OPTIX AMERICA | 40mm Ribbon Heat Shrink Sleeves (single ceramic) for 12 fiber ribbon cable (50 pack) | #SL40SC12-50
OPTIX AMERICA | PART #SL40SC12-50
40mm Ribbon Heat Shrink Sleeves (single ceramic) for 12 fiber ribbon cable (50 pack)
DESCRIPTION
The Optix America splice protection sleeves are now SMOUVĀ equivalent. Each single sleeve is designed with a stainless-steelĀ strength member and each ribbon sleeve with a ceramic strengthĀ member. Construction also includes polyolefin copolymer inner tube,Ā polyolefin outer tube, tapered edges and reduced diameterĀ components for rugged and durable construction.Ā
FEATURES
- SMOUV equivalent
- Tapered edges
- Precise lengths free of all burrs
- Heat-bonded assembly
- Clear (transparent) outer tube
SPECIFICATIONS
- Outer Tube/Inner Tube: Polyolefin/Polyolefin Copolymer
- Strength Member: 302 Stainless Steel
- Working Temperature: -45 ~ 110 degrees C
- Minimum Shrink Temp: 95 degrees C
- Ultimate Strength: 200 kg/cm2
- Standard Color: Clear
- Standards Compliance: RoHS and Reach; Bellcore GR-1380; Outer Tube of the splice sleeve meetsĀ MIL-I-23053/5 Class
Common Questions About 40mm Ribbon Heat Shrink Sleeves, SL40SC12-50
Ribbon heat shrink sleeves are used to protect fusion splices in ribbon fiber cables by reinforcing the splice point and preventing environmental damage.
What type of fiber is this sleeve designed for?
The SL40R-50 is designed for 12 fiber ribbon cables and uses a ceramic strength member for added splice protection.
Are these sleeves equivalent to SMOUV splice protectors?
Yes, these sleeves are SMOUV equivalent and meet industry standards for splice protection performance.
What environments are these sleeves suitable for?
These sleeves are suitable for a wide range of environments, with durable construction designed to withstand temperature changes and handling during installation.
At a Glance
ā¢ 40mm ribbon heat shrink sleeves, 50 pack
ā¢ Designed for 12 fiber ribbon cable
ā¢ Ceramic strength member for splice protection
ā¢ Clear outer tube for splice visibility
ā¢ SMOUV equivalent construction
ā¢ Heat bonded, tapered edge design