Splicing Machine & OTDR

Established in the year 2010, Dron Edge India Private Limited is the leading Manufacturer & Exporter of Optical Fiber Cable, Joint Closure, OLT, Splicing Machine, OTDR, FMS, Patch Chord, Media Converter and mcuh more. Immensely acclaimed in the industry owing to their preciseness, these are presented by us in standard and modified forms to our clients

Swift KF4A is a highly advanced and accurate active cladding alignment fusion splicer, which has been designed to perform the major 5 multifunctional features systematically.

Established in the year 2010, Dron Edge India Private Limited is the leading Manufacturer & Exporter of Optical Fiber Cable, Joint Closure, OLT, Splicing Machine, OTDR, FMS, Patch Chord, Media Converter and mcuh more. Immensely acclaimed in the industry owing to their preciseness, these are presented by us in standard and modified forms to our clients

Fujikura 48S+ is a single Fiber Splicing Machine. It is a Core alignment Splicing Machine which gives excellent and accurate results. It has 100 Splice modes and 30 heating modes. It also has the capability to store 10000 splice results.
Display: 4.9 inch TFT with Touch screen

The MaxTester 715B series is the first tablet-inspired OTDR line that is handy, lightweight and rugged enough for any outside plant environment. With a 7-inch, outdoor-enhanced touchscreen—the most efficient handheld display in the industry—it delivers an unprecedented user experience. Its intuitive Windows-like GUI ensures a fast learning curve. Plus, its new and improved OTDR 2.0 environment offers icon-based functions, instant boot-up, automatic macrobend finders as well as improved auto and real-time modes.

The MaxTester 715B series is a line of genuine high-performance OTDRs from the world’s leading manufacturer. It delivers EXFO’s tried and true OTDR quality and accuracy along with the best optical performance for right-first-time results, every time.

The amazing 12-hour battery life will never let a technician down, and the plug-and-play hardware options, like the VFL, power meter and USB tools, make every technician’s job easier. Most importantly, the Max-715B series is finally bringing the iOLM, an intelligent OTDR-based application, to the handheld market. This advanced software turns even the most complex trace analysis into a simple, one-touch task.

Ultimately, the MaxTester 715B series is small enough to fit in your hand and big enough to fit all your needs!

The Fujikura 88S is a fully robust, core alignment fusion splicer, providing consistent, low loss, splice performance.The 88S is packed with a whole host of new and enhanced features specifically developed with the objective to enable the user to work faster with higher precision.

A new programmable ‘automatic wind protector’ closes and begins the splicing process after clamping the fibres in position or pressing the ‘set’ button. Once the splice is completed, not only is the wind protector opened, but one of the sheath clamps, you decide which, is automatically raised making removal of the fibres fast and easy!

Features

• Automated and programmable wind protector

• Splice Time: 7 sec.

• 9-second automated tube heater.

• Advanced image processing technology.

• Automatic blade rotation when the splicer judges the blade is worn.

• Blade life Management.

• Li-Ion battery with 300 splices/shrinks per charge

• Easy fiber protection sleeve positioning

• 5 inch color TFT touch screen display.

• Sheath clamp or fiber holder operation

• On-board training and support videos

• Internet software upgrades

• Multi-function transit case with integrated workstation

Key Features :

• Core Alignment by IPAAS Technology
• Fastest Splice Time in Industry: 6 sec
• Fastest Heat Time in Industry: 13 sec
• 4.3 inch color LCD Monitor with Touch Screen
• Dual Sleeve Heater
• User Friendly GUI
• Large Battery Capacity with 250 cycles

JDSU OTDR VIAVI OTDR New network architectures (PONs or passive optical networks) have been developed that allow sharing expensive components for FTTH. A passive splitter that takes one input and broadcasts it to as many as 32 users cuts the cost of the links substantially by sharing, for example, one expensive laser with up to 32 homes and only requiring an inexpensive laser at each home. However, this architecture changes the methodology of testing the complete installed cable plant and links for proper operation. Of course, individual links are tested as usual, it is the PON coupler that creates the difference.

Testing FTTH network is similar to other OSP testing but the splitter and WDM add complexity. FTTP PON networks can be more complicated than simple OSP links, with WDM couplers, PON splitters, etc. in a single link, so complete testing can include some components and installation issues not familiar to the usual OSP tech. PON couplers add high loss, WDM couplers have different performance at different wavelengths and connector reflectance, not a problem in most systems, can be a problem in short links typical in FTTx. Many FTTx systems use APC (angled PC) connectors to reduce reflectance so test cables for both OLTS and OTDR need to have matching connectors.

    However, once installed,  users on a live network means testing cannot disrupt service. Thus testing may be as simple as checking power at the ONT on the subscriber’s house with a calibrated fiber optic power meter or just seeing if the ONT has a “green” connection light! The ONT at the home usually has some intelligence that can be accessed from a remote location, allowing a service tech to initiate a loopback test to verify connections at any user. If only one user has a problem, a service tech is then sent there, while if all users are down, the tech is sent to the central office.

   As with most fiber optic links, troubleshooting requires knowing the architecture of the system, expected link losses and optical signal levels and typical problems that may be encountered. As always, we emphasize the importance of having documentation on the system before testing and troubleshooting.

From Deviser Instruments' 4th generation of OTDR, the fieldportable AE3100 marks a giant leap forward in fiber-optic measurement performance and utility. Single-mode models A through F can test the 1310nm and 1550nm wavelengths with dynamic range up to 45dB, while multimode models M through EM add quad-λ functionality at up to 43dB. Featuring intuitive touchscreen controls and real-time data analysis, the AE3100 is the ideal test instrument for constructing, deploying, maintaining, and authenticating FTTx networks - as well as verifying access networks. Multiple models and configuration options ensure your unique measurement needs are covered.

Features:

• Future-proof, all-in-one solution includes optical and cable TV analysis for verifying the installation of FTTx networks
• Lightweight and compact design for easy mobility throughout the network
• Long battery life enables the user to test all day without stopping to charge the test equipment
• The easy learning curve with simple GUI
• FiberPath and Auto Test features simplify testing, reducing the need for OTDR trace interpretation
• Validate proper levels for both optical and cable TV installation, minimizing repair truck rolls and increasing customer satisfaction