|
|
|
Advantel Optical Technology Co.Ltd
|
|
| |
|
|
|
|

|

|
Click to enlarge image
|
Model Number |
AQ7260 |
| Products >>Test System
Equipment>> Ando AQ7260 OTDR |
| | |
|
 |
OTDR AQ7260( Optical Time Domain
Reflectometer)
The AQ7260 OTDR covers
a wide range of applications for the installation and servicing of
optical networks, with a variety of OTDR modules and optional
units 1).Sampling resolution : min. 5cm 2).Sampling points :
max. 60,000 3).8.4 inch TFT-LCD color display for easy
viewing 4).Large internal memory : 20MB 5).USB ports for
connectivity and data storage 6).Compact and light weight :
approx. 3kg 7).A variety of optical modules -
AQ7261 SMF module (cost performance model) - AQ7264 SMF
module (standard model) - AQ7265 SMF module (high dynamic
range model) - AQ7269 MMF/SMF module (both SMF and MMF
model) |
| AQ7260 OTDR Main
Frame |
| Display 1) |
8.4
inch color TFT (640 X 480 dots) |
| Horizontal axis |
Full-scale |
25m, 50m, 100m,
250m, 500m, 1km, 2km, 2.5km, 5km, 10km, 20km, 40km, 80km,
160km, 240km, 320km, 640km (depend on the optical
unit) |
| Shift |
0 to distance
range |
| Readout
resolution |
min.
1cm |
| Sample data
count |
max. 60,000
points |
| Group
refractive index setting |
1.00000 to
1.99999 in 0.00001 steps |
| Distance
measurement |
Displays the
relative one-way distance between any two given points, in
eight digits |
| Vertical
axis |
Scale |
0.2dB/div,
0.5dB/div, 1dB/div, 2dB/div, 5dB/div,
7.5dB/div |
| |
Shift |
0 to
68dB |
| |
Read
Resolution |
Min
0.001dB |
| |
Loss
measurement |
Displays
one-way losses in steps of 0.001dB to a maximum of 5
digits |
| Displays the
relative one-way loss, loss per unit length, and splice loss
between any two given points on the
waveform. |
| Return-loss measurement function |
Return loss at
mechanical connectors can be measured Total return loss of
a fiber cable or between any two points can be
measured |
| Memory |
Internal
Memory |
20MB |
| PCMCIA |
For stored
measurement waveforms and measurement conditions. (A PCMCIA
memory card must be purchased separately.) |
| Interface |
USB (Host
Interface) |
2 ports,
conforms to USB Rev. 1.0, USB memory (Supports memory without
security functions.), keyboard, printer |
| Printer /
FDD |
Can mount cable
less on the back of the optical module cover. (Must purchase
an optional unit separately.) |
| Power
requirement |
AC
Adapter |
AC100 to 240V,
max. 60W (When using optional printer unit during charging
battery) |
| |
Battery |
Li-Ion,
Operating time : approx. 6 hours (measurement for 30 seconds
in every 3 minutes, using AQ7261 without any optional units,
in Power Save Mode) charging time : < 5 hours (Room
temperature is 23 °C when the power is
OFF.) |
Environmental conditions |
Operating
Temperature |
-10 to +50°C
(During charging : +5 to +35°C) |
| |
Storage
Temperature |
-20 to
+60°C |
| |
Relative
humidity |
95% or less (no
condensation) |
| Dimensions and mass |
Approx. 299 (W)
X 225 (H) X 62 (D) mm (Has no projections) |
| Approx. 3kg
(Included optical modules. The weight is 3.3kg when AQ7269 is
mounted.) |
| Accessories |
Battery Pack,
Shoulder Strap and User? Manual |
| 1)
Liquid crystal display may include few defective pixels
(within 0.002% with respect to the total number of pixels
including RGB).There may be few pixels on the liquid crystal
display that do not emit all the time or remains ON all the
time. Not | |
| Printer/FDD
Unit |
|
Model name |
Printer/FDD Unit for AQ7260 |
Printer Unit for AQ7260 |
| Printer |
576
dots/line, Thermal printer, Record paper: 80mm
width |
| FDD |
3.5inch FD,
2HD |
- |
Environmental condition |
Operating
temperature |
5 to 40
degree |
| Storage
temperature |
-20 to 60
degree |
| Humidity |
85% or less
(no condensation) | |
| AQ7932 OTDR Emulation
Software |
| Model
name |
AQ7932 OTDR
Emulation Software |
| functions |
Function |
File
format |
.trb
(AQ7250), .trd (AQ7260), .sor (Bellcore GR-196-CORE), .sor
(Telcordia SR-4731) |
|
Batch file
conversion |
For file format and
label |
|
Print out
format |
AQ7260 image output,
color output |
|
Trace
function |
Up to 8 traces are
sown same screen, switchable one trace or multi trace
display |
|
Analysis
function |
Auto event search, two
traces analysis (Subtract analysis, 2-way
analysis) |
|
Event edit
function |
Insert, delete and
move events |
Report Wizard |
Layout
setting (with image viewer), Item setting and edit (Item names
are editable), Data selection function, Master setting
function (Event edit, Total loss, Trace), Table edit and
preview (Table and Trace) |
|
Output
format |
Print out, CSV file,
XLS file |
Operating Environment |
PC |
PC/AT
compatible, with CD-ROM drive, CPU clock:Requirement by OS,
Display : 1024 X 768 dots or more, Memory : 128MB or
more, Hard disk : Free area 20MB or
more |
| OS |
Microsoft
Windows XP, Microsoft Windows 2000 |
| Excel |
Microsoft
Excel 2000 or later (When using the XLS file output
function.) |
| Supply
media |
CD-ROM | |
| Soft carrying
case |
|
Model name |
Soft carrying case for
AQ7260 |
| Packing
item |
AQ7260, AC Adapter,
Printer/FDD Unit, Print roll, AC power cable, Battery pack,
Instruction
Manual | |
| Optical modules |
|
Model
name |
AQ7261
SMF Module |
AQ7264
SMF Module |
AQ7265
SMF Module |
AQ7269
MMF/SMF Module |
| Measured wavelength (nm) |
1310/1550
+/-25 |
1310/1550 +/-
20 |
850/1300 +/-
30 |
1310/1550
+/-25 |
| Measured
fiber |
SM (ITU-T
G.652) |
GI (62.5/125u,
50/125u) |
SM (ITU-T
G.652) |
| Distance range
(km) |
2, 5, 10, 20, 40,
80, 160, 240, 320, 640 6) |
1, 2, 5, 10, 20, 40, 80
7) |
2, 5, 10, 20, 40, 80, 160,
240 |
| Pulse width (sec)
5) |
10n, 20n, 50n,
100n, 200n, 500n, 1u, 4u, 10u, 20u, 50u 3) |
10n, 20n, 50n,
100n, 200n, 500n, 1u 8) |
10n, 20n, 50n, 100n,
200n, 500n, 1u, 4u, 10u, 20u |
| Distance sampling
resolution |
min.
5cm |
| Distance sampling
points |
max. 60,000
points |
Distance measurement accuracy (m) |
Offset
error |
+/-
1m |
| Scale
error |
Measured distance
x 2 x 10-5 |
| Sampling
error |
+/- 1 sampling
resolution |
| Dead zone
(m) |
Event 1) |
2 typ. |
2 typ. |
2 typ. |
2 typ. 10) |
2 typ. |
| Attenuation
2) |
15/20 typ. |
7/8 typ. |
7/8 typ. |
7/8 typ. 10)
11) |
7/8
typ. |
| Dynamic range
(dB) SNR=1, for 3 minutes |
34/32 9)35/33
typ. |
40/38 9)42/40
typ. |
43/41 9)45/43
typ. |
22.5/24 10)
12) |
34/32
9) |
| Loss measurement
accuracy |
+/-0.05 dB/dB
13) |
Stabilized
Light Source |
Wavelength
(nm) |
?/FONT> |
1310/1550 |
1310/1550 |
- |
- |
| Max. output
(dBm) |
?/FONT> |
-3 +/- 2 |
-3 +/- 2 |
- |
- |
|
- |
+/- 0.1 |
+/- 0.1 |
- |
- |
| Optical
connector |
Optional
AQ9441(*) Universal Adapter 14) |
Environmental condition |
Operating
Temperature |
-10 to
+50°C |
0 to
+40°C |
| Storage
Temperature |
-20 to
+60°C |
| Humidity |
95% or less (no
condensation) |
1) Distance width
between the event peak point, where the return loss is 40 dB or
higher (event is not saturated), and the point where the level is
1.5 dB smaller than the event peak. At pulse width
10ns. |
2) Distance width
at points where the optical connector? return loss is 45 dB or
higher and the back scatter level is within +/- 0.5 dB of the
normal level. At pulse width 10ns. |
| 3) 50us is only
1550nm of AQ7264/AQ7265. |
| 4) 5minutes
measurement at constant temperature. |
5) 1 us can be
set at a distance range of over 10km, and 4us can be set at a
distance range of over 40km. |
6) When measuring
1310nm, the maximum is 320km. When measuring 1550nm, the maximum
is 640km. (AQ7264/AQ7265 only) |
| 7) 40km, 80km is
only 1300nm. |
| 8) 500ns, 1us is
only 1300nm. |
| 9) At pulse width
20us and filter ON. |
| 10)At GI
62.5/125us |
11)Distance width
at points where the optical connector? return loss is 40 dB or
higher and the back scatter level is within +/- 0.5 dB of the
normal level. At pulse width 10ns. |
| 12)At pulse width
200ns (850nm), 1us (1300nm) and filter ON. |
| 13)For AQ7269 MMF
at 62.5/125us |
| 14)* mark is
connector type. Selectable connector type. (FC, SC, ST,
DIN) |
| Laser Safety Information |
| * These laser
sources are classified IEC60825-1 : Class 1M |
| * The laser
products comply with 21CFR1040.10 except for deviations pursuant to
Laser Notice No.50, dated May 27 2001 |
| * Viewing the
laser output with certain optical instruments such as loupe,
magnifying glass or telescope within 100mm may cause damage to the
eyes | |
|
|
|
|
| |
|
|
|