Yes. Fujikura states that the instruments detect Tone, Traffic and ONU signals without interrupting the light by bending the coated fiber.
FAQ’s
Engineering. Technology. Experience.
Yes. The OPM8 evaluates measured power or loss against user-defined minimum and maximum limits and displays color-coded pass/fail results.
Yes. The supplied FS300 Quad OTDR datasheet supports multimode point-to-point testing as well as single-mode point-to-point and PON testing up to 1:64.
Yes. The documented purpose of the tool is to change field polarity on compatible MTP® PRO connectors.
The supplied source only documents use with STAR Fusion Splice Modules. Compatibility with other products is not confirmed in the source provided.
Yes. Multi-fiber adapter tips are available for inspection of connectors and bulkheads with PC/UPC or APC polished end faces.
Yes. The source explicitly lists field pin removal from female to male as one of the supported functions.
Yes. The source explicitly lists field pin removal from male to female as one of the supported functions.
Yes. The supplied TS100 datasheet specifies TS100-70 for testing through splitters up to 1:64. TS100-60 is specified for testing to the splitter.
AFL specifically positions the VFI4 as a complement to OTDR testing because visible light can reveal faults inside an OTDR dead zone.
Yes. The datasheet states that bend-insensitive Uni-Boot patch cords can reduce front cabling volume by up to 50% compared with duplex patch cords.
Yes. The datasheet states that optimized use of Uni-Boot patch cords can reduce cable volume by 50% compared with duplex patch cords.
Yes. The datasheet states that optimized use of Uni-Boot patch cords can reduce cable volume by 50%.
Yes. The supplied product-variation table lists ONU Detection for both FID-30R and FID-31R. Fujikura also notes that not every ONU can necessarily be detected.
Yes. TS100, FS200 and FS300 use LinkMap color-coded event displays to simplify interpretation of network health and pass/fail results.
The TS100 includes VFL, OLS and OPM functions. FS200 and FS300 configurations can include integrated or optional source and power-meter functions depending on the selected model and kit; both families include VFL capability in the supplied datasheets.
Yes. AFL describes the system for inspection of MPO and MTP® multi-fiber connectors and bulkheads when the appropriate adapter tip is used.
Yes. It is designed for untethered operation using a rechargeable battery and integrated 3.5-inch color touchscreen.
Yes. The datasheet states that the design supports tool-free installation to reduce installation time and cost.
Yes. The datasheet states that Uni-Boot patch cords can reduce cable volume by 50% and support quick moves, adds and changes.
Yes. The datasheet states that front and rear access panels enable insertion and removal of modules, while the features section also references front, side and rear access.
Yes. The published specification table lists a 4×MTP®-MTP® module option with 92 MTP ports and 1,152 fibers.
Yes. The datasheet states that the design supports tool-free installation to reduce installation time and cost.
Yes. The optical specification lists 2 Hz modulation or CW (continuous-wave) operation.
Results can be shared through USB-C and, on wireless models, Bluetooth. AFL also supports workflows using FlexApp and FlexReports for transfer, archiving and report generation.
Provide Fibernet with the STAR Fusion Splice Module, loose-tube cable construction and project configuration so the appropriate kit can be confirmed.
Front, rear and side access, pull-out trays, built-in labeling and cable-management features are intended to make moves, adds and changes faster and easier.
The product includes built-in cable management, secure trunk-cable mounting and strain relief, plus 12 trunk-cable mounting positions.
Front, rear and side access, pull-out trays, built-in labeling and cable management are intended to make moves, adds and changes faster and smoother.
AFL states that the system can capture and display the entire MPO end-face image in less than two seconds and can perform cleanliness analysis at about one second per fiber.