Belden Inc. FI2D006A9 OM2 Multimode Fiber Optic Cable

Product Description

The BELDEN INC. FI2D006A9 is an indoor distribution-style multimode fiber optic cable built for structured cabling installations in commercial and light industrial environments. Based on the part number designation, this cable features an OM2 multimode optical fiber classification and a 6-fiber count configuration. OM2 fiber supports 10 Gigabit Ethernet applications at shorter distances and is widely used for horizontal and backbone runs inside buildings. Licensed low-voltage and datacom contractors install this type of cable as part of premise fiber infrastructure.

This cable is suited for indoor distribution applications where tight-buffered fiber construction is required. Typical installation scenarios include data centers, telecom rooms, office buildings, and campus backbone runs between equipment rooms. The distribution-style design keeps the cable compact and manageable for routing through conduit and cable trays. It is sold as a single unit (EA) and is classified under fiber optic cabling product categories.

Key Features

• OM2 multimode fiber classification supports high-bandwidth data transmission
• 6-fiber count configuration suitable for small to mid-scale distribution runs
• Indoor distribution construction for routing through conduit and cable trays
• Tight-buffered design simplifies termination and splice work
• Single-unit packaging for precise quantity control on job sites

Compatibility

Designed for use in indoor structured cabling systems requiring OM2 multimode fiber optic distribution cable. No specific compatible equipment models or replacement part numbers were provided in the product data.

Installation Notes

Installation should be performed by a licensed low-voltage or datacom contractor familiar with TIA-568 fiber optic cabling standards. De-energize and power down all active equipment connected to the fiber pathway before beginning termination or splicing work. Observe the cable minimum bend radius during pulling and routing to avoid signal degradation or fiber damage. Proper fiber end-face preparation and cleaning are required before connectorization.