© Telect, Inc., All Rights Reserved, 12.7.16 v.4
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54
User Manual
Advanced Distribution Frame (ADF) Systems
To minimize signal attenuation, make the least number of switchbacks as
possible when routing fiber cable. NEVER WRAP, WEAVE, CRISSCROSS,
OR“FIGURE 8
” THE FIBER CABLES.
!
Telect, Inc. • USA +1.509.926.6000 • 52.33.3836.37.52
www.telect.com • © 2010 Telect, Inc., All Rights Reserved, 119736-4
Page 6-54
6.2 Routing & Storing Inboard Cabling
6.2.1 Interconnection
The following figures show various routing methods involving overhead interconnection cabling
to a tray. Typical interconnections are between network elements or between a network element
and either intrafacility cable (IFC) or outside plant (OSP) cable.
Figure 55 - Interconnection within a Single Frame
6.2 Routing & Storing Inboard Cabling
6.2.1 Interconnection
The following figures show various routing methods involving overhead interconnection cabling to a tray.
Typical interconnections are between network elements or between a network element and either intrafacility
cable (IFC) or outside plant (OSP) cable.
To minimize signal attenuation, make the least number of switchbacks as
possible when routing fiber cable. NEVER WRAP, WEAVE, CRISSCROSS,
OR“FIGURE 8
” THE FIBER CABLES.
!
Telect, Inc. • USA +1.509.926.6000 • 52.33.3836.37.52
www.telect.com • © 2010 Telect, Inc., All Rights Reserved, 119736-4
Page 6-54
6.2 Routing & Storing Inboard Cabling
6.2.1 Interconnection
The following figures show various routing methods involving overhead interconnection cabling
to a tray. Typical interconnections are between network elements or between a network element
and either intrafacility cable (IFC) or outside plant (OSP) cable.
Figure 55 - Interconnection within a Single Frame
Figure 55 - Interconnection within a Single Frame
