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All specifications are subject to change without notice. Information furnished by FIBER OPTIONS is believed to
be accurate and reliable. However, no responsibility or liability is assumed by FIBER OPTIONS for its use, nor
for any infringement of patents or other rights of third parties which may result from its use. No license is grant-
ed by implication or otherwise under any patent or other rights of FIBER OPTIONS.  

Copyright 2000 by FIBER OPTIONS.
All rights reserved.  

www.fiberoptions.com

Fiber Options

80 Orville Drive, Bohemia, NY 11716

phone: 631.567.8320 or  800.342.3748

[email protected]  

fax: 631.567.8322 or 877.342.3732

Receivers

Transmitters

Table 3: 9900V Series  Model Variations

10

Channels

8

Channels

6

Channels

4

Channels

2

Channels

10

Channels

8

Channels

6

Channels

4

Channels

2

Channels

20

Channels

18

Channels

16

Channels

14

Channels

12

Channels

9920V1-T-R

9910VD2L-T-R

9910VD2-T-R

9910VD1-T-R

9910V1L-T-R

9910V1-T-R

9918V1-T-R

9908VD2L-T-R

9908VD2-T-R

9908VD1-T-R

9908V1L-T-R

9908V1-T-R

9916V1-T-R

9906VD2L-T-R

9906VD2-T-R

9906VD1-T-R

9906V1L-T-R

9906V1-T-R

9914V1-T-R

9904VD2L-T-R

9904VD2-T-R

9904VD1-T-R

9904V1L-T-R

9904V1-T-R

9912V1-T-R

9902VD2L-T-R

9902VD2-T-R

9902VD1-T-R

9902V1L-T-R

9902V1-T-R

1 Fiber 

1310/1550 nm 

20

Channels

18

Channels

16

Channels

14

Channels

12

Channels

9920V1-R-R

9918V1-R-R

9916V1-R-R

9914V1-R-R

9912V1-R-R

1 Fiber 

1310/1550 nm 

2 Fiber / Data

1550 nm

2 Fiber / Data

1310 nm 

1 Fiber / Data

1310/1550 nm 

1 Fiber 

1550 nm 

1 Fiber

1310 nm

9910VD2L-R-R

9910VD2-R-R

9910VD1-R-R

9910V1L-R-R

9910V1-R-R

9908VD2L-R-R

9908VD2-R-R

9908VD1-R-R

9908V1L-R-R

9908V1-R-R

9906VD2L-R-R

9906VD2-R-R

9906VD1-R-R

9906V1L-R-R

9906V1-R-R

9904VD2L-R-R

9904VD2-R-R

9904VD1-R-R

9904V1L-R-R

9904V1-R-R

9902VD2L-R-R

9902VD2-R-R

9902VD1-R-R

9902V1L-R-R

9902V1-R-R

2 Fiber / Data

1550 nm

2 Fiber / Data

1310 nm 

1 Fiber / Data

1310/1550 nm 

1 Fiber

1550 nm 

1 Fiber

1310 nm

OPERATION

To operate the 9900V or 9900VD transmission
system, connect the power supply to a  ground-
ed AC outlet, using the supplied detachable
power cord.

See Tables 1 and 2 below for LED indication
values and suggested corrective actions.

MAINTENANCE

There is no operator maintenance other than
keeping the units clean. Wipe the outside of the
9900V with a damp cloth as needed.

INSTRUCTION

MANUAL

. . . light years ahead

11-9900V-000918

FIGURE 8: FIBER JUMPER CONNECTION 

Summary of Contents for 9900V-T

Page 1: ... This manual is a guide to the installation and operation of the 9900V series fiber optic digital video transmission system and 9900VD series fiber optic digital video with return data transmission system Please read the entire manual before installing the equipment Note The series numbers 9900V T and 9900V R will be used to describe all models of transmitters and receivers unless noted otherwise ...

Page 2: ... radius limitation Also con sider future accessability issues when selecting the loca tion Refer to the included engineering drawings for front and rear panel layouts Rack mount Installation Using the 4 screws provided attach the rack mount tabs to the 9900V Locate the vertically aligned mounting holes on the left and right sides of the unit and position the round screw holes on the tabs over them...

Page 3: ...e supplied with an external DC power supply model 648P A permanently attached cable is provided for the DC ouput and a detachable three wire grounded cable is provided for AC input CAUTION Do not connect the unit to an AC power source until directed to do so 1 Remove the detachable screw terminal power con nector from the back of the 9900V unit 2 The external 648P power supply has a pendant cable ...

Page 4: ...nc Wire Color white orange black red green yellow blue violet Pin No Function 8 nc 7 nc 6 ground shield 5 nc 4 RS422 in 3 RS422 in 2 nc 1 nc Wire Color white orange black red green yellow blue violet Manchester Biphase Connection Manchester Biphase Connection Pin No Function 8 nc 7 nc 6 ground shield 5 nc 4 nc 3 nc 2 Manchester Biphase out 1 Manchester Biphase out Wire Color white orange black red...

Page 5: ...e RJ 45 plug which is then inserted into the corre sponding RJ 45 socket on the rear of the 9900VD unit Data connection must be made according to the tables on page 4 depending upon the data format being used Refer to Figure 6 Connection to the RJ 45 plug may also be made using a cable adapter which is provided with the 9900VD unit Refer to Figure 7 Table 2 Receiver LED Indicators Green or flashin...

Page 6: ...V1 T R 9914V1 T R 9904VD2L T R 9904VD2 T R 9904VD1 T R 9904V1L T R 9904V1 T R 9912V1 T R 9902VD2L T R 9902VD2 T R 9902VD1 T R 9902V1L T R 9902V1 T R 1 Fiber 1310 1550 nm 20 Channels 18 Channels 16 Channels 14 Channels 12 Channels 9920V1 R R 9918V1 R R 9916V1 R R 9914V1 R R 9912V1 R R 1 Fiber 1310 1550 nm 2 Fiber Data 1550 nm 2 Fiber Data 1310 nm 1 Fiber Data 1310 1550 nm 1 Fiber 1550 nm 1 Fiber 13...

Page 7: ... 3 RS485 out 2 RS485 out 1 Ground Shield Position B 2V offset Mode Switch SW1 RS485 4 Wire Interface Position A 1V offset Position 9 standard offset Pin No Function 8 Ground 7 nc 6 Manchester Biphase in 3 nc 5 Manchester Biphase in 4 nc 2 Manchester Biphase out 1 Manchester Biphase out Mode Switch SW1 Position 5 Manchester Biphase Interface Pin No Function 8 Ground 6 Manchester Biphase in 3 nc 5 M...

Page 8: ...60 86 54 53 Fax 33 01 60 86 86 04 Germany Tel 49 700 34237678 Fax 49 36256 21991 Hong Kong Tel 852 2907 8108 Fax 852 2142 5063 Latin America Tel 800 342 3748 Fax 877 342 3732 light years ahead FIGURE 1 ROTARY SWITCH SETTINGS TABLE 10 ROTARY SWITCH SETTINGS Setting Mode 0 Disable factory preset 1 RS232 3 wire 2 RS232 handshake 5 wire 3 TTL 4 RS422 5 Manchester Biphase 6 RS485 2 wire standard 7 RS48...

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