| Product Code: | |
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| Qty: | |
| Unit Price: | £ |
| Part No: | 200EBT19WEXBK |
| Manufacturer No: | 208-828 |
| Delivery: | In Stock: 7-10 Days |
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The Excel Enbeam 19 Way External 5/3.5 mm Blowing Tube Black is a high-capacity duct-installable microduct system designed for external blown fibre distribution within existing duct infrastructure. Featuring a nineteen-way configuration, robust polyethylene (PE) sheath and low-friction inner lining, it provides reliable, high-density fibre routing with optimised installation performance and long-distance blowing capability for demanding network environments.
The nineteen-way configuration enables multiple fibre pathways within a single duct-installable assembly, supporting efficient high-density fibre deployment across external network infrastructures.
Engineered for direct installation into existing duct systems, the tube bundle enables effective use of underground infrastructure while supporting scalable fibre network expansion.
The polyethylene outer sheath provides strong mechanical protection, helping the microduct bundle withstand friction, installation stress and long-term environmental exposure.
A low-friction internal coating reduces drag during installation, enabling smoother fibre movement and supporting extended blowing distances within duct environments.
The system is designed for compatibility with Excel fibre units featuring soft acrylate cushioning, hard protective coating and low-friction outer layer for improved blowing and splicing performance.
The tube bundle can be easily broken out from the main sheath and branched using compatible Excel connection closures and push-fit connectors, enabling flexible network configuration.
Crush and impact resistant construction ensures reliable protection of internal microduct pathways during installation and long-term operation in demanding external environments.
The product integrates seamlessly with Excel Enbeam blown fibre infrastructure and is manufactured using RoHS compliant materials, supporting reliable and regulated network deployments.
The Excel Enbeam 19 Way External 5/3.5 mm Blowing Tube Black is a high-capacity duct-installable microduct system designed for external blown fibre distribution within existing duct infrastructure. Featuring a nineteen-way configuration, robust polyethylene (PE) sheath and low-friction inner lining, it provides reliable, high-density fibre routing with optimised installation performance and long-distance blowing capability for demanding network environments.
The nineteen-way configuration enables multiple fibre pathways within a single duct-installable assembly, supporting efficient high-density fibre deployment across external network infrastructures.
Engineered for direct installation into existing duct systems, the tube bundle enables effective use of underground infrastructure while supporting scalable fibre network expansion.
The polyethylene outer sheath provides strong mechanical protection, helping the microduct bundle withstand friction, installation stress and long-term environmental exposure.
A low-friction internal coating reduces drag during installation, enabling smoother fibre movement and supporting extended blowing distances within duct environments.
The system is designed for compatibility with Excel fibre units featuring soft acrylate cushioning, hard protective coating and low-friction outer layer for improved blowing and splicing performance.
The tube bundle can be easily broken out from the main sheath and branched using compatible Excel connection closures and push-fit connectors, enabling flexible network configuration.
Crush and impact resistant construction ensures reliable protection of internal microduct pathways during installation and long-term operation in demanding external environments.
The product integrates seamlessly with Excel Enbeam blown fibre infrastructure and is manufactured using RoHS compliant materials, supporting reliable and regulated network deployments.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.