12-Fiber 1 MTP OM5 LC Type A, LGX Cassette - Signamax FCM-12190-M5A

Key Features

• Factory tested and terminated fiber with documentation
• Interchangeable rear adapter plates for multiple entry positions
• Part of CORE12 application for 10 or 40 GB Ethernet Standard
• LGX front adapter with 6 or 12 ports and LC or SC Adapters
• Made & assembled in the USA

Specifications

TRANSMISSION PERFORMANCE

• ANSI/TIA/EIA-568-C.3: Insertion and return loss (100% tested)
• Durability:
• OM4/OM5: < 0.2 dB change (per EIA-455-21A), 1000 re-mates
• SM: < 0.3 dB change (per EIA-455-21A), 500 re-mates
• Return loss:
• OM4/OM5: ≤ 20 dB
• SM: ≤ 55 dB (8º angle polish)
• Insertion loss:
• OM4/OM5: Typical 0.20 dB (all fibers), Max 0.50 dB (single fiber)
• SM: Typical 0.25 dB (all fibers), Max 0.75 dB (single fiber)
• MTP Elite® Performance:
• OM4/OM5: Typical 0.10 dB (all fibers), Max 0.35 dB (single fiber)
• SM: Typical 0.05 dB (all fibers), Max 0.05 dB (single fiber)

CONSTRUCTION

• Cassette: 0.8 mm (GA.20) aluminum alloy, black epoxy powder finish
• Front & Rear Adapter Plate: 1.5 mm (GA.15) aluminum alloy, black epoxy powder finish
• Push Pins: Polycarbonate/nylon
• Adapter Housing: High-Impact thermoplastic, UL94V-0 fire-retardant
• Mounting Screws: Steel, black oxide finish

CAPACITY

• Front Adapter Plate:
• 3QH: LGX, three DX SC or 3 QX LC adapters
• 6QH: LGX, six DX SC or 3 QX LC adapters

FORMATS

• Blank: covers unused cable entry ports
• 1 – MTP: one universal (A or B) black flanged MTP adapter
• 2 – MTP: two universal (A or B) black flanged MTP adapters

DIMENSIONS

• Box Only: 5.12” D x 4.13” W x 1.14” H (130 mm x 105 mm x 29 mm)
• Front Adapter Plate: 5.12” D x 4.13” W x 1.14” H (130 mm x 105 mm x 29 mm)
• Rear Adapter Plates: 1.58” L x 1.42” W (42 mm x 27 mm)

ENVIRONMENTAL CONDITIONS

• Operating Temperature: -40 to 176 °F (-40 to 80 °C)
• Operating RH: 93% Max (non-condensing)

WARRANTY

• 5-year Limited Component
• 10-year Signamax Base Trunk
• 15-year Signamax Extended Component
• 25-year Signamax Cabling System