FFS3600 multi-functional optical fiber tester is a multi-functional intelligent integrated instrument that integrates optical time domain reflectometer, optical power meter, light source, visual light source, event map, network cable test and lighting. Traditional OTDR, optical power, light source and visual light source can meet general fiber network testing demands. The network cable test function can test the traditional Ethernet network line sequence and line length and the lighting function provides help for the maintenance personnel to respond to the scene. They can then provide a comprehensive solution for the optical fiber end test, optical fiber entry, especially FTTH optical network test.

FFS3600 series draws on and follows design essences of tablet computers and SMART phones as well as the real operation system of 5-inch capacitive touch screen, outdoor enhanced liquid crystal, ultra-low power embedded ARM architecture CPU, humanized gesture operation, deep cutting. It can process data fast and ensure smooth and real-time user operations. As a compact, light, power and durable product, it is easy to use and is more suitable for use outdoors.

Features

Intelligent and multi-functional integration

Accurate, fast, reliable, easy operation.

5-inch capacitive touch screen, gesture operation, curve scaling, easy operation.

Embedded ARM processor, ultra-low power consumption.

Intelligent link analysis function: Automatically analyze the internal conditions of optical fiber, automatically identify the connection of optical fiber splice tested, automatically identify the optical welding point, automatically identify the flange plate, automatically identify the optical macro bend, and provides the loss, distance and other conditions of welding point, flange plate and macro bend.

OTDR has dual-wavelength test function, macro bend detection function selection and macro bend detection threshold setting and allows you to intuitively observe the macro bend point of cable.

Multiple test modes: average mode, real time mode, real time to average mode, and average + real time mode.

FFS3600D can realize multi-wavelength band light test; can automatically detect whether there is light in the measured fiber and select the appropriate test wavelength.

1310nm wavelength can test and transmit 1490nm, 1550nm, 1577nm wavelength fibers.
1550nm wavelength can test and transmit 1310nm and 1490nm optical fibers.

Comparison of different test traces: up to 5 test curves can be viewed on the instrument for comparison at the same time.

OTDR supports multi-language interface.

Simple and easy file operation

Support multiple file formats such as soar, pdf and jpg; auto file naming and Android-style filename input interface allow you to save files easily; the plug-in USB achieves accessible file transfer. 

OTDR has the line light alarm function, which can protect the optical device to the greatest extent and the optical module self-detection function to automatically detect the performance states of optical module.

The USB folder creation function ensures different cables are stored according to different categories.

Support the functions of VFL, OPM and light source.

Network cable sequence measurement, which can detect network cable breaks, short circuits, and disorder problem.

Be able to measure the length of different types of network cables and roughly detect the fault locations of network cables.

The large-capacity lithium battery has functions of over current protection, over-temperature protection and over voltage protection. The working time of battery is more than 10 hours.

The external power supply interface has high-voltage input protection function to prevent damage to the instrument due to high voltage input.

Ultra-large capacity internal storage. Expand the external storage by connecting the U disk’ via the USB interface.

Remote upgrade through instrument software

Specifications

Note

① Unless otherwise specified, all specifications are applicable to connectors with FC/PC at 23 °C ± 2 °C (73.4 °F ± 3.8 °F).

② Common configuration.

③ Typical dynamic range of max pulse at SNR = 1 and 3-minute average.

④ Typical dead zone with 10ns pulse and single-mode reflectivity lower than –50dB.

⑤Typical dead zone with 10ns pulse and single-mode reflectivity lower than –50dB.

⑥Excluding the uncertainty resulted from optical refractive index.

⑦ The same interface as OTDR.