| Product Code: | |
| Options: | |
| Qty: | |
| Unit Price: | £ |
| Part No: | 200EBFLT432SMHFBK |
| Manufacturer No: | 325-432 |
| Delivery: | In Stock: 7-10 Days |
 |
The Excel Enbeam OS2 Micro Blown G.657.A1 Fibre Cable Loose Tube 432 Core HDPE Fca Black (200EBFLT432SMHFBK) is a high-capacity singlemode fibre solution designed for efficient fibre deployment within micro-duct systems. Featuring bend-insensitive G.657.A1 fibre, a lightweight loose tube construction, and a durable HDPE outer jacket, this micro blown fibre cable is ideal for access network installations requiring high core counts and reliable blown fibre performance.
The Excel Enbeam OS2 Micro Blown Fibre Cable has been developed specifically for installation within the Enbeam micro-duct system. With a 432 core loose tube construction, this cable provides a high-density fibre solution for access network deployments where space efficiency and fibre capacity are essential.
Featuring OS2 singlemode G.657.A1 fibre, this cable provides improved bend performance while maintaining excellent optical transmission characteristics. The bend-insensitive design makes it suitable for demanding fibre access environments where installation space is limited.
The cable is constructed from multiple gel-filled loose tubes positioned around a central strength member, with water blocking yarn and tape providing additional protection. This compact design allows high fibre counts to be installed while maintaining a lightweight and manageable cable structure.
Designed for blown fibre installations only, the cable's small diameter allows it to be installed through micro-duct systems with internal duct sizes from 10 mm to 18 mm. The cable should not be manually pulled into ducts and is optimised to achieve efficient blowing performance within suitable duct networks.
The black High Density Polyethylene (HDPE) outer jacket provides protection against external environmental conditions while supporting reliable deployment in fibre access networks. The cable achieves a Euroclass Fca reaction-to-fire classification for suitable installation requirements.
The Excel Enbeam OS2 Micro Blown G.657.A1 Fibre Cable Loose Tube 432 Core HDPE Fca Black (200EBFLT432SMHFBK) is a high-capacity singlemode fibre solution designed for efficient fibre deployment within micro-duct systems. Featuring bend-insensitive G.657.A1 fibre, a lightweight loose tube construction, and a durable HDPE outer jacket, this micro blown fibre cable is ideal for access network installations requiring high core counts and reliable blown fibre performance.
The Excel Enbeam OS2 Micro Blown Fibre Cable has been developed specifically for installation within the Enbeam micro-duct system. With a 432 core loose tube construction, this cable provides a high-density fibre solution for access network deployments where space efficiency and fibre capacity are essential.
Featuring OS2 singlemode G.657.A1 fibre, this cable provides improved bend performance while maintaining excellent optical transmission characteristics. The bend-insensitive design makes it suitable for demanding fibre access environments where installation space is limited.
The cable is constructed from multiple gel-filled loose tubes positioned around a central strength member, with water blocking yarn and tape providing additional protection. This compact design allows high fibre counts to be installed while maintaining a lightweight and manageable cable structure.
Designed for blown fibre installations only, the cable's small diameter allows it to be installed through micro-duct systems with internal duct sizes from 10 mm to 18 mm. The cable should not be manually pulled into ducts and is optimised to achieve efficient blowing performance within suitable duct networks.
The black High Density Polyethylene (HDPE) outer jacket provides protection against external environmental conditions while supporting reliable deployment in fibre access networks. The cable achieves a Euroclass Fca reaction-to-fire classification for suitable installation requirements.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.
