Noyes OFL280 FlexTester
Spectification:
The NOYES OFL280 FlexTester offers an unmatched combination of fiber test functions, ease-of-use, portability, and value. All OFL280 FlexTester models include a single-mode, 1310/1550 nm OTDR with standard and PON modes, optical power meter, optical light source, and visual fault locator. Weighing less than 0.8 kg (1.7 lb), equipped with a direct-sun viewable display, and able to operate for ten (10) hours from a smart, LiIon battery, it is ideal for use in tough, outside plant environments.
The base, dual-wavelength OFL280-100 model will provide the best balance of functions and value for many users. Testing at 1310 and 1550 nm is normally sufficient to certify point-to-point or FTTx (PON) networks and detect macro bends. The three-wavelength OFL280-101 and OFL280-102 models add 1625 nm or 1490 nm respectively. 1625 nm is useful to certify fibers in the L band, while 1490 nm may be needed to certify FTTx PONs. The three-wavelength OFL280-103 can certify dark PON and point-to-point networks at 1310/1550 nm, perform high-resolution fault-location of dark or live FTTx customer fibers at 1625 nm, and measure FTTx power levels at 1490 and 1550 nm, all from a single test port.
The OFL280 FlexTester user interface is suitable for a wide range of users, and features a top-down menu structure that is easy to learn and efficient to use.
OTDR test results may be saved as SOR files, which can be transferred to a PC for viewing, printing, and analysis using supplied Windows® software.
Features
34 dB dynamic range; can test splitters up to 1x64
0.8 m event dead zone; 3.5 m attenuation dead zone
Standard OPM, OLS, and VFL
Available live fiber, FTTx fault-locator, and PON meter
Direct-sun viewable display
Hand-held (0.8 kg/1.7 lb)
Applications
Construction testing of core, metro, and FTTx networks
High-resolution fault-location of dark or live FTTx fibers
Splice and connection verification (loss and reflectance)
Optical power and loss measurement
Fiber tracing and identification (tone signals or VFL)
The NOYES OFL280 FlexTester offers an unmatched combination of fiber test functions, ease-of-use, portability, and value. All OFL280 FlexTester models include a single-mode, 1310/1550 nm OTDR with standard and PON modes, optical power meter, optical light source, and visual fault locator. Weighing less than 0.8 kg (1.7 lb), equipped with a direct-sun viewable display, and able to operate for ten (10) hours from a smart, LiIon battery, it is ideal for use in tough, outside plant environments.
The base, dual-wavelength OFL280-100 model will provide the best balance of functions and value for many users. Testing at 1310 and 1550 nm is normally sufficient to certify point-to-point or FTTx (PON) networks and detect macro bends. The three-wavelength OFL280-101 and OFL280-102 models add 1625 nm or 1490 nm respectively. 1625 nm is useful to certify fibers in the L band, while 1490 nm may be needed to certify FTTx PONs. The three-wavelength OFL280-103 can certify dark PON and point-to-point networks at 1310/1550 nm, perform high-resolution fault-location of dark or live FTTx customer fibers at 1625 nm, and measure FTTx power levels at 1490 and 1550 nm, all from a single test port.
The OFL280 FlexTester user interface is suitable for a wide range of users, and features a top-down menu structure that is easy to learn and efficient to use.
OTDR test results may be saved as SOR files, which can be transferred to a PC for viewing, printing, and analysis using supplied Windows® software.
Features
34 dB dynamic range; can test splitters up to 1x64
0.8 m event dead zone; 3.5 m attenuation dead zone
Standard OPM, OLS, and VFL
Available live fiber, FTTx fault-locator, and PON meter
Direct-sun viewable display
Hand-held (0.8 kg/1.7 lb)
Applications
Construction testing of core, metro, and FTTx networks
High-resolution fault-location of dark or live FTTx fibers
Splice and connection verification (loss and reflectance)
Optical power and loss measurement
Fiber tracing and identification (tone signals or VFL)
Noyes M200 Hand-held OTDR with VFL
Discription:
The NOYES M200 OTDR from AFL combines ease of use (Touch and Test™) and functionality in a field rugged, hand-held package. With single-mode dynamic ranges of up to 26 dB and multimode dynamic ranges of 22 dB, the M200 is ideal for testing and troubleshooting enterprise, LAN/WAN, metro, and service provider networks. Testing at 1310 and 1550 nm is normally sufficient to certify single-mode point-to-point fibers and allows the detection of macrobends. The M200 supports Full Auto, Expert (manual) and Real-Time OTDR test modes, precision event analysis, and multi-wavelength testing.
The M200 new User Interface, version 2.X, enables the user to set Pass/Fail thresholds compliant with TIA/ISO/user-defined values to alert test operators of failing or marginal events. Version 2.X features improved file management and results review via Results Manager and a New Job creation editor with detailed job/file naming. General settings improvements include Date/Time/Number format options and an Auto Off feature. OTDR settings improvements include enhanced event measurements with various manual LSA methods available in Expert mode. The addition of a simple toggle function enables fast and logical storage of trace results from both ends of a fiber/cable. These capabilities simplify the user experience, reduce training time and testing errors enabling even novices to get the job done quickly and accurately.
The M200 with new User Interface supports visual inspection per IEC 61300-3-1 using the
DFS1 Digital FiberScope allowing users the ability to view and document connector end-face
images with their OTDR traces.
Thousands of OTDR test results may be saved as standard .SOR files, which can be stored internally or on the supplied USB drive. Test results are transferable via a USB cable or USB drive to a computer for viewing, printing, and analyzing with the supplied Windows® compatible software - TRM™ (Test Results Manager). Acceptance reports generated using TRM can include OTDR traces with summary and event information with or without pass/fail indication, Event maps, and end-face images.
With a full set of testing and troubleshooting tools including OTDR, VFL and end-face inspection capability the M200 is a complete solution for fiber network owners and installers.
Features
Hand-held, lightweight - 0.9 kg (2 lb)
Inspection capable
>8 hours battery life
Touch and Test™ user interface
TRM™ reporting software
Automatic Pass/Fail analysis (TIA/ISO)
Internal and USB storage (1000s of tests)
Applications
Test, Troubleshoot, Tier 2 certify:
Full Auto OTDR - document installation and fault locate
Expert OTDR - document and fault locate using Auto or Auto Once
Real-Time OTDR - locate faults and verify splices
Visibly Fault Locate - locate bends and breaks and verify polarity
The NOYES M200 OTDR from AFL combines ease of use (Touch and Test™) and functionality in a field rugged, hand-held package. With single-mode dynamic ranges of up to 26 dB and multimode dynamic ranges of 22 dB, the M200 is ideal for testing and troubleshooting enterprise, LAN/WAN, metro, and service provider networks. Testing at 1310 and 1550 nm is normally sufficient to certify single-mode point-to-point fibers and allows the detection of macrobends. The M200 supports Full Auto, Expert (manual) and Real-Time OTDR test modes, precision event analysis, and multi-wavelength testing.
The M200 new User Interface, version 2.X, enables the user to set Pass/Fail thresholds compliant with TIA/ISO/user-defined values to alert test operators of failing or marginal events. Version 2.X features improved file management and results review via Results Manager and a New Job creation editor with detailed job/file naming. General settings improvements include Date/Time/Number format options and an Auto Off feature. OTDR settings improvements include enhanced event measurements with various manual LSA methods available in Expert mode. The addition of a simple toggle function enables fast and logical storage of trace results from both ends of a fiber/cable. These capabilities simplify the user experience, reduce training time and testing errors enabling even novices to get the job done quickly and accurately.
The M200 with new User Interface supports visual inspection per IEC 61300-3-1 using the
DFS1 Digital FiberScope allowing users the ability to view and document connector end-face
images with their OTDR traces.
Thousands of OTDR test results may be saved as standard .SOR files, which can be stored internally or on the supplied USB drive. Test results are transferable via a USB cable or USB drive to a computer for viewing, printing, and analyzing with the supplied Windows® compatible software - TRM™ (Test Results Manager). Acceptance reports generated using TRM can include OTDR traces with summary and event information with or without pass/fail indication, Event maps, and end-face images.
With a full set of testing and troubleshooting tools including OTDR, VFL and end-face inspection capability the M200 is a complete solution for fiber network owners and installers.
Features
Hand-held, lightweight - 0.9 kg (2 lb)
Inspection capable
>8 hours battery life
Touch and Test™ user interface
TRM™ reporting software
Automatic Pass/Fail analysis (TIA/ISO)
Internal and USB storage (1000s of tests)
Applications
Test, Troubleshoot, Tier 2 certify:
Full Auto OTDR - document installation and fault locate
Expert OTDR - document and fault locate using Auto or Auto Once
Real-Time OTDR - locate faults and verify splices
Visibly Fault Locate - locate bends and breaks and verify polarity
Noyes M700 Compact SM and MM OTDRs
Spectification:
The NOYES M700 OTDR from AFL combines ease of use (Touch and Test™) and functionality in a field-rugged, hand-held package. With single-mode dynamic ranges up to 40 dB and multimode dynamic ranges of 26 dB, the M700 OTDR is ideal for testing and troubleshooting LAN/WAN, metro, FTTx and long haul networks. Industry leading dead zones of less than 1.0 m enhance users’ ability to locate and measure events. Testing at 1310 and 1550 nm is normally sufficient to certify point-to-point or FTTx PON fibers and allows the detection of macrobends.
The M700 supports Full Auto, Expert (manual) and Real-Time OTDR test modes, precision event analysis, multi-wavelength testing, and visual inspection per 61300-3-35 using the DFS1 Digital FiberScope allowing users the ability to view and document connector end-face images with their OTDR traces. Pass/Fail acceptance to TIA/ISO values or user-defined values can be set to alert the test operator of failing or marginal events. These capabilities simplify the user experience, reduce training time and testing errors enabling even novices to get the job done quickly and accurately.
Thousands of OTDR test results may be saved as standard .SOR files and stored internally or on the supplied USB drive. Test results are transferable via a USB cable or USB drive to a computer for viewing, printing, and analyzing with the supplied Windows® compatible software, Test Results Manager (TRM™). Saved OPM loss values for a cable in one or two directions can be displayed in a table on the M700 for evaluation and comparison. Acceptance reports generated using TRM can include Loss tables, OTDR traces with summary and event information with or without pass/fail indication and Channel Maps.
With a full set of testing tools including OTDR, OPM, VFL and end-face inspection capability the M700 is a complete solution for fiber network owners and installers.
Features
40 dB Dynamic Range
0.8 dB event dead zone, 4.5 dB attenuation dead zone
Integrated Test functions OTDR, OPM and VFL
Inspection capable
Touch and Test™ user interface
TRM™ reporting software
>8 hours battery life
Applications
Test, Troubleshoot and Tier 2 certify:
Full Auto OTDR - installation and fault location
Expert OTDR - with Auto and Auto Once
Real-Time OTDR - fault location and splice verification
Visible Fault Locator – bend/break location and polarity verification
The NOYES M700 OTDR from AFL combines ease of use (Touch and Test™) and functionality in a field-rugged, hand-held package. With single-mode dynamic ranges up to 40 dB and multimode dynamic ranges of 26 dB, the M700 OTDR is ideal for testing and troubleshooting LAN/WAN, metro, FTTx and long haul networks. Industry leading dead zones of less than 1.0 m enhance users’ ability to locate and measure events. Testing at 1310 and 1550 nm is normally sufficient to certify point-to-point or FTTx PON fibers and allows the detection of macrobends.
The M700 supports Full Auto, Expert (manual) and Real-Time OTDR test modes, precision event analysis, multi-wavelength testing, and visual inspection per 61300-3-35 using the DFS1 Digital FiberScope allowing users the ability to view and document connector end-face images with their OTDR traces. Pass/Fail acceptance to TIA/ISO values or user-defined values can be set to alert the test operator of failing or marginal events. These capabilities simplify the user experience, reduce training time and testing errors enabling even novices to get the job done quickly and accurately.
Thousands of OTDR test results may be saved as standard .SOR files and stored internally or on the supplied USB drive. Test results are transferable via a USB cable or USB drive to a computer for viewing, printing, and analyzing with the supplied Windows® compatible software, Test Results Manager (TRM™). Saved OPM loss values for a cable in one or two directions can be displayed in a table on the M700 for evaluation and comparison. Acceptance reports generated using TRM can include Loss tables, OTDR traces with summary and event information with or without pass/fail indication and Channel Maps.
With a full set of testing tools including OTDR, OPM, VFL and end-face inspection capability the M700 is a complete solution for fiber network owners and installers.
Features
40 dB Dynamic Range
0.8 dB event dead zone, 4.5 dB attenuation dead zone
Integrated Test functions OTDR, OPM and VFL
Inspection capable
Touch and Test™ user interface
TRM™ reporting software
>8 hours battery life
Applications
Test, Troubleshoot and Tier 2 certify:
Full Auto OTDR - installation and fault location
Expert OTDR - with Auto and Auto Once
Real-Time OTDR - fault location and splice verification
Visible Fault Locator – bend/break location and polarity verification
Noyes C850 Compact QUAD OTDR
The NOYES C850 Certification OTDR from AFL combines multiple functionality in a hand-held test set designed for testing and inspecting multimode and single-mode fibers. The C850 integrates an OTDR with optical light sources (OLS), an Optical Power Meter (OPM), Visible Fault Locator (VFL) and inspection capability for testing and troubleshooting enterprise networks.
OTDR Auto modes, OPM Wave ID, and pass/fail thresholds simplify the user experience, reduce training time and testing errors enabling even novice users to get the job done quickly and accurately. This allows users to bid more competitively and win more jobs.
The NOYES C850 OTDRs combine ease of use and functionality for performing OTDR and loss testing of optical fibers in enterprise networks (campus and buildings). OTDR and OPM test results for the same fibers are stored in logical job folders by cables allowing for easy review, selection, maintenance and report generation using supplied Windows compatible software.
C850s can be used in pairs or with a C840 to perform Tier 1 dual wavelength, two fiber bidirectional tests. Loss and length can be measured and compared to ISO/TIA/EN or User standards or applications to provide pass/fail feedback regarding the fibers ability to meet the acceptance criteria to be certified. See also C860 and C880 test kits.
Features
Inspection capable
Integrated Test functions OTDR, OPM and VFL
Touch and Test™ user interface
TRM™ reporting software
8 hours battery life
Applications
Test, Troubleshoot and Tier 2 certify:
Full Auto OTDR - installation and fault location
Expert OTDR - with Auto and Auto Once
Real-Time OTDR - fault location and splice verification
Visible Fault Locator – bend/break location and polarity verification
OTDR Auto modes, OPM Wave ID, and pass/fail thresholds simplify the user experience, reduce training time and testing errors enabling even novice users to get the job done quickly and accurately. This allows users to bid more competitively and win more jobs.
The NOYES C850 OTDRs combine ease of use and functionality for performing OTDR and loss testing of optical fibers in enterprise networks (campus and buildings). OTDR and OPM test results for the same fibers are stored in logical job folders by cables allowing for easy review, selection, maintenance and report generation using supplied Windows compatible software.
C850s can be used in pairs or with a C840 to perform Tier 1 dual wavelength, two fiber bidirectional tests. Loss and length can be measured and compared to ISO/TIA/EN or User standards or applications to provide pass/fail feedback regarding the fibers ability to meet the acceptance criteria to be certified. See also C860 and C880 test kits.
Features
Inspection capable
Integrated Test functions OTDR, OPM and VFL
Touch and Test™ user interface
TRM™ reporting software
8 hours battery life
Applications
Test, Troubleshoot and Tier 2 certify:
Full Auto OTDR - installation and fault location
Expert OTDR - with Auto and Auto Once
Real-Time OTDR - fault location and splice verification
Visible Fault Locator – bend/break location and polarity verification
Noyes C860 QUAD OTDR and Certification Test Kit
The NOYES C860 Certification Test Set combines superior efficiency and functionality in a test kit designed for performing length, loss (Tier 1) and OTDR (Tier 2) testing on both multimode and single-mode fibers.
Users can reference both single-mode and multimode fibers at the start of their test day, and switch back and forth between single-mode and multimode loss or OTDR testing without the need to change equipment/modules or to re-reference. Save time and money when performing two-fiber loss testing in two directions and OTDR tests for each fiber with one trip. Select an ISO/TIA/EN standard and one or more applications or user created rules to certify the fibers to for each test. Technicians can communicate during certification testing using built-in text messaging functionality. Cut test time by as much as 50% when performing tests on fiber systems with multimode and single-mode fibers, allowing users to bid more competitively and win more jobs.
Setup pass/fail criteria for the Tier 1 loss tests and pass/fail criteria for the events in Tier 2 tests, assuring the fibers meet ISO/TIA standards, applications or customer expectations before leaving the job site.
Features
Integrated Optical Loss test set, QUAD OTDR and VFL for SM and MM testing
Touch and Test™ user interface with comprehensive job file naming
Pass/Fail threshold settings for Loss and OTDR tests
Result summary screens for OTDR and Loss show Pass/Fail status
TRM™ reporting software reporting software for documenting test results and creating acceptance reports
Applications
Certification of multimode and single-mode point-to-point fiber links
Tier 1 Testing: Loss and Length measurements
Users can reference both single-mode and multimode fibers at the start of their test day, and switch back and forth between single-mode and multimode loss or OTDR testing without the need to change equipment/modules or to re-reference. Save time and money when performing two-fiber loss testing in two directions and OTDR tests for each fiber with one trip. Select an ISO/TIA/EN standard and one or more applications or user created rules to certify the fibers to for each test. Technicians can communicate during certification testing using built-in text messaging functionality. Cut test time by as much as 50% when performing tests on fiber systems with multimode and single-mode fibers, allowing users to bid more competitively and win more jobs.
Setup pass/fail criteria for the Tier 1 loss tests and pass/fail criteria for the events in Tier 2 tests, assuring the fibers meet ISO/TIA standards, applications or customer expectations before leaving the job site.
Features
Integrated Optical Loss test set, QUAD OTDR and VFL for SM and MM testing
Touch and Test™ user interface with comprehensive job file naming
Pass/Fail threshold settings for Loss and OTDR tests
Result summary screens for OTDR and Loss show Pass/Fail status
TRM™ reporting software reporting software for documenting test results and creating acceptance reports
Applications
Certification of multimode and single-mode point-to-point fiber links
Tier 1 Testing: Loss and Length measurements
Noyes OFL250-50 Fault-Locating OTDR
The NOYES OFL250-50 is a single-wavelength (1550 nm) OTDR suitable for fault-locating and basic testing of single-mode fibers in core, metro, and FTTx networks. Standard features include an integrated optical power meter, 1550 nm optical light source, and visual fault locator. Weighing less than 0.8 kg (1.7 lb), equipped with a direct-sun viewable display, and able to operate for twelve (12) hours from a smart, Li-Ion battery, it is ideal for use in tough, outside plant environments.
The OFL250-50 provides automatic and manual setup, precision event analysis, and USB connectivity.
OTDR test results may be saved as SOR files, which can be transferred to a PC for viewing, printing, and analysis using supplied Windows® software.
More Features
Integrated OPM, OLS, VFL
Tool-free, switchable adapters for OTDR and OPM ports
Internal storage (>1000 OTDR traces in standard .SOR format)
High-contrast display is clear and bright in any lighting condition, including direct sunlight
Transfer test results to a PC via USB
Rechargeable 12-hour Li-Ion battery or AC power
Windows® compatible software to view, print, and archive test records
Rugged, hand-held and lightweight
More Applications
Locate cable cuts, open or high-loss splices, fiber bends, and high-loss/reflectance connections
Measure optical power (OPM port)
Short-range fault-location (VFL port)
Trace fibers and measure end-to-end loss at 1550 nm (with a NOYES OPM or OLS)
Identify fibers (with NOYES optical fiber identifier)
The OFL250-50 provides automatic and manual setup, precision event analysis, and USB connectivity.
OTDR test results may be saved as SOR files, which can be transferred to a PC for viewing, printing, and analysis using supplied Windows® software.
More Features
Integrated OPM, OLS, VFL
Tool-free, switchable adapters for OTDR and OPM ports
Internal storage (>1000 OTDR traces in standard .SOR format)
High-contrast display is clear and bright in any lighting condition, including direct sunlight
Transfer test results to a PC via USB
Rechargeable 12-hour Li-Ion battery or AC power
Windows® compatible software to view, print, and archive test records
Rugged, hand-held and lightweight
More Applications
Locate cable cuts, open or high-loss splices, fiber bends, and high-loss/reflectance connections
Measure optical power (OPM port)
Short-range fault-location (VFL port)
Trace fibers and measure end-to-end loss at 1550 nm (with a NOYES OPM or OLS)
Identify fibers (with NOYES optical fiber identifier)
Noyes FTK Pro Installer Kit
The NOYES FTK Pro Installer Kit from AFL is the perfect all-in-one fiber optic test equipment kit. The FTK kit provides a wide selection of fiber optic testing, cleaning, and inspection equipment to enable technicians to install and maintain fiber optic networks. Complete with multimode and single-mode test equipment, the kit also includes a broad array of cleaning and inspection equipment in a convenient tough injection-molded ABS carrying case. The Pro Installer Kit is ideal for TIA Tier 1 and Tier 2 testing of premises (building and campus) networks or certification and troubleshooting of FTTx PON networks.
Features
Includes M200 Quad OTDR and Accessories
Multimode and single-mode fiber ready
Includes OPM5-2C Power Meter, OLS4 Light Source, and Accessories
Reporting Software to present network owners with written proof of a quality installation
Convenient rugged hard carry case
Includes Inspection Scopes and Cleaning Supplies
Applications
Clean, inspect, and test fiber optic networks
Verify integrity of installed fiber networks
Tier 1 and Tier 2 testing of premise networks
FTTx PON certification and troubleshooting
Fast fault location
Splice verification
Network documentation and reporting
The NOYES FTK Pro Installer Kit includes a M200 QUAD OTDR, a variety of Fiber Rings (launch/receive cables), an OPM5-2D power meter, an OLS4 light source, various adapters, multiple test jumpers, mating adapters, a OFS 300-200C inspection scope, and cleaning supplies that include One-Click Connector Cleaners, Cletop-SB, FCC2 Fiber Connector Cleaning Fluid, and CCT Connector Cleaning Tip. The Pro Installer Kit also includes NOYES TRM™ (Test Results Manager) software for analyzing data and creating reports.
Features
Includes M200 Quad OTDR and Accessories
Multimode and single-mode fiber ready
Includes OPM5-2C Power Meter, OLS4 Light Source, and Accessories
Reporting Software to present network owners with written proof of a quality installation
Convenient rugged hard carry case
Includes Inspection Scopes and Cleaning Supplies
Applications
Clean, inspect, and test fiber optic networks
Verify integrity of installed fiber networks
Tier 1 and Tier 2 testing of premise networks
FTTx PON certification and troubleshooting
Fast fault location
Splice verification
Network documentation and reporting
The NOYES FTK Pro Installer Kit includes a M200 QUAD OTDR, a variety of Fiber Rings (launch/receive cables), an OPM5-2D power meter, an OLS4 light source, various adapters, multiple test jumpers, mating adapters, a OFS 300-200C inspection scope, and cleaning supplies that include One-Click Connector Cleaners, Cletop-SB, FCC2 Fiber Connector Cleaning Fluid, and CCT Connector Cleaning Tip. The Pro Installer Kit also includes NOYES TRM™ (Test Results Manager) software for analyzing data and creating reports.
Noyes OLTS 5 Fiber Optic Loss Test Sets
Single-Mode Bi-Directional Loss Test Set
The NOYES OLTS5 from AFL offers a test set for single fiber bi-directional loss testing. The OLTS 5 may be operated in automatic or manual test modes. In its “two-unit” automatic test mode, a pair of OLTS 5 test sets may be used to measure the end-to-end, bi-directional insertion loss of a pair of single-mode fibers at 1310/1550nm or 1550/1625 nm. Tests are started and controlled by the user from the OLTS 5 configured as the Main unit. Test progress messages and results are displayed on the Remote unit. Full test results can be reviewed and saved in the Main unit.
In its “single-unit” automatic test mode the OLTS 5 can measure bi-directional, dual-wavelength insertion loss of patch cords, or fiber optic cables while they are still on the reel.
Each OLTS 5 unit contains both Laser Sources and Optical Power Meter allowing single unit manual loss testing. Manual operating mode allows manual loss testing between units or individual unit “loop-back” testing.
Model Wavelengths Measurement Range
OLTS 5-3
1310, 1550
Standard
OLTS 5-5
1550, 1626
Standard
OLTS 5-6
1310, 1550
High Power
Key Specifications
Output Power: -5 dBm
Emitter Type: Laser
Laser output connector: FC, SC, ST switchable
Test Tones: 2 kHz, 1 kHz, 330 Hz, 270 Hz
Test Ports accept OLS Test Port adapters allowing connection of industry standard connectors.
Power Meter Port accepts OPM test port connector adapters allowing connection of industry standard connectors.
The NOYES OLTS5 from AFL offers a test set for single fiber bi-directional loss testing. The OLTS 5 may be operated in automatic or manual test modes. In its “two-unit” automatic test mode, a pair of OLTS 5 test sets may be used to measure the end-to-end, bi-directional insertion loss of a pair of single-mode fibers at 1310/1550nm or 1550/1625 nm. Tests are started and controlled by the user from the OLTS 5 configured as the Main unit. Test progress messages and results are displayed on the Remote unit. Full test results can be reviewed and saved in the Main unit.
In its “single-unit” automatic test mode the OLTS 5 can measure bi-directional, dual-wavelength insertion loss of patch cords, or fiber optic cables while they are still on the reel.
Each OLTS 5 unit contains both Laser Sources and Optical Power Meter allowing single unit manual loss testing. Manual operating mode allows manual loss testing between units or individual unit “loop-back” testing.
Model Wavelengths Measurement Range
OLTS 5-3
1310, 1550
Standard
OLTS 5-5
1550, 1626
Standard
OLTS 5-6
1310, 1550
High Power
Key Specifications
Output Power: -5 dBm
Emitter Type: Laser
Laser output connector: FC, SC, ST switchable
Test Tones: 2 kHz, 1 kHz, 330 Hz, 270 Hz
Test Ports accept OLS Test Port adapters allowing connection of industry standard connectors.
Power Meter Port accepts OPM test port connector adapters allowing connection of industry standard connectors.
Noyes C880 Certification Optical Loss Test Kit
The NOYES C880 Certification Test Set combines functionality in a compact test kit designed for performing length, loss (Tier 1) testing and inspection capability on both multimode and single-mode fibers. The C880 is a kit of two C840 testers; each light weight tester includes integrated single-mode and multimode sources, an OPM and a VFL. Each tester may be used alone as a traditional power meter, light source or visual fault locator or used in pairs to bi-directionally test fiber pairs.
Reference both single-mode and multimode fibers at the start of the test day, and perform all Tier 1 tests without changing equipment or modules to re-reference. Communicate during certification testing using built-in text messaging functionality.
Save time and money performing bi-directional two-fiber loss tests with one trip. Select ISO/TIA/EN standards, applications or user created rules. Set Pass/Fail criteria for Tier 1 test compliance. Never leave a job site without assured industry compliant results again!
Thousands of test results may be stored internally for transfer to a computer via a USB cable or a standard USB drive for viewing, printing, and analyzing with the supplied Windows® compatible software - TRM™ (Test Results Manager). Acceptance reports generated using TRM™ can include certification reports and end-face images.
More Features
Handheld, 0.9 kg (2 lb)
Integrated OPM, OLS, and VFL
850/1300 nm - LED and 1310/1550 nm - Laser sources
Dual-wavelength certification Pass/Fail
Two fibers bi-directional and single fiber testing
Transflective (indoor/outdoor) touch screen display
Tool-free, switchable adapters
Rechargeable Li-Ion battery (>8 hours) or AC power
USB host and function ports for data storage and transfer
Internal (1000s test results) and USB storage
Windows compatible analysis and reporting software
Reference both single-mode and multimode fibers at the start of the test day, and perform all Tier 1 tests without changing equipment or modules to re-reference. Communicate during certification testing using built-in text messaging functionality.
Save time and money performing bi-directional two-fiber loss tests with one trip. Select ISO/TIA/EN standards, applications or user created rules. Set Pass/Fail criteria for Tier 1 test compliance. Never leave a job site without assured industry compliant results again!
Thousands of test results may be stored internally for transfer to a computer via a USB cable or a standard USB drive for viewing, printing, and analyzing with the supplied Windows® compatible software - TRM™ (Test Results Manager). Acceptance reports generated using TRM™ can include certification reports and end-face images.
More Features
Handheld, 0.9 kg (2 lb)
Integrated OPM, OLS, and VFL
850/1300 nm - LED and 1310/1550 nm - Laser sources
Dual-wavelength certification Pass/Fail
Two fibers bi-directional and single fiber testing
Transflective (indoor/outdoor) touch screen display
Tool-free, switchable adapters
Rechargeable Li-Ion battery (>8 hours) or AC power
USB host and function ports for data storage and transfer
Internal (1000s test results) and USB storage
Windows compatible analysis and reporting software
AFL noyes FLX380 FlexTester3 OTDR with LinkMap
Features:
Patented in- or out-of-service testing from a single port*
Even easier troubleshooting using LinkMap™ with Pass/Fail!
Test up to 160km or through PON splitters up to 1:128
Industry-leading attenuation and PON dead zones
Show More
Applications:
Verify point-to-point and PON broadband optical network installations
Troubleshoot live FTTx PON networks
Verify network length, link loss and optical return loss (ORL)
Generate tones for positive fiber identification
FLX380 FlexTester3 OTDR with LinkMap
The FLX380 FlexTester3 family provides the world’s smallest, lightest, most complete single-mode broadband network OTDRs with integrated optical light source, power meter, and visual fault locator (VFL).
Delivering an unmatched combination of optical test functions, ease-of-use, portability and value, FlexTester3 models offer the following benefits:
Easily identify, locate and characterize connectors, splices, splitters and macrobends using new LinkMap with Pass/Fail!
Toggle between LinkMap and Trace views at the push of a button
Complete in- or out-of-service PON OTDR and power measurements from a single port using patented* ServiceSafe™ capability
Test through PON splitters up to 1:128
High dynamic range using narrow pulse widths
Verify PON power levels and complete live PON OTDR tests without disrupting service
Automatically detect, identify, locate and measure macrobends and splitters
Measure end-to-end link length, loss and ORL
Simplify insertion loss measurements, reduce test time and eliminate setup errors using integrated source and power meter with AFL's Wave ID
Briight, indoor/outdoor display easily viewed, even in direct sunlight!
Test all day (>12 hours) without replacing or recharging batteries
Instant On: Ready to test in < 5 seconds
Designed for outside plant: Rugged, handheld, lightweight
The FlexTester3 family is offered in four models to best suit your application requirements:
FLX380-304: Verify both in-service (live) and out-of-service FTTx networks from a single port. Includes 1310/1550/1650 nm live PON OTDR with integrated PON power meter.
FLX380-303: Similar to FLX380-304, but with 1310/1550/1625 nm live PON OTDR.
FLX380-302: Complete out-of-service testing at all FTTx PON wavelengths (1310/1490/1550 nm).
FLX380-300: Lowest cost, high-performance, all-in-one 1310/1550 nm OTDR for out-of-service installation testing or troubleshooting both FTTx PON and point-to-point networks.
All models include integrated VFL plus Wave ID source and power meter.
The FLX380 FlexTester3 user interface features an easy-to-use, top-down menu structure. Fully automatic and expert modes are available for both novice and expert users. User interface software supports over a dozen languages including English, Chinese, French, German, Italian, Japanese, Korean, Portuguese, Polish, Russian, Spanish and Turkish.
Over 1000 OTDR test results may be saved in Telcordia SR-4731 .SOR file format. Stored OTDR and OPM results may be transferred to PC via USB or Bluetooth® for viewing, analysis, and professional report generation using the included Windows® compatible TRM® 2.0 Basic Test Results Manager software.
Patented in- or out-of-service testing from a single port*
Even easier troubleshooting using LinkMap™ with Pass/Fail!
Test up to 160km or through PON splitters up to 1:128
Industry-leading attenuation and PON dead zones
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Applications:
Verify point-to-point and PON broadband optical network installations
Troubleshoot live FTTx PON networks
Verify network length, link loss and optical return loss (ORL)
Generate tones for positive fiber identification
FLX380 FlexTester3 OTDR with LinkMap
The FLX380 FlexTester3 family provides the world’s smallest, lightest, most complete single-mode broadband network OTDRs with integrated optical light source, power meter, and visual fault locator (VFL).
Delivering an unmatched combination of optical test functions, ease-of-use, portability and value, FlexTester3 models offer the following benefits:
Easily identify, locate and characterize connectors, splices, splitters and macrobends using new LinkMap with Pass/Fail!
Toggle between LinkMap and Trace views at the push of a button
Complete in- or out-of-service PON OTDR and power measurements from a single port using patented* ServiceSafe™ capability
Test through PON splitters up to 1:128
High dynamic range using narrow pulse widths
Verify PON power levels and complete live PON OTDR tests without disrupting service
Automatically detect, identify, locate and measure macrobends and splitters
Measure end-to-end link length, loss and ORL
Simplify insertion loss measurements, reduce test time and eliminate setup errors using integrated source and power meter with AFL's Wave ID
Briight, indoor/outdoor display easily viewed, even in direct sunlight!
Test all day (>12 hours) without replacing or recharging batteries
Instant On: Ready to test in < 5 seconds
Designed for outside plant: Rugged, handheld, lightweight
The FlexTester3 family is offered in four models to best suit your application requirements:
FLX380-304: Verify both in-service (live) and out-of-service FTTx networks from a single port. Includes 1310/1550/1650 nm live PON OTDR with integrated PON power meter.
FLX380-303: Similar to FLX380-304, but with 1310/1550/1625 nm live PON OTDR.
FLX380-302: Complete out-of-service testing at all FTTx PON wavelengths (1310/1490/1550 nm).
FLX380-300: Lowest cost, high-performance, all-in-one 1310/1550 nm OTDR for out-of-service installation testing or troubleshooting both FTTx PON and point-to-point networks.
All models include integrated VFL plus Wave ID source and power meter.
The FLX380 FlexTester3 user interface features an easy-to-use, top-down menu structure. Fully automatic and expert modes are available for both novice and expert users. User interface software supports over a dozen languages including English, Chinese, French, German, Italian, Japanese, Korean, Portuguese, Polish, Russian, Spanish and Turkish.
Over 1000 OTDR test results may be saved in Telcordia SR-4731 .SOR file format. Stored OTDR and OPM results may be transferred to PC via USB or Bluetooth® for viewing, analysis, and professional report generation using the included Windows® compatible TRM® 2.0 Basic Test Results Manager software.
AFL noyes M310 Enterprise OTDR
Features:
Industry Leading TruEvent™ analysis ensures event reporting accuracy
Short dead zones enable detection of closely spaced events
Integrated Source, Power Meter and VFL
LinkMap™ visually display network
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Applications:
Test, troubleshoot and document networks with closely spaced events
Tier 1 and Tier 2 testing and certification of SM and MM networks
Enterprise network, Data Center, LAN/WAN
Document and create standards compliant acceptance reports with TRM™ 2.0, companion PC software
M310 Enterprise OTDR
The M310 OTDR is specifically designed to address the technical challenges associated with today’s enterprise network architectures. The M310 features AFL's TruEvent™ Technology, allowing users to confidently determine where losses meet or exceed network specifications. TruEvent advanced event analysis software more accurately detects, locates and measures network events such as splices, connectors, breaks and macro-bends.
The M310 is easy to use with visual result display LinkMap, comes standard with integrated Source, Power Meter and VFL, and is inspection ready with the DFS1 connector inspection probe. No surprise 'add-on' charges for these commonly needed support functions.
Features and Benefits:
Industry Leading TruEvent™ Technology - Provides a new level of accuracy and reliability in event analysis. The M310 is the best performing OTDR for enterprise and data center applications.
Short dead zones - to validate and troubleshoot typical Data Center and Enterprise networks
Event Dead Zones 0.8m
Attenuation Dead-zones < 3 m
Superior Dynamic Range - Higher dynamic range means you can test short networks with narrower pulse widths (better resolution), as well as test longer networks -- Great for contractors supporting both single-mode and multimode Enterprise networks
38 dB Single-mode
30 dB Multimode
Easy to read results with LinkMap™ – LinkMap with Pass/Fail simplifies network troubleshooting and enables even novice users to easily and accurately troubleshoot optical networks.
Built-in Optical Light Source (OLS), Optical Power Meter (OPM), Visual Fault Locator (VFL), and Inspection ready – all in one to help you face fiber network testing challenges.
Truly hand-held - Compact, rugged product packaging is designed for outside use and cramped inside plant environments.
International Language Support - User interface available in English, Chinese, Japanese, French, German, Italian, Polish, Portuguese, Spanish and Turkish
Data Storage and Reporting Capabilities (TRM™ 2.0) - Acceptance reports generated using TRM 2.0 can include OTDR traces with summary and event information, pass/fail indication, event maps, loss/power measurement tables and end-face images.
Macro/Microbend detection - The detection helps technicians identify installation problems. Excessive bends or stress on fibers will show up as increased attenuation at higher wavelengths. These bends or stresses are indicated on the Event Table with a special icon.
Bi-directional trace analysis -- OTDR splice measurements on networks containing different fiber type may result in 'gainer' and excess loss splices where mismatched fibers are spliced. More accurate splice loss measurements are obtained by averaging OTDR traces obtained in each direction. M310 Advanced Analysis option integrates bi-directional averaging within the OTDR.
Ordering Information
The M310 is offered in 2 models: single-mode and QUAD multimode/single-mode. (See data sheet for ordering information).
For your convenience, AFL also provides prepaid calibration plans and calibration plus extended warranty plans
Industry Leading TruEvent™ analysis ensures event reporting accuracy
Short dead zones enable detection of closely spaced events
Integrated Source, Power Meter and VFL
LinkMap™ visually display network
Show More
Applications:
Test, troubleshoot and document networks with closely spaced events
Tier 1 and Tier 2 testing and certification of SM and MM networks
Enterprise network, Data Center, LAN/WAN
Document and create standards compliant acceptance reports with TRM™ 2.0, companion PC software
M310 Enterprise OTDR
The M310 OTDR is specifically designed to address the technical challenges associated with today’s enterprise network architectures. The M310 features AFL's TruEvent™ Technology, allowing users to confidently determine where losses meet or exceed network specifications. TruEvent advanced event analysis software more accurately detects, locates and measures network events such as splices, connectors, breaks and macro-bends.
The M310 is easy to use with visual result display LinkMap, comes standard with integrated Source, Power Meter and VFL, and is inspection ready with the DFS1 connector inspection probe. No surprise 'add-on' charges for these commonly needed support functions.
Features and Benefits:
Industry Leading TruEvent™ Technology - Provides a new level of accuracy and reliability in event analysis. The M310 is the best performing OTDR for enterprise and data center applications.
Short dead zones - to validate and troubleshoot typical Data Center and Enterprise networks
Event Dead Zones 0.8m
Attenuation Dead-zones < 3 m
Superior Dynamic Range - Higher dynamic range means you can test short networks with narrower pulse widths (better resolution), as well as test longer networks -- Great for contractors supporting both single-mode and multimode Enterprise networks
38 dB Single-mode
30 dB Multimode
Easy to read results with LinkMap™ – LinkMap with Pass/Fail simplifies network troubleshooting and enables even novice users to easily and accurately troubleshoot optical networks.
Built-in Optical Light Source (OLS), Optical Power Meter (OPM), Visual Fault Locator (VFL), and Inspection ready – all in one to help you face fiber network testing challenges.
Truly hand-held - Compact, rugged product packaging is designed for outside use and cramped inside plant environments.
International Language Support - User interface available in English, Chinese, Japanese, French, German, Italian, Polish, Portuguese, Spanish and Turkish
Data Storage and Reporting Capabilities (TRM™ 2.0) - Acceptance reports generated using TRM 2.0 can include OTDR traces with summary and event information, pass/fail indication, event maps, loss/power measurement tables and end-face images.
Macro/Microbend detection - The detection helps technicians identify installation problems. Excessive bends or stress on fibers will show up as increased attenuation at higher wavelengths. These bends or stresses are indicated on the Event Table with a special icon.
Bi-directional trace analysis -- OTDR splice measurements on networks containing different fiber type may result in 'gainer' and excess loss splices where mismatched fibers are spliced. More accurate splice loss measurements are obtained by averaging OTDR traces obtained in each direction. M310 Advanced Analysis option integrates bi-directional averaging within the OTDR.
Ordering Information
The M310 is offered in 2 models: single-mode and QUAD multimode/single-mode. (See data sheet for ordering information).
For your convenience, AFL also provides prepaid calibration plans and calibration plus extended warranty plans
AFL noyes M710 Multifunction OTDRs
Features:
Large Touch-Screen Display up to 6.5 inch
TruEvent™ advanced event analysis
Dynamic Range up to 44dB for long haul link testing
>8 hours battery life
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Applications:
Tier 1 and Tier 2 testing and reporting of SM and MM networks
Test and certify campus & central office networks
Inspect fiber endfaces using DFS1 Digital FiberScope
Test Distributed Antenna Systems (DAS) fiber infrastructure
M710 SM and QUAD OTDRs
Compact M710 OTDRs combine industry leading event analysis (TruEvent Technology) with ease of use (Touch and Test®), in a rugged, hand held package. Offering both Quad and single-mode models and dynamic range up to 44dB, M710 OTDRs are ideal for testing and troubleshooting LAN/WAN, metro, and long haul networks. Industry leading dead zones of less than 1.0 m also improve the user's ability to locate and measure events.
Pass/Fail acceptance to TIA/ISO or user-defined limits can be set to alert the test operator of failing or marginal events. These capabilities simplify the user experience and reduce training time and errors. The easy to interpret pass/fail event table enables even novices to get the job done quickly and accurately - reducing the cost of testing and troubleshooting.
Thousands of OTDR test results may be saved as standard .SOR files and stored internally or on the supplied USB drive. The M710 comes complete with TRM™ 2.0 Certification Reporting Software to prepare comprehensive reports compliant to TIA/ISO guidelines.
More Features
Integrated Power Meter and Visual Fault Locator (650 nm VFL)
Full Auto, Expert, and Real-Time OTDR test modes
Pass/Fail Event and Link Thresholds settings
6.5-inch transflective (indoor/outdoor) touch screen display
Tool-free, interchangeable test port adapters
USB host and function ports for data storage and transfer
Bellcore (GR-196 / Telcordia) .SOR file format
Internal (1000 test results) and USB storage
Windows® compatible report and certification generating software
Ordering Infromation
The M710 family is offered in four models (see data sheet for ordering information):
Available in English, French, German, Italian, Spanish, Polish, Portuguese, and Chinese
Large Touch-Screen Display up to 6.5 inch
TruEvent™ advanced event analysis
Dynamic Range up to 44dB for long haul link testing
>8 hours battery life
Show More
Applications:
Tier 1 and Tier 2 testing and reporting of SM and MM networks
Test and certify campus & central office networks
Inspect fiber endfaces using DFS1 Digital FiberScope
Test Distributed Antenna Systems (DAS) fiber infrastructure
M710 SM and QUAD OTDRs
Compact M710 OTDRs combine industry leading event analysis (TruEvent Technology) with ease of use (Touch and Test®), in a rugged, hand held package. Offering both Quad and single-mode models and dynamic range up to 44dB, M710 OTDRs are ideal for testing and troubleshooting LAN/WAN, metro, and long haul networks. Industry leading dead zones of less than 1.0 m also improve the user's ability to locate and measure events.
Pass/Fail acceptance to TIA/ISO or user-defined limits can be set to alert the test operator of failing or marginal events. These capabilities simplify the user experience and reduce training time and errors. The easy to interpret pass/fail event table enables even novices to get the job done quickly and accurately - reducing the cost of testing and troubleshooting.
Thousands of OTDR test results may be saved as standard .SOR files and stored internally or on the supplied USB drive. The M710 comes complete with TRM™ 2.0 Certification Reporting Software to prepare comprehensive reports compliant to TIA/ISO guidelines.
More Features
Integrated Power Meter and Visual Fault Locator (650 nm VFL)
Full Auto, Expert, and Real-Time OTDR test modes
Pass/Fail Event and Link Thresholds settings
6.5-inch transflective (indoor/outdoor) touch screen display
Tool-free, interchangeable test port adapters
USB host and function ports for data storage and transfer
Bellcore (GR-196 / Telcordia) .SOR file format
Internal (1000 test results) and USB storage
Windows® compatible report and certification generating software
Ordering Infromation
The M710 family is offered in four models (see data sheet for ordering information):
Available in English, French, German, Italian, Spanish, Polish, Portuguese, and Chinese
AFL FOCIS Flex Fiber Optic Connector Inspection System
Features:
Auto-focus & auto-centering for fast, easy inspection
Un-tethered operation for easy access
IEC or user-defined pass/fail analysis
Use independently, or Bluetooth pair with FlexTester OTDR
Show More
Applications:
Inspect patchcord and panel-mounted connectors
Verify proper connector cleaning practices
Assure critical fiber infrastructure performs properly
Keep fiber connections working at optimal performance
Features:
Auto-focus & auto-centering for fast, easy inspection
Un-tethered operation for easy access
IEC or user-defined pass/fail analysis
Use independently, or Bluetooth pair with FlexTester OTDR
Show More
Applications:
Inspect patchcord and panel-mounted connectors
Verify proper connector cleaning practices
Assure critical fiber infrastructure performs properly
Keep fiber connections working at optimal performance
Auto-focus & auto-centering for fast, easy inspection
Un-tethered operation for easy access
IEC or user-defined pass/fail analysis
Use independently, or Bluetooth pair with FlexTester OTDR
Show More
Applications:
Inspect patchcord and panel-mounted connectors
Verify proper connector cleaning practices
Assure critical fiber infrastructure performs properly
Keep fiber connections working at optimal performance
Features:
Auto-focus & auto-centering for fast, easy inspection
Un-tethered operation for easy access
IEC or user-defined pass/fail analysis
Use independently, or Bluetooth pair with FlexTester OTDR
Show More
Applications:
Inspect patchcord and panel-mounted connectors
Verify proper connector cleaning practices
Assure critical fiber infrastructure performs properly
Keep fiber connections working at optimal performance
