FA-TEOT0226, Mini Type Handheld OTDR Optical Time Domain Reflector Different Dynamic Range

The basic principle of OTDR (Optical Time Domain Reflectometer) is to analyze forward and backward scattering light and test fiber transmission loss caused by absorption and scattering and structural loss caused by all kinds structural defects, when temperature or stress effect of a certain fiber point is changed, the scattering characteristics of the point will also be changed, so OTDR detect disturbance information from outside signal which is distributed in the optical sensing fiber by showing the corresponding relation between loss and fiber length.

OTDR works like a radar. It sends a signal to the optical fiber first, and then checks what information is returned from a certain point. The process is repeated and then averages all results and show in the form of trajectories that describe the strength of the signal throughout the fiber.

Applications

Fiber production and research devices;

Fiber Network Testing and Maintenance;

Optical Communication Teaching and Test.

Main Features Of OTDR Optical Time Domain Reflector

1, 1310/1550 dual-wavelength testing;

2, Visible light source, facilitate to inspect fiber break;

3, Complete PC analysis software for you to quickly and efficiently generate a professional OTDR reports;

4, Easy to operate, both the touch-screen panel and keyboard button can completely operate the equipment, meeting different operator’s habits;

5, All important tests can provide a hotkey to operate automatically, ensure higher test efficiency;

6, 3.5-inch TFT LCD with brightness adjustment support, suit for high luminance environment and night;

7, With auto-sleep function to save power;

8, NI-MH battery-powered, low-voltage protection, continuous working time up to 8 hours;

9, Hardware power switch, thorough stop electrical energy loss, ensures the battery can work longer;

10, Determine fiber optic cable or fiber optic failure point, connection point, breakpoint position;

11, Describe fiber optic cable or fiber’s loss distribution curve, measure cable, fiber’s length and the loss, attenuation coefficient between two points;

12, Measure fiber optic cable, optical fiber connector’s insertion loss;

13, Measure fiber optic cable, optical fiber’s reflection loss.

Technical Specifications

Fiberall is able to provide OTDR with different dynamic range like 32dB, 34dB, 38dB and OTDR suitable for both single mode and multimode fibers.

Fiberall Technology (Shenzhen) Co., Ltd was started in 2007 and we are located in Shenzhen China. As a company engaged in fiber optical engineering related products, our main business including: research and development (R&D), manufacturing, marketing; optical engineering solution design; maintenance, consulting service and accessories outsourcing.

Our main products are: All kinds of Fiber PLC Splitters, FBT Couplers, Fiber Cable Assemblies, Patch Cords, Fiber Pigtails, Fiber Adapters, Patch Panels, Fiber Optical Transceivers, OLT (Optical Line Terminal), ONU (Optical Network Unit), FTTx, Equipments & Accessories for Fiber Test, Installation, Maintenance & Repair.

With eight years’ experience in fiber optic, Fiberall established a relatively perfect products and service system, with rich industry experience, comprehensive technology and high-quality team, we are able to provide our customers with OEM & ODM service, project implementation, maintenance, and after-sale service and we have ability to meet different requirement from different customers like distributors, operators, contractors and users etc.

Adhering to the core values of “Honesty, Responsibility, Efficiency, Flexibility, Communication, Mutual Benefit”, and with trust from all old & new customers, support from all partners and effort of our whole team, Fiberall gradually formed a business model of "service to project, based on the market, integrate design, production, marketing and service together", we are committed to providing a full range, high technology, low cost, and ultra expected solution to our customers.