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Fiberlink® 3355 Series User’s Manual
Fiberlink® 3355 Series
Figure 1:
Power Connector
DC Input Polarity
9-24 Volts
AC or DC
(+) Positive
( - ) Negative
Installation Instructions
The Fiberlink® 3355 Series of fiber optic transmission systems are ready for
immediate use and do not require any special tools. However, an Optical Power Meter,
such as the Fiberlink® 6615, can be useful in determining optical loss budgets during your
systems design and maintenance.
Fiberlink® 3355 will operate with the Fiberlink 3350, Fiberlink 3360, Fiberlink 3370, Fiberlink
3380, Scan Do® HD, Fiberlink Matrix and SMPTE 297-2006 compliant optical tranmission
units. The following procedure presumes you have followed the instructions for installing
your optical transmitter unit.
The following instructions describe the typical installation procedure:
1) Connect the fiber optic cable to the optical input of the receiver unit.
2) Connect the video output cable (DVI) to the video output DVI connector on
the receiver unit.
3) Optionally connect any audio cables and using the channel pair rotary selector,
choose your desired audio output channel. Audio is also embedded on the
DVI cable.
4) Terminate any unused BNC output connector at 75 Ohms.
5) Connect the Universal Power Supply to the transmitter and receiver units.
Please refer to figure 1.
6) When power is applied, the green POWER LED should illuminate, indicating the
presence of operating power. The 3G/HD/SD RATE LED will give an indication as
described in the Indicator LED’s and Alarm Circuitry section of this manual.
7) The system should now be operational.
Installation Instructions
The transmitting element in the Fiberlink® 3350, 3360, 3370
and 3380 transmitter units contains a solid state Laser Diode
located in the optical connector. This device emits invisible
infrared electromagnetic radiation which can be harmful
to human eyes. The radiation from this optical connector, if
viewed at close range with no fiber optic cable connected to
the optical connector, may be sufficient intensity to cause
instantaneous damage to the retina of the eye. Direct
viewing of this radiation should be avoided at all times!
