AA978AEGSZGLS100M
EDGE™ RC Indoor Breakout Trunk – MTP to LC 384F, 24F MTP connector (Non-Pinned) to LC UPC Uniboot, Indoor LSZH Cable, Single-mode, SMF-28 Ultra, Pulling grip on 24f MTP end, 100 meters
General Specifications
| Product Number | AA978AEGSZGLS100M |
| Flame Rating | LSZH |
| Fiber Category | Single-Mode (OS2) Ultra |
| Cable Assembly Type | EDGE™ Rapid Connect Trunk |
| Environment | Indoor |
| Application | Data Center LAN/SAN |
| Cable Type | Super Trunk, Plenum, Indoor Cable |
| Brand | EDGE™ |
Standards
| RoHS | Free of hazardous substances according to RoHS 2011/65/EU |
Design
| Fiber Count | 384 |
| Polarity | Type S |
| Fiber Type | Single-mode |
Mechanical Specifications
| Min. Bend Radius Installation | 268.5 mm (10.57 in) |
| Min. Bend Radius Operation | 179 mm (7.05 in) |
Specifications - Connector A
| Reflectance, Typical | < -60 dB |
| Insertion Loss, Max. | 0.35 dB |
| Connector Type | 24 F MTP® (non-pinned) |
| Ferrule Material | Composite |
| Housing Material | Composite |
Specifications - Connector B
| Insertion Loss, Max. | 0.25 dB |
| Connector Type | LC UPC uniboot |
| Ferrule Material | Composite |
| Reflectance | < -55 dB |
Furcation - Connector A
| Furcation Type | Single Furcation |
| Leg Color | Yellow |
| Shortest Staggering Leg Length (mm) | 1219 mm (47.99 in) |
Furcation - Connector B
| Furcation Type | Single Furcation |
| Leg Color | Yellow |
| Shortest Staggering Leg Length (mm) | 914 mm (35.98 in) |
Pulling Grip - Connector A
| Pulling grip | Yes |
| Grip Outer Diameter | 55.9 mm (2.2 in) |
Dimensions
| Length | 100 m (328 ft) |
| Cable Weight | 248 kg/km (166.65 lb/1000 ft) |
Ordering Information
| Units per Delivery | 1/1 |
Solution flexibility
Allows a flexible path to connectivity with MTP and LC configurations.
Factory Termination
Results in quicker deployment and better performance while reducing risks associated with field installation, rework, or high insertion loss.
Reduced Installation Time
EDGE RC allows the installer to remove splicing in the field. Reducing time and cost by up to 70 percent when compared to deploying multiple cables in lower fiber counts.