Kexint 1310 1490 1550nm with Sc FC Adapters Online 2 Port Pon Optical Power Meter

• Type: Fiber Optic Power Meter
• Certification: CE, ISO, RoHS, GS, CE/RoHS/ISO9001
• Condition: New
• Use: FTTX
• Dimension: 160L*76W*45h mm 400g
• Calibrated Wavelength: 1310/1490/1550nm
• Model NO.: KXT-TL-514
• Communication Port: USB Port
• Network: None
• Connector Type: Sc/FC-PC
• External Power Supply: DC 6V/1A
• Warranty Time: 5 Years
• Data Storage: 900
• Resolution: 0.01dB
• Transport Package: Packaging Bag+Outside Carton
• Trademark: KEXINT
• Origin: Guangdong, China
• HS Code: 8517622990
• Production Capacity: 5000 Piece/Pieces Per Week

Product Description

Product Description

KXT-TL-514 PON power meter is a small size, low loss and good quality handed-held optical power meter. It is designed for the testing, installation and maintenance of FTTX PON network , which can be used for APON, BPON, EPON and GPON network. KXT-TL-514 has two output ports for ONU and OLT/Video, which supports CW/burst upstream detection at 1310nm and downstream signal at 1490/ 1550nm. It can directly show the status of pass , warning or failure by threshold testing . KXT-TL-514 is the ideal tool for PON setting and maintenance.

 

Features:

 

Handed-held, Easy-to-carry and use

 

P/F testing and normal testing mode

 

Two testing ports with " ONU " & " OLT/Video "

 

Support 1310nm upstream CW/brust signal and 1490nm /1550nm downstream signal

 

Design for networks of APON, BPON,EPON and GPON

 

Threshold programmable

 

Huge data storage capability

 

USB integrated

 

2pcs of AA batteries as power supply

 

provided Software for communicating with upper-computer

 

 

Specifications:

Model	A	B
Measurement range	-70~+3	-50~+26
Type of probe	InGaAs
Range of wave length	800~1700
Uncertainty	850,980,1300,1310,1490,1550
Resolution	Linear indication: 0.1% Logarithmic indication: 0.01dBm
Auto power-off time (min)	10
Continuous working hours	At least 48 hours
Dimensions (mm)	160×76×45
Weight(g)	400g
Power supply	Rechargeable lithium battery

Notice:

 

1. Range of wave length: a standard working wave length that we specified: λmin - λmax, the optical power meter within this range can work well with all indicators meeting requirements.

 

2. Measurement range: the maximum power that the meter can measure as per required indicators.

 

3. Uncertainty: the error between the test results and standard test results over a popular optical power.

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