This HD Flex fiber enclosure 4RU is perfect for data center engineers and telecommunications professionals who need high-density cable management for server racks. Our solution delivers:
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Data center server racks compatibility with modular installation flexibility
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Cable management for server racks optimization through sliding front-access drawers
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Server rack sliding shelves design for enhanced accessibility and maintenance
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High-density fiber management supporting up to 72 cassettes in 4RU space
Key Features
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High-density design accommodating up to seventy-two 4-port HD Flex™ cassettes
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Sliding front-access drawers for improved accessibility and installation ease
- Optimized for data center server racks with standard 4RU mounting
- Consistent modular cable management with flexible tray configurations
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Telecommunications infrastructure compatibility for enterprise environments
Technical Specifications
| Manufacturer |
PANDUIT |
| Model Number |
FLEX4U04 |
| Type |
Fiber Optic Enclosure |
| Rack Size |
4RU (Rack Units) |
| Cassette Capacity |
Up to 72 x 4-port HD Flex™ cassettes |
| Access Type |
Sliding front-access drawers |
| Compatible Systems |
Standard 19-inch server racks and data center cabinets |
Frequently Asked Questions
Q: What are the dimensions of this fiber enclosure for data center racks?
A: The HD Flex fiber enclosure is 4RU in height with modular configuration options to suit different data center installations.
Q: How many fiber cassettes can this high-density enclosure support?
A: Yes, it accommodates up to seventy-two 4-port HD Flex™ cassettes for maximum fiber distribution within limited rack space.
Q: Is this enclosure compatible with existing server rack cable management systems?
A: Modular design with sliding drawers ensures seamless integration with standard 19-inch server racks and existing cable management infrastructure.
Q: What makes this solution ideal for telecommunications applications?
A: Yes. The high-density modular design with flexible cable management capabilities makes it perfect for enterprise telecommunications environments requiring efficient fiber terminations.
