Fiber mounting box unloaded ACT FA2034 16 ports

The ACT Fiber mounting box unloaded FA2034 16 ports is a compact enclosure engineered for organizing and protecting fiber optic terminations and splices. Constructed from a durable white material, the box accepts up to 16 ports to accommodate multiple optical connections in a single wall- or surface-mounted location. The unloaded design allows installers to configure adapters, pigtails and splice holders according to site requirements, providing a neat and serviceable fiber distribution point for residential and light commercial networks.

Advantages

The enclosure offers a space-efficient footprint with capacity for 16 ports, enabling orderly routing and segregation of fiber cables. Its robust construction resists everyday wear and protects internal fiber components from dust and accidental contact. The unloaded format gives flexibility for various connector types and splicing methods, while the white finish provides a neutral appearance suitable for visible installations. Cable entry and internal organization points are designed to reduce stress on fibers and simplify maintenance.

Suitable for

Key specifications

How to use

Mount the box on a clean, level surface using appropriate fasteners for the wall material. Route incoming and outgoing fiber cables through the designated entry points and secure them to the internal routing features to control bend radius. Install adapter plates or pigtails into the unloaded positions according to the connector types used, and place splices into splice holders or trays if required. Close the enclosure to protect fibers from dust and accidental disturbance, leaving labels or markings for each port to facilitate future maintenance and identification.

Recommendations

Handle fibers with care during installation to avoid exceeding minimum bend radii. Use compatible adapters and pigtails for the chosen connector type, and ensure splices are properly protected in the internal tray. Keep the enclosure closed during normal operation to maintain optical performance and reduce the risk of contamination.