NOYAFA NF-907 2-in-1 Optical Multimeter Fiber Optical Power Meter & Visual Fault Locator 800-1700nm Wavelength
ï»?/span>Features:
1. Measurement of the power of optical sender (dbm and w)
2. Insertion loss test of optical devices
3. Check fiber breakage, winding, ect
4. New ref user-defined.
5. Fc/sc/st general-purpose interface (fc connector is included)
6. Wavelength: 850/1300/1310/1490/1550/1625nm(power meter)
7. Wavelength: 650Nm ( visual fault locator)
Product description:
The 2-in-1 optical multimeter NF-907 is a compact and an easy-to-use testing instrument for optical fiber networks,
which can be used for absolute optical power measurements as well as for optical fiber winding or breakage.
It has features of ingenious appearance, wide range of power measurement, high accuracy with high performance-to-price ratio.
Technical indexes
Optical Power Meter Module
Detector Type:IngaAs
Measurement Range(dBm): -50~+26
Calibrated wavelengths(nm): 850, 1300, 1310, 1490, 1550, 1625nm
Resolution (dB): 0.01dBm
Identification Frequency Range: 10Hz~60KHz
Optical Connector: FC(SC,ST,LC connector can be optional)
Visual fault locator
Emmiting Energy: 20mw
Standard wavelenth: 650±10nm
Operation Mode: Pulsed (2Hz) and CW
Connector: 2.5mm Universal connector
General Specifications of Multi Meter
Power Supply: 1.5V*3pcs
Auto-off time: 15mins
Operating Temperature(°C): -10~+60
Dimension(mm): 160x75x32mm
Weight (g): 400g
Specification:
Model | NF-907 | ||
Power meter | Power detecting range(dBm) | -70 ~ +10 | -50 ~ +26 |
Wavelenth (nm) | 800-1700 | ||
Probe | InGaAs | ||
Detection limit | ??/span>1.0mm | ||
Standard wavelenth | 850, 1300, 1310, 1490, 1550, 1625nm | ||
Display resolution | 0.01dBm | ||
VFL | Emmiting Energy | 5mw/ 10mw/ 20mw/ 30mw selectable | |
Standard wavelenth | 650±10nm | ||
Working temp | -20 ~ +70??/span> | ||
Power supply | 1.5V*3pcs | ||
Overall dimension | 160x75x32mm |
Package includes:
Optical fiber meter x1 (Battery not included)
User manual x1
Clean cotton swabs x1bag
Carrry bag x1
Color box x1
Details picture: