Panduit FD1W6AQDSCZ 6-Port SC Fiber Tray 1U

Panduit FD1W6AQDSCZ Opticom Fiber Optic Tray

The FD1W6AQDSCZ is a 1U fiber optic tray from Panduit's Opticom line, factory-loaded with six duplex SC adapters in aqua blue. It's designed for structured fiber deployments where installer time costs more than pre-terminated modules—the tray arrives ready to populate with pre-connectorized trunk cables, eliminating field splicing and adapter insertion. Black powder-coated steel housing fits standard 19-inch racks or Panduit fiber enclosures. The aqua SC adapters use zirconium ceramic sleeves for low insertion loss and high return loss in single-mode OM3/OM4 10G/40G/100G links. Typical applications: datacenter top-of-rack aggregation, telecom cross-connect frames, campus backbone terminations where 12-fiber density per rack unit matters.

Key Features

• 6 duplex SC adapters pre-installed (12 fiber ports total), aqua blue for OM3/OM4 identification per TIA-598-D color standards
• Zirconium ceramic sleeves—lower insertion loss than phosphor bronze alternatives, longer wear life in high-cycle patching environments
• Black powder-coated steel construction, 1.73" H × 17.5" W × 12.1" D—fits 1U rack space with rear cable management clearance
• Factory-assembled adapter plate—no loose clips or alignment pins to drop during rack install
• Compatible with Panduit Opticom pre-terminated trunk assemblies and standard SC simplex or duplex connectors

The tray's steel chassis is powder-coated for corrosion resistance and grounding continuity in humid or coastal environments where aluminum enclosures corrode. The 6 duplex SC adapters are mounted in a rigid steel plate, not snap-in modules—once racked, the adapters don't shift under cable pull tension. Zirconium sleeves reduce insertion loss to ≤0.25 dB typical versus 0.35 dB for bronze-sleeve variants, critical when you're chaining multiple interconnects in a 40G QSFP+ breakout scenario or extending channel length in 10GBASE-SR links. The tray depth (308 mm) leaves room behind the adapter plate for service loop storage—bend radius protection for pre-terminated MPO fanouts or fusion-splice pigtails. Mounting holes align with standard 1U EIA-310-D rack rails and Panduit FZ-series fiber enclosures; includes cage nuts and screws for tool-less installation in square-hole racks.

Deploy this tray in environments where SC remains the backbone connector: legacy enterprise networks transitioning to 10G, telecom facilities maintaining SONET/SDH infrastructure, or broadcast plants where SC's push-pull latching beats LC for gloved technician access. The aqua blue adapter housing is TIA-598-D compliant for OM3 multimode (10G up to 300m) and OM4 (10G/40G/100G applications). Six duplex adapters deliver 12 strands terminated per rack unit; stack four trays in a 4U enclosure for 48-fiber capacity without exceeding the enclosure's cable entry bend radius limits. The pre-loaded design cuts install time versus field-loading adapters—no hunting for dropped clips in a cramped server rack or cross-connect room. Pair with Panduit Opticom pre-terminated trunk cables (sold separately) for a splice-free backbone; factory terminations typically test at ≤0.15 dB insertion loss, meeting TIA-568.3-D Category OM4 channel performance requirements for 100GBASE-SR4 and 40GBASE-SR4 links.

The FD1W6AQDSCZ ships with the adapters already locked into the tray, which eliminates the single biggest field failure mode for fiber drawer installs: adapter misalignment causing high loss or no link light. Because the adapter plate is riveted—not snap-fit plastic—it won't flex under dense patch-cord loading, preventing the 0.1 dB loss creep you see in polymer-carrier trays after 18 months of cable management churn. The aqua color-coding is permanent overmolding, not adhesive labels that peel off in HVAC plenum airflow, so your OM3/OM4 infrastructure stays visually identifiable through multiple contractor handoffs and MAC moves. Zirconium sleeves maintain <0.3 dB insertion loss through 500+ mate cycles—3× the durability of bronze in high-turnover patch panel environments like colocation facilities or carrier hotels where cross-connects change weekly.