The Noyes MLP 5-2B test kit raises field testing to new standards by combining our popular OPM 5-2C optical power meter, and the OLS 1-2 optical light source in a rugged carrying case. Used during installations, the MLP 5-2B performs end to end loss measurements on multimode fiber at 850, and 1300 nm, as well as measurements on singlemode fiber at 1300 nm.

The OPM 5-2C stores 250 loss readings for each wavelength in non-volatile memory for future downloading to a computer, or printer. In addition, the OPM 5-2C will remeasure any specific memory location without erasing, or modifying other loss readings.

When the OPM 5-2C is linked directly to a computer during testing, the unit is transformed into a powerful diagnostic lab meter. The included software offers real-time measurements for extensive stability testing.

The MLP 5-2B test kit comes equipped with a OPM 5-2C and an OLS 1-Dual along with one ST or SC adapter cap, soft carry case, software, serial cable, trace pad, protective rubber boots, and operations manual. Additional items may be needed, such as patch cords, couplings, and adapter caps (depending upon the type of testing).

   The OLS 1-Dual features 850 nm and 1300 nm LED output from a single output port and is easy to operate with only a power button and a wavelength select button. The LED output is stabilized to ensure accurate test results per current TIA/EIA requirements. This light source offers 3 modes of operation: Dual wavelengths sending ID, single wavelength sending ID, and CW. [Active Output], [Battery], and [External Power] indicators identify the currently enabled operating mode, battery charge status, and external power presence. The output port is equipped with a removable SC (FC & ST available) adapter to allow the output connector to be inspected and cleaned.
 

   The OPM 5-2D offers Wave ID, automatic wavelength identification and switching, when used with the OLS 1-Dual light source. The OPM 5-2D stores optical references for each calibrated wavelength. An easy to read Dual Wavelength LCD display with Backlight shows measured power [dBm or µW] or insertion loss [dB], calibrated wavelengths, tone signal [Hz], wavelength ID, and the battery charge status.

   The OPM 5-2D optical input port accepts Noyes thread-on style adapter caps. Adapter caps are required for operation and must be ordered separately

Noyes OFI-200 Optical Fiber Identifier

Rent me for $150 a month

   Noyes Optical Fiber Identifiers are rugged, handheld, and easy-to-use fiber optic test instruments designed to detect optical signals transmitted through a single-mode fiber without disrupting traffic. During installation, maintenance, rerouting, or restoration; it is often necessary to isolate a specific fiber. By simply clamping an Optical Fiber Identifier onto a gently bent fiber, the unit will indicate if there is [No Signal], [Tone], or [Traffic] and identify signal direction.
   The OFI-200 model Identifier is equipped with a unique two-position head design that can be configured to work with 250 µm, 900 µm, ribbon, or jacketed fiber in seconds, without tools or adjustments. When testing coated fibers, the slim design of the OFI 200 model allows easier access on a splice tray where the amount of work space is limited. The clamping trigger is ergonomically designed to fit the natural motion of the operator's hand. A high impact molded plastic case makes the OFI-200 model suitable for use outside plant or in the central office. The OFI 200 model Identifier is battery operated with the battery indication feature and performs thousands of tests before batteries replacement is necessary.

Features

• Rugged, handheld, lightweight
• Accepts 250µm and 900µm coated fiber, 3mm jacketed fiber cable, and ribbon fiber
• No head swapping or adjustments
• Identifies light carrying fiber
• Low insertion loss - traffic remains uninterrupted
• Indicates direction of traffic
• 2kHz Tone detection
• Battery operated
• Low battery indication
• Low cost, easy to use

Applications

• Live fiber identification - used during installation, maintenance, rerouting, or restoration to positively identify fibers prior to cutting and splicing
• Tone detection

Noyes SMLP 4-4 Single and Multimode Fiber Test Kit

Rent me for $300 a month

Covers 850 and 1300 Multimode and 1310 and 1550 Singlemode in one kit. SC connectors standard others are available.

Features

• Rugged, handheld, lightweight
• Designed for field use
• Certify multimode and single-mode links per TIA/EIA standards
• Wave ID - automatic wavelength identification and switching
• Dual Wave ID, single Wave ID, CW, and modulated Tone (on single-mode output) 270 Hz, 330 Hz, 1 kHz, and 2 kHz Tone
• Large LCD with Backlight
• Power measurements in dBm or µW; insertion loss in dB Reference power level storage
• AA alkaline, optional rechargeable NiMH battery pack or AC adapter
• Low battery indicator
• Cost-effective, easy to use
• N.I.S.T traceable

   The Noyes OPM 4-2D offers Wave ID, automatic wavelength identification and switching, when used with the OLS 4. Multiple test Tone detection is provided for fiber identification. The OPM 4-2D stores optical references for each calibrated wavelength. An easy to read Dual Wavelength LCD display with Backlight shows measured power [dBm or µW] or insertion loss [dB], calibrated wavelengths, tone signal [Hz], wavelength ID, and the battery charge status. In addition to being powered by two AA alkaline, the OPM 4-2D or OLS 4 can be powered by optional AC adapter and/or rechargeable NiMH battery pack. The OPM 4-2D optical input port accepts Noyes thread-on style adapter caps. Adapter caps are required for operation and must be ordered separately. The OPM 4-2D and OLS 4 are fully N.I.S.T. traceable.

Owl Multimode/Singlemode Fiber Certification Test Kit

with integrated fiber length testing

Model KIT-FO4BFX-WSMDSDxx

Three connector options are available (ST, SC, and FC)

   Many fiber optic network bids and Requests For Quote (RFQ) are citing cabling standards to specify the set of guidelines (such as fiber length) that the network  installer must follow during the network installation. Adherence to such standards is meant to ensure the quality of the installation and guarantee that the network will perform as it was designed. The process of testing a network installation to ensure its adherence to specified standards is called certification, and often requires hard-copy documentation as proof of adherence to standards.

   The Fiber OWL 4 BOLT Quad Test Kit contains the tools necessary for certifying fiber optic links against a myriad of popular cabling standards in singlemode and multimode networks.

   The Fiber OWL 4 BOLT optical power meter is multimode and singlemode ready, and contains a user-friendly Fiber Link Wizard that performs link budget calculation (including integrated fiber link length testing), and sets a reference value using the characteristics of the link. This reference is the PASS/FAIL threshold and is calculated against the chosen standard. Up to 1000 fiber runs may be stored, then serially downloaded to a PC for report generation using our OWL Reporter software. It also includes intelligent automated testing functions, such as automatic dual-wavelength storage and auto-wavelength recognition, which reduce testing time and human error.

   The WaveSource Quad fiber optic light source contains all four popular industry-standard wavelengths in a single unit, designed for accurate testing and certification of multimode (850nm & 1300nm) and singlemode (1310nm & 1550nm) networks. Its quad-wavelength outputs are temperature-stabilized for accurate measurements. The WaveSource Quad has a built-in auto-wavelength switching protocol designed to synchronize the wavelength of the Fiber OWL 4 BOLT with the current output wavelength.

Features

• Certification of singlemode fiber links at 1310nm and 1550nm and multimode fiber links at 850nm and 1300nm

• Auto-wavelength recognition and automatic data storage reduce testing time and human error

• Integrated fiber optic length tester for accurate link length measurements

• Data storage for up to 1000 data points including run labels, fiber type, and link information including link name, date, reference power values, fiber length, and number of splices and interconnects

• Built-in loss wizard for calculation of maximum allowable loss values (link budget)

• RS-232 interface for continuous data logging, report printing, or data downloading

• OWL Reporter software for printing formatted fiber certification reports

• Absolute or relative mode for giving you instant pass/fail results

• Selectively view, delete or resample data points

Owl Multimode/Singlemode Fiber Certification Test Kit

A version with integrated length testing is available as well

Model KIT-FO4FX-WSMDSDxx

Three connector options are available (ST, SC, and FC)

   Many fiber optic network bids and Requests For Quote (RFQ) are citing cabling standards to specify the set of guidelines (such as fiber length) that the network  installer must follow during the network installation. Adherence to such standards is meant to ensure the quality of the installation and guarantee that the network will perform as it was designed. The process of testing a network installation to ensure its adherence to specified standards is called certification, and often requires hard-copy documentation as proof of adherence to standards.

   The Fiber OWL 4 BOLT Quad Test Kit contains the tools necessary for certifying fiber optic links against a myriad of popular cabling standards in singlemode and multimode networks.

   The Fiber OWL 4 BOLT optical power meter is multimode and singlemode ready, and contains a user-friendly Fiber Link Wizard that performs link budget calculation (including integrated fiber link length testing), and sets a reference value using the characteristics of the link. This reference is the PASS/FAIL threshold and is calculated against the chosen standard. Up to 1000 fiber runs may be stored, then serially downloaded to a PC for report generation using our OWL Reporter software. It also includes intelligent automated testing functions, such as automatic dual-wavelength storage and auto-wavelength recognition, which reduce testing time and human error.

   The WaveSource Quad fiber optic light source contains all four popular industry-standard wavelengths in a single unit, designed for accurate testing and certification of multimode (850nm & 1300nm) and singlemode (1310nm & 1550nm) networks. Its quad-wavelength outputs are temperature-stabilized for accurate measurements. The WaveSource Quad has a built-in auto-wavelength switching protocol designed to synchronize the wavelength of the Fiber OWL 4 BOLT with the current output wavelength.

Features

• Certification of singlemode fiber links at 1310nm and 1550nm and multimode fiber links at 850nm and 1300nm

• Auto-wavelength recognition and automatic data storage reduce testing time and human error

• Integrated fiber optic length tester for accurate link length measurements

• Data storage for up to 1000 data points including run labels, fiber type, and link information including link name, date, reference power values, fiber length, and number of splices and interconnects

• Built-in loss wizard for calculation of maximum allowable loss values (link budget)

• RS-232 interface for continuous data logging, report printing, or data downloading

• OWL Reporter software for printing formatted fiber certification reports

• Absolute or relative mode for giving you instant pass/fail results

• Selectively view, delete or resample data points

Owl WaveTester / Wave Source Dual Multimode Kit

Multimode Fiber Certification Test Kit

Model KIT-WT-WS-MDxx

Three connector options are available (ST, SC, and FC)

 

   Many fiber optic network bids and Requests For Quote (RFQ) are citing cabling standards to specify the set of guidelines (such as fiber length) that the network installer must follow during the network installation. Adherence to such standards is meant to ensure the quality of the installation and guarantee that the network will perform as it was designed. The process of testing a network installation to ensure its adherence to specified standards is called certification, and often requires hardcopy documentation as proof of adherence to standards.

   The WaveTester / WaveSource 850/1300 Test Kit contains the tools necessary for certifying fiber optic links against a myriad of popular cabling standards in  multimode networks. The WaveTester optical power meter is multimode and singlemode ready, and can store reference values for all wavelengths used for optical loss measurements. Up to 100 fiber runs may be stored, and downloaded via a PC serial port for report generation using our OWL Reporter software.

   The WaveSource 850/1300 is a multimode light source. Its dual wavelength outputs (850 nm & 1300 nm) are temperature-stabilized for accurate measurements.

Features

• Certification of multimode fiber links at 850 nm and 1300 nm

• Auto-test functions store references and data points automatically

• Data storage for up to 100 data points

• RS-232 interface for continuous data logging, report printing, or data downloading

• OWL Reporter software for printing formatted fiber certification reports

• Measurement modes include absolute (for optical power) or relative (for optical loss)

• Selectively view, delete or resample data points

Supported Cabling Standards

• EIA/TIA 568-B ISO/IEC 11801

• 1000Base-SX 1000Base-LX

• 100Base-FX 10Base-FB

• 10Base-FL FDDI

• ATM-155 ATM-622

• Fiber Channel Token Ring

Siecor 850/1300/1310/1550nm Single and Multimode OTDR Plus

Rent me for $750 a month

Model 383-MD55-SD55 with installed ST connectors. Adapters need to be used to convert to SC/FC.

   The Siecor OTDR Plus multitester is a versatile test unit that can be used for virtually all optical field testing. It can be used for making continuity checks, incoming reel inspections, link loss measurements, overall fiber attenuation, splice and connector loss with automatic reflectance measurement, length measurements, visual and/or graphical fault location, trace documentation, and as a test tone for fiber identification. It also performs trouble-shooting and maintenance of fiber systems by simultaneously comparing historical fiber files to current fiber conditions and clearly indicating changes that have occurred. It can be used by anyone who tests fiber from LANs to CATVs to telcos. It is truly an all-in-one test set.

Features

• Multitester Flexibility - Multimode OTDR, single-mode OTDR, power meter, visual fault locator, and laser source-combines complementary testing functions into the same package
• Simple User Interface - AutoTest analyzes, and presents a trace and event table at the touch of a button
• Upgradable - Add features as testing needs change in the future
• Streamlined Documentation - Built-in disk drive with time-saving AutoIncrement feature supported by PC emulation/analysis software
• Rugged - Durable metal construction with -10 deg. to +50 deg. C operating temperature

Sumitomo FCP-25 Fiber Cleaver

Sumitomo FCP-25 fiber cleavers can be used for cleaving single and ribbon fiber before splicing. It's precision design gives clean and accurate cuts resulting in better splices. For cleaving multiple optical fibers and single fiber both with 250 um and 900 um coatings. The cleaver has a sliding shuttle which passes a very sharp rotating blade beneath the glass fiber. The blade scores the fiber creating a minute flaw in the glass. When the cleaver anvil stresses the fibers the glass fractures at the score mark, leaving a perpendicular and smooth fiber end face suitable for splicing 1 to 4 Fibers. Works with up to 125 micron cladding.

Features

• Ideal for use when fusion splicing single or ribbon fiber
• Field replaceable blade
• Multiple blade height settings and positions
• tripod mounting hole
• High accuracy cleaves
• Cleave Angle: 0.5 degrees
• Cleave Length: 10mm

Tektronix A6905S Isolation Receiver

 Rent me for $200 a month

Comes with the Transmitter as a set

A6906S Fiber optic isolator, 10 kV/µs, 15 MHz, ± 850 V 1 Channel 15MHz Isolation System

Add safety to your measurements with this isolator. Provides a greater degree of electrical isolation with a fiber optic interface breaking the electrical path of a circuit.

Tektronix A6905S Isolation Transmitter

 Rent me for $200 a month

Comes with the Receiver as a set

A6906S Fiber optic isolator, 10 kV/µs, 15 MHz, ± 850 V 1 Channel 15MHz Isolation System

Add safety to your measurements with this isolator. Provides a greater degree of electrical isolation with a fiber optic interface breaking the electrical path of a circuit.

Tektronix FL1315 1310 and 1550 nm Singlemode OTDR Plug In

For use with the TFP2A series OTDR

• 1310 and 1550 nm output
• Single-mode

Tektronix FM1300 1300 nm Multimode OTDR Plug In

For use with the TFP2A series OTDR

• 1300 nm output
• Multi-mode
• 62.5um Module

Tektronix FS1300 1310 Singlemode OTDR Plug In

Rent me for $200 a month

Requires a TFP2A Fiber Optic Mainframe

Features

• Operating wavelength: 1310 nm ± 20 nm

• Masking: menu selectable

• Auto-QuickMask

• Auto-AccuMask

• Manual-QuickMask

• Manual-AccuMask

• Full-screen display range: 50 m to 200 km

• Laser safety: Class 1, 21 CFR 1040

• Temperature: -10° to +55° C operating; -40° to +70° C non-operating

• Humidity: Up to 90% relative humidity (+5, -0%)

• Weight: 4.4 lbs (<2 kg)

• Dimensions: 1.75 in (4.5 cm) by 5.5 in (14.0 cm) by 17.5 in (44.5 cm)

Tektronix TFP2A Fibermaster OTDR Mainframe

Requires additional modules for operation

 

Features

• Floppy Disk Drive
• High-speed Processing
• User-friendly
• High-resolution Color Display
• High-resolution and Long-range Performance
• Dual Optical Plug-in Capacity Mainframe
• Dual Wavelengths in each Plug-in
• Remote Operation
• Expandable Overview/Window Design
• Language Options
• Customer Configurable Design
• PC Trace Analysis Software
• Dual Trace Capability
• Automatic Event Location and Measurement
• Return Loss Measurements
• High-resolution Internal Printer Option
• Automatic or Manual Masking
• Keyboard Interface
• RAM Mass Storage
• MS-DOS File Compatible
• Pop-up Menus
• DC Power Input Option

Applications

• Installation and Acceptance Testing of Fiber Optic Networks
• Fiber Optic System Maintenance Testing
• Locating Optical Cable Faults During Restoration
• Optical System Documentation

FiberMaster® OTDR

Unlike any other OTDR on the market, the FiberMaster® TFP2A sets a high level of performance and flexibility, providing faster, easier, more efficient solutions to fiber optic network testing requirements.

FiberMaster is equipped to accommodate two dual-wavelength optical plug-in modules at the same time. Fully utilized, this allows testing of virtually any communications network (Telephone, LAN, WAN, CATV) without exchanging modules.

The FiberMaster TFP2A is driven by a high-speed 32-Bit processor that delivers clear, concise, accurate waveforms in a fraction of the averaging time taken by other OTDR systems.

Extended Range

The FiberMaster TFP2A extends the measurement range of the mainframe to 320 km from the 160 km range of the TFP2, which allows tests to be conducted on longer optical links. Actual measurement range is a function of the optical module installed and the parameters selected. The FiberMaster TFP2A can take full advantage of the Tektronix FL Series optical plug-in modules, which have the dynamic range required for precise measurement in long-haul applications.

Rent me for $1000 a month

with options  

3 Dual-Wavelength 850/1300 nm Multimode

6 Standard Dual-Wavelength 1310/1550 nm Singlemode

  11 3.5 inch floppy disk drive

Features & Benefits

• One-button Fully Automatic IntelliTrace Fiber Analysis
• Singlemode Distance and Loss Measurements Traceable to NIST
• Large, Backlit, High-resolution Display
• Keyboard Port and Optional Mini-keyboard
• RS-232 and Parallel Ports for Printing and PC Access
• Shock, Water and Dust Resistant
• Auto Echo Detection
• Selectable Splice Loss and Reflectance Thresholds
• Files are Compatible with FiberMaster¿ OTDR, TARGET1¿, PC Spreadsheets
• Context Sensitive Help

Applications

• Installation and Acceptance Testing of Fiber Optic Networks
• Fiber Optic System Maintenance Testing
• Locating Optical Cable Faults During Restoration
• Optical System Documentation

TekRanger 2 TFS3031

If your job is to install, maintain or restore optical fiber, the TekRanger 2 TFS3031 mini-OTDR with IntelliTrace¿ Automated Fiber Analysis System is a rugged, easy-to-use, mini-optical time domain reflectometer (OTDR) that's built for you. It's designed to stand the rigors of field work, while providing precise measurements on singlemode optical fiber systems in an economical form factor.

Features & Benefits

• One-button Fully Automatic IntelliTrace Fiber Analysis
• Singlemode Distance and Loss Measurements Traceable to NIST
• Large, Backlit, High-resolution Display
• Keyboard Port and Optional Mini-keyboard
• RS-232 and Parallel Ports for Printing and PC Access
• Shock, Water and Dust Resistant
• Auto Echo Detection
• Selectable Splice Loss and Reflectance Thresholds
• Files are Compatible with FiberMaster¿ OTDR, TARGET1¿, PC Spreadsheets
• Context Sensitive Help

Applications

• Installation and Acceptance Testing of Fiber Optic Networks
• Fiber Optic System Maintenance Testing
• Locating Optical Cable Faults During Restoration
• Optical System Documentation

TekRanger 2 TFS3031

If your job is to install, maintain or restore optical fiber, the TekRanger 2 TFS3031 mini-OTDR with IntelliTrace¿ Automated Fiber Analysis System is a rugged, easy-to-use, mini-optical time domain reflectometer (OTDR) that's built for you. It's designed to stand the rigors of field work, while providing precise measurements on singlemode optical fiber systems in an economical form factor.

The IntelliTrace System Advantage

IntelliTrace technology automatically adjusts and optimizes test parameters so you don't have to. Just press the Start/Stop button and it will provide the best possible resolution, while maximizing dynamic range to give you the most accurate measurements available in a mini-OTDR today. One IntelliTraceFilter acquisition provides consistent, repeatable and accurate results. The location, reflectance and loss of every splice appears quickly and clearly on the large, high-contrast display.

The TFS3031 is the only mini-OTDR that can locate an event at 10 meters while also finding an end at 70 km away with the push of a single button. No need for multiple acquisitions to get a complete picture of your fiber, either with a displayed trace or an event table. You get greater productivity in labor with less training.

Traceable Measurements

The TekRanger 2 TFS3031 offers traceability on distance and loss measurements. This means that both the hardware and the software are included in our accuracy specifications. What this means to you is that you can count on the TFS3031 mini-OTDR to provide the most reliable and repeatable measurements of any OTDR in the world.

Convenient Data Storage

Test results can be stored in the TFS3031's ample internal memory or collected on the optional floppy disk drive. Microsoft Windows based TARGET1 software package gives you virtually unlimited flexibility when analyzing and documenting your spliced fibers.

Easy System Software Updates

The TFS3031's optional disk drive and RS-232 port permit updating of the unit's firmware in the field so you can easily keep up with the latest technology. Please see Optical Communications Test Equipment for the latest information on enhancements to our OTDR family.

Rent me for $100 a month

   The Wilcom Model F6230A is a streamline universal Visual Fault Locator. Commonly known as a VFL, the new product Model F6230A, is a pencil style VFL that features a universal connector accepting any optical connector style with a 2.5mm ferrule. It operates on a single 1.5V AA alkaline battery keeping the overall size to a minimum while providing long battery life. The VFL output is from a 650nm laser providing visibility to 5 km.

Unlike many VFLs today, the F6230A features a choice of continuous or modulated output and a “low battery” indicator to alert the user when it is time to change batteries. The universal connector eliminates the inconvenience of having to use a patch cable for direct connection to fiber under test if connector styles are dissimilar.

This single basic tool is one that all installers, and maintenance personnel should have in their tool kit. It is the most economical test tool for quickly verifying continuity, checking the validity of patch cables before or after installation, test and find breaks in LANs, verifying short lengths of installed fiber, or looking for cracked fiber in splice cases, bad connectors, tight crimps in fiber cable, backbone breaks or anywhere light continuity needs checking.

Features

• Low-Cost and Streamline - The F6230A is a low-cost, streamline basic fiber test tool which is easy to handle and easy to store.
• Singlemode and Multimode Operation - Find breaks, bad splices, tight crimps, poor components, and bad connections.
• Optical Output Port - The F6230A features a universal connector which can accept any 2.5 mm ferrule such as ST, SC, FC, and E2000 for examples.
• LED Indicators - The F6230A provides LED indicators for active Laser mode ( continuous or modulated), and Low Battery.
• Single AA battery - The F6230A uses one AA Alkaline battery for convenience.
• Pocket clip - The F6230A comes with a handy pocket clip for easy storage.