KBC 3U User Manual

3U Chassis Transceiver

User Manual

3U Chassis Transceiver User Manual

Table of Contents

0. Product Type...................................................................................................1

1. Overview ..........................................................................................................1

1.1 Introduction...............................................................................................................1

1.2 Technical Specification.............................................................................................2

2. Package Contents..........................................................................................2

3. Transmitter Enclosure ..................................................................................3

3.1 Video Transmitter.....................................................................................................3

3.1.1 8 Bit Video Transmitter................................................................................3

3.1.2 10 Bit Video Transmitter..............................................................................4

3.2 Video Multiplexer Transmitter..................................................................................4

3.3 Video Transmitter with return Data.........................................................................6

3.3.1 8 Bit Video Transmitter with return Data....................................................6

3.3.2 10 Bit Video Transmitter with return Data .................................................7

3.4 Video Transmitter with Bi-directional Data.............................................................8

3.4.1 1 Fiber...........................................................................................................8

3.4.2 2 Fibers.......................................................................................................10

3.5 Video Transmitter with Bi-directional Data and Contact Closure........................11

3.6 Video Transmitter with Contact Closure...............................................................13

3.7 Bi-directional Data Transmitter..............................................................................14

4. Receiver Enclosure .....................................................................................15

4.1 Video Receiver.......................................................................................................15

4.1.1 8 Bit Video Receiver..................................................................................15

4.1.2 10 Bit Video Receiver................................................................................16

4.2 Video Multiplexer Receiver....................................................................................17

4.3 Video Receiver with return Data...........................................................................18

4.3.1 8 Bit Video Receiver with return Data......................................................18

4.3.2 10 Bit Video Receiver with return Data ...................................................19

4.4 Video Receiver with Bi-directional Data...............................................................20

4.4.1 1 Fiber.........................................................................................................20

4.4.2 2 Fibers.......................................................................................................22

4.5 Video Receiver with Bi-directional Data and Contact Closure...........................23

I

3U Chassis Transceiver User

Manual

4.6 Video Receiver with Contact Closure...................................................................25

4.7 Bi-directional Data Receiver..................................................................................26

5. Data Block Connection and DIP Switch Setting ....................................27

6. Caution...........................................................................................................28

7. Typical Application ......................................................................................28

8. FR3 Series – Chassis Card Cage..............................................................32

9. Warranty.........................................................................................................33

10. Instruction of Disassembly......................................................................34

II

RS422

0. Product Type

Configuration

Fiber 1 2 3 4 1310nm 1310nm/1550nm SM MM ST/PC SC/PC FC/PC Video 1 2 3 4 BNC DB9 C3 8bit 10bit Data

Return directional Bi-directional

RS232/RS422/RS485

Contact Closure Bi-directional

Forward directional

1. Overview

1.1 Introduction

The 3U chassis series transceiver is designed using advanced ASIC and high-speed DSP technologies. This series employs multiplexing techniques to transmit and receive 1-4 channel of Video, 1-2 channel simplex or bi-directional Data over a single-mode or multi-mode optical fiber in all digital signaling with no compression; making it ideal for applications where input signal integrity and quality must be maintained and no loss should be induced. Because the series utilizes all-digital, non-compression technology, it is able to transmit signals without distortion; whereas the analog technology inherently noisy, low quality, long term instability and susceptible to electromagnetically and environmental interference. This series accepts a variety of video inputs, such as analog or digital video recorder, DVD/VCD, digital camera, and CCTV . PAL, NTSC and SECAM standards are supported. It supports standard RS232/RS422/2 wires RS485 or 4 wires RS485 data pan-tilt-zoom control signaling. Plug-and-Play design ensures ease of installation and no electrical or optical adjustment is required. LED indicators are provided for showing operating status.

The 3U chassis series is fully assembled using SMT components for stability and reliability.

1.2 Technical Specification

VIDEO

Signal Level 1.0V Sampling Resolution 8 bit 10 bit Differential Gain < 2% < 1% Differential Phase < 2º < 1º Signal to Noise Ratio (SNR) 62dB typical 67dB typical Connector Type BNC / DB9/C3

DATA

Interface RS232/RS422/2 wires RS485 or 4 wires RS485 RS-232 Data Rate DC − 115.2kbps RS-422/485 Data Rate DC − 250Kbps RS-422/485 Distance 0 ~ 1200m

RS-422/485 Signaling

Transparent to all RS422/RS485 signaling; Compatible to 2 wires RS485 or 4 wires RS485.

Connector Type Terminal

CONTACT CLOSURE

Contact Max. voltage/current 25V/0.8A(DC), 110V/0.4A(AC) Connector Type Terminal

OPTICAL SM MM Wavelength 1310nm 1550nm 1310nm 1550nm Optical Out Power ≥ -13 dB ≥ -10 dB ≥ -13 dB ≥ -10 dB Optical Sensitivity

≤ -30 dB ≤ -25 dB ≤ -26 dB ≤ -22 dB Effective power budget ≤ 15 dB ≤ 12 dB Fiber Type 9/125μm 62.5/125μm Distance 0 ~ 25km 0 ~ 2km

GENERAL

Operating Temperature -40 ~ 70˚C / -40 ~ +158ºF

typical, 1.5V

P-P

max.,75Ω

P-P

Relative Humidity 0 ~ 95% non-condensing Input Voltage +5VDC, 1A Mean Time Between Failure (MTBF) > 100,000hrs Enclosure Color Silver Housing Standard 3U 19” chassis card

2. Package Contents

One Transmitter One Receiver LED label for 3U Chassis Card One User Manual

Please contact dealer or distributor if part is missing or damaged.

3. Transmitter Enclosure

3.1 Video Transmitter

3.1.1 8 Bit Video Transmitter

Connectors:

FIB,FIB1-FIB4: Fiber Optic. V,V1-V2: Video Input, BNC. Video: Video Input, DB9. DB9 Pins assignment as below:

VIDEO1 Channel 1 Video, input VIDEO2 Channel 2 Video, input VIDEO3 Channel 3 Video, input VIDEO4 Channel 4 Video, input GND Common Ground of Channel 1~4 Video

.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

No other LED labels for Video Transmitter Cards.

3.1.2 10 Bit Video Transmitter

Connectors:

FIB: Fiber Optic. V: Video Input, BNC.

.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Optic Not used. V1: ; Video. On if video input is OK.

Off if no video present.

V2-V4: Video. Not used.

3.2 Video Multiplexer Transmitter

Connectors:

FIB: Fiber Optic. V1-V4: Video Input, BNC.

V1-V4: Video Input, DB9. DB9 Pins assignment as below:

VIDEO1 Channel 1 Video, Input VIDEO2 Channel 2 Video, Input VIDEO3 Channel 3 Video, Input VIDEO4 Channel 4 Video, Input GND Common Ground of Channel 1~4 Video

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Optic. Not used. V1-V4: ; Video. On if video input is OK.

Off if no video present.

3.3 Video Transmitter with return Data

3.3.1 8 Bit Video Transmitter with return Data

Connectors:

FIB: Fiber Optic.

V: Video Input, BNC.

DATA: RS422 Data, Terminal. Terminal pins assignment as below:

RXD+ Data receive signal “+”, output

1 2

RXD− Data receive signal “−”, output

NC

3 4

NC

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

SYNC: Fiber Link and Video. Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK. DATA: Data Receive. Flash if data being received.

Off if no data being received.

3.3.2 10 Bit Video Transmitter with return Data

Connectors:

FIB: Fiber Optic. V: Video Input, BNC.

DATA: RS422 Data, Terminal. Terminal pins assignment as below:

RXD+ Data receive signal “+”, output

1 2

RXD− Data receive signal “−”, output

NC

3 4

NC

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1: ; Video. On if video input is OK.

Off if no video present.

D1: Data Receive. Flash if data being received.

Off if no data being received.

The other LEDs are not used.

3.4 Video Transmitter with Bi-directional Data

3.4.1 1 Fiber

Connectors:

FIB: Fiber Optic.

V,V1-V4: Video Input, BNC or DB9. DB9 pins assignment as below: VIDEO1 Channel 1 Video, input VIDEO2 Channel 2 Video, input VIDEO3 Channel 3 Video, input VIDEO4 Channel 4 Video, input GND Common Ground of Channel 1~4 Video

DATA: RS232/RS422/2 wires RS485 or 4 wires RS485 compatible. Terminal pins

assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1- V4: ; Channel 1-4 Video. On if video input is OK. Off if no video present.

D1: RS232/RS422/ 4 wires RS485 Transmit Data, : Flash if data being transmitted.

Off if no data being transmitted.

2 wires RS485 Transmit/ Receive Data, Flash if there is activity.

D2: RS232/RS422/ 4 wires RS485 Receive Data, Flash if data being received.

Off if no data being received.

2 wires RS485 Transmit/ Receive Data, Not used.

3.4.2 2 Fibers

Connectors:

FIBa: Channel 1 Fiber Optic. FIBb: Channel 2 Fiber Optic. Va: Channel 1 Video input, C3. Vb: Channel 2 Video input, C3. Da: Channel1 Data, RS232/RS422/2 wires RS485 or 4 wires RS485 compatible.

Terminal pins assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

Db: Channel2 Data, RS232/RS422/2 wires RS485 or 4 wires RS485 compatible.

Terminal pins assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

SYNC1: Fiber Link 1 and Video 1. Flash if the link is not OK.

Off if the link is OK but the video is not OK. On if the link and the video are OK.

SYNC2: Fiber Link 2 and Video 2. Flash if the link is not OK.

Off if the link is OK but the video is not OK.

On if the link and the video are OK.

D1a: Channel1, RS232/RS422/ 4 wires RS485 Transmit Data. :

Flash if data being transmitted.

Off if no data being transmitted.

Channel1, 2 wires RS485 Transmit/ Receive Data.

Flash if there is activity.

D1b: Channel1, RS232/RS422/ 4 wires RS485 Receive Data.

Flash if data being received. Off if no data being received.

Channel1,2 wires RS485 Transmit/ Receive Data.

Not used.

D2a: Channel2, RS232/RS422/ 4 wires RS485 Transmit Data. :

Flash if data being transmitted. Off if no data being transmitted.

Channel2, 2 wires RS485 Transmit/ Receive Data.

Flash if there is activity.

D2b: Channel2, RS232/RS422/ 4 wires RS485 Receive Data.

Flash if data being received.

Off if no data being received.

Channel2, 2 wires RS485 Transmit/ Receive Data.

Not used.

3.5 Video Transmitter with Bi-directional Data and Contact Closure

Connectors:

FIB: Fiber Optic. V: Video input ,BNC.

DATA: RS232/RS422/2 wires RS485 or 4 wires RS485 compatible. Terminal pins

DIP Switch

4

assignment and DIP Switch setting refer to Table 1 and Table2 in section 5.

Data Block Connections and DIP Switch Setting. C1: Contact Closure, input. C2: Contact Closure, output. The Contact Closure state, Open or Close, of the

contact closure on the transmitter end follows the state of the contact closure

on the receiver end. i.e. if the contact on the receiver end is Close, the contact

on the transmitter end is made to be Close. If the contact on the receiver end is

Open, the contact on the transmitter end is made to be Open.

Terminal pins assignment as below: Contact Closure input “A”

1

Contact Closure input “B”

2

Contact Closure output “A”

3

Contact Closure output “B”

LEDs Definition:

POWER: Power Supply. On if power input is OK. Off if no power present.

FIB: Fiber Link. Off if link continuity is good. On if no link continuity.

V1: ; Video. On if video input is OK.

Off if no video present. V2-V4: Video. Not used. D1: RS232/RS422/ 4 wires RS485 Transmit Data. : Flash if data being transmitted.

Off if no data being transmitted.

2 wires RS485 Transmit/ Receive Data. Flash if there is activity.

D2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.

Off if no data being received.

2 wires RS485 Transmit/ Receive Data. Not used.

4

3.6 Video Transmitter with Contact Closure

Connectors:

FIB : Fiber Optic. V: Video input ,BNC. C1: Contact Closure ,Input. C2: Reserved.

Terminal pins assignment: Contact Closure input “A”

1

Contact Closure input “B”

2 3

NC

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Not used. V1: ; Video. On if video input is OK.

Off if no video present.

D1: Contact Closure. On if the contact closure is closed.

Off if the contact closure is open.

The other LEDs are not used.

3.7 Bi-directional Data Transmitter

Connectors:

FIB: Fiber Optic.

DATA: RS232/RS422/2 wires RS485 or 4 wires RS485 compatible, Terminal. Terminal

pins assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

LEDs Definition:

POWER: Power Supply. On if power input is OK. Off if no power present.

FIB: Fiber Link. Off if link continuity is good. On if no link continuity. V1-V4: Video. Not used. D1: RS232/RS422/ 4 wires RS485 Transmit Data. : Flash if data being transmitted.

2 wires RS485 Transmit/ Receive Data. Flash if there is activity.

D2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.

2 wires RS485 Transmit/ Receive Data. Not used.

Off if no data being transmitted.

Off if no data being received.

4. Receiver Enclosure

4.1 Video Receiver

4.1.1 8 Bit Video Receiver

Connectors:

FIB,FIB1-FIB4: Fiber Optic. V,V1-V2: Video Output, BNC. Video: Video Output, DB9. DB9 Pins assignment as below:

VIDEO1 Channel 1 Video, output VIDEO2 Channel 2 Video, output VIDEO3 Channel 3 Video, output VIDEO4 Channel 4 Video, output GND Common Ground of Channel 1~4 Video

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

SYNC1: Fiber Link 1 and Video 1. Flash if the link is not OK. Off if the link is OK but the video is not OK.

On if the link and the video are OK. SYNC2: Fiber Link 2 and Video 2. Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK. SYNC3: Fiber Link 3 and Video 3. Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK. SYNC4: Fiber Link 4 and Video 4. Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK.

4.1.2 10 Bit Video Receiver

Connectors:

FIB: Fiber Optic.

V: Video Output, BNC.

.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1: ; Video. On if video output is OK.

Off if no video present.

V2-V4: Video. Not used.

4.2 Video Multiplexer Receiver

Connectors:

FIB: Fiber Optic. V1-V4: Video Output, BNC.

V1-V4: Video Output, DB9 . DB9 Pins assignment as below:

VIDEO1 Channel 1 Video, output

VIDEO2 Channel 2 Video, output VIDEO3 Channel 3 Video, output VIDEO4 Channel 4 Video, output GND Common Ground of Channel 1~4 Video.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity. V1-V4: ; Video. On if video output is OK.

Off if no video present.

4.3 Video Receiver with return Data

4.3.1 8 Bit Video Receiver with return Data

Connectors:

FIB: Fiber Optic. V: Video Output, BNC. DATA: RS422 Data, Terminal. Terminal pins assignment as below:

TXD+ Data transmit signal “+”, input

1 2

TXD− Data transmit signal “−”, input

3

NC

4

NC

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

SYNC: Fiber Link and Video. Flash if the link is not OK.

Off if the link is OK but the video is not OK.

On if the link and the video are OK.

DATA: Data Transmit. Flash if data being transmitted.

Off if no data being transmitted.

4.3.2 10 Bit Video Receiver with return Data

Connectors:

FIB: Fiber Optic. V: Video Output, BNC. DATA: RS422 Data, Terminal. Terminal pins assignment as below:

TXD+ Data transmit signal “+”, input

1 2

TXD− Data transmit signal “−”, input

3

NC

4

NC

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1: Video. On if video output is OK.

Off if no video present.

D1: Data Transmit. Flash if data being transmitted.

Off if no data being transmitted.

The other LEDs are not used.

4.4 Video Receiver with Bi-directional Data

4.4.1 1 Fiber

Connectors:

FIB: Fiber Optic. V,V1-V4: Video Output, BNC or DB9. DB9 pins assignment as below.

VIDEO1 Channel 1 Video, output VIDEO2 Channel 2 Video, output VIDEO3 Channel 3 Video, output VIDEO4 Channel 4 Video, output GND Common Ground of Channel 1~4 Video

DATA: RS232/RS422/2 wires RS485 or 4 wires RS485 compatible, Terminal pins

assignment and DIP Switch setup refer to Table 1 and Table2. in section 5. Data Interface and DIP Setup.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1- V4: ; Channel 1-4 Video. On if video output is OK.

Off if no video present.

D1: RS232/RS422/ 4 wires RS485 Transmit Data, : Flash if data being transmitted.

Off if no data being transmitted.

2 wires RS485 Transmit/ Receive Data. Flash if there is activity.

D2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.

Off if no data being received.

2 wires RS485 Transmit/ Receive Data. Not used.

4.4.2 2 Fibers

Connectors:

FIBa: Channel 1 Fiber Optic. FIBb: Channel 2 Fiber Optic.

Va: Channel 1 Video output ,C3.

Vb: Channel 2 Video output ,C3. Da: Channel1 Data, RS232/RS422/2 wires RS485 or 4 wires RS485 compatible.

Terminal pins assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

Db: Channel2 Data, RS232/RS422/2 wires RS485 or 4 wires RS485 compatible.

Terminal pins assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

SYNC1: Fiber Link 1 and Video 1. Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK. SYNC2: Fiber Link 2 and Video 2. Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK. D1a: Channel1, RS232/RS422/ 4 wires RS485 Transmit Data. :

Flash if data being transmitted. Off if no data being transmitted.

Channel1, 2 wires RS485 Transmit/ Receive Data.

Flash if there is activity.

D1b: Channel1, RS232/RS422/ 4 wires RS485 Receive Data.

Flash if data being received. Off if no data being received.

Channel1,2 wires RS485 Transmit/ Receive Data.

Not used.

D2a: Channel2, RS232/RS422/ 4 wires RS485 Transmit Data. :

Flash if data being transmitted. Off if no data being transmitted.

Channel2, 2 wires RS485 Transmit/ Receive Data.

Flash if there is activity.

D2b: Channel2, RS232/RS422/ 4 wires RS485 Receive Data.

Flash if data being received. Off if no data being received.

Channel2, 2 wires RS485 Transmit/ Receive Data.

Not used.

4.5 Video Receiver with Bi-directional Data and Contact Closure

DIP Switch

Connectors:

4

FIB: Fiber Optic. V: Video Output, BNC.

DATA: RS232/RS422/2 wires RS485 or 4 wires RS485 compatible. Terminal pins

assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

C1: Contact Closure, input.

C2: Contact Closure, output. The Contact Closure state, Open or Close, of the

contact closure on the receiver end follows the state of the contact closure on the transmitter end. I.e. if the contact on the transmitter end are Close, the contact on the receiver end is made to be Close. If the contact on the transmitter end is Open, the contact on the receiver end is made to be Open.

Terminal pins assignment as below: Contact Closure input “A”

1

Contact Closure input “B”

2

Contact Closure output “A”

3

Contact Closure output “B”

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1: ; Video. On if video output is OK.

Off if no video present.

V2-V4: Video. Not used.

D1: RS232/RS422/ 4 wires RS485 Transmit Data. : Flash if data being transmitted.

Off if no data being transmitted.

2 wires RS485 Transmit/ Receive Data. Flash if there is activity.

D2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.

Off if no data being received.

2 wires RS485 Transmit/ Receive Data. Not used.

4

4.6 Video Receiver with Contact Closure

Connectors:

FIB: Fiber Optic. V: Video Output ,BNC.

C1: Reserved. C2: Contact Closure output. The Contact Closure state, Open or Close, of

the contact closure on the receiver end follows the state of the contact closure on the transmitter end. I.e. if the contact on the transmitter end are Close, the contact on the receiver end is made to be Close. If the contact on the transmitter end is Open, the contact on the receiver end is made to be

Open. Terminal pins assignment: NC

1

NC

2

Contact Closure output “A”

3

Contact Closure output “B”

LEDs Definition:

POWER: Power Supply. On if power input is OK. Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1: ; Video. On if video output is OK.

Off if no video present.

D1: Contact Closure. On if the contact closure is closed. Off if the contact closure is open.

The other LEDs are not used.

4.7 Bi-directional Data Receiver

Connectors:

FIB: Fiber Optic.

DATA: RS232/RS422/2 wires RS485 or 4 wires RS485 compatible, Terminal. Terminal

pins assignment and DIP Switch setting refer to Table 1 and Table2 in section 5. Data Block Connections and DIP Switch Setting.

LEDs Definition:

POWER: Power Supply. On if power input is OK.

Off if no power present.

FIB: Fiber Link. Off if link continuity is good.

On if no link continuity.

V1-V4: Video. Not used.

D1: RS232/RS422/ 4 wires RS485 Transmit Data. : Flash if data being transmitted.

wires RS485 output

Off if no data being transmitted.

2 wires RS485 Transmit/ Receive Data. Flash if there is activity.

D2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.

Off if no data being received.

2 wires RS485 Transmit/ Receive Data. Not used.

5. Data Block Connection and DIP Switch Setting

Table 1:

Pin Name

Data

RS232

RS422

4 wires

RS485

2 wires

RS485

Data transmit signal; input

Data transmit signal “+”, input

（not connected）

Table 2:

DIP Switch pin name RS-232

D1( RS422/4 wires RS485 input terminator 120Ω ) D2( 2 wires RS485, RS422 or 4 wires RS485 output terminator 120Ω ) D3( 2 wires RS485 or 4 Pull-up/Pull-down resistance ) D4( RS232/RS422/2 wires RS485 or 4 wires RS485 select )

D5( RS232/RS422/2 wires RS485 or 4 wires RS485 select )

1 2 3 4

TXD

Data receive signal; output

TXD+

Data transmit signal “−”, input

485 TX+

Data transmit signal “−”, input

NC

（not connected）

RXD

TXD-

485TX-

NC

GND

GND of RS232 data

RXD+

Data receive signal “+”, output

485RX+

Data receive signal “+”, output

485+

Data signal “+”

RS-422

OFF

OFF OFF

OFF OFF ON ON

ON OFF OFF ON

ON/OFF ② ON/OFF ②

ON/OFF ② ON/OFF ② ON/OFF ②

ON/OFF ① ON/OFF ①

（not connected）

Data receive signal “−”, output

Data signal “−”

4wire

RS-485

NC

RXD-

485RX-

485-

2wire

RS-485

OFF

① The 2 wires RS485 OR 4 wires RS485 output bus pull-up and pull-down resistance usually should be

switched on. But if there are several fiber transmitters or receivers, 2 wires RS485 or 4 wires RS485 output interfaces are connected together, only one of the 2 wires RS485 or 4 wires RS485 output Pull-up and Pull-down resistance should be switched on, the others should be switched off.

② The terminators can be switched on or off according to the RS485 bus connection. When the fiber

transmitter or receiver is placed at the end point of bus, the terminators are usually switched on, but not be must, so the same as RS422.

+ -

12V DC

+ -

Typeical

Application 1

6. Caution

• Switch off all power supply before installation.

• Ensure fiber is properly aligned to the Fiber connector.

• Do NOT stare at the fiber core.

7. Typical Application

Transmitter(3U)

Camera4 Camera1

Camera2

Camera1

12V DC POWER

FIB1

FIB2

FIB3

FIB4

VIDEO1

VIDEO2

VIDEO3

VIDEO4

Camera3

POWER

FIB1

FIB2

Camera2

Camera1

VIDEO1

VIDEO2

Camera

Recevier(3U)

Matrix Switcher

Camera4

Camera1

Camera4

Camera1

Camera2

Camera1

Camera4

Transmitter (3U)

Recevier (3U)

Matrix Switcher

Type Application 2

+

12V DC POWER

-

FIB

DATA

VIDEO

Type Application 3

Type Application 4

Output:+5VDC, 2

6A

Output:+5VDC,

20A

Output:+5VDC,

26A

8. FR3 Series – Chassis Card Cage

PRODUCT DESCRIPTION

The KBC FR3xx series is a standard 19 inch rack mounted card cage that accommodates 3U chassis card products. Different models, such as transmitters and receivers, may be co-located in the same rack. All modules located within the rack are hot-swappable so that it is not necessary to power down the rack when removing or replacing modules. Rear card insertion provides an attractive appearance to the front panel.

US Power Plug UK Power Plug

Euro Power Plug Australian Power Plug

100-120VAC Input 100-240VAC Input 200-240VAC Input

SPECIFICATONS

Input:100~240VAC, 2.5A, 50/60Hz Output:+5VDC, 16A

Input:100~120VAC, 3.15A, 50/60Hz Output:+5VDC, 20A

Input Voltage

Input:100~120VAC, 3.0A, 50/60Hz

Input:200~240VAC, 1.5A, 50/60Hz

Input:200~240VAC, 2.0A, 50/60Hz

Slots 14 one-inch slots accommodating up to 14 single width modules. Dimensions (L×W×H) 482.8mm×313.6mm×133mm

MTBF > 100,000 Hours Operation Temperature -40º ~+70ºC, ambient Storage Temperature -40º ~+75ºC, ambient Relative Humidity 0~95% (non-condensing)

9. Warranty

n Repair

¨ Please contact your local distributors when product is defective. Please apply RA in

advance and prepay shipping cost when returning the defective product to us. We will pay the cost for sending it back to you.

¨ Please attach a statement clearly describing the problem.

n We will repair defective product under warranty free of charge to our customer. n 5 years warranty for product only. n Any unauthorized modification of hardware and software voids the warranty. n Warranty does not cover mishandling and/or abuse of the product.

Products comply with the following Safety Label for International Fiber Communication Equipment.

NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful Interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at this own expense.

Warning This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.

10. Instruction of Disassembly

Instruction of Disassembly of KBC Product

(For EU Directive 2002/95/EEC━WEEE)

Tools Required:

1) 5 mm flat tip screwdriver

2) Φ3 cross tip screwdriver

3) Φ5 cross tip screwdriver

4) Size small snip nose pliers

5) 15 mm spanner

Steps for Disassembly:

1) Remove tightening screws of box cover (1 or 4-8 screws in general).

2) Remove lock nut for BNC with spanner.

3) Remove cover plate.

4) Remove tightening screws for printed circuit board (PCB).

5) In case the assembly has more than one PCB then continue removing the remain tightening screws until none left.

6) Use snip nose pliers to loose the nut of flange and then remove optic cable connector (jump wire).

7) Snip off power conducting cable and remove power switch /jack/etc..

8) Take out all PCBs.

9) Disassembly of product completed.

Notice：When a product reaches the end of it’s life—return to KBC

Version 3.0

Headquarters:

KBC Networks, Ltd.

25691 Atlantic Ocean Drive, Suite B3 Lake Forest, CA 92630 U.S.A. Main: 1-949-297-4930 Fax: 1-949-297-4933

KBC Networks Ltd., EMEA

Carlton Suite, Barham Court Teston, Maidstone Kent ME18 5BZ United Kingdom Office: +44(0)1622618787 Fax: +44(0)2071008147

Email: info@kbcnetworks.com Web: www.kbcnetworks.com

KBC 3U User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual