v1.0 4/5/11
Receiver Front Panel
Optical port
（ST/PC）
Power Input
（DC5V）
Optical Link Power
Data Video
Video
Video
Output
ABG
Data I/O
Data port
(Terminal block)
Power
A: Data Output +
B: Data Output –
G: Ground Connection
a. Plug the included power supplies in a 120VAC outlet. Each power supply’s DC output
adaptor connects respectively to the power input of the transmitter and receiver.
b. Connect the transmitter and receiver’s optical connectors with an ST/PC patch cable.
The transmitter and receiver’s Link Indicator Lights will indicate optical signals are
transmitted and received normally.
c. Connect the video source (e.g., camera) to the transmitter’s video input port using
quality 75Ω coaxial cable with BNC connectors.
d. Connect the video monitor to the receiver’s video output port using quality 75Ω coaxial
cable with BNC connectors.
e. Connect the data ports the RS485 terminal block. Be sure the wiring configurations are
consistent with the diagram above for the transmitter and receiver as well as the PTZ
camera.
f. Indicator lights:
Power LEDs display power status. A normal display indicates the input
power supply is correct. An irregular display indicates the wrong input power
or a problem with the unit’s circuits.
Link LEDs display whether the optical signals are being transmitted and
received correctly.
Video LEDs indicate whether the video signals are being transmitted and
received correctly.
Data LEDs display whether data communications are working correctly.
4. SPECIAL ATTENTION
a. Only use the power supplies included with these units. The use of other power supplies
may damage the transmitter and/or receiver and void the warranty.
b. The loss of optical fiber should be less than 18 dB. Any loss greater than 18 dB will
compromise the receiver’s ability to get the optical signals from the transmitter.
c. Adhere to the equipment’s in-door operating temperature and humidity specifications.
Failure to do so may damage the equipment and void the warranty.
