Dynamic range of sensitivity to mechanical perturbation over 100 km distance
Locate target cable using audio and visual signal (either bar chart or ECG display)
Flexible to different fiber connectors (PC, APC or Cut)
Dynamic range of sensitivity to mechanical perturbation over 100 km distance
Locate target cable using audio and visual signal (either bar chart or ECG display)
Flexible to different fiber connectors (PC, APC or Cut)
Non-invasive detection with high accuracy
Low power consumption for long working time
Operation mode: automatic or manual mode
As demand for optical fiber increases day by day, the numbers of fibers in a single optical cable can be as many as 2096 individual fibers. As more fiber cables are buried underground, it becomes extremely difficult for the telecom engineers and technicians to manage the cables because cables may take different pathways, or be labeled incorrectly. As vast large number of optical cable being deployed by different service providers, new players such as utility, cable companies and telecom incumbents, it is crucial to correctly locate the target desired cables in outside plant.
OCID is adaptive to various environments; it can detect and locate the target fiber cable when the fiber is under cut or splicing condition. It also works with all kinds of fibers connectors including APC.An Easy-to-Use Method of Cable Identification
| Model | 40Km | lOOKm |
| Test method | Single fiber | |
| Wavelength | 1550nm | |
| Unidirectional fiber loss 1 | 10dB | 30dB |
| Maximum test distance 2 | 40km | 100km |
| Initial blind zone | None | |
| Requirements to fiber end return loss | <40dB | <20dB |
| SNR | >25dB | |
| Fiber Type | Single Mode | |
| Optic connector | FC/APC | |
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| Model | 40 Km | lOOKm |
| Display | 5.6" LCD touch screen | |
| Input model | LCD touch screen + Buttons | |
| c , , j Visual Output mode | Bar Chart or ECG display | |
| Audio | Sound (corresponds to perturbation intensity) | |
| Power supply | DC12V/3A | |
| Battery | Lithium battery 7.4V, 10.4Ah> continuous work > lOHr | |
| Power consumption | <6W | |
| Dimension | 65x150x235mm | |
| Weight | 1.5Kg (including battery) | |
| Working temperature | 0 °C ~ +45 °C | |
| Storage temperature | -20 °C ~ +55 ”C | |
Optical Cable Identifier, OCID was a specially developed instrument for telecommunications engineers and technicians to identify a desired target fiber optical cable, which Is a user friendly, easy to operate and non-invasive to the optical fiber cables. It can be used in various environments, such as manholes, tunnels conduits and aerial.
Based on the properties of photo elastic effect, the OCID converts the coherent laser energy into visual or audio signal, so user can easily locate the target desired fiber in manholes, tunnels conduits, and aerial, etc. With the OCID , the user can easily recognize the target optical cable from the rest by gently tapping them.
The OCID replaces traditional optical fiber identification methods that require cutting, bending, or freezing of the fiber. It is a new non-invasive detection method, which can greatly reduce installation, deployment and troubleshooting time and cost reduce the operation, improve the overall operational efficiency.
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