Versitron VersiVision FDVT110x User manual

FDVx110x
VersiVision
FDVT110x / FDVR110x
1-CHANNEL DIGITALLY ENCODED VIDEO
AND
1-CHANNEL RETURN DATA
MULTIPLEXER
USER’S MANUAL
Revision
© February 2006
VERSITRON, Inc.
83 A be Drive / Suite C
Newark, DE 19702
www.versitron.com

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PROPRIETARY DATA
All data in this manual is proprietary and may not be disclosed,
used or duplicated, for procurement or manufacturing purposes,
without prior written permission by VERSITRON.
WARRANTY
All VERSITRON products purchased after January 2001 carry a limited lifetime warranty
against defects in materials and workmanship for the lifetime of the product. Purchases made
prior to January 2001 are warranted for a period of one year from date of delivery.
VERSITRON reserves the right to repair or, at our option, replace parts which during normal
usage prove to be defective during the warranty period provided that:
1. You call VERSITRON at [phone] or [phone] and obtain a (RMA)
Return Authorization Number. Please reference your RMA number on the outside of the box in
which the item is returned.
2. Shipping charges are pre-paid.
No other warranty is expressed or implied and we are not liable for consequential damages.
For repairs outside of the warranty period, the same procedure must be followed.

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Tab e of Contents
General Information ……………………………………………………………….. 3
Introduction ……………………………………………………………………. 3
Technical Specifications ………………………………………………………. 3
Installation Instructions …………………………………………………………… 6
Installation Procedure ……………………………………………….………… 6
Indicator LEDs ………………………………………………………………… 7
System Terminal lock Connections …………………………………………. 8
Wiring Diagrams ………………………………………………………………. 10
Troubleshooting …………………………………………………………………… 12

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GENERAL INFORMATION
Introduction:
The VERSITRON VersiVision FDVT110x and FDVR110x Series video/data transmitter and
receiver support simultaneous transmission of one channels of 8-bit digitally encoded video and
one channel of return data over one multi-mode or single-mode optical fiber. The modules are
universally compatible with major camera systems and support RS-485 and RS-232 data
protocols. Plug and Play design ensures ease of installation and electronic and optical
adjustments are never required.
Model Number
Technical Specifications:
VIDEO
Video Input 1 volt pk-pk (75 ohms)
Input/Output Channels 1
andwidth 5 Hz - 8 MHz
it Resolution 8-bit
Differential Gain < 2%
Differential Phase < 0.6°
Tilt < 1%
S/N Ratio 67d (Weighed)
DATA
Data Interface RS-485/RS-232
Data Channel 1
Data Rate 100Kbps
it Error Rate 10
-9
WAVELENGTH 850/1310nm Multimode
1310/1550nm Singlemode
OPTICAL EMITTER: Laser Diode
NUMBER OF FIBERS 1
Unit Type Model Number
One-channel Digitally Encoded Video/One-channel Data Transmitter FDVT110x
One-channel Digitally Encoded Video/One-channel Data Receiver FDVR110x

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Technical Specifications (cont.):
CONNECTORS
Optical SC, ST (FC Optional)
Video NC
Data Shield RJ-45 Plug
GENERAL
Power Supply 5VDC @ 300mA
Size 4.57 x 5.31 x 1.42 Inches
Construction Aluminum
MT F > 100,000 hours
Operating Temp -30° C to + 50° C
Storage Temp -40° C to + 85° C
Relative Humidity 0% to 95% (non-condensing)
INDICATOR
lue Video Sync Present
lue Data Sync Present
Orange Power On

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OPTICAL POWER BUDGET
Optical transmission distance is limited to optical loss of the fiber and any additional loss
caused by connectors, splices, and patch panels.
Transmitter Receiver Fiber Wavelength
Model Output Model Sensitivity
Optical
Power
udget
Max
Distance
Singlemode 1310nm FDVT
110x -5 d m
FDVR
110x -26 d m 21 d 30 Km
Receiver Transmitter Fiber Wavelength
Model Output Model Sensitivity
Optical
Power
udget
Max
Distance
Multimode 850nm FDVR
110x -6 d m
FDVT
110x -22 d m 16 d 3 Km
CAUTION!
The transmitter unit contains a laser-emitting diode located in the optical connector.
This device emits invisible infrared electromagnetic radiation that can be harmful to
human eyes. The radiation from this optical connector, if viewed closely without any
protection, may cause instantaneous damage to the retina of the eye. Direct viewing
of this L D should be avoided at all times.

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INSTALLATION INSTRUCTIONS
Installation Procedure
The VERSITRON VersiVision FDVT110x and FDVR110x video transmission systems
series are preset for immediate use. There are indicator LEDs on the units for monitoring the
real-time status of video, data and power. The following instructions describe the typical
installation procedure and the function of the LED indicators located on each unit.
1. Connect the video source (camera) to the video input NC connector on the transmitter
unit (FDVT110x) using coaxial cable.
2. Connect the video output NC connector on the receiver unit (FDVR110x) to the video
monitor using coaxial cable.
3. Connect the fiber optic cable between the transmitter and receiver units.
4. Apply the power supply to both the transmitter and receiver units.
5. When the power is applied, the orange POWER LED will light, indicating the presence
of operating power. The blue VIDEO LED and the blue DATA LED will give an
indication as stated on the following pages.
6. The system should now be operational.

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Indicator LEDs
The stand-alone units have integral LEDs that are used to monitor the state of the unit. There
are one video LED, one power LED and one data LED on each unit. The indicator LEDs
function as follows:
TRANSMITTER and RECEIVER:
Power: ON: (Orange) Indicates that correct power has been applied
Transmitter:
Video: OFF: Indicates no video detected on input NC connector
(No Video present on input NC)
ON: ( lue) Indicates video detected on input NC connector
(Video present on input NC)
Data: OFF: Indicates no data detected on the transmit data cable
linking: ( lue) Indicates data transmitted at the rate of the operation data.
*Front Pane of FDVT110x (Transmitter)
Receiver:
Video: OFF: Indicates no video present on output NC connector
(No Video present on output NC)
ON: ( lue) Indicates video detected on output NC connector
(Video present on input NC)
Data: OFF: Indicates no data detected on the receive data cable
linking: ( lue) Indicates data received at the rate of the operation data.
*Front Pane of FDVR110x (Receiver)

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System Terminal lock Connections
The various input and output connections for the VERSITRON VersiVision FDVT110x and
FDVR110x video transmission systems series are as follows:
Video Input or Output: NC Connectors
Data RS-485 Connection:
(Channe 1)
Terminal No.1——  : RS-485 (+)
Terminal No.2——  : RS-485 (-)
*Termina B ock for Data Connection
Camera Site
Connect Terminal No.1——  of the terminal block to RS-485 (+) of the controlled unit
(pan/tilt, dome), and connect Terminal No.2——  of the terminal block to RS-485 (-) of
the controlled unit (pan/tilt, dome).
Contro Site
Similarly, connect Terminal No.1——  of the terminal block to RS-485 (+) of the
controlling unit (Keyboard Controller, Matrix, DVR), and connect Terminal No.2——  of
the terminal block to RS-485 (-) of the controlling unit (Keyboard Controller, Matrix, DVR).

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System Terminal lock Connections (cont.)
Data RS-232 Connection:
Terminal No.8: Ground
Terminal No.7: Signal being received in from fiber
Terminal No.6: Signal being transmitted out over fiber
*Termina B ock for Data Connection
Camera Site
Connect Terminal No. 7——  (232T) of the terminal block to the RS-232 (232R) port of
the controlled unit (pan/tilt, dome), and connect Terminal No. 8——  of the terminal block
to ground.
Contro Site
Similarly, connect Terminal No. 6——  (232R) of the terminal block to the RS-232 (232R)
of the controlling unit (Keyboard Controller, Matrix, DVR), and connect Terminal No.
8——  of the terminal block to ground.

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Wiring Diagrams
Typical wiring of RS-485 data control lines for PTZ cameras.
PTZ Controller
PTZ Camera
VersiVision
FDVT110x
Transmitter
VersiVision
FDVR110x
Receiver
Simplex
MM or SM Fiber
RS-485 (+)
RS-485 (-)
Channel 1 for
Return PTZ Control
NOTE: If your PTZ Contro er has an RJ-45 jack for data input you can use the RJ-45
cab e to connect the PTZ Contro er direct y to the FDVR110x, bypassing the termina
b ock.

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Wiring Diagrams (cont.)
Typical wiring of RS-232 data control lines for PTZ cameras.
RJ-45 Cable RJ-45 Cable
NOTE: If your PTZ Contro er has an RJ-45 jack for data input you can use the RJ-45
cab e to connect the PTZ Contro er direct y to the FDVR110x, bypassing the termina
b ock.

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TROUBLESHOOTING
Optical Fiber
The VERSITRON VersiVision FDVT110x and FDVR110x video transmission systems
series is available for most applications using singlemode optical fibers. Please be certain
that the correct size and type of the fiber is being used for the particular transmitter/receiver
combination.
Also be certain that the attenuation and bandwidth of the fiber optic cable being used is
within the range of the system’s loss budget specifications.
General
Any dirt or dust may easily pollute or block the fiber from accepting or radiating light.
Therefore, please try to keep the optical connector clear and always use the dust caps
whenever the connector is exposed to air. It is suggested that the tip of the optical connecter
should be carefully cleaned with a lint-free cloth moistened with alcohol from time to time.
The status of any of the VIDEO LED should provide the first clue as to the origin of any
operational failure. If the VIDEO LED on the receiver unit is off, it usually means that the
fiber is broken or has too much attenuation.
Please also make sure that the transmitter and the receiver are not used in opposite positions.
If the system is still not working after examining the above possibilities, please contact our
Customer Service Department for further assistance
Data Link
Even when installed exactly as directed, it is possible that the data/audio function may fail to
operate properly. If this problem occurs, first please check the data cable, and then check
whether the data cable connector is firmly inserted into the RJ-45 port.
If the system is still not working after examining the above possibilities, please contact our
Customer Service Department for further assistance