Optical Fiber Tester

2019-0426 14S0
p VLL’
a
no
F2
F3
El
F4
When using this instrument, please do not look directly at the optical interface or the end of the optical fiber with your eyes, avoid eye damage! Except for 1625nm/1650nm, all the others are non—on—line test wavelength, it will cause damage to the internal devices of the instrument if it is used forcibly ! Any change or modification not explicitly permitted in this manual will deprive you of the right to operate the equip- ment. To reduce the risk of fire or electric shock, do not expose the equipment to thunderstorm or humid environment. In order to prevent electric shock, do not open the shell, it must be repaired by the qualified personnel designated by the manufacturer.
Battery: The battery in the machine is a special lithium—ion polymer battery. The charging voltage is 5V, and the charging temperature ranges from O’C — 50t. When the ambient temperature is too high. the charging will automatically terminate. The instrument battery should be charged every one month to avoid battery failure due to self-discharge after long time storage. The temperature range of the battery during long-term storage is -20t - 45’C.
Please use the special AC adapter attached to this instrument and use the external power supply strictly according to the specifications. otherwise the equipment may be damaged.
Fiber End Face Cleaning: Before testing, clean the end face of the tested optical fiber joint with alcohol cotton.
LCD screen: The display of this series of instruments is 3. 5 inch color LCD. In order to maintain good viewing effect, please keep the LCD screen clean and clean. When cleaning, the LCD screen can be cleaned by wiping with soft fabric.
Due to the need of design improvement, the contents are subject to change without notice.
Brief -
Top view
© OTDR/LS Port
© OPM Port
® VEL Port
® Flashlight
Right side
Main view
ED Dust Cover
© 3.5 inch Color LCD
® Function Keys
© Micro USB
® Charging LED Indicator
® IF Card Port
Functional keys
Correspond to the operation menu below the screen.
Zoom key
Zoom function key, combined with direction keys to operate.
ON/OFF key
Short press to turn on, long press to turn off; afterturning on, short press to turn on or offthe flashlight.
OK key
airs
Exit key
Return to the previous menu
Main Interface
Turn on and enter the main menu. There are eight functional modules. Select the module by pressing the direction keys, and then press the “OK” key to enter the corresponding functional interface.
Time
Flashlight TF
USB Battery
2019-04-26 14:00 W I 1!D
OTDR I
2019-04-26 14:00 • •• j
Link Information . irik’Melflifl*IIr.i:IEvent 2 I
]_ 2
interface A0000Km I
! : B 3.057Km
Waveform .—. I
A/B cursor
A/B Information
Test Conditions
OTDR setting interface
Enter the parameter setting interface. Multi-digit settings, through the left and right key positioning cursor, up and down selection.
A V : Choosing settings items. Press OK button to confirm or edit corresponding measurement parameters.
A 98/
Link quality and information can be viewed from the top after the test is completed, Link information includes length, total loss and number of events. Detailed event information can be viewed from the event list.
There are Fourtypes of events:
Ref[ective event
Non-reflective event
Fibersplitter —c
Fiberend H
Press to enter zoom mode
X-axis direction zoom in
I— X-axis direction zoom out 4
e) Y-axis direction zoom in A Y-axis direction zoom out V
Press 1:1 display
OTDR-FiIe Save
Press fl (Save) key to save file after test complete, pop up the keyboard, enter the name of the file, and press Enter to save the file. If the automatic save (otdr) function is turned on in ‘System Settings”, it will be saved automatically after the test complete without manual operation.
Auto-save function
Enter the system settings, open the auto-saving function, the instrument will automatically save the test files after the average or auto-test.
OTDR-File Operation
Press fl to enter the file list.
Press the • key to open a folder or File.
Fl: Open file
F2: Delete file
F3 : Rename file
F4 : Return to the main menu
2019-04-25 14:00
— IFOLDERI
20180328
20180327
20180326
20180325
20180324
20180323
— 20180322
Open Del Rename Back
The function can be tested automatically by one key, and the information ofthe length ofthe link, the type of event point and the position of breakpoint can be displayed in a graphical form. The result is clear and easy to understand.
Current event information
Press [eft and right buttons to switch events
Set Save File OTDR
This function is used to test the power of optical signal and insertion loss of various devices and optoelectronic components. It can identify and measure the frequency of 270/330/lk/2kHz frequency optical signal.
Fl: Switching wavelength
F2: Setting Reference Power
F3: Zero Reference Power
F4: Enter the Calibration Mode
Absolute power, relative power and
linear power are converted as follows:
PAbs.=lOlgPLln /1mW
PReLP Abs.PRef.
OPM I
VFL I
Visible red light (650 nm) is injected into the optical fiber, and the position ofthe optical fiber fault point can be judged conveniently
and accurately by observing the leakage position on the measured fiber. It is suitable for the detection of bare optical fibers, jumpers and other high loss sections caused SttusIndiotor by near-end faults and micro-bending of optical fibers and cables which can leak red
light. Warning information
Avoid looking directly at the laser output port. Laser can cause damage to human retina.
Fl: Open VFL
F2: VFLflashatlHz
F3: VFLflashat2Hz
F4: Turn off VFL
2019-04-26 14:00 •4 j
OPM•
11310nm29.87:d;mI
Ref 0 00 dB
OPM
-50.OOdBm 26.OOdBm
Ref. Pow: 0.0dB
Lin. Pow: 1.0mw
Frequency:cwIl kHz
I
2019-04-26 14:00 W ‘4
VF
rrn
Ua!Unm
The wavelength of stabilized laser source is the same as OTDR wavelength. It is used to measure the parameters of telecommunication, CATV, LAN cable, insertion loss, isolaLS Information
tion loss and echo loss of optical passive
devices, and wavelength responsiveness of
detectors. Mode
There are five modes of light source: CW,
270 Hz, 330 Hz, 1 kflz and 2 kHz. Warning Information
Fl: OpenLS
F2: Turn off LS
F3 : Switch 1,5 Wavelength
F4: SwitchES Mode
ci n n 0
Sequence Test:TIA-568B
— —
POrtE
a —
4 —
—
—
—
Tips:
Please connect the remote device.
Click Fl for cable sequence test.
I RJ45 Line Length & LineTracker ______
RJ45 Line Tracker
Used for RJ45 cable length testing and wire tracker.After the line-finding function is activat- Test Standard ed, the cable being searched is touched by the distal end ofthe line-searching, and the sound of continuous “drops and drops” is heard.
The Line-Tracker test is under way. Please use the remote line-finding module to test and click
the return key to exit
—
RJ45 Line Length Test
Fl: Start Line Length Test
P2: Switch Line Length Unit
P3: Switch Line Sequence Test Standard
P4: Start Line-tracker Function
nJ 0
System settings I
Set up automatic shutdown, hacklight brightness, time, language, upgrade and other information.
Fl: Optional for switching the current menu
F3: System Software Upgrade
F4: Confirmation settings
.4;- j =.
2019-04-26 14:00
I=F
AutoOFF 10Mm
Backe
Beep __________ ___________
Date
Language English’
Auto Save (OTDR)
USB Connection —
ory
Data Reset
Version Information
50%’
2019-04-25
Optical
-4
USER’S MANUAL
Left side
©
©
Bottom view
JD RJ45 Interface © RJ45 Remote tester
® Reset button
FunctionalKeys I
flflflCF4
Measure key
Press to start or stop the test under the OTDR interface
Enterthe next level ofinterface, Enterfunction
Directional keys
Up and down choice, rightand left choice
2019-04-26 14:00 W Er I D
OTDR Event MAP
OPM VFL
dB/dBmImW 650nm
OPM VEL
I
Laser Source Length & Tracker
RJ45 Sequence System
Fl: Enterthe parameter setting
F2: SwitchingA/B cursor
F3: Enterthesave interface
F4: File or Folder operation
Event List
Set Cursor Save File
0 0 ITh 0
T’SettingInterface
—
Fl: Test
F2: OK
F3: Recovery
F4: Cancel
0 fl fl 0
TestResults J
;1] 2-1 1.... 1.000 0.80 0.18 35.00 0.20;0]
Set
Cursor Save File
ci n n a
OTDR-Zoom mode I
2019-04-26 14:00
•-Er I 3
_ Lb
p
I 4Save File
0 0 fl 0
OTDR-FiLe Save
2019-04-26 14:00 j I
‘IF . =• ‘wit—
SOR
I
uflfloonn.
onflan
fl . . p*w—
OTDR-File Operation I
0 fl cm a
iLOM(EventMap) I
_ __—
5.201Km
1.
<p .I >
? 5.201Km 5.201Km
\‘ 5-1
0.5dB
Reference Power
Absolute Power
Power Measurement Range
Relative Power
Linear Power
Frequency Measurement
Wave flJef-Zero
ci n n 0
I
DANGER
—7q’r Avoid looking directly at the laser output port. Laser can cause damage to
human retina.
Normal 1Hz 2Hz Close
0 0 ITh 0
LS-Laser Source
•20190426 14:00
1550 n rr
Output Mode
CW/270/330/lk/2kHz
4 DANGER
Avoid looking directly at the
laser output port. L aser can cause damage to human retina.
Open Close Mode Back
RJ45Seguence I
RJ45 line sequence measurement.
Fl: Start Test
F3 : Switch Line Sequence Test Standard
F4 : Return to the main menu
Test Standard
Test Results
L 2019-04-26 14:00 •4
rd Back
0 fl a
Test Results
-_2019-04-26 14:00
Lerigth&Tracker
- RJ45 Length:T1A-568B
Porte 2001n
—
Port:3 200rti
—
—
r
—
r
Tips:
Click Fl for cable length test.
Click F4 for cable track test.
Length WUnitW St’ Tracker
CASk
1:) Switch settings entry AV
0 Switch options of current entry . 4
Set Help Update OK
0 fl cm a