The KI 6610 Handheld FiberSafe Inspection  Microscope provides 200x magnification and comes with a 2.5mm universal adapter. It is the microscope of choice to check fiber optic connector end face quality.A combination of versatile and rugged design, easy operation, quality optics and durable construction ensures that this equipment will enhance the performance of installation and maintenance staff. Options are suitable for all fiber types including SM / MM / MPO / POF, and many connector styles.x200 magnification is ideal for general installation & maintenance checking by entry level staff, on single mode, multimode or HCS fiber. Faults that cannot be seen are unlikely to affect connector performance, focusing is easier, and battery life is longer. The x200 option is also used with the range of MPO adaptors for checking any style of MPO tip. The adaptor includes a traversing mechanism, and multiple fiber rows are easily viewed using the X-Y adjustment.

The KI 6611 Handheld FiberSafe Inspection  Microscope provides 400x magnification and comes with a 2.5mm universal adapter. It is the microscope of choice to check fiber optic connector end face quality. A combination of versatile and rugged design, easy operation, quality optics and durable construction ensures that this equipment will enhance the performance of installation and maintenance staff. Options are suitable for all fiber types including SM / MM / MPO / POF, and many connector styles. x400 magnification is optimized for 1 mm POF end face inspection. It also optimized to work with KI28800 series source for MPO cable verifications.

635-1650 nm; Loss Range 21.5-44 dB; Loss Repeatability/Linearity 0.04, 0.06 dB; Power Accuracy 1% Kingfisher’s KI 23400 & KI 27400 is an optical, handheld, two-way loss test set (OLTS) with length and ORL measurement that is perfect for ultra-high fiber count tier 1 loss & length testing applications. A pair of these compact instruments set new standards of productivity, accuracy and ease of use. Each fiber needs just one test hook-up and one key press for a complete bidirectional loss, length and ORL test, for both single mode (SM) and multi mode (MM) fiber, so the same test method can be used for all fibers in a network, eliminating administration, training and test errors. Testing is accurate and can take only five seconds, direct onto a final report. The “Visitester” option lights up the far end of the fiber to be tested. A pair of KI 23400 & KI 27400 instruments both display length as well as bi-directional loss and ORL each end, in one hook-up, in real time, with no need to specify master/slave instruments. A single instrument can also be used as a stand-alone light source & power meter, ORL meter, VFL, or tone generator/detector. Key Features: Ease to Use, Slim & Versatile Loss, Length & ORL Tester for High Fiber Counts 25% of the Size/Weight, 7x the Battery Life of Competitors Alkaline Battery Life: 80 h USB External Power EF Compliant Multi Mode Sources Single Mode (SM), Multi Mode (MM), Quad & Other Wavelengths Wavelength Range 635 to 1650 nm Loss Range: 21.5 to 44 dB Loss Repeatability / Linearity: 0.04, 0.06 dB Bidirectional Autotest Loss, ORL & Length Testing on One Fiber Real-time Pass/Fail Display Interchangeable Connectors 8,000 Fiber Memory and USB Interface KITS™ Reporting Software Autotest Power Meter Power Accuracy: 1% 24 Calibrated Wavelengths Continuity Test Tone With Multi-Fiber ID VFL VisiTester Option ISO 17025 Traceable Full QA & Test Reports for Source Stability / λ, & Power Meter Linearity Dimensions: 190 x 105 x 35 mm Weight: 420 g 3 Year Warranty and Calibration Cycle Applications: Single Mode (SM), Multi Mode (MM) & Both Fiber Types; Tier 1 Cable Certification & Reporting; Bidirectional Loss, Length & ORL in One Hook-up With Integrated VFL (VisiTester); Optical Power, Continuity & Polarity

Optical Power -70-+33 dBm; 600-1700 nm; Accuracy 1%; Display mW, μW, nW, dB, dBm; Detector InGaAs, Ge; Resolution 0.01 dB Kingfisher’s KI 2600 Series handheld fiber meters measure absolute or relative light levels and test tones and are used by professional installers and contractors to test power, loss, continuity and faults on all types of fiber optic systems. Superior measurement confidence is achieved through a combination of excellent basic accuracy, intuitive use and rugged reliability. KI 2600 Series power meters have comprehensive report generation capabilities and a variety of useful features for productivity. Various detector options cover power levels from +33 to -70 dBm, all useful wavelengths, many connector styles including duplex / ribbon, and large core POF fiber. The meter displays mW, μW, nW, dB, dBm to 0.01 dB resolution, with no range-changing delays. A separate reference for each wavelength is stored and displayed. Superior high-power performance is achieved. Autotest provides fast, easy and automatic multi λ (wavelength) loss testing up to 6 wavelengths, with up to 3 wavelengths displayed simultaneously, along with the respective source nominal power levels. Any Kingfisher Autotest light source/LTS with matching wavelength can be used. Unique in the industry, the tight total uncertainty specification covers all power levels, temperatures, connectors and fibers, without warm-up or user dark current offset. Calibration is ISO 17025 traceable. Interchangeable connectors are dust and drop protected. SC adaptors are supplied, with others available including small form factor LC styles. Metal-free adaptors avoid contamination of connectors in high-power systems. Loss test results can be stored in the large memory, along with a user-input cable name and time stamp. Results can be copied onto a USB memory key with one button push. Alternatively, live readings can be put directly onto a customer report computer using KITS™ customizable Excel-based reporting software. Reports can be easily customized for any terminology, language or format. KITS™ also provides a one-button file dump to a PC with Windows OS. When used with Multi-fiber ID sources, the Multi-fiber ID tone feature uniquely identifies up to 12 fibers, in addition to common test tones. The VFL (Visible Fault Locator) option offers simple fault finding and continuity testing. Flexible power options include a choice of batteries, with a jumper selectable battery charger. External power is provided via USB. For optical power meters with large area optical detectors up to +33 dBm for testing e.g. ribbon fiber, MPO/MT/MTP and MTRJ, large core fiber such as POF, fiber bundles, high power pump lasers, other general optical applications etc., please refer to Kingfisher’s KI 2600XL Series. Key Features: Easy to Use, Rugged & Versatile Optical Power Range: -70 to +33 dBm Wavelength Range: 600 to 1700 nm Detectors: InGaAs, H5 (InGaAs), Ge 28 Genuine 1% Traceable Calibration Wavelengths 1% Accuracy ISO 17025 Traceable Calibration Certificate Improved High Power Accuracy Autotest With up to 3 Wavelengths Displayed Minimum Tone & Autotest Sensitivity: -35 to -50 dBm Typical Wavelength Sensitivity (±30 nm): 0.03 dB Typical Midrange Linearity: 0.04, 0.06 dB Typical Polarization Sensitivity: <0.05 dB Maximum Total Uncertainty: 0.3 to 0.5 dB Power Averaging Mode for Modulated Signal Max/Min Recording Very Long Battery Life, External Micro USB Power Large Back-lit LCD, Sunlight-readable Interchangeable Connectors With Dust Cap/Tilt Bail Large Memory With Text, Time Stamp and USB Dump KITS™ Flexible Real-time PC Reporting Software With Data Security One-Button Memory Dump to USB Key Multi-fiber ID Tone Detection for Fiber Identification VFL Visual Fault Finder Laser Option Size & Weight: 190 x 105 x 35 mm, 420 g Full QA & Linearity Test Report 3 to 7 Years Warranty 3 Years Recommended Calibration Cycle Applications: System Power Testing; Attenuation Testing, Fiber Identification; Fault Finding & Continuity Testing

Optical Power -70-+33 dBm; 350-1700 nm; Accuracy 1%, 2%; Display mW, μW, nW, dB, dBm; Detector InGaAs, Ge, Si; Resolution 0.01 dB Kingfisher’s KI 2600XL & KI 9600XL Series optical power meters / radiometers have large area optical detectors. Typical test applications include specialty fiber optic or free space systems employing multi-fiber connectors such as MPO/MT/MTP and MTRJ, large-core fiber such as POF, fiber bundles, and high-power pump lasers. KI 2600XL & KI 9600XL Series optical power meters / radiometers measure absolute and relative light levels and display mW, μW, nW, dB, dBm to 0.01 dB resolution. A separate reference for each wavelength can be stored and displayed. Up to 1% traceable accuracy, ease of use and high availability combine to achieve superior measurement confidence and makes these series ideal for field and laboratory use. Operational savings result from up to 1000-hour battery life, and no range changing delays. Detector & calibration options cover a wide range of optical connectors, fiber types, wavelengths and power levels. The industry standard 7/8” 28 TPI connector interface can be equipped with screw-on adaptors available for a wide variety of optical connectors. For non-standard calibration wavelengths or connector styles, please contact our power meter specialists to discuss your requirements. Since KI 2600XL & KI 9600 XL Series power meters are ideal for both free space & fiber applications, they are ideal traceable transfer standards for calibrating fiber optic laboratory equipment. For KI 2600XL, powerful KITS software provides a practical logging / acquisition / reporting environment straight out of the box. The handy tone detector is a useful craft aid for fiber identification. The actual modulation frequency is measured and displayed, so that source modulation frequencies can be checked. For more general versions of these series, please refer to Kingfisher’s KI 2600 Series handheld optical power meters and KI 9600A Series pocket power meters. Key Features: Active Area to 5 mm Diameter or 3.5 x 7 mm Optical Power Range: -70 dBm / 100 pW to +33 dBm / 2 W Wavelength Range: 350 to 1700 nm Detectors: 5 mm Diameter or 7 x 3.5 mm Ge, InGaAs, Si, 2 mm Diameter High-power InGaAs & Ge Response Uniformity Across Detector: ±1%, ±2% Very Long Battery Life: 300 to 1,000 h Industry Standard Screw-on Connector Adapters Calibrations at 9 to 28 Wavelengths from 400 to 1650 nm Calibration Accuracy: ±1%, ±2% KI 2600XL: External Power / Charger via Micro USB KI 2600XL: Memory With Text, Timestamp, USB Dump, KITS™ Data Logging / Reporting Software Test Tone Detection Minimum Tone & Autotest Sensitivity: -20 to -45 dBm Typical Wavelength Sensitivity (±30 nm): 0.03, 0.04 dB Typical Midrange Linearity: 0.02 to 0.06 dB Typical Polarization Sensitivity: <0.05 dB Maximum Total Uncertainty: 0.3, 0.5 dB Max/Min Recording Compact, Rugged and Light Weight Size & Weight: 124 x 81 x 25 mm, 150 g (KI 9600XL), 190 x 165 x 38 mm, 420 g (KI 2600XL) Sunlight-readable Display ISO 17025 Traceable Calibration Certificate 3 to 7 Years Warranty 3 Years Recommended Calibration Cycle Applications: Testing Optical Power, Attenuation & Continuity for Duplex, Ribbon & POF Fibers, Fiber Bundles & Free Space and Unusual Fiber Optic Connectors

Fiber Type SM; Wavelength Detection 800-1700 nm; Test Tones 0.27, 1, 2 kHz; IL 0.8, 2.5 dB; Power Detection Range -50-+10 dBm Kingfisher’s KI 6171 tone and traffic identifier is a rugged, easy to use instrument used to identify optical test tones, live traffic and optical power levels in single mode (SM) fiber. KI 6171 optical fiber identifiers are commonly used during installation and maintenance of fiber optic systems to positively identify fibers to avoid accidently disconnecting live systems, and for general checking of continuity, faults or mid-span loss points. The KI 6171 optical fiber identifier is easy and reliable to use with one hand. It can detect a variety of optical tones, which can be provided by any Kingfisher laser source. When traffic is present, an audible tone can be heard as well as LED indication of traffic direction and estimated core power. Various field interchangeable chucks are supplied and enable rapid re-configuration for a variety of fiber cord diameters. Chucks not in used are securely stored and conveniently carried along with the equipment in the slide-on compartment hence reducing chances of those chucks being misplaced. The approximate core power in the fiber is measured and displayed on a two-digit display. Its very long distance operating range of up to 200 km makes the KI 6171 optical fiber identifier suitable for use where a VFL cannot reach. Key Features: Single-handed Operation Very Easy to Operate Thumb Lock for Consistency & Hands-free Operation Wavelength Detection: 800 to 1700 nm Identifies and Displays Dominant Traffic Direction With Audible Alert Identifies 3 Common Test Tones: 270 Hz, 1 kHz, 2 kHz Low False Detection Low Insertion Loss (Typical): 0.8 dB (1310 nm), 2.5 dB (1550 nm) Approximate Fiber Power Meter Display Power Detection Range: -50 to +10 dBm (CW in 0.9 mm Bare Fiber) Supplied With 4 Easy-change Heads for Ribbon / 250 μm Coated Fiber, 900 μm Fiber, 2 mm & 3 mm Patch Lead Slide-on Compartment for Chuck Storage Fiber Slack: 12 mm Uses 2 x AAA Alkaline Batteries Auto On/Off Durable Metal Housing and Quality Construction Dimensions: 196 x 30.5 x 27 mm Weight: 200 g 1-year Warranty Full QA Report Applications: Positive Identification of Fibers Carrying Traffic or a Test Tone; Approximate Indication

Digital Variable Handheld Attenuator; Fiber Type SM, MM, POF; 650-1550 nm; Attenuation Range 2.0-60 dB; Resolution 0.05 dB; RL 60 dB Kingfisher’s KI 7010 Series of handheld fiber optic variable attenuators are precision instruments commonly used for testing optical system margin, linearity and sensitivity of optical transmission equipment and to adjust a source output power. Superior specifications, superb accuracy, high productivity and numerous useful attributes like remote-control capability make the KI 7010 Series genuine laboratory grade instruments. Versions are available for single mode (SM), multi mode (MM) and POF fiber types. Very flat wavelength response enables confident testing of CWDM/DWDM systems. The instrument wavelength setting is actually irrelevant in most situations up to about 20 dB of attenuation. Industry leading linearity and absolute accuracy backed up by an ILAC / ISO 17025 traceable calibration certificate enable precision linearity testing of sub systems and components. Full absolute calibration is performed at all wavelengths and attenuation values. The patented metal-free interchangeable connectors avoid critical contamination of connectors used in high power applications. Operational modes include manual, relative, step and remote control via a PC. Step mode is very useful for typical linearity checking applications. The free Labwindows-based PC software is used to provide external control. External control is provided via an RS232 interface. Alternatively, a simple command set can be used to program the instrument using your own code. The attenuation remains stable as the instrument is turned on or off, making the device suitable for embedded use in working systems. Power can be supplied externally. Key Features: Compact, Rugged & Light Weight Single Mode (SM), Multi Mode (MM) & POF Versions Easy to Use, Accurate & Productive Instruments Excellent Linearity and Absolute Loss Accuracy Wavelength Range: 650 to 1550 nm Up to 2 Calibrated Wavelengths Attenuation Range: 2.0 to 60 dB Resolution: 0.05 dB Optical Return Loss (RL): 60 dB Polarization Dependent Loss (PDL): <0.1 dB Polarization Mode Dispersion (PMD): <1 ps ISO 17025 Traceable Calibration Certificate High Optical Power Handling Capability: up to >+30 dBm / 1,000 mW Broadband, Flat Wavelength Response Low Minimum Insertion Loss Supplied With Metal-free SC, ST, LC Interchangeable Connectors Multiple User-defined Sequences Remote-control (Labwindows) Software Set Attenuation is Unaffected by Power On/Off Status Very Long Battery Life & External Power 3 Years Warranty Applications: Testing Optical Transmission Equipment, Field, Handheld, Bench, Embedded; Optical Margin Testing; Sensitivity Testing; Linearity Testing; Source Output Power Adjustment; Temporary Passive Adjustable Transmission Pad

Optical Power -60-+24 dBm; 635-1625 nm; Accuracy 2%; Display mW, μW, nW, dB, dBm; Detector InGaAs, Ge; Resolution 0.01 dB Kingfisher’s inexpensive KI 9600A Series are simple and reliable shirt-pocket optical power meters for testing power and loss on all types of fiber optic systems. The KI 9600A Series’ 2% traceable calibration accuracy, ease of use and high availability combine to achieve superior measurement confidence. Detector & calibration options cover a wide range of connector types, fiber types, common wavelengths and power levels from +24 to -60 dBm. The small KI 9600A Series pocket fiber power meters are ideal for measuring absolute / relative light levels or test tones on single mode (SM), multi mode (MM) or plastic optical fiber (POF) systems. High traceable accuracy and ease of use make it perfect for field or laboratory. The series’ tough construction includes moisture resistance, rubber corners, a captive connector dust cap and it can be dropped over 2 meters onto a hard surface. These instruments meet MIL PRF 28800F Class 2. When used with multiple KI 9800A Series light sources, the multi-fiber ID feature uniquely identifies up to 12 fibers. The tight total uncertainty specification covers the entire range of measurement, temperature, connectors and fiber types, without warm up or dark current offset. Calibration is ISO 17025 traceable. Operational savings come from a 3-year warranty, 300 hours of battery life and fast operation. The meter displays mW, μW, nW, dB, dBm to 0.01 dB resolution. A separate reference for each wavelength can be stored. A power averaging mode measures the average power of modulated signals. The tamper-lock mode enables a site manager to lock and track instrument settings to reduce measurement skill and improve both test confidence and traceability. Interchangeable optical connectors are dust and drop protected. Other styles include the popular LC. The InGaAs meter is the preferred solution for single mode testing from 900 to 1650 nm. Ge meters offer modest accuracy from 660 to 1550 nm. H series InGaAs meters are available for high-power testing. They offer good immunity to wavelength and reflection effects. For testing 1 mm POF, ribbon fiber, MT-RJ, expanded beam connectors etc., refer to the KI 9600-XL series for instruments with large-area detectors. Key Features: Shirt Pocket Size With Spring Clip: 124 x 81 x 25 mm Low Weight: 0.15 kg Detector: InGaAs, H3B (InGaAs), H5 (InGaAs), Ge Up to 12 Calibrated Wavelengths: 635 to 1625 nm Calibration Accuracy: ±2% ISO 17025 Traceable Easy to Use, Rugged & Reliable 2 x AA Batteries, 300 h Life Large Sunlight-readable Display Displays dBm, dB, linear, Tone Hz Optical Power Level: -60 to +24 dBm Resolution: 0.01 dB Typical Wavelength Sensitivity (±30 nm): 0.03, 0.04 dB Typical Midrange Linearity: 0.04, 0.06 dB Typical Polarization Sensitivity: <0.05 dB Maximum Total Uncertainty: 0.3, 0.5 dB Power Averaging Mode for Modulated Signal Max/Min Recording & Display Hold Tone Detector With Multi-fiber ID for Fiber Identification: -20 to -50 dBm Sensitivity Easy to use Tamper-lock Mode for Low-skill Measurement Patented Low-cost Interchangeable Connectors Full QA Reports ISO 17025 Traceable Calibration Certificate 3 Year Warranty & Calibration Applications: System Power Testing; Attenuation Testing; Fiber Identification; Wavelength Selective Option for PON

Light Source Laser, LED or VCSEL; 635-1625 nm; Output Power -32-0 dBm; Optical Power Stability 0.01-0.8 dB; Autotest Compatible; Source or VFL Options Kingfisher’s KI 9800A Series shirt-pocket fiber sources are used to test optical loss, multi-fiber polarity checking or fault finding in all optical fiber systems, at 1 to 3 wavelengths. High productivity, high stability, rugged construction and ease of use combine to achieve superior measurement confidence. With wavelengths ranging from 635 nm to 1625 nm, the KI 9800A Series pocket fiber sources are used for loss testing, polarity checking or fault finding on single mode (SM), multi mode (MM), PCS or plastic optical fiber (POF) cable. Tough construction includes general moisture resistance, rubber corners and proven ability to withstand drops of over 2 m onto a hard surface. The sources meet the general requirements of MIL PRF 28800F Class 2. Interchangeable optical connectors are dust and drop protected. An SC adaptor is supplied; other styles include the popular LC. Use of metal-free adaptors avoids contamination of connectors in high power systems. Reconnection repeatability is <0.1 dB, resulting in exceptional practical source stability. Calibration is ISO 17025 traceable. When used with an Autotest-compatible power meter or loss test set, one-button multi-wavelength loss testing is achieved. Test tones can be used with a compatible power meter or clip-on identifier for fiber detection, polarity checking, fault finding and route location. When used with a multi-fiber ID-compatible power meter, multiple sources can be set up to uniquely identify up to 12 fibers at a time. The tamper-lock limited feature mode enables a site manager to lock and track instrument settings to reduce operation skill and improve both test confidence and traceability. Key Features: Source or VFL Options for All Fiber Types Shirt-pocket Size With Spring Clip: 124 x 81 x 25 mm Low Weight: 0.15 kg Rugged, Drop-resistant Construction Laser, LED or VCSEL Light Source Wavelength Range 635 to 1625 nm Initial Wavelength Tolerance (@+25 °C): 5 to 30 nm Typical Wavelength Width FWHM: ≤1 to 25 nm Typical Wavelength Tolerance vs. Temperature: 0.1 to 0.4 nm/°C Optical Output Power: -32 to 0 dBm Output Power Level Fixed or Adjustable Over 3 dB in 0.1 dB Steps Excellent Optical Power Stability: 0.01 to 0.12 dB Short-term, 0.35 to 0.8 dB Over Temperature Excellent Re-connection Repeatability: 0.05 to 0.1 dB, 95% Confidence Modulation: 270 Hz, 1 kHz, 2 kHz ±2% Interchangeable Connectors Long AAA Alkaline Battery Life: 35 to 40 h in Autotest, Typical User-defeatable Auto Turn-off Tamper-lock Mode for Low-skill Measurement Multi-fiber ID Tone Source Feature Mode-controlled Multi Mode Sources Eye-safe Long-distance VFL to 10 km Autotest Compatibility With Other Instruments Large Sunlight-readable Display 3 Year Warranty & Calibration Cycle ISO 17025 Traceable Calibration Full QA Reports With ISO9001-compliant Calibration Applications: Single Mode (SM), Multi Mode (MM) or POF/PCS Cable Loss Testing; Continuity Testing; Visual Fault Finder (VFL) Option; General Testing & Maintenance

Single mode 1310, 1550, 1625 nm laser, ultra stable laser, InGaAs The KI2300 Series Zero Warm-up Loss Test Set uses an advanced optical stabilization method in the light source to offer ultra high stability, insensitivity to ambient temperature variations, and zero warm up time, Typical applications include precision fiber optic loss measurement in R&D, QA and demanding installation environments,

The NEW Kingfisher Handheld Fiber Meter is a premium power meter used to test power, loss, continuity and faults on fiber optic systems, The InGaAs detector is recommended for testing singlemode fiber from 1000 - 1650 nm at up to +10 dBm and 200u core diameter,

Ideal for operators working with both singlemode and multimode fibre , this high quality hand held light source provides all the standard testing wavelengths in one instrument, Encircled Flux Compliant 850nm Multimode source ensures highest quality test repeatability and standard autotest capabilities and tone generation ensure full interoperation with all KI2000 and KI7000 power meters and loss test sets,

The small KI 9600A-XL Shirt-Pocket Fiber Meter is a simple and reliable power meter recommended for testing fiber optic systems where a large area detector is required, Two types of 5 mm detector are offered: Si and Germanium, These meters are commonly used for measuring up to 3 mm core diameter POF / PCS / HCS fiber, MTRJ connectors, and MPO / MP / MTP ribbon fiber connectors up to 72 fibers, Typical application areas include Audio, Profibus, industrial, LAN and Telecom, Industry standard screw-on adaptors are available for a wide variety of optical connectors, Our Applications Engineers would be glad to assist with your special needs,

High quality , cost effective  single-mode source with tone generator functions, Auto test and 3 year warranty,  Angled PC Connectors

High quality , cost effective  multi-mode source with tone generator functions, Auto test and 3 year warranty

High quality , cost effective  single-mode source with tone generator functions, Auto test and 3 year warranty

Kingfisher’s KITS™ software is a flexible, powerful and secure cable software solution for real-time data acquisition, labeling, analysis and reporting of fiber optic attenuation, power and optical return loss (ORL). This software can be used with Kingfisher power meters, ORL and loss testers and it easily integrates with cable & rack label printers. KITS™ dramatically improves testing productivity, lowers skill level, minimises errors and enhances report customizing capability. KITS™ can be used across any size of organisation as a true enterprise level solution for performing measurement, reporting and database entry. It quickly produces professional cable pass/fail reports suited to outside plant and LAN / data center requirements. KITS™ is built into Excel. It is a convenient out-of-the-box solution for most users and can be easily customised in many ways. Key Features: Real-time Acquisition, Display, Data Transfer, Report Building and Pass/Fail Using KI 2xxx & 7xxx Series Instruments Integration With Kingfisher Autotest Instruments Easy to Use, Productive & Flexible Pass/Fail Bi-directional Loss & ORL in 5 s, With a KI734x Two-Way Tester Pass/Fail Reporting to TIA 568, IEC 14763, Other & Custom Standards Easily Customize Multiple Customer Reports Print Labels via Cable & Rack Labeling Wizard With Brother P-Touch Editor Software Works on Windows, With Familiar Excel™ User Interface Built-in Demo Instrument Emulation for Easy Trial Flexibility to Accommodate Many Work Practices Data Security With Secure Data Mode and Secure Data Import/Export Formats Use On- or Off-site: Either Work Live or Download Results From Instrument Memory Data Logging Mode for Monitoring & Intermittent Fault Finding Australian LAN, Telstra & NBN Reporting Solutions Compatible Power Meters or Loss Test Sets / Two-Way Testers Easy Data Integration With Corporate Asset Database Demo Mode for Easy Trial Evaluation Free Software & Updates Computer Requirements: Windows 32 or 64 Bit 10/8.x/7/Vista/XP, Apple OSX (Mavericks) using Parallels 9, for Full Functionality: 32 Bit MS Office 2016/2013/2010/2007 Applications: Data Acquisition, Reporting and Data Integration for Fiber Optic Loss, Power & ORL

The Kingfisher International OPT701 mandrel wrap mode filters are used to improve loss testing accuracy on multimode optical fiber.They comply with standard TIA/EIA-568-C, when used with 2 - 3 mm test ords and 50 or 62.5 μm core fiber.Features Simply improve multimode power and loss testing Comply with TIA/EIA-568-C standards Unique hinged clip eases attachment and removal of test cord Includes mandrels for both 50 and 62.5 μm core fiber Grooved body to ensure correct number of fiber loops are made on the mandrel

The small KI 9600A-H3B Shirt-Pocket Fiber Meters are simple and reliable power meters recommended for testing high power optic systems up to +24 dBm and 200u core diameter, +24 dBm is the maximum permissible fault power in any installed / amplified system, The two high power detector options give generally good immunity to wavelength, polarisation and connector reflection issues, Since they use InGaAs detectors, they offer genuine accuracy over the entire CWDM / DWDM spectrum out to 1625 nm, The metal free connector options avoid costly system failure caused by connector metal dust contamination,

The small KI 9600A-H5 Shirt-Pocket Fiber Meters are simple and reliable power meters recommended for testing high power optic systems up to +24 dBm and 200u core diameter, +24 dBm is the maximum permissible fault power in any installed / amplified system, The two high power detector options give generally good immunity to wavelength, polarisation and connector reflection issues, Since they use InGaAs detectors, they offer genuine accuracy over the entire CWDM / DWDM spectrum out to 1625 nm, The metal free connector options avoid costly system failure caused by connector metal dust contamination,

1.25 mm Universal PC, Simplex / Duplex. The connector adaptor is suitable for the FiberSafe handheld fiber microscopes KI6610 and KI6611.

1.25 mm Universal APC, Simplex / Duplex Note: This adaptor is a handy general solution for many APC connector styles. For regular use on any one style of APC connector, a connector specific adaptor is preferable since it will be much faster to work with. The connector adaptor is suitable for the FiberSafe handheld fiber microscopes KI6610 and KI6611.

2.5 mm Universal, APC, Simplex / Duplex Note: This adaptor is a handy general solution for many APC connector styles. For regular use on any one style of APC connector, a connector specific adaptor is preferable since it will be much faster to work with. The connector adaptor is suitable for the FiberSafe handheld fiber microscopes KI6610 and KI6611.

FC APC The connector adaptor is suitable for the FiberSafe handheld fiber microscopes KI6610 and KI6611.