Rsrteng RSO-65100 Series User manual

Multi-function Tester Quick Guide

Multi-function Tester Quick Guide
Thank you for purchasing the OTDR tester. Please read the manual before using the OTDR
tester and use properly.
For using the OTDR tester safely, please first read the「Safety Information」carefully in the
manual.
The manual should be kept well in case of reference.
Keep the S/N label for after-sale service within warranty period. Product without S/N label will
be charged for repair service.
If there is any question or problem while using the Multi-function OTDR tester, or damages
occurred on the product, please contact our technical Department.
Safe information
The tester is intended to use in compliance with the local rules of the electrical usage and
avoid to apply at the places which are inapplicable for the use of electrics such as hospital,
gas station etc.
Please use the original accessories, to avoid damage the tester caused by the use of non-
certified accessories
The accessories only for our testers, don’t for another usage.
To prevent the functional decline or failure, the product should not be sprinkled or damped.
The exposed part of the tester should not be touched by the dust and liquid.
During transportation and use, it is highly recommended to avoid the violent collision and
vibration of the tester, lest damaging components and causing failure.
Don't leave the tester alone while charging and recharging. If the battery is found severely
hot, the tester should be powered off from the electric source at once. The tester should
not be charged over 10 hours.
Don’t connect the living cable or device to the ports of tester when the tester on.
Don't use the tester where the humidity is high. Once the tester is damp, power off
immediately and move away other connected cables.
The tester should not be used in the environment with the flammable gas.
Do not disassemble the instrument since no component inside can be repaired by the user.
If the disassembly is necessary indeed, please contact with the technician of our company.
The instrument should not be used under the environment with strong electromagnetic
interference.
Don't touch the tester with wet hands or waterish things.
Don't use the detergent to clean and the dry cloth is suggested to use. If the dirt is not easy
to remove, the soft cloth with water or neutral detergent can be used. But the cloth should
be tweaked sufficiently.

Multi-function Tester Quick Guide
Content
1. Installing the Battery ..................................................................................................... 1
2. OTDR.............................................................................................................................. 1
3. Loss test....................................................................................................................... 13
4. Laser source................................................................................................................. 14
5. Optical power meter ................................................................................................... 15
6. Visual Fault Locator ..................................................................................................... 16
7. IP camera connection.................................................................................................. 16
8. IPC Test pro.................................................................................................................. 17
9. HD coaxial camera connection (only RSO-6510 series) *............................................ 17
10. HDMI input (only RSO-6510 series) *........................................................................ 18
11. VGA Input (only RSO-6510 series) * .......................................................................... 18
12. Digital cable tracer..................................................................................................... 19
13. UTP cable test............................................................................................................ 19
14. RJ45 cable TDR test.................................................................................................... 20
15. Specification .............................................................................................................. 21
16. Packing list................................................................................................................. 24
17. Contact us.................................................................................................................. 24

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1. Installing the Battery
Note: The tester has built-in lithium ion rechargeable battery. The battery cable inside battery
cabin should be disconnected for safety during transportation!
Prior to the use of the instrument, the battery cables inside the battery cabin should be well
connected.
Pressing the key continuously can power on or off the tester.
Please use the original adaptor and connected cable of the device!
When the battery icon is full or the charge indicator turns off automatically, indicate the battery
charging is complete
2. OTDR
2.1 Summary
OTDR is an instrument to understand the uniformity, defect, fracture, joint coupling and other
properties of optical fiber through the analysis of the measuring curve. It is used to measure the
attenuation of optical fiber, attenuation of connector and fault locator, and view the loss
distribution along the length of optical fiber, it is an essential tool in the construction,
maintenance and monitoring of optical fiber.
2.2 Warning
When using OTDR to measure optical fiber, except 1610nm wavelength product, working
light in the measured optical fiber couldn’t exist. Otherwise, the measuring result won’t be
accurate, and the instrument may be damaged perpetually.
Don't look at the optical interface directly or look over the optical interface through optical
instrument.
When the OTDR is working, do not look at the laser outlet directly;
After using, cover the dust cap onto the optical outlet of the OTDR
Don't directly look at the disconnected terminal of the being tested optical fiber. If possible,
make the disconnected terminal of fiber optical point to a non-reflective object.

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2.3 Operation
Connecting fiberSetting parametersTestingTracer viewing
2.31 Fiber connection
Connect the fiber to the top optical interface of OTDR. It adopts FC-PC optical connector.
Notice: When using OTDR to measure optical fiber, working light in the measured optical fiber
couldn’t exist. Or the instrument will be damaged.
2.32 Auto OTDR test
Auto OTDR by default, click “OTDR test” or select wavelength, Pulse width and measurement
duration in the “Quick Setup” to start testing. Another parameters setting as below:
2.33 Expert OTDR test
Manually to select the range, pulse width, etc parameters, the test result will be more accurate.
Can zoom the curve tracer, and view event map details.
Quick test can set laser wavelength, distance range, pulse width and measurement duration
parameters.

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Setting can set laser wavelength, distance range, pulse width, measurement duration,
measurement mode, IOR, Non reflection threshold and end threshold parameters, the reflection
threshold is the specified item.
2.34 Setting
1) Quick Setup
Can quickly set wavelength, distance range, pulse width and measurement duration parameter,
if find the parameters are properly on testing, can quickly to change them.

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2) Parameter setting
Laser wavelength: Selected by user, it provides several options, wavelength of single mode fiber:
1310nm, 1550nm and 1610nm; users can simultaneously select 2 wavelengths at most to
measure, and set analysis and file saving with different wavelength. In addition, multi
wavelength measurement is valid only under the average measurement mode. Multi wavelength
measurement is forbidden under the real-time measurement mode. (If the fiber over 100KM,
Please select 1550nm wavelength for testing)
Distance scope: Selected by user, options include “auto,500m,1Km,2Km,5Km,10Km,25Km,50Km,
100Km and 200Km”. If the length is uncertain, it is recommended to use automatic range, for
known length, it is recommended to use a range containing 1.5 times the minimum length.
Measurement duration: 5s, 10s, 15s, 30s, 60s, 120s, 180s is optional, if the current
measurement model is real-time measurement, the selected duration of measurement won’t
play role in the measurement. When need the meticulous and smooth curve, can select the
longer measurement time.
Pulse width: Selected by user, options include “auto, 5ns, 10ns, 20ns, 30ns, 50ns, 80ns, 160ns,
300ns, 500ns, 800ns, 1000ns, 2000ns, 4000ns, 6000ns,10000ns, 20000ns”.
Measurement mode: Selected by user, options include “average measurement and real-time
measurement”. When selected real-time measurement mode, the selected duration of
measurement won’t play role in the measurement.
Refractivity: Set by user, the default value is 1.4685. The refractivity is key parameter for
calculating the length, please don’t modify it at will.
Unit: Set by user, options include “m and ft”
Reflection threshold: No option or user setting is provided in OTDR instrument.
Non-reflection threshold: Set by user, input scope: 0.01~2.99, the default value is: auto. When
the manual setting value is 0.00, it will transfer to auto value.
End threshold: It is used as the threshold value for looking over event point when the instrument
treating data, i.e.: event points that lower than the set value of end threshold will be removed,
while the event points that higher than the set value of bundling threshold will be displayed. For
options set by user, input scope is: 1~19.99dB, the default value is: 5.00dB.
Optical warning of optical fiber: Options include “ON and OFF”, When in ON, if the optical fiber
has optical signal, the instrument will pop up alarm.
Default setting recovery: Distance scope is “auto”, pulse width is “auto”, duration of
measurement is “5 s”, laser wavelength is “1550nm”, measurement mode is “average mode”,
length unit is “meter”, refractivity is “1.4685”, back scattering coefficient is “auto”, reflection

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threshold is “auto”, non-reflection threshold is “auto”, end threshold is “5.0dB”, When finished
setting, please click “Save” to save the parameters.
3) Threshold setting
In Event map, can set loss and link attenuation parameters of fusion and connect point event, if
less than reference value, then judge as PASS, otherwise, will judge as Failed. If not select the
parameter, then will not judge.
Total loss: The total loss value of fiber link. Input scope: 0-60, If less reference value, then judge
as PASS, otherwise, will judge as Failed.
Reflection loss (connect point): The loss value of connector. Input scope: 0-60, If less reference
value, then judge as PASS, otherwise, will judge as Failed.
Non reflection loss (fusion point): The loss value of Fusion point or bend point fiber. Input scope:
0-60, If less reference value, then judge as PASS, otherwise, will judge as Failed.
Link attenuation coefficient: Different wavelength of fiber, the attenuation coefficient is
different. Input scope: 0-60, If less reference value, then judge as PASS, otherwise, will judge as
Failed.
4) File setting
Auto naming: Options include “Open and Close”. When the auto naming status is “ON”, the auto
naming category is optional. When the auto naming status is “OFF”, the auto naming function is
off.
File format: Set by user, options include “OTDR and sor” format.
Name type: Optional automatic naming of wavelength, pulse width, date, range, comment, etc.
It will take effect when automatic naming is turned on.

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Note: It is used for edit the content of name type.
2.35 Curve tracer
When setting and saved the parameters, click “Start” to start the testing, the wavelength/
distance range/pulse width/duration of measurement/refractivity will display at the top of
interface, when finished the testing, will create the trace. Click the “Stop” to end the testing.
Definition of trace: After the first measurement, reflection power diagram is displayed as
distance function, the diagram is called trace.
Trace displays the measurement result by graphic mode on the screen. The vertical axis
represents the power, while the lateral axis represents the distance. The event point is marked
with red symbol.
①Trace area ②Trace operation button area ③Information area ④Menu button area

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2.36 Instruction of Events Categories
Events on optical fiber indicate these abnormal points that brought loss or sudden change of
reflection power beyond normal scattering of optical fiber material, including various kinds of
connection and bending, loss of flaw or fracture on the optical fiber link.
Event points displayed on the screen is the abnormal points in the optical fiber that led to
deviation of trace, which are classified with special symbols on the trace.
Events include “reflection event” and “non-reflection event”.
Initial Event
“Initial event” on the OTDR trace is the event that marks the starting point of optical fiber. Under
default conditions, “initial event” is located at the first event (usually be the first connector of
OTDR) of the tested optical fiber. The event belongs to reflection event.
End Event
“End event” on the OTDR trace is the event that marks the terminal of optical fiber. Under
default conditions, “end event” is located at the last event of the tested optical fiber. The event
is called optical fiber terminal event (usually be the end or fracture point of the tested optical
fiber), which usually belongs to reflection event.
Reflection Event
When optical pulse energy is reflected (such as on the connector), reflection event occurs. On
the trace, reflection event is shown as peak signal, as shown in the picture.
Non-reflection Event
Non-reflection event brings loss on the whole transmission link of optical fiber, but no light
reflection. On the curve, non-reflection event is shown as drop of optical power, as shown in
follow picture.
Initial Event
Non-reflection Event
Reflection Event
n Event
End Event
n Event
Fiber section