Product Number: NTCL12AA024YEAA
Indoor tight buffered optical fiber distribution cable with Single LSZH jacket 24F SM G652.D, GB 31247 B1 rated
Indoor optical fiber distribution cable: 900μm LSZH tight buffer, aramid yarn reinforcing, Single LSZH jacket, 24 fibers, SM G652.D - GB 31247 B1 rated
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Availability:
Asia Pacific
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Global inventory:
Available
Specifications
Product Overview
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Product Category |
Fiber Distribution Cable |
|---|---|
|
Suitable Applications |
High degree of flexibility suitable for backbone, horizontal, inner and inter building installations; Excellent burning behavior performance LSZH(low smoke emission and low smoke toxicity) is ideal for the buildings with very high safety requirements |
Fiber Specifications
|
Fiber Type |
OS2, G.652.D |
|---|---|
|
Fiber Core Diameter |
9 µm |
|
Fiber Diameter |
125 µm |
|
Buffer Material |
LSZH |
|
Buffer Construction |
Tight buffer |
|
Buffer Diameter |
900 µm |
|
Fiber Count |
24 |
|
Fiber Color Coding |
TIA-598-D |
Outer Jacket Specifications
|
Strength Member |
Aramid Yarns |
|---|---|
|
Jacket Material |
LSZH - Low Smoke Zero Halogen (Flame Retardant) |
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Nom. Diameter |
8.3 mm (0.33 in) |
|
Color |
Yellow |
Optical Characteristics
| Wavelength | 1310 nm | 1550 nm |
|---|---|---|
| Max. Attenuation | 0.36 dB/km | 0.22 dB/km |
| Mode Field Diameter | 8.8 µm | 9.9 µm |
Mechanical Characteristics
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Min. Bend Radius During Installation |
20 x OD |
|---|---|
|
Min. Bend Radius During Operation |
10 x OD |
|
Max. Tensile Strength During Installation |
660 N (150 lbf) |
|
Max. Tensile Strength During Operation |
200 N (45 lbf) |
|
Crush Resistance |
Max Crush Resistance During Installation: 1000N/100mm, Max Crush Resistance During Operation: 300N/100mm |
Mechanical Tests
| Description | Tested Standard |
|---|---|
| Cable Min. Bend Radius Installation (Short Term) | IEC 60794-1-21-E11 |
| Cable Min. Bend Radius Operation (Long Term) | IEC 60794-1-21-E11 |
| Cable Max. Tensile Strength Installation (Short Term) | IEC 60794-1-21-E1 |
| Cable Max. Tensile Strength Operation (Long Term) | IEC 60794-1-21-E1 |
| Cable Max. Crush Resistance Installation (Short Term) | IEC 60794-1-21-E3 |
| Cable Max. Crush Resistance Operation (Long Term) | IEC 60794-1-21-E3 |
|
Bulk Cable Weight |
62 kg/km (42 lbs/1000ft) |
|---|
Temperature Range
|
Operating Temperature Range |
- 20°C to + 60°C |
|---|---|
|
Storage Temperature Range |
- 20°C to + 60°C |
Standards and Compliance
|
Environmental Suitability |
Indoor |
|---|---|
|
GB Compliance |
GB 31247 B1 (d0, t1, a1) |
|
ISO/IEC Compliance |
IEC 60793-1-1 |
|
European Halogen Free Standards |
IEC 60754-2 - Halogen Acid Gas Amount - Max. Conductivity = 2.5 , IEC 60754-2 - Halogen Acid Gas Amount - Min. pH = 4.3 |
|
European Directive Compliance |
EU Directive 2015/863/EU (RoHS 2 amendment) |
History
|
Update and Revision |
Revision Number: 0.31 Revision Date: 12-07-2023 |
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Information
|
Update and Revision |
Revision Number: 0.31 Revision Date: 12-07-2023 |
|---|
Resources
- 4 Reasons ICT Integrators Should Be Excited About Class 4 Systems
- Here Comes Class 4 Power: Differences Between Circuit Classes
- The Latest Updates to IEEE Standards and TIA Standards
- What You Need to Know About New Fault-Managed Power Systems
- The Industry’s First UL-Certified Class 4 Cabling System: Belden Digital Electricity Cables
Resources
- 4 Reasons ICT Integrators Should Be Excited About Class 4 Systems
- Here Comes Class 4 Power: Differences Between Circuit Classes
- The Latest Updates to IEEE Standards and TIA Standards
- What You Need to Know About New Fault-Managed Power Systems
- The Industry’s First UL-Certified Class 4 Cabling System: Belden Digital Electricity Cables