6ODLC-12LC-SM-G657A2-7.0mm-5/0.5m 2.0mm-LM
Fiber Optical Cable Assembly
Fiber chart crossed | |
From side A | To side B |
1A | 1B |
1B | 1A |
2A | 2B |
2B | 2A |
3A | 3B |
3B | 3A |
4A | 4B |
4B | 4A |
5A | 5B |
5B | 5A |
6A | 6B |
6B | 6A |
These fiber optic jumper cable assemblies connect remote radio heads in telecommunication applications. 12*LC duplex interface with extra protection can work under harsh environment.
Connector is specifically suitable for directly connecting with exchangeable SFP module. 6* DLC (With ODC)/UPC connector is on side A, and 12*LC/UPC connector is on side B.
Type | Length(m) |
6ODLC-12LC-SM-G657A2-7mm-5/0.5m 2.0mm-20M | 20 |
6ODLC-12LC-SM-G657A2-7mm-5/0.5m 2.0mm-30M | 30 |
Length(m) | △L(m) |
L≤5 | ±0.05 |
5<L≤50 | ±1%*L |
L>50 | ±1 |
Parts
Connector Side A | 6*DLC/UPC(With ODC), Single mode |
Connector Side B | 12*LC/UPC, Single mode |
Cable | 12F,SM, LSZH black |
Fanout | Side A 7.0mm LSZH Black Side B 2.0mm LSZH Black |
Optical data
Cable | |
Fiber | 9/125μm fiber optical according to ITU-T G.657A2 |
Fiber count | 12 |
Cable Attenuation | ≤0.4dB/km @ 1310nm ≤0.3dB/km @ 1550nm |
Assembly | |
Insertion loss | Max.0.6dB+0.4dB/km*L @1310nm&1550nm according to IEC 61300-3-4 Method C |
Return loss | Min. 50 dB (UPC) according to IEC 61300-3-6 Method 1 or equivalent |
Cable construction
Cable diameter, jacket | 7.0±0.2mm |
Mechanical Data
Min. bending radius | |
Static | 60mm |
Dynamic | 100mm |
Max. Tension strength | |
Long term | 200N |
Short term | 400N |
Crush resistance | |
Long term | 1000N/10cm |
Short term | 2000N/10cm |
Environmental Data
Temperature range operation | -40 °C to +70 °C |
Temperature range storage | -40 °C to +70 °C |
Temperature range installation | -20°C to +60°C |
Flame retardant | IEC 60332-1-2 |
2011/65/EU(RoHs) | Compliant |
Water resistance Side A | IP67 |
Packing
L<70m | 1 pc in a bag |
L≥70m | 1 pc on a drum |
Contact: Andy Huang
Phone: 0086-755-89239407
E-mail: sales@beskco.com
Add: No.3106,Longgang Avenue,Pidi Town, Longgang District, Shenzhen China
We chat