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SUN-OCI8100 Optical Cable Identifier

SUN-OCI8100 Series Optical Cable Identifier is an important maintenance instrument. It is specially designed for telecom engineers to identify the accurate cable by slightly knocking the cable. The vibration signal by knocking converts into visual signal and audio signal, which helps engineers to identify the target cable easily.

SUN-OCI8100 Optical Cable Identifier accords to the flexibility of the fiber optic cable and through the transfer liberation signal to visual signal and audio signal, quickly and exactly find the target cable. (In the manhole cable, duct cable, aerial cable, etc)

Features: • Its easy method to identify the cable helps shorten maintenance time, lower the cost of construction

and maintenance and improve working efficiency. • Lightweight handheld device, easy to operate. • On-site proficiency, satisfy the needs of telecommunications users. • Dozens of kilometers of optic cable remote sensing mechanical vibrations. • In a complex environment, SUN-OCI8100 can find target cables through audio or visual signal. • Automatic optimization of device parameters for different lengths of cable test. • Non-destructive testing, identification of high accuracy. • Small and exquisite, easy operating,. • Long testing distance • Available for many kinds of environments • High accurate, Processing automation

     

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Application • Applicable for the manhole cable, duct cable, aerial cable, etc • Knock the cable to identify the cable you are looking for

The equipment is applied for finding out the target cable under the manhole duct and aerial environment when 

it is a natural disaster or a force influence. 

 

SUN-OCI8100 completely replace the previous cable identification methods, which were including cutting, 

bending,  and  freezing.  These  new  detection  technology  devices  do  not  damage  the  cables.  Its  powerful 

applications can greatly reduce the cables’ repair time, reduce project construction and management costs, and 

greatly improve work efficiency. 

Traditional methods’ disadvantages 

1. Pulling: cost lots of time, precision limited, separating problems. 

2. OTDR with bending: destroy the cables 

3. OTDR with freezing: hard to operate, noxious 

4. Frequency testing: some direct burred cable without strength core can’t be identify. 

5. Infrared source: can’t identifier the route, short testing distance. 

Specification Item Specification

Wavelength (nm) 1550 Max. Output Power (dBm) 0 Max. Measurement Distance (km) 80 SNR (dB) 30 Connector FC/APC

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Output Mode Visual: vibration amplitude (touch LCD screen) Audio: sound

Power Supply (VDC) 9.6VDC Ni-MH batteries Power (W) ≤5 Dimension (mm) 215(H) x 105(W) x 65(L) Weight (Kg) ≤1 Display Touch LCD screen Working Temperature (°C) 0 ~ 45 Storage Temperature (°C) -20 ~ 60

Accessories:  SUN-OCI8100 Head set Carry bag  

 

 

  

 

 

 

 

 

 

 

 

 

 

 

 

Note: For the necessity of improvement, the material contained in this document is subject to change without notice.