9 in 1 OTDR Fiber Optic Tester, 1310/1550nm, 22/20dB

Original price was: $895.86.Current price is: $89.99.

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
29 People watching this product now!
Description

Multi-functional mini OTDR for sale, featuring nine functions: OTDR, OPM, VFL, LS, Network Cable Test, Fiber Inspection, Event Map, Loss Test, and Flashlight. Powered by a 3.7V/4000mAh lithium battery with smart power management, it enables over 10 hours of continuous testing.

Feature

  • Nine-in-One Functionality: Includes OTDR, OPM, VFL, LS, Network Cable Test, Fiber Inspection, Event Map, Loss Test, and Flashlight.
  • High-Quality Display: Features a 4.3-inch full-view capacitive touch screen with multi-touch support for easy operation.
  • Accurate Test Data: Uses international standard test data with advanced simulation software for effortless report generation.
  • Durable Design: Sink-type lamp port design enhances protection for the OTDR lamp port.
  • Seamless Data Management: Supports USB data upload to a PC for analysis, processing, and test result printing.

Specification

Model T-TM1100-A22D
Wavelength 1310/1550nm
Dynamic Range 22/20dB
Measuring Range 100m, 500m, 2km, 5km, 10km, 20km, 40km, 70km
Sampling Resolution Minimum 0.2m
The Sampling Point 64,000 Point
Inearity ≤0.05dB/Db
Loss Threshold 0.01dB
Loss Resolution 0.001dB
Range Resolution 0.01m
Range Accuracy ±(0.5m+Range×3×10-5+Sampling resolution) (Excluding refractive index error)
Memory >100000
VFL 10mW,CW/2Hz
Data Interface 2xUSB(Type A x 1,Micro USB x 1, SD card
Screen 4.3-inch TFT-LCD (Standard distribution capacity touch screen)
Battery 3.7V/5200mAh
Working Temperature -10℃~+55℃
Storage Temperature -20℃~+80℃
Humidity ≤95%(No condensation)
Dimension 175x105x45mm
Weight 0.56kg(Contain the battery)
Attachment Power adapter, lithium battery, FC adaptor, USB cable, quick guide, portable package
OPM Type A: -10dBm~-70dBm, Type B: +26dBm~-50dBm
LS The output power:-5dBm,Modulation frequency:CW/270Hz/1KHz/2KHz
Network Cable Test Network Cable test

Details

Application

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 work?

  • Basic Principle: An OTDR sends laser pulses into the fiber and measures the backscattered and reflected signals to analyze fiber characteristics.
  • Understanding the OTDR Trace: The graphical output helps identify fiber length, connection quality, splicing losses, and faults.
  • Dead Zones & Launch Cables: Using a launch cable improves measurement accuracy by reducing blind spots near the OTDR’s starting point.
  • Pulse Width Selection: Short pulses offer high resolution for detecting close events, while longer pulses are better for measuring longer distances.
  • Proper Fiber Preparation: Clean fiber connectors before testing to minimize signal loss and ensure accurate results.