Handheld OTDR Fiber Tester, 1310/1550nm, 22/20dB

Original price was: $1,305.73.Current price is: $130.99.

Clothing Size Conversion Chart
Category US EU UK Chest (in) Waist (in) Hips (in)
Men XS 44 34 32-34 26-28 33-35
S 46 36 34-36 28-30 35-37
M 48 38 38-40 32-34 39-41
L 50 40 42-44 36-38 43-45
XL 52 42 46-48 40-42 47-49
Women XS 32 6 31-32 24-25 33-34
S 34 8 33-34 26-27 35-36
M 36 10 35-36 28-29 37-38
L 38-40 12-14 37-39 30-32 39-41
XL 42 16 40-42 33-35 42-44
Youth XS 128 7 26-28 23-24 26-28
S 134 8 28-30 24-25 28-30
M 140 10 30-32 25-26 30-32
L 146 12 32-34 26-27 32-34
XL 152 14 34-36 27-28 34-36
Pants Size Conversion Chart
CategoryUSEUUKWaist (in)Hip (in)Inseam (in)
Men284428283430
304630303631
324832323832
345034344033
365236364234
Women0324243430
2346253530
4368263631
63810273832
84012284032
Shoes Size Conversion Chart
CategoryUSEUUKFoot Length (in)
Men6395.59.25
7406.59.625
8417.510
9428.510.25
10439.510.625
114410.511
124511.511.25
134612.511.625
Women5352.58.5
6363.58.875
7374.59.25
8385.59.625
9396.510
10407.510.25
11418.510.625
12429.511
M (Unisex)5374.58.75
6385.59
7396.59.5
8407.510
9418.510.25
10429.510.625
114310.511
124411.511.25
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Description

The handheld smart OTDR fiber tester features a backlit display and supports FC/PC and SC/PC connectors. With 1310/1550nm wavelength, it is a cost-effective, yet powerful, multi-functional fiber testing solution.

Features

  • One-button operation for easy testing with clear visibility of results.
  • Integrated visual fault location system for effortless detection of faults in the dead zone.
  • Dustproof, waterproof, and shockproof design, making it ideal for field maintenance work.
  • Large capacity battery offering extended working hours for long-duration field tasks.
  • Perfect for FTTx and access network construction and fault location maintenance.

Specification

OTDR
Model T-OTDR-FC290
Wavelength 1310/1550nm
Dynamic Range 22/20dB
Measure Distances 0-60km
Fiber Type SM
Type of Fiber 9/125um Single-mode optical fiber
Connector Type UPC/APC
Peak Value of Laser >=30mW
UOM of Measuremen Meter, Feet, Mile
Dead Zone of Reflection Event 2m
Dead Zone of Attenuation Even 12m
Accuracy Distance (Reflection Event) About ±(1m+2 *10(-4)* distance)
Number of Test Records Saved 200
Power Supply 7.4V Li-ion Battery 4400mAH
Temperature Operate: -5~50, Store: -10~60
Humidity 0~85% (Non-condensing)
Weight 300g
Certificate CE
Visual Fault Locator
Wavelength 650nm
VFL Output Power >=10m
Mode CW, 1Hz, 2Hz
Fiber Type SM/MM
Optical Power Meter
Measurement Range -70~+10 dBm, -50~+26 dBm
Wavelength Range 800~1650nm
Calibrated Wavelength 850nm, 1300nm, 1310nm, 1490nm, 1550nm, 1625nm (Other wavelengths can be customized)
Accuracy <±3% (-10dBm、22℃)
Resolution Linearity: 0.1%, Non-linearity: 0.01dBm
Connector Changeable FC/PC SC/PC, (ST as Optional)
Optical Light Source
Emitter FP-LD
Wavelength 1310/1550nm
Output Power ≥-5dBm
Output Stability ±0.04@20℃@15min
Modulation CW/270Hz/1KHz/2KHz
Fiber Type SM

Accessories

NO. Name Quantity
Standard Accessories
1 OTDR with FC/UPC Connector 1
2 AC/DC Charger 1
3 CD (Software and User Manual) 1
4 User Manual 1
5 Test Report 1
6 Softcase 1
7 SC Connector for OTDR Port 1
8 SC Connector for OPM port 1
9 Operationtips Card 2
Optional Accessories
1 ST Connector for OTDR Port 1
2 ST Connector for OPM Port 1

Applicationn

OTDR (Optical Time Domain Reflectometer) measures fiber attenuation, splice loss, and fault location by analyzing the backward scattered light as it propagates through the fiber. It provides detailed information on the loss distribution along the fiber’s length. This makes the OTDR tester a crucial tool for fiber optic cable construction, maintenance, and monitoring.

Tips: How does an OTDR measure distance?

OTDR measures distance by sending light pulses into the fiber and analyzing the time it takes for the pulses to reflect back from events (like splices, connectors, or faults). The device calculates the distance based on the time delay and the speed of light in the fiber. The OTDR uses this information to map the fiber’s entire length and pinpoint the location of any issues, with high accuracy depending on the fiber type and test settings.

Additional information
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