Corning Evolv HC ROC Drop Dielectric Assembly Pushlok Hybrid Jumper, 500 ft., Individual Packaging
The Corning Evolv HC ROC Drop Dielectric Pushlok Hybrid Jumper (Model D14401EB4R3500F-P) is a 500-foot individually packaged fiber drop assembly with Pushlok connector technology and dielectric construction. Designed for outside plant drop applications and compliant with RoHS 2011/65/EU.
Corning Evolv HC ROC Drop Diel...
Need Help?
(+123) 666 202 888
Corning Evolv HC ROC Drop Dielectric Assembly Pushlok Hybrid Jumper — 500 ft., Individual Packaging
The Corning Evolv HC ROC Drop Dielectric Pushlok Hybrid Jumper (Model D14401EB4R3500F-P) is a 500-foot factory-terminated fiber drop assembly suited for longer outside plant drop runs. The hybrid jumper design and Pushlok connector technology combine to deliver fast, reliable field connections without specialized termination equipment. Individual packaging keeps each assembly protected and ready for immediate deployment.
Key Features
- Pushlok connector technology for tool-free, secure field termination
- Hybrid jumper design for versatile connectivity in outside plant networks
- Dielectric construction — no metallic elements, no grounding required
- 500-foot length packaged individually for single-drop installations
- Compliant with RoHS 2011/65/EU — free of hazardous substances
- Manufactured by Corning, a global leader in fiber optic connectivity
Applications
- Long-reach FTTx last-mile fiber drop installations
- Outside plant aerial and direct burial drop runs up to 500 feet
- Rapid deployment networks requiring individually packaged long-drop assemblies
- Installations requiring all-dielectric cable without grounding
Product Information
- Manufacturer: Corning
- Model: D14401EB4R3500F-P
- Length: 500 ft.
- Packaging: Individual
- Construction: Dielectric
- Standards: RoHS 2011/65/EU compliant
Related products
You may add any content here from XStore Control Panel->Sales booster->Request a quote->Ask a question notification
At sem a enim eu vulputate nullam convallis Iaculis vitae odio faucibus adipiscing urna.