Ftth Plastic Fiber Optic Splice Box 8 Cores Single Fiber Smf, Wall Mounted Fiber Termination Box, 2cable Glands, 8 Drop Cable Round Ports

Description

Features of Fiber Optic Splice Box

• Made of high quality ABS+PC plastic, all metal parts is stainless steel
• Rotate tray with 8SC adapter panel or LGX module slot
• Bottom with coiling parts and sleeve protection holders for
• cable entry and distribution.
• All port with rubber seal, whole box cover with waterproof circle
• FTTH outdoor wall mounted, pole mount application
• Anti-UV, Ultra violet resistant and rainfall resistant, excellent sealing performance, reusable, protection class is IP65
• The box can use for a minimum period of 20 years

Specification

Detailed Display of Fiber Optic Splice Box

This box features a robust, black plastic enclosure with a hinged lid, designed for outdoor use. The enclosure provides excellent protection against environmental factors like dust, moisture, and physical impacts.

Inside the lid, there is a comparison table for choosing adapter and splitter types, which helps technicians select the correct components for fiber optic network configurations.

Metal clamps and fixtures inside the box are used to secure incoming and outgoing fiber optic cables, ensuring they are organized and protected from strain. The internal layout is designed to facilitate easy routing, splicing, and distribution of fibers.

This box is equipped with a 1×8 plug-in cassette optical splitter. It has one input port and eight output ports, adopting a plug-in cassette design for easy installation and maintenance. The splitter is typically made of optical fiber with low insertion loss and high uniformity, suitable for FTTH (Fiber To The Home) network applications.

The box supports multiple fiber optic connections, with adapters and ports configured for splitting and distributing optical signals (e.g., for passive optical networks). The number of adapters and splice points varies based on the specific model, and the images show configurations suitable for distributing signals to multiple endpoints.

It integrates a fiber optic splice and distribution module. In the images, you can see modules with multiple fiber adapters (green and blue SC/APC adapters) for connecting and distributing optical fibers. There are also fiber splicing trays or holders where fiber optic cables are spliced (joined) and managed.

A secure metal lock ensures the box can be safely sealed, preventing unauthorized access and safeguarding the internal fiber optic components.