FCST FCST080620-E Mini-Pro OTDR

$329.43

The FCST080620-E Mini-Pro is a 350g, 8-in-1 handheld optical tester combining OTDR, Event Map, OPM, laser source, VFL, and RJ45 testing. Designed for FTTx deployment and field troubleshooting, it features single-key automated testing, up to 24dB dynamic range, and 12 hours of battery life to streamline operations in harsh environments.

8-in-1 Field Integration: Consolidates OTDR, Event Map, Stable Light Source, OPM, VFL, RJ45 sequence checker, RJ45 length meter, and LED flashlight into one handheld unit.
One-Touch Automated OTDR: Evaluates fiber length, total attenuation, and fault locations automatically with a single button press.
Event Map Visualization: Translates complex reflectometry traces into intuitive icon-based event chains for fast fault identification on site.
Wide Test Range & Wavelength Options: Supports standard 1310nm/1550nm dual-wavelength testing up to 60km, with an optional 1610nm channel for live network diagnostics.
Wide-Range Optical Power Meter: Measures power levels from -50dBm to +26dBm across 8 calibrated wavelengths, covering standard PON and telecom bands.
Ruggedized Ergonomic Design: Encased in an impact-resistant housing weighing under 350g, equipped with a 3.5-inch color display and a high-capacity 4000mAh lithium battery for 12+ hours of continuous operation.
Standard-Compliant Data Storage: Saves up to 600 trace files internally in standard .SOR format with TF card expansion support for off-site analysis and compliance reporting.

Construction	Description
Wave length	1310nm/1550nm±20nm (1610 online test optional)
Fiber Type	G.652 SM Fiber
Dynamic Range	24dB/22dB
Event Blind Zone	3m
ATT Blind Zone	8m
Test Range	10m~60km
Pulse Width	3ns~10us
Ranging Accuracy	±(1m+Sampling Interval +0.005％×Test Distance)
Loss Accuracy	±0.2dB/dB
Sampling Points	16k~128k
Sampling Resolution	0.05m~8m
Reflection Accuracy	±3dB
Data Storage	Internal：≥600；External：TF Card
Laser Safety Level	Class Ⅱ level
File Format	SOR Standard File Format
Connector	FC/UPC（Interchangeable SC、ST）

OPM	Description
Wave Range	800nm~1700nm
Interface Type	Universal Joint FC/SC/ST
Test Range	-50dBm～+26dBm
Uncertainty	±5%
Frequency Identification	CW/270/330/1k/2kHz
Calibration Wavelength	850/980/1300/1310/1490/1550/1625/1650nm

LS	Description
LD Type	FP-LD
Output Wavelength	1610nm±20nm 1310nm/1550nm±20nm
Output Power	≥-5dBm
Modulation Frequency	270/330/1k/2kHz
Stability	CW,±0.5dB/15min(Test after15mins of preheating)
Connector	FC/UPC(Interchangeable SC、ST)

VFL	Description
Work Wavelength	650nm±20nm
Output Power	≥10mW
Mode	CW/1Hz/2Hz
Connector	FC/SC/ST

RJ45 Cable Length Measurement	Description
Test Range	300m

Other Parameters	Description
Dispaly	3.5 inch Color LCD
Data Interface	Micro USB
External Storage	TF Card
Power Supply	Polymer Li-battery:3.7V,4000mAh Power Adapter:5VDC,2A
Battery Life	Standby＞20h;Measuring Time＞12h
Operating Temperature	-10℃～+50℃
Storage Temperature	-40℃～+70℃
Relative Humidity	0～95％Non Condensing
Weight	≤350g
Dimension	173mm82mm37mm

Note:

Test Temperature 25℃±2℃,Maximum pulse width,Average time≥3min.

Test conditions of Event Blind Zone are minimum range,minimum pulse width,reflection loss of optical end≥45dB,typical value.

Q: Can the FCST080620-E generate standardized test reports for clients?

A: Yes. The device saves trace data in standard .SOR file format. Traces can be exported via USB or TF card to PC analysis software for generating professional fiber acceptance test documentation.

Q: Does this unit support testing on active/live optical lines?

A: A dedicated 1610nm wavelength configuration is available as an option for live network troubleshooting. Please consult with our sales engineers to confirm filtering capabilities for your specific network topology (Needs verification for live filter specifications).

Q: Which optical connector types can be connected directly to the unit?

A: The base unit comes equipped with FC connectors and includes interchangeable adapters for SC and ST interfaces. APC and UPC polish options are selectable at the time of ordering.

Q: How does the Event Map function assist field technicians?

A: Instead of requiring technicians to manually interpret raw reflectometry curves, the Event Map automatically analyzes the trace and displays connectors, splices, bends, and faults as clear graphical icons along with exact distance metrics.