Bolide BE-DR-AD300 User Manual

4 Trouble Shooting

Problem Possible Cause Solution

Power ON/ Receiving Red LED OFF.

Power ON, Red LED ON, Green LED OFF, Domes no action.

Red LED flash and Green LED ON, Domes no action.

Both Red and green LED ON, but Domes no action.

Power ON, both Red / Green LED flash, and Domes no action.

Failure of Power supply. Re-connect properly.

Power Supply broke. Replace with good one.

Wrong Controlling Cable connection.

The Receiving Protocol is not in accordance with Transmitting Protocol from Matrix or Keyboard.

Receiving Baud rate is not in accordance with the transmitting Baud rate from Coaxial converter.

Wrongly connecting with Video Cables¡¡or no video on Domes. ( Domes’ problem)

Wrongly address setting or Dome with problems.

5 Specification

Supply Voltage DC 9V + 20%

Power ≤1W

Weight180 g

Receiving Controlling Mode

Receiving Baud Rate(RS485/ RS232)2400/4800/9600/19200 BPS

Receiving Baud Rate (MANCHESTER/BI-PHASE)

Transmitting Mode Coaxial Video

Farthest Transmitting Distance (0.5mm twisted pair cable)

Environmental Temperature -10℃ ~ + 50℃

Dimensions 143 x 67.5 x 34.5(mm)

RS485/RS422/Manchester/ BI-PHASE

32KBPS

300m

Re-connect Correctly.

Reset and power ON again.

Re-connect cables and resolve the Dome’s problems.

Reset and resolve the Dome’s problems.

User Manual

One-Channel Coaxial Converter

Ⅰ

Before use the product, please read this manual carefully.

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2. Protocol Setting (SW2)

1 23 4 5 6 7 8

1 2 3 4 5 6 7 8

Baud Rate

Switch number

Contents

1. Main Features

2. Installation

3. DIP Switches Setting

4. Trouble shooting

5. Specification

Protocol

FACTORY

2

5

7

VCL

PELCO_P

PELCO_D

MONYLX

VICON

DIAMOND

KALATEL_304

HUNDA

LILIN

SANTACHI

RESERVE

UNIVISION_V1

UNIVISION_V2

PHILIPS

AD

ADT

PANASONIC

KDEC300

PHILIPS_1

ONON

Switch number

-1-

3. Baud Rate Setting(SW2)

2400bps

4800bps

9600bps

19200bps

Baud rate setting is only applied to interface RS485/RS422; While Manchester / Bi-Phase code have been chosen, ignoring any status of Dip Switch No7 or No8, no matter they are ON or OFF.

Any of re-set by changing the DIP switches setting will not be effective unless power ON again.

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Picture 1

3 DIP Switcher Setting

1 23 4 5 6 7 8

1 2 3 4 5 6 7 8

77

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

Switch number

Controlling ID should be set through DIP switcher 1(SW1) (see chart SW1 below, No.1 to No. 254 to be selected as needed; 0: indicates “Testing address”; and No.255 means “Broadcasting address”);

Protocol and baud rate should be set through DIP switcher 2(SW2), Bit 1 ~Bit 6 for setting protocol; Bit7~Bit8 for setting baud rate as instruction. (Round mark of below chart indicates the relative bits of DIP switcher is ON)

1. ID Setting(SW1)

Switch number

ONIDON

ID

ONIDON

ID

1 Main Features

Receiving Interface: built-in RS485/RS422 , Manchester, BI-Phase Code.

Transmitting output. (B N C )

With power supply / receiving red LED and signal transmitting green LED.

Multi-protocol options are available by setting DIP switches such as: Pelco-d, Pelco-p, Molynx, Vicon, Lilin, Diamond, Kalatel, Hunda, Panasonic, Vcl, Univision, Philips, American dynamics, Santachi, Kdec300,as well as the one created by manufacturer.

With four options of communication baud rates: 2400bps, 4800bps, 9600bps, 19200bps when interface is RS485 or RS422.

With 120 Ω jumper in receiving interface.

2 Installation

1. Dimensions (mm)

-2--5-

2. Front Panel with Ports

JP8

JP7

JP6

Manchester, BI-Phase

SW2(Protocol/Baud Rate)

Picture 3

Transmitting Signal LED (Green)

Picture 2

4)

4. Jumper Setting ( Inside Box)

B A

C

D

1)

1) Power: DC+9V

-

+

Power/Receiving Signal LED (Red)

2) Video Input

3) Video Output

1) Power: DC: +9 Voltage:

2) Video Input: Connect to Video output from Speed Dome.

3) Video Output: Connect to Monitor or Matrix .

4) Controlling Cables Input: ( See picture2)

A: W/TX+: Connect to Manchester code, Bi-phase controller output or RS422 Controller RX+;

B: B/TX-: Connect to Manchester code, Bi-phase controller output or RS422 Controller RX-;

C: 485+/RX+: Connect to RS485 controller or RS422 controller TX+;

D: 485-/RX-: Connect to RS485 controller or RS422 controller TX-.

3. Rear Panel

SW1(ID Address)

and RS422 120resistorΩ

TX+/TX-

B/W

120resistor(Manchester,

Ω

Bi-Phase and RS422)

ON

OFF

120resistor(RS485/RS422)Ω

ON

OFF

Picture 4

Controlling cables connect to input A and B when communication signal are MANCHESTER / BI-PHASE Code or RS422(TX+,TX-), respectively Jumper 8 should be set as following (See picture2 and 4):

a. As ① indicating while connecting RS422(TX+, TX-);

b. As② indicating while joining MANCHESTER/BI-PHASE code( B, W)

If controlling bus is located in 50 meters further, the 120 Ω Jumpers of Coaxial converter should be switching ON. Therefore, if more than one Coaxial converter being linked, the 120Ω Jumper of the farthest one should be switching ON leaving all others OFF, details indicated as below:

a. While joining RS422 (TX+, TX-) and MANCHESTER/BI-PHASE, 120Ω Jumper JP7 should be set as ③ and ④of Picture 4 indicated. .

b. While joining RS485, RS422(RX+, RX-), 120ΩJumper JP6 should be set as⑤and ⑥ of Picture 4 indicated.

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5. Accessories

DC9V Power Spply 1 pc

User Manual 1 set

Warranty Card 1 pc

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