Fiber Optic Test Equipment
Jonard Jonard Tools OFI-50 Fiber Optic Network Troubleshooter
The Jonard Tools OFI-50 Optical Fiber Identifier is a must-have tool for network professionals seeking efficient and non-disruptive fiber identification. Designed to quickly and accurately identify the direction of transmitted fiber and display relative core power, this optical fiber identifier enhances network maintenance without causing any damage to the fiber. Key Features: Direction Identification: With easy one-key operation, this tool efficiently identifies the traffic direction and frequency tone (270Hz, 1KHz, 2KHz) with audible warnings, making it a valuable asset for network troubleshooting. Clear Display: The intuitive display provides a clear view of the relative core power, ensuring accurate readings for better network management. Versatile Adapters: The kit includes a range of adapters (3 mm, 2 mm, 900 nm, and 250 nm) to accommodate various fiber optic cable sizes, offering versatility in usage. Sunshade Protection: The included sunshade protects the fiber optic cable from interference, ensuring precise readings even in challenging environments. Durable Construction: Housed in a rugged metal casing, this optical fiber identifier is built for long life and durability, withstanding the demands of professional use. Battery Indicator: Stay informed about battery status with the LED indicator, so you can replace the 9V battery as needed to keep your tool running smoothly. Technical Specifications: Identified Wavelength Range: 800-1700 nm Identified Signal Type: CW, 270Hz±5%, 1kHz±5%, 2kHz±5% Detector Type: Ø1mm InGaAs 2pcs Adapter Type: Ø0.25 (Applicable for Bare Fiber), Ø0.9, Ø2.0, and Ø3.0 Signal Direction: Left & Right LED Signal Direction Test Range: -46~+10 dBm (1310 nm, CW/0.9 mm bare fiber), -50~+10 dBm (1550 nm, CW/0.9 mm bare fiber) Signal Frequency Display: 270 Hz, 1 kHz, 2 kHz Insertion Loss: 0.8 dB (1310nm), 2.5 dB (1550nm) Battery Type: 9V Kit Includes: Fiber Identifier, 3 mm, 2 mm, 900 nm, and 250 nm adapters, sunshade, and a convenient carrying pouch. Discover the Jonard Tools OFI-50 Optical Fiber Identifier and take your network troubleshooting to the next level with this efficient and reliable tool.
$697.29 $587.95
300M OTDR Launch Cable SM 9/125µm SC/UPC‑LC/UPC
QAP G652D SM‑300M‑SCULCU 300M OTDR Launch Cable SM 9/125µm SC/UPC‑LC/UPC Overview The QAP G652D SM‑300M‑SCULCU is a 300-meter OTDR launch cable designed with G.652D 9/125µm singlemode fiber and equipped with SC/UPC to LC/UPC connectors. This compact, high-precision launch cable is engineered for short to mid-range fiber testing and is suitable for use as either a launch cable or a receive cable. Its mixed connector configuration is ideal for environments where interface conversion is required between equipment and fiber links. Tri‑Tek Electronics is an authorized QAP distributor, offering full warranty coverage, factory-direct support, and fast product availability from our retail location in Mesa, Arizona. We serve fiber optic professionals throughout Phoenix, Chandler, Tempe, Gilbert, and surrounding areas. Key Features & Benefits 300 meters of G.652D singlemode fiber (9/125µm) Terminated with SC/UPC to LC/UPC connectors Ideal for short-run or mid-span OTDR testing Supports both launch and receive cable roles Minimizes OTDR dead zones for accurate diagnostics Lightweight, rugged design with compact storage case Factory-terminated and tested for low insertion loss Compatible with all major OTDR platforms Technical Specifications Parameter Specification Fiber Type Singlemode G.652D Core / Cladding Diameter 9 µm / 125 µm Cable Length 300 meters Connector A SC/UPC Connector B LC/UPC Insertion Loss ≤ 0.5 dB typical at 1310 nm Enclosure Rugged non-metallic protective case Dimensions Compact form factor for field use Weight Lightweight for portability Operating Temp –40 °C to +55 °C Included Accessories Carrying case, test documentation, retail packaging Example Use Case Short Fiber Link Testing & Equipment Interface MatchingIn testing an FTTH drop cable or a cabinet-to-patch panel link, a technician may need to connect an SC/UPC OTDR port to an LC/UPC termination point. This 300M OTDR launch cable provides just enough fiber length to properly settle the OTDR pulse and bridge connector types without introducing unnecessary length or signal loss. Its compact design is ideal for use in confined environments, like data centers or residential wiring closets. It also doubles as a receive cable when testing from the opposite direction, allowing full analysis of far-end fiber events. Why Choose Tri‑Tek Electronics? Authorized QAP Distributor: Backed by full warranty and factory support Arizona-Based Inventory: Local stock in Mesa for fast Phoenix metro fulfillment Trusted by Professionals: Used by low voltage, IT, and fiber installers statewide Custom Options: Other lengths and connector combinations available on request
$129.99 $99.95
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500M OTDR Launch Cable SM 9/125µm SC/APC‑LC/UPC
QAP G652D SM‑500M‑SCALCU 500M OTDR Launch Cable SM 9/125µm SC/APC‑LC/UPC Overview The QAP G652D SM‑500M‑SCALCU is a 500-meter OTDR launch cable built with high-grade G.652D 9/125µm singlemode fiber, terminated with SC/APC to LC/UPC connectors. This fiber ring is ideal for bridging the OTDR dead zone and enabling accurate event detection on both ends of the fiber link. Its connector pairing supports diverse fiber test setups where mismatched interfaces are present. The unit is designed for field use and functions as both a launch cable and a receive cable. Tri‑Tek Electronics is an authorized QAP distributor and maintains local inventory at our Mesa, AZ retail location. We offer full manufacturer warranty coverage, expert support, and immediate product availability to customers throughout Phoenix, Tempe, Chandler, and the greater Arizona region. Key Features & Benefits 500 meters of G.652D singlemode 9/125µm fiber Connector configuration: SC/APC (SCA) to LC/UPC (LCU) Dual-purpose: Use as a launch or receive cable Ideal for FTTH, PON, or hybrid patch testing Eliminates OTDR dead zones for more accurate fiber diagnostics Rugged, non-metallic housing for field durability Lightweight and portable, includes carrying case Compatible with industry-standard OTDR equipment Technical Specifications Parameter Specification Fiber Type Singlemode G.652D Core / Cladding Diameter 9 µm / 125 µm Length 500 meters Connector A SC/APC Connector B LC/UPC Insertion Loss ≤ 0.5 dB typical @ 1310 nm Enclosure Nonmetallic protective field case Dimensions Compact for technician mobility Weight Light enough for transport and deployment Temperature Range –40 °C to +55 °C Accessories Nylon carrying bag, documentation, packaging box Application Example Versatile Mid-Length OTDR TestingThis 500-meter launch cable is perfect for scenarios where a longer buffer is needed than typical 150–300m cords but shorter than 1km. A technician testing a fiber link between a panel and a remote terminal can use the SC/APC end at the OTDR and the LC/UPC end at the fiber input, ensuring precise measurements with minimal loss. As a receive cable, it enables accurate event capture at the far end of the fiber, especially in hybrid connector environments. Its mid-range length makes it highly versatile for service providers, enterprise networks, and low voltage integrators working across mixed topologies. Why Buy from Tri‑Tek Electronics? Authorized Distributor: Full manufacturer warranty and factory support Local Arizona Stock: Available now at our Mesa, AZ location Professional Grade: Trusted by fiber installers and technicians statewide Flexible Options: Inquire about other lengths or connector combinations
$129.99 $99.95
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300M OTDR Launch Cable SM 9/125µm SC/UPC‑SC/UPC
QAP G652D SM‑300M‑SCUSCU 300M OTDR Launch Cable SM 9/125µm SC/UPC‑SC/UPC Overview The QAP G652D SM‑300M‑SCUSCU is a compact, high‑precision 300-meter singlemode OTDR launch cable using G.652D 9/125µm fiber with SC/UPC to SC/UPC connectors. Designed for close-range and mid-span OTDR testing, this cable eliminates measurement dead zones and is suitable for use as both a launch cable and a receive cable. Its short length makes it ideal for fiber-to-the-home (FTTH), patch panel, and short backbone link testing. Tri‑Tek Electronics is an authorized distributor of this QAP OTDR cable, offering full manufacturer warranty, factory support, and Arizona-based inventory. Visit our Mesa location for same-day availability and expert service for Phoenix-area installers, technicians, and integrators. Key Features & Benefits 300-meter singlemode G.652D fiber (9/125µm core/cladding) SC/UPC to SC/UPC connector configuration Functions as a launch or receive cable Short length ideal for patch panel and FTTH testing Minimizes near-end and far-end OTDR dead zones Low insertion loss and stable return loss Compact and rugged protective enclosure Lightweight and portable with carrying case included Fully compatible with most industry OTDR testers Technical Specifications Parameter Specification Fiber Type Singlemode G.652D Core / Cladding Diameter 9 µm / 125 µm Cable Length 300 meters Connector A SC/UPC Connector B SC/UPC Insertion Loss ≤ 0.5 dB typical @ 1310 nm Enclosure Type Durable nonmetallic case Dimensions (Case) Compact form factor Weight Lightweight for field portability Operating Temperature –40 °C to +55 °C Included Accessories Carrying bag, test report, packaging box Application Example FTTH or Data Center TestingThis 300M OTDR launch cable is ideal for short-run fiber link testing, such as patch panel to network switch, FTTH drops, or rack-to-rack verification in data centers. It provides just enough fiber length to allow accurate OTDR pulse settling without consuming unnecessary space or adding attenuation. The SC/UPC connectors ensure clean return loss, making this cable ideal for precision short-haul diagnostics. Whether used for new installations, network troubleshooting, or maintenance, the compact form factor and dual-end SC/UPC configuration make this a go-to solution for low voltage and fiber optic professionals. Why Choose Tri‑Tek Electronics? Authorized QAP Distributor: Includes full manufacturer warranty and factory tech support Local Availability: Stocked at our Mesa, AZ retail location for fast Phoenix-area service Field-Ready: Trusted by installers, integrators, and fiber techs Customization Available: Other lengths and connector options by request
$129.99 $99.95
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1KM OTDR Launch Cable SM 9/125µm SC/APC‑SC/APC
QAP G652D‑SM1KM‑SCA/SCA 1KM OTDR Launch Cable SM 9/125µm SC/APC‑SC/APC Overview The QAP G652D‑SM1KM‑SCA/SCA is a 1,000-meter singlemode OTDR launch cable built with G.652D 9/125µm fiber and equipped with SC/APC to SC/APC connectors. It is engineered to eliminate the OTDR dead zone and allow accurate measurement of insertion loss and reflectance at the near end and/or far end of a fiber link. This launch cable is suitable for use as both a launch cable and a receive cable, delivering flexible deployment options in the field. Tri‑Tek Electronics is an authorized distributor of QAP fiber products, offering full manufacturer warranty coverage, best-in-class factory support, and competitive pricing. We stock and support this product locally from our Mesa, Arizona location, serving installers and technicians throughout Phoenix, Chandler, Tempe, Scottsdale, and surrounding regions. Key Features & Benefits 1,000 meters of G.652D 9/125µm singlemode fiber Dual SC/APC (SCA) connectors for clean return loss and accurate reflectance readings Can be used as a launch cable or receive cable Eliminates near-end and far-end OTDR dead zones Low insertion loss for optimal test accuracy Durable, non-metallic launch box enclosure for field use Lightweight and portable with included carrying case Compatible with all standard OTDR testers Technical Specifications Parameter Specification Fiber Type Singlemode G.652D Core / Cladding Diameter 9 µm / 125 µm Cable Length 1,000 meters Connector A SC/APC Connector B SC/APC Insertion Loss ≤ 0.5 dB typical at 1310 nm Enclosure Type Nonmetallic, rugged field case Dimensions (Box) Approx. 24.2 × 14 × 6.7 cm Weight Approx. 0.79 kg Operating Temperature –40 °C to +55 °C Included Accessories Carrying bag, test documentation, packaging box Example Use Case FTTH or Backbone Fiber CertificationDuring an OTDR test of a fiber run between two termination points, the SC/APC-to-SC/APC launch cable is connected between the OTDR and the fiber under test. This provides a stable launch length before the first reflective event and ensures accurate measurements from the start of the link. At the opposite end, the same cable type can be used as a receive cable, enabling end-to-end testing of splices, connectors, and reflectance. Installers performing maintenance, network acceptance, or system troubleshooting will benefit from the compact design and dual-function capability of this 1KM cable. Why Choose Tri‑Tek Electronics? Authorized Distributor: Full manufacturer warranty and support Arizona Stock: Available locally at our Mesa, AZ retail location Installer-Approved: Trusted by technicians and fiber professionals across the Phoenix metro area
$129.99 $99.95
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1KM OTDR Launch Cable SM 9/125µm SC/APC‑LC/UPC
QAP G652D‑SM1KM‑SCA/LCU 1KM OTDR Launch Cable SM 9/125µm SC/APC‑LC/UPC Overview The QAP G652D‑SM1KM‑SCA/LCU 1KM OTDR Launch Cable is a high‑performance 1,000-meter fiber optic cable made with G.652D singlemode (SM) 9/125µm fiber. It features SC/APC and LC/UPC connectors, allowing for flexible interface pairing during OTDR testing. Engineered to eliminate the dead zone at the beginning or end of a test fiber, this unit can be used as either a launch cable or a receive cable, providing technicians with dual-purpose functionality in the field. Tri‑Tek Electronics is an authorized distributor of this product, offering full manufacturer warranty coverage, factory support, and the best local service across Arizona. Visit our Mesa, AZ retail location for fast, convenient access and expert support across Phoenix, Tempe, Chandler, Gilbert, and beyond. Key Features & Benefits Built with G.652D Singlemode 9/125µm fiber Total length: 1,000 meters Connector types: SC/APC to LC/UPC Functions as a launch or receive cable for OTDR testing Minimizes dead zones for more accurate fiber link analysis Durable, weather-resistant, field-ready plastic enclosure Low insertion loss ensures signal integrity Compact design with included carrying case for mobility Compatible with most industry OTDR units Technical Specifications Parameter Specification Fiber Type Singlemode G.652D Core / Cladding Diameter 9 µm / 125 µm Cable Length 1,000 meters Connector A SC/APC Connector B LC/UPC Insertion Loss ≤ 0.5 dB typical at 1310 nm Enclosure Type Nonmetallic rugged case Dimensions (Box) Approx. 24.2 × 14 × 6.7 cm Weight Approx. 0.79 kg Operating Temp –40 °C to +55 °C Accessories Carrying bag, test report, packaging box Example Usage Scenario Dual-Purpose OTDR Testing for Fiber CertificationIn a typical field application, a fiber technician connects this 1KM cable to the OTDR using the SC/APC side to launch the test signal. The LC/UPC end connects to the fiber link being tested, allowing accurate measurement of the first connection point. Alternatively, when used at the far end of the link, this same unit functions as a receive cable, capturing the last events of the test to ensure comprehensive certification and event detection. This flexibility makes the QAP G652D-SM1KM-SCA/LCU cable ideal for FTTH deployment checks, long-haul fiber qualification, and enterprise network maintenance. Why Tri‑Tek Electronics? Authorized Distributor: Full factory-backed warranty and support Arizona-Based: Fast fulfillment from our Mesa warehouse with local pickup and delivery Preferred by Professionals: Ideal for fiber installers, techs, and low voltage integrators
$129.99 $99.95
VPro Technology OTDR (1310/1550 nm) 5.4" Touch-Screen Multifunction Tester
VPro MOT-65 OTDR (1310/1550 nm) 5.4" Touch-Screen Multifunction Tester The VPro MOT-65 is a compact, field-ready OTDR for singlemode fiber verification, troubleshooting, and certification. Its bright 5.4" IPS touch display, dual-wavelength OTDR engine (1310/1550 nm), and integrated test utilities—Optical Power Meter, Stabilized Laser Source, and Visual Fault Locator—make it a versatile all-in-one platform for installers and technicians. Tri-Tek Electronics is an authorized distributor and ensures full manufacturer warranty coverage, best pricing, and factory support for local Phoenix-area professionals. Key Features Dual-wavelength OTDR at 1310/1550 nm with up to 150 km test range and selectable pulse widths for short drops or long backbones. Tight event/attenuation dead zones for near-end event visibility; adjustable averaging and real-time modes. 5.4" IPS touch screen (1920×1152) with multi-trace display, pinch-zoom, event map, and PDF/SOR/Excel report export. Built-in Optical Power Meter (850–1625 nm ranges), Stabilized Laser Source (CW/270/330/1k/20k Hz), and 10 mW VFL for quick checks. SC-PC OTDR port; internal 8 GB storage plus TF card; USB file management and upgrades. Long-life Li-ion battery (7.4 V, 5200 mAh) with ~11 hours typical operation after ~2.5 hours charge; DC 12 V input. Bonus copper/network tools: UTP cable test, RJ45 TDR (to 600 m), digital cable tracer, basic network pings/traceroute. What’s Included (Typical Kit) MOT-65 main unit with 5.4" touch screen Li-ion battery, DC 12 V/2 A adapter SC optical test head and dust caps Cable tracer, BNC lead & alligator clamp, RJ45↔BNC adapter 8 GB TF card, tool bag, safety cord, user manual, test report RS-485 lead, power cable, accessory set (as supplied) How Installers Use It (Quick Workflow) Baseline & cleanliness: Clean connectors, verify launch/receive leads are good. Set up OTDR: Choose wavelength(s), range, pulse width, and averaging. Use Auto for first look; switch to Expert to refine pulse/range for near- or far-end details. Connect correctly: OTDR → launch cable/box → cable under test; optionally add a receive tail at the far end to see the last connector cleanly. Run & analyze: View the trace and event map for reflection (connectors) and non-reflection (splices/bends) events, measure distances/losses, and save SOR/PDF/Excel. Spot checks: Use the VFL for visible break/bend checks and the built-in OPM/LS pair for insertion-loss measurements (set a reference first). Why the Built-In OPM + Light Source Matter The laser source outputs a stabilized test signal at telecom wavelengths (same set as the OTDR module). Pair it with the OPM to measure received power and compute insertion loss. For accurate results, set a reference/baseline using a known-good short jumper before testing devices or links. A VFL is not a substitute for a stabilized source—it’s visible 650 nm and not power-stabilized. Specifications (Summary) OTDR wavelengths: 1310/1550 nm (1610 nm optional) Max range: ≤150 km; distance ranges: 0.5–200 km selections Pulse widths: 5 ns to 20,000 ns (selectable) Event blind zone: ≤1.6 m; attenuation blind zone: ≤8 m Linearity: ±0.05 dB/dB; loss resolution: 0.01 dB File formats: SOR standard, PDF, Excel; internal 8 GB + TF card Display: 5.4" IPS touch, 1920×1152 Interfaces: SC-PC OTDR port; USB/SD for file mgmt OPM: –70 to +10 dBm, 850/1300/1310/1490/1550/1625 nm Laser Source: 1310/1550/1610 nm, CW/270/330/1k/20k Hz VFL: 10 mW @ 650 nm Battery/Power: 7.4 V 5200 mAh; ~11 h use; ~2.5 h charge; DC 12 V input Size/Weight: ~264 × 182 × 43 mm; ~1 kg Environment: –10 to +50 °C; 30–90% RH (non-condensing) Example Installer Scenario A Mesa-to-Chandler campus link is failing intermittently. The tech connects the MOT-65 to a launch box, selects 1310/1550 nm with short pulse to resolve near-end connectors, then a longer pulse to profile the full span. The event map flags a mid-span non-reflective loss rise (bent fiber) and an end-connector reflection. After fixing the bend, the tech uses the built-in LS + OPM to log insertion loss at both wavelengths and exports a PDF/SOR report for the closeout packet. Notes for New Technicians Always verify the fiber is dark before OTDR testing (no live traffic light), and never stare into ports—laser hazard. Use a launch (and ideally receive) cable to see the first and last events clearly. For loss testing, set a reference with a short, clean jumper before measuring the device or span; repeat per wavelength. Keep ports/caps clean; dust and oil cause false fails and poor reflectance. Tri-Tek Electronics supports installers, hobbyists, and technicians across Phoenix, Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale. Visit our Mesa, AZ retail counter for hands-on demos, local stock, and factory-backed support.
$999.99 $799.95
Platinum Tools Mini SM Fiber and Copper OTDR 1310/1550
Platinum Tools PT-OTDR-100 Mini SM Fiber and Copper OTDR 1310/1550 The Platinum Tools PT-OTDR-100 is a compact, multifunctional Optical Time Domain Reflectometer (OTDR) designed for both single-mode fiber and copper cable testing. With its dual-wavelength capability (1310nm and 1550nm), this device offers a comprehensive solution for field technicians, network engineers, and installers requiring precise diagnostics and fault localization in fiber optic and copper networks. Key Features Dual-Wavelength OTDR Testing: Supports 1310nm and 1550nm wavelengths with dynamic ranges of 26dB and 28dB, respectively. Comprehensive Testing Range: Measures fiber lengths from 3 meters up to 105 kilometers. Integrated Tools: Visual Fault Locator (VFL): 10mW 650nm laser for pinpointing fiber breaks. Optical Power Meter (OPM): Measures wavelengths at 850, 1300, 1310, 1490, 1550, and 1625nm. Light Source (LS): Provides stable outputs at 1310nm and 1550nm. Copper Cable Testing: Includes RJ45 remote for continuity and Time Domain Reflectometry (TDR) length measurements up to 600 meters. User-Friendly Interface: 5.5-inch OLED touchscreen with 1280x720 resolution for clear visualization. Data Management: Test results exportable in SOR, PDF, or Excel formats. Rugged Design: Compact and durable, weighing only 1 lb (0.45 kg), suitable for field conditions. Battery Life: Built-in 4000mAh Li-ion battery offering up to 5 hours of continuous operation. Technical Specifications Download PT-OTDR-100 Specifications Sheet (.pdf) Download PT-OTDR-100 User Manual (.pdf) Specification Details Wavelengths 1310nm / 1550nm Dynamic Range 26dB (1310nm) / 28dB (1550nm) Pulse Widths 5ns to 20µs (selectable) Event Dead Zone ≤1.6 meters Attenuation Dead Zone ≤8 meters Distance Accuracy ±(1m + 5×10⁻⁵ × distance + sampling interval) Storage Capacity 8GB internal flash + TF card support Interface Type SC-UPC Operating Temperature -10°C to +50°C (14°F to 122°F) Dimensions 183mm x 110mm x 36.5mm (7.2in x 4.33in x 1.43in) Weight 0.45 kg (1 lb) Installation and Usage Scenario Ideal for field technicians conducting installations or maintenance of fiber optic networks, the PT-OTDR-100 allows for rapid identification of faults such as breaks, bends, or splices. For example, during the deployment of a new single-mode fiber link between two network nodes, a technician can use the PT-OTDR-100 to verify the integrity of the fiber, ensuring there are no faults or excessive losses before the network goes live. Additionally, the device's copper testing capabilities make it suitable for verifying Ethernet cabling in data centers or office environments. Tri-Tek Electronics, located in Mesa, AZ, is an authorized distributor of Platinum Tools products. Purchasing from Tri-Tek ensures full manufacturer warranty coverage, competitive pricing, and direct factory support. Our retail location serves the Phoenix metropolitan area, including Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale.
$980.81 $931.77
Jonard Wireless Fiber Inspection Microscope
Jonard Tools WFM-100 Wireless Fiber Inspection Microscope Tri-Tek Electronics is proud to offer the Jonard Tools WFM-100 Wireless Fiber Inspection Microscope, a high-performance, portable device designed for precision end-face inspection of fiber optic connectors. As an authorized distributor, Tri-Tek Electronics ensures full manufacturer warranty coverage, best pricing, and factory-backed support for all Jonard Tools products. The WFM-100 is engineered for technicians and fiber installers requiring clear, high-resolution imaging in the field. It wirelessly transmits real-time inspection data to mobile devices using a dedicated app and also supports USB-C direct connection to OTDRs and other compatible equipment. This tool eliminates guesswork in fiber cleanliness by providing automatic pass/fail analysis, making it ideal for certification and troubleshooting in data centers, telecom environments, and field installations. Download Jonard Tools WFM-100 Product Specifications (.pdf) Features and Benefits: Wireless Connectivity: Built-in Wi-Fi module transmits live images to iOS and Android devices via the Jonard FiberScope app 200x Magnification: Enables clear visualization of connector end-faces for detailed inspection High-Resolution Imaging: Captures at 1280 x 1024 resolution with 0.75 μm lens resolution for exceptional clarity Auto Analyze Function: Automatically detects and evaluates connector cleanliness, displaying instant pass/fail reports Multiple Adapter Tips: Includes SC/ST/FC and LC male/female tips for broad compatibility USB-C Interface: Allows for tethered connection with compatible OTDRs and other test equipment Rechargeable 3000 mAh Battery: Provides up to 3 hours of continuous inspection Long-Range Operation: Maintains wireless connection up to 100 meters (328 feet) from the inspection device Technical Specifications: Specification Details Magnification 200x Image Resolution 1280 x 1024 Lens Resolution 0.75 µm Focus Range 4 mm Battery Capacity 3000 mAh Battery Life Approx. 3 hours continuous use Wireless Range Up to 100 m (328 ft) Connectivity Wi-Fi + USB-C Supported Devices Android, iOS, and USB-C platforms Dimensions 9" x 7.25" x 3.3" (22.86 x 18.42 x 8.38 cm) Weight 1.5 lb (680 g) UPC 810132437595 Installation/Usage Scenario: A fiber technician working in a high-density telecom facility can quickly connect the WFM-100 to their smartphone, inspect dozens of fiber ports, and automatically receive pass/fail results for each connection. This drastically reduces inspection time and ensures optimal signal performance across the network. Whether you're a fiber optic installer needing reliable inspection in the field or a technician maintaining a large fiber infrastructure, the Jonard WFM-100 delivers efficiency, accuracy, and convenience in a compact, rugged form factor. Visit Tri-Tek Electronics at our retail location in Mesa, AZ or shop online for fast, local service and expert support.
$2,668.39 $2,093.95
Pro'sKit 4 in 1 fiber Optical Power Meter
Eclipse MT-7615 4-in-1 Fiber Optic Power Meter The Eclipse MT-7615 4-in-1 Fiber Optic Power Meter is an essential tool for field technicians working with fiber optic networks. This versatile device combines four key functions into a single, compact unit, providing the ability to measure optical power, test cable lengths, locate faults with its Visual Fault Locator (VFL), and perform self-calibration. The device supports a broad wavelength range from 850nm to 1625nm, making it highly versatile for various fiber optic applications, including installations and maintenance. It features 500 data storage slots and is powered by a rechargeable lithium-ion battery, ensuring long-lasting performance. Key Features: 4-in-1 Functionality: Power meter, cable length tester, VFL, and self-calibration. Wide Measurement Range: Covers wavelengths from 850nm to 1625nm. Visual Fault Locator: Helps quickly identify fiber breakpoints and faulty connections. Rechargeable Battery: Lithium-ion battery provides convenience and extended usage. Compact and Portable: Easy to carry for on-site inspections. This power meter is perfect for network installations, troubleshooting, and fiber optic maintenance, offering reliable performance in a durable design fiber
$68.68 $58.89
Jonard Jonard Tools FPM-50S Professional Fiber Optic Power Meter - Precision Signal Strength Testing for Fiber Networks
Jonard Tools FPM-50S Fiber Power Meter Description:The Jonard Tools FPM-50S Fiber Power Meter is a professional-grade tool designed for testing the signal strength and power in fiber optic networks. This instrument is essential for technicians in the field of fiber optics, providing accurate measurements and ensuring optimal performance of fiber networks. Features: High precision measurement capabilities for accurate power readings Compatibility with various types of fiber optic cables User-friendly interface for ease of operation Durable construction suitable for field use Specifications: Wavelength Range: 850, 980, 1270, 1300, 1310, 1490, 1550, 1577, 1625, 1650 nm, ≤ ± 0.2 dB Power Measurement Range: -50 dBm to +26 dBm resolution: 0.01 dB Connector Type: FC (APC/PC/UPC) & LC (PC/UPC) Installation Scenario:The FPM-50S is ideal for use in setting up and maintaining fiber optic networks in commercial buildings. For instance, during the installation of a new fiber network in an office building, the FPM-50S can be used to measure the power levels at different points, ensuring that the network is functioning at its optimal capacity. Additional Information:Tri-Tek Electronics is an authorized distributor of the Jonard Tools FPM-50S Fiber Power Meter. Customers purchasing from Tri-Tek Electronics are guaranteed full manufacturer warranty coverage, competitive pricing, and excellent factory support.
$238.39 $209.95
Pro'sKit LED VISUAL FAULT LOCATOR
Pro'sKit MT-7501E Fiber Optic Visual Fault Locator for FC/SC/ST Portable, durable and easy to use Support 2.5mm universal connectors (for FC/SC/ST) Dust-proof & crash-proof cap design for laser head Product Specifications Wavelength 650 nm±10 nm Output 1mW Laser class CLASS II Tested fiber length 3-5km Power AA (1.5 V) x 2 Connector 2.5mmFC/ST/SC connector OAL 7 in. Operation temp. -10~55°C Storage temp. -10~70°C Optional accessory LC1.25mm adaptor(5MT-7601-LC)
$30.44 $26.09
