Description
|
Type |
Wavelength (nm) |
Dynamic Range (dB) |
Event Dead Zone (m) |
ATT Dead Zone (m) |
|
AE3000L |
1310±20/1550±20 |
33/31 |
4 |
<20 |
|
AE3000 |
1310±20/1550±20 |
35/33 |
3 |
<17 |
|
AE3000H |
1310±20/1550±20 |
37/35 |
1.5 |
<10 |
|
AE3000S |
1310±20/1550±20 |
40/38 |
1 |
8 |
|
AE3000P |
1310±20/1550±20/
1625±20 |
38/37/37 |
0.8 |
6-7 |
Integrated Solution for Fiber Network Measurement
AE3000 is a portable OTDR with new appearance and design methodology. It is more compact and convenient compared with the traditional OTDR and it has better performance and accuracy than the handheld OTDR. AE3000 can fully meet your testing requirements and will be your great assistant no matter where you install or maintain your fiber network
Point-to-point and point-to-multi-point data share via internet. Users can remotely control this instrument via PC when conducting fiber maintenance and testing.
Flexible Connectivity with Multiple Interfaces
RJ-45: remote control via PC and data-share.
USB port: easy data transfer to U-disk and PC.
SD card slot: support maximum 1G SD card.
Large internal memory: up to 1,000 test results.
Fiber Adapter: detachable for easy cleaning.
Concise and Intuitional Display
Test result including the curve and event list display on same screen which is clear at a glance. AE3000 judge the location of every event and marks on the curve automatically and support two markers indicating the attenuation between two points. And also All events are also listed screen includes NUMBER., TYPE, DISTANCE, LOSS,REFLECTION, TILT(ATTENUATION), TOTAL LOSS.
Convenient Parameter Setup
Similar with windows style setting menu of all parameters. Such friendly setup menu make user understand and use it easily, even though user is not professional.
This software is specially designed for offline analysis, print and etc, Convenient configuration item make it easy to create OTDR testing report by this software, user can remotely get the measurement data to analyse
Main Specifications
|
Distance(km) |
5 m ~ 200 km |
|
Pulse Width (ns) |
5 ns ~ 20 µs |
|
Measurement Time |
User-defined |
|
Distance Uncertainty(m) |
±0.5 m ±0.001% × testing distance |
|
Linearity(dB) |
±0.01 |
|
Loss Threshold (dB) |
0.01 |
|
Loss Resolution (dB) |
0.001 |
|
Distance Resolution (m) |
0.1 |
|
Sampling Points |
64000 |
|
Data Storage |
1000 traces (AE3000L/AE3000) 2000 traces (AE3000H/S/P) |
|
Display |
6.4" color TFT LCD |
|
Fiber Adapter |
FC/PC, SC/PC |
|
Interface |
USB(Principal and subordinate each) /SD/RJ45 |
|
Battery |
Rechargeable Lithium battery inside(charging <4 hours, Operation time>10 hours) |
|
Power Supply |
AC/DC adapter(Input:AC90-240 V±10% Output:18 V) |
|
Operating Temperature |
-10 ? ~ 40 ? |
|
Storage Temperature |
-40 ? ~ 70 ? |
|
Comparative Humidity |
<80% |
|
Weight |
<2.5 kg (5.4 LB) |
|
Dimension (L*H*W) |
248 mm x 201 mm x 75 mm |
More products DEVISER
|
DEVISER TC601E ETHERNET AND E1 TESTER
• 1000Base-X optical port x 1, 10/100/1000Base-T electric port x 1
|
|
TV & CATV SPECTRUM ANALYZER 100KHZ..3 GHZ DEVISER DS8853
• 100 kHz.. 3 GHz Frequency Range |
|
TV & CATV QAM MODULATION SPECTRUM ANALYZER 5..1000 MHZ DEVISER 2500
• Digital TV analysis Channel power, MER, BER, Constellation etc |
|
PON OPTICAL FIBER POWER METER DEVISER EP300
• Simultaneous measurement of all EPON signal(1310 nm, 1490 nm and 1550 nm) on the fiber |
|
BROADBAND RADIO MONITORING SYSTEM 1..1000MHZ SPECTRUM ANALYZER DS8831H & RF MULTIPLEXER RF DS1500
• 1U rack spectrum analyzer for remote head end monitoring |
|
QAM QPSK TV RETURN-PATH SIGNAL GENERATOR 5..120 MHZ DEVISER DS5200
• ideal return path generator for HFC system installation and maintenance |
|
HANDHELD SPECTRUM ANALYZER 100KHZ..3GHZ DEVISER E8000A
• 2G/3G/4G, WiFi and broadcast installation and maintenance |
|
OTDR OPTICAL FIBER FAULT LOCATING ANALYZER DEVISER AE2300
• 1310/1550 nm Wavelength |
|
HFC RETURN PATH TV SIGNAL GENERATOR 5..65 MHZ DEVISER DS5112
• 5..65 MHz Frequency Range |
|
MINI OPTICAL FIBER POWERMETER DEVISER AE100
• 850nm, 980nm, 1300nm, 1310nm, 1490nm, 1550nm, 1610nm Wavelengths |