The SMALLEST & most POWERFUL functions Simple 3 push-button operation Built-in USB connector for rechargeable battery charger Auto power off for energy saving
Features 2 modes for long illumination and SOS signal
Optical Power Meter
Detector Type
InGaAs
Optical Connector
ST/SC/FC & 2.5mm Universal
Calibrated Wavelengths
Multiple mode:850nm/1300nm/
Single mode:1310nm/1490nm/1550nm/1625nm
Measurement Range
+6 ~ -70 dBm
Frequency Identification
270Hz, 1KHz, 2KHz
Ref.
Yes
Accuracy
± 0.2 dB
Power Measurement Linearity
±0.1 dB
Display Resolution
±0.01 dB
Power Display Units
dBm、mW、μW
Visual Fault Locator
Output power
<1mW
Range
3~5 kM @SM
Connector
ST/SC/FC & 2.5mm Universal
Laser safety rating
Class 2
Wavelength
650nm±20nm
Output modes
Continuous (CW) 、2 Hz pulsed
Reverse battery protection
Yes
Lan Cable Tester
Connector
RJ45 & RJ11 shared
Cable
UTP LAN cable(8P8C)、Telecom cable(6P2C/6P4C/6P6C)
Measuring length Max.
600 meter
Automatic Power Off
10 min.(Can be cancelled)
Low Battery Warning
Low battery energy
Battery Life
> 100 houre (only OPM)
Power source
AA/LR6 1.5V×2 pcs
Size
125×52×34 mm
The light of the visual fault locator is too weak may shorten the test distance? The test distance farther only if the light gathering ability is greater?
In order to achieve a longer test distance, this visual fault locator adopts a short-distance focusing method in the connector, which is different from the long-distance focusing method of the laser pointer.
The light of can not even reach 3 kilometers when testing on the optical fiber network
The distance that can be tested for 3~5 kilometers is under the circumstance as
1. 25℃ room temperature
2. Using Ø2.5mm ST/SC/FC connector with multi-mode optical fiber cable. In addition, the light can not even reach 3 kilometers may be because of low battery, bad connector, error cable, etc.
Reminder: If you are testing single-mode fiber, the distance will be reduced by about 1/2. If you use an adapter or test with Ø1.25mm LC connector, each contact will lose 1/5 of the distance.
What's the difference between "CW" and "Glint"? What are they used for?
"CW" means continuous wave,which is used to transmit the laser for a long time to check the loss.
"Glint" is generally used for reminding the operator, allowing you to quickly detect the location of the break point.