SOGOO TECHNOLOGY CO., LIMITED |
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FTTA outdoor DLC SM fiber patch cords are standard size for Duplex LC Connectors, widely used in FTTA, Base station, and the outdoor waterproof condition. Spring supplies FTTA (Fiber to the Antenna) DLC (Dual LC Connector) SM GYFJH 2G.657A patch cord for TD-SCDMA, WCDMA,CDMA2000, Wimax, 2G, 3G, 4G and 5G Base Station BBU-RRU outdoor. These products are good for CPRI application.
DLC fiber optic connectors for the new generation wireless base
stations pulled far (WCDMA/TD-SCDMA/WiMax/GSM) tailored products
that can be meet the FTTA(fiber to the top of the tower) program
requirements for outdoor environment conditions and adverse weather
conditions.
Item | Description | Standard | |
Cable Model | GYFJH-4B1 / GYFJH-2B1 / GYFJH-2A1 | ||
Number Optic-cable Core | 2 | ||
Weight Kg/km | 45.0 | ||
Outside Dia. mm | Φ7.0±0.2 | ||
Outer Sheath | material | LSZH | YD/T 1113-2001 |
color | BLACK | ||
thickness | 1mm | ||
Tight buffer | material | FRP | |
Dia. mm | Φ1.0±0.1 | ||
Subunit | Quantity(pcs) | 2 | |
Sheath Dia. | Φ2±0.1mm | ||
Sheath Material & Color | LSZH & yellow | ||
Reinforced core | aramid fiber | ||
Mark Unit | Differ A,B,C and D fiber within 10mm | GB/T 6995.2 | |
Fiber core | Fiber Type | G.652D | |
sheath color | white | ||
Sheath material | LSZH | ||
Out-Dia fiber for Tight layer | 0.90±0.05 mm | ||
Fiber specification | 9/125(G652D) | ||
Allowable Tension | Short term ≥500N | ||
Long term ≥300N | |||
inflaming retarding Class | Confirm to IEC60332-3C | ||
Mini Bending radius | 10D | ||
Fiber Cable Printing | Manufacturer +fiber cable model + fiber cable transmission model +
standard +LSZH + Production Date | ||
Working life | ≥25years |
*all materials confirm to RoHS
* IP65 protection, salt-mist proof
* Easy, reliable and cost-effective installation
* The connector of side-A is duplex LC, and side-B can be LC, SC or
FC
* Thread structure guarantees the trusted connection
3G 4G base station used
Aerospace & Defence
Equipment diagnosis
FO sensor
TTA ,FTTP, FTTX,WIMAX
BBU, RRU, RRH, LTE