Optical Fiber Identifier TM501
Introduction Optical Fiber Identifier is an important tool for optical maintenance, which is used for nondestructive fiber identification project. Meanwhile it also has Visual Fault Locator module with fault location function and power mete
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Introduction
Optical Fiber Identifier is an important tool for optical maintenance, which is used for nondestructive fiber identification project. Meanwhile it also has Visual Fault Locator module with fault location function and power meter function.
Using the macro bending technology on line for nondestructive testing, It can measure the signal direction and power and avoid mis-operation resulting in interrupted lines.
Macro bending measurement. Macro bends are the use of fiber-optic bending leak out when the weak optical signal, optical signal to detect the direction and intensity. Doesn’t damage optical fiber, without interrupting communications, and direct detection of 2.5mm bare fiber, 0.9mm and 2.5mm fiber casing tight jumper.
Features
Metal gripper
No need to change the adaptor
Build in VFL function
Build in OPM function
Display the relative core power
Indicate the signal directions and power in fiber
Indicate live or dark fiber
Efficiently identifies the traffic direction and frequency tone
Detect 270Hz, 1kHz, 2kHz from laser source
Lower power indication
Specification
Optical Fiber Identifier is an important tool for optical maintenance, which is used for nondestructive fiber identification project. Meanwhile it also has Visual Fault Locator module with fault location function and power meter function.
Using the macro bending technology on line for nondestructive testing, It can measure the signal direction and power and avoid mis-operation resulting in interrupted lines.
Macro bending measurement. Macro bends are the use of fiber-optic bending leak out when the weak optical signal, optical signal to detect the direction and intensity. Doesn’t damage optical fiber, without interrupting communications, and direct detection of 2.5mm bare fiber, 0.9mm and 2.5mm fiber casing tight jumper.
Features
Metal gripper
No need to change the adaptor
Build in VFL function
Build in OPM function
Display the relative core power
Indicate the signal directions and power in fiber
Indicate live or dark fiber
Efficiently identifies the traffic direction and frequency tone
Detect 270Hz, 1kHz, 2kHz from laser source
Lower power indication
Specification
| Optical Fiber ldentifier | |
| Wavelength | 800nm-1700nm |
| Pass through insertion loss |
250um / 900um optical fiber: 1.0dB 2.0 / 3.0 optical fiber: 1.5dB |
| Application of optical fiber | 250um/900um/2mm/3mm optical fiber |
| Identified Signal Type | 270Hz/1KHz/2KHz |
| Identification of modulated signals | Yes |
| Power Measurement | Yes |
| Display | LED color screen |
| Tone | Yes |
| Low power monitoring | Yes |
| Detector type | InGaAs |
| Optical Power Meter | |
| Wavelength | 800nm-1700nm |
| Calibration certificate | 850/1300/1310/1490/1550/1625nm |
| Measurement range | -70~+10dBm or -50~+26dBm |
| Connector type | 2.5 universal connector |
| Visual Fault Location | |
| Wavelength | 650nm±10nm |
| Output Power | 10mW |
| Fiber Port | 2.5 universal connector |
| Other | |
| Power supply | 2*AA 1.5V Alkaline Battery |
| Operation Temperature | -20℃~+60℃ |
| Storage Temperature | -30℃~+70℃ |
| Outline size | 220*38*28mm |
| Weight | 145g |
