Rack Mount Sliding Fiber Optic Patch Panel with FC Duplex Adapters, 1U Height, FPP148 Series

General Description

The FPP148 series rack mount fiber patch panel is loaded with the FC Duplex fiber optic adapters. It can support the optical network connection whereby the FC type network connection interface is required. It comes with the necessary accessories to enable optical splicing works to be carried out to provide a secure means to store the optical fiber splices from the fiber optic cables and up to four cable entries are allowed from the rear of the fiber patch panel.

The FPP148 series fiber patch panel is designed with a slidable working tray with working angles that can be adjusted from 10 to as low as 45 degrees. It also comes with a removable top cover. Both of these features allow easy installation and maintenance of optical fiber splices.

FPP148 series Removable Top Cover 

Features

• Pre-loaded with FC Duplex Fiber Optic Adapters - both Singlemode and Multimode types supported
• Spools, cable glands, splice trays and splice sleeves are provided 
• Protrude or recess mounting option available by adjusting the side mounting brackets
• 4 cable entries (20mm) with cable gland and dust cover 
• 4 clamping system to secure strength member from cable
  
  

Specifications

Dimension: 44mm Height  x 482mm Width  x  230mm Depth

Mounting Adjustment Range: 50mm

Material & Coating: Aluminium, Electro-Static Powder Coating

Material Thickness: 1.5mm

IP Rating: IP20

Colour: Black RAL 9004

Weight: 1.8kg (without packaging)

Operating Temperature: -20 degrees Celsius to 70 degrees Celsius

Standards comply: TIA/EIA 568.C, ISO/IEC 11801, EN 50173, IEC 60304, IEC 61754, EN 297-1

Additional Product Information:  The FPP148 Series Rack Mount Patch Panel with FC duplex adapters will be loaded with FC duplex adapters (according to the number of ports specified), 1 to 2 splice trays (one splice tray can support up to 24 ports), 1 set of spools,  4 cable glands and splice sleeves  (according to the number of ports specified).