ADC manual 7 1 0 3 2 6 6 a E Indoor Fiber Distribution Terminal, Mounting Applications

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OmniReachFTTX Solutions

Indoor Fiber Distribution Terminal

Sizes

The IFDT products are designed to splice and terminate fibers in a range of sizes including 6, 12, 24, and 48 fibers.

Mounting Applications

The ADC IFDT cabinets are for indoor wall mount applications and are NEMA-12 rated. The dual hinged design allows complete front and rear access. The two secure doors are locked with a standard can wrench tool and may optionally be secured with a standard pad-lock. The unit may also be configured for single lock entry thus allowing the products to be used for single access applications.

Fiber Management

For splicing applications, ADC splice trays can be installed to support either individual fusion splicing or mass fusion splicing. The units provide sealed cable ports for cables and interconnection cables and gaskets to protect against dust and water spray. The units can also be configured with a standard cable grip kit to provide strain relief for incoming fiber cables. The splice compartment provides ample space for storing loose-tube, ribbon or individual fiber slack.

6-Port

12-Port

24-Port

48-Port

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Contents Indoor Fiber Distribution Terminal Product DescriptionMounting Applications 7 1 0 3 2 6 6 a E Indoor Fiber Distribution TerminalIndoor Fiber Distribution Terminal Sizes Fiber ManagementDistribution Terminal IFDT-6 IFDT-12 IFDT-24 IFDT-48Spec Sheet

Indoor Fiber Distribution Terminal specifications

The ADC Indoor Fiber Distribution Terminal (IDFT) is a critical component designed for efficient fiber optic management in telecommunications networks. This terminal serves as a connection point for fiber optic cables, facilitating the distribution and splicing of fibers in indoor environments. Its primary purpose is to streamline the deployment of fiber optic networks in residential and commercial settings, making it an essential tool for service providers looking to enhance their network infrastructure.

One of the main features of the ADC Indoor Fiber Distribution Terminal is its modular design. This allows for easy expansion and scalability, accommodating a growing number of connections as demand increases. The terminal typically supports various fiber counts, ranging from 12 to 144 fibers or more, ensuring that it can meet the needs of different installations. The modular nature also simplifies maintenance, as technicians can replace or upgrade modules without having to disrupt the entire system.

The ADC IDFT is designed with advanced technology to enhance performance and reliability. It often incorporates features such as Integrated Fiber Management Systems (IFMS), which help to maintain fiber integrity and minimize signal loss. The terminal also includes a splice tray and adapters, facilitating effective fiber splicing and terminating. Moreover, the use of premium quality materials ensures durability and longevity, even in demanding environments.

One of the notable characteristics of the ADC Indoor Fiber Distribution Terminal is its compact and user-friendly design. The terminal is engineered for easy installation, with clear labeling and organized cable management to simplify the entire setup process. This thoughtful design enhances the overall operational efficiency for field technicians and reduces installation time.

Another key characteristic is the terminal's ability to support various connector types, including SC, LC, and MTP connectors, providing versatility for different applications. The ADC IDFT is also compliant with industry standards, ensuring compatibility with other network components and systems.

In summary, the ADC Indoor Fiber Distribution Terminal is an indispensable asset in modern fiber optic networks. With its modular design, advanced technology, and user-friendly features, it facilitates efficient fiber management and supports the growing demand for high-speed connectivity. As the telecommunications landscape continues to evolve, the ADC IDFT stands out as a reliable solution for service providers aiming to enhance their network infrastructure.