Inspecting an FSP 3000R7 Shelf
112
Installation and Commissioning Manual
F
S
P
3000R
7 R
11
.1 8000
0015930
Issue
B
, ©
2012
ADVA AG Optical Netw
orking
ADVA Conf
idential
It is assumed that you are familiar with the FSP 3000R7 equipment, and are
aware of the precautions that should be taken to avoid damage to the equip-
ment.
Additional Information
Most customers order their shelves pre-configured according to specific require-
ments. Differences between your site planning and the delivered configuration
may occur caused for example by last-minute changes.
Each shelf comes with two 19-inch rack mount brackets, pre-installed. Each
unoccupied shelf slot is filled with the appropriate dummy module. Optical mod-
ules are interconnected using pairs of jumpers. Unused optical ports are
equipped with blind plugs or dust plugs (pluggable transceivers).
Equipment Required
•
ESD-preventive wrist strap or other personal grounding device
•
Suitable grounded surface or an anti-static mat for placing the shelf
•
Printout of the shelf view generated by the FSP NP for the shelf to be
inspected containing the types and placement of all modules within the shelf
•
Optical cabling plan generated by the FSP NP
These items should be present on location before beginning the inspection pro-
cedure.
Procedure
Using the printout of the shelf view generated by the FSP NP, verify the shelf
configuration as follows:
Step 1
Check each module within the shelf for the proper type. For help, see
“Identifying Modules” on p. 114
.
Step 2
Check each module within the shelf for the proper physical location.
Step 3
Verify that each module is tightly secured in the slot. If necessary,
tighten the knurled screws on its faceplate, using the thumb and fore-
finger.
Step 4
Check each pluggable-based channel module for correct fitting with
pluggable transceivers. Proceed as follows:
a) Identify each transceiver type and verify that it is inserted in the
corresponding cage of the proper channel module. For help, see
“Identifying Pluggable Transceivers” on p. 116
.
Risk of damage due to electrostatic discharge!
To avoid possible ESD damages to sensitive circuit boards,
implement and maintain adequate measures of ESD damage
prevention!