Bernee BN-5606XCAR User manual

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Vehicle Speed Dome User Manual
BN-5606XCAR
DC 12V
Berneeproduction
----------------------------------------------------------------------------------------------------------
Please read this User Manual carefully to ensure that you can use the device correctly and safely.

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Index
MAIN CAUTIONS..................................................................................................................................................... 3
PRECAUTIONS ....................................................................................................................................................... 3
1. PREFACE......................................................................................................................................................... 4
2. FEATURES....................................................................................................................................................... 4
3. FUNCTION INTRODUCTION ......................................................................................................................... 4
4. INSTALLATION AND CABLE CONNECTION METHOD............................................................................. 6
4.1 DIMENSION......................................................................................................................................................... 6
4.2 BOTTOM PLATE STRUCTURE.............................................................................................................................. 6
4.3 6-PIN AVIATION PLUG &6-PIN CABLE ................................................................................................................. 6
4.4 VIDEO,POWER,CONTROL LINE.......................................................................................................................... 7
4.5 CABLE CONNECTING.......................................................................................................................................... 7
4.6 TWO METHODS FOR DOME INSTALLATION.......................................................................................................... 7
5. DOME SWITCHER SETTING......................................................................................................................... 7
5.1 VEHICLE DOME ADDRESS SETTING .................................................................................................................... 8
5.2 COMMUNICATION PROTOCOL &BAUD RATE SETTING...................................................................................... 10
5.2.1 Communication protocol setting ......................................................................................................... 10
5.2.2 Baud rate setting................................................................................................................................... 10
6. BASIC CONTROL FOR DOME.....................................................................................................................11
6.1 POWER CONNECTION SELF-TEST .................................................................................................................... 11
6.2 PRESET SETTING.............................................................................................................................................. 11
6.3 CALL PRESET ................................................................................................................................................... 11
7. INSTALLATION...............................................................................................................................................12
8. CLEANING ......................................................................................................................................................12
9. SPECIFICATIONS...........................................................................................................................................12
APPENDIX: SIMPLE FAULTS SOLVING.............................................................................................................13

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Main Cautions
Please read this manual carefully before installing
Comply with all caution items on device & manual
Comply with all indicated operations as well as manual
Use components recommended by seller avoiding fault
This product should use specified power supply & voltage. If practical power supply & voltage is
unknown, please ask for seller.
Do not disassemble body but contact to seller
With body cleaning do not use strong or grinding detergent.
Use a dry, soft cloth to clean the camera shell when it is dirty. If very dirty, please use neutral
detergent rather than strong detergent in order to taken not to scratch the dome when wiping it. Then
use dry cloth wiping rest detergent.
Happen the following faults, please contact with dealer:
- Power supply and control line destroyed
- Body fell down or shell destroyed
- Device performance works abnormal
- Yet abnormally work after operation according to instruction
With component replacement, please use those components offered by dealer or performed
equally.
Precautions
Do not direct to sunlight with camera
Do not aim to shining objects with camera. Never aim to sunlight or other strong light objects no
matter during operating or not.
Do not long-time aim to strong light or expose in light source
If equivalent light forms facula, part of image will fade caused by CCD filter worsening under camera
face changing.
This product standard voltage is DC 12V
For seldom vehicle power sockets (lighter socket) are DC 24V and improper voltage will
damage camera greatly, please ensure power socket (lighter socket) voltage is DC 12V.

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1. Preface
Vehicle speed dome is our advanced monitoring product with optical, mechanical and electronic
integration. It includes dynamic structure, precision actuator, CCD camera, digital decoder, image
processing unit and controller. Machinery structure designs simply and is precise. High precision &
reliability; smart operating, high speed, stable start & stop, easy control; multi-object presetting,
remember and auto tour; random position, true Omni-bearing & non-blind point monitoring; auto adjust
object distance and size to suit ambient brightness, high cost-performance, long-term stable running.
2. Features
Vehicle environmental designment, anti-shake, waterproof, IP66 protection grade
Horizontal 360°continuous running, max speed 100°/s.
Vertical -15°to 90°rotation from which begin to auto flip 180°and continuous monitoring.
64 customized presets
Auto tour function: 0~54 presets orderly switch
Set max running speed and proportional speed-down, fast call preset positions and manually
control precision tracking
RS485-485 bus-control
Built-in memory to store the setting data, which can not be lost after power off
Compatible with various protocols with adjustable baud rate (Pelco-P /Pelco-D/ Kalatel/
Samsun/ AD)
High-strength plastic shell with light weight
In installing, suck dome onto vehicle roof by owned magnet, or use three M5 screws mounting
dome onto vehicle roof
DC 12V power supply
3. Function Introduction
The following will introduce main functions of integrated speed dome, as well as various functions
operation (no operation details).
Set address code, baud rate and control protocol
Each command matches with only one camera address code, baud rate and control protocol, single
camera only reacts to commands matched to own address code, baud rate and control protocol.
Motion control
Customer can use keyboard controller to manage camera rotation, tracking motion object or motion
sight; besides can change view-angle or image size with adjusting focal length. In auto focus state, as
lens moving, camera will according to sight change adjust automatically, getting clear image.
Focal length / running-speed auto matching
In manual state, for long focal length, slight moving of controller will cause so great changes on
image as to data loss. Based on humanity designment, dome according to focal length can auto adjust
horizontal / vertical speed, so as to make manual tracking easier.

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Auto flip
If lens is pulled until up to top (vertical 90°), it will auto horizontally turning 180°and then flip
downward, which can directly watch backside sight. This process ensures vertical 180°continuous
monitoring.
Set and call preset position
Preset function means that in present state, pan/tilt angle and focal length data stores into memory
in order to call and place pan/tilt with camera to specified position. Customer can store and call presets
with controller o infrared controller easily. This function supports 64 presets.
Lens control
- Focal length control
Customer can adjust focal length with controller or matrix so as to get full shot or close-up shot.
- Focus control
In auto focusing & zooming state, camera will focus on picture center to keep picture clear; in
special condition, customer can manually focus to get needed effect. Manual focus restores to auto
focus only needs shake joystick.
- Aperture control
Customer can manually adjust aperture size with controller to get needed picture
brightness. It is also operable to restore auto adjustment by calling a preset position.
Auto backlight compensation
When backlight compensation opens, camera can auto compensate brightness for dark sight
among strong light background. Adjusting background lighting prevents such a brightness mass on
careen caused by background brightness as to can not distinguish dark object, so that you can get clear
image.
ATW (auto tracking white)
Automatically adjust according to ambient light changes to reveal true color.
Auto tour
We can beforehand set presets for tour and put them into an ordered queue, a calling command
required only for that all points (domes) operate circularly based on certain interval.
Zone scanning
Only an outer command or power connection is required for that all domes circularly & horizontally
scan within certain scope (55°~63°or specified angle) with a speed.

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4. Installation and cable connection method
4.1 Dimension
4.2 Bottom plate structure
4.3 6-pin aviation plug & 6-pin cable
Pin definition for 6-pin aviation plug:
Pin 1: VIDEO+
Pin 2: VIDEO-
Pin 3: B-, RS-485
Pin 4: A+, RS-485
Pin 5: GDN
Pin 6: 12V, DC
Magnet
Dial cap

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4.4 Video, power, control line
4.5 Cable Connecting
Outer dome RS485 control line, video cord and power cord have been marked
6-pin aviation plug connecting to cable’s 6-pin aviation plug
RS485 control line connecting to keyboard controller and infrared controller, etc.
Video cord connecting to displaying devices
Power cord (note: DC12V) with aviation plug can connect to vehicle lighter in order to be
powered by vehicle (Do care tags of cables or connectors, avoiding wrong match even burnt
out).
4.6 Two methods for dome installation
Method 1: Suck dome onto vehicle roof by owned magnetic plate
Method 2: Referring to the diagram of dome base board in chapter <4.1>, dig 3 holes on vehicle
roof or other board for fixing dome, use three M5 screws mounting dome onto vehicle roof
Note: in fixing with screws, ensure that vehicle roof holes have been waterproofed well, avoiding rain
water flows into the vehicle.
5. Dome Switcher Setting
Dome’s own baud rate, communication protocol, address code, etc should comply with practical
setting of customer operation (e.g. keyboard controller).
Two groups of switcher lie in movement board of dome, disassembling square-lid and manual
setting (tweezers for better).
6-pin aviation plug
RS485 control
Video cable
DC12V power cord

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Switcher instruction:
a) Pop-up: 1 (ON);
b) Pop-down: 0 (OFF)
5.1 Vehicle dome address setting
Switcher S1 can encode dome address. Address setting adopts binary mode, supporting total 255
dome addresses. Details are in code chart. (Note: all factory codes are 1, but please set different
address codes if there are 2 or more domes)
S1 switcher ID1-ID8 (4-digit binary)
Low High
1
2
3
4
5
6
7
8
ID1
ID2
ID3
ID4
ID5
ID6
ID7
ID8
Chart for Vehicle Dome Address Code: 1=ON; 0=OFF
Address
Number
ID(S1)
Address
Number
ID(S1)
Address
Number
ID(S1)
Address
Number
ID(S1)
12345678
12345678
12345678
12345678
1
10000000
33
10000100
65
10000010
97
10000110
2
01000000
34
01000100
66
01000010
98
01000110
3
11000000
35
11000100
67
11000010
99
11000110
4
00100000
36
00100100
68
00100010
100
00100110
5
10100000
37
10100100
69
10100010
101
10100110
6
01100000
38
01100100
70
01100010
102
01100110
7
11100000
39
11100100
71
11100010
103
11100110
8
00010000
40
00010100
72
00010010
104
00010110
9
10010000
41
10010100
73
10010010
105
10010110
10
01010000
42
01010100
74
01010010
106
01010110
11
11010000
43
11010100
75
11010010
107
11010110
12
00110000
44
00110100
76
00110010
108
00110110
13
10110000
45
10110100
77
10110010
109
10110110
14
01110000
46
01110100
78
01110010
110
01110110
15
11110000
47
11110100
79
11110010
111
11110110
16
00001000
48
00001100
80
00001010
112
00001110
17
10001000
49
10001100
81
10001010
113
10001110
18
01001000
50
01001100
82
01001010
114
01001110
19
11001000
51
11001100
83
11001010
115
11001110
Dial Switcher
S1 switcher
S2 switcher

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20
00101000
52
00101100
84
00101010
116
00101110
21
10101000
53
10101100
85
10101010
117
10101110
22
01101000
54
01101100
86
01101010
118
01101110
23
11101000
55
11101100
87
11101010
119
11101110
24
00011000
56
00011100
88
00011010
120
00011110
25
10011000
57
10011100
89
10011010
121
10011110
26
01011000
58
01011100
90
01011010
122
01011110
27
11011000
59
11011100
91
11011010
123
11011110
28
00111000
60
00111100
92
00111010
124
00111110
29
10111000
61
10111100
93
10111010
125
10111110
30
01111000
62
01111100
94
01111010
126
01111110
31
11111000
63
11111100
95
11111010
127
11111110
32
00000100
64
00000010
96
00000110
128
00000001
129
10000001
161
10000101
193
10000011
225
10000111
130
01000001
162
01000101
194
01000011
226
01000111
131
11000001
163
11000101
195
11000011
227
11000111
132
00100001
164
00100101
196
00100011
228
00100111
133
10100001
165
10100101
197
10100011
229
10100111
134
01100001
166
01100101
198
01100011
230
01100111
135
11100001
167
11100101
199
11100011
231
11100111
136
00010001
168
00010101
200
00010011
232
00010111
137
10010001
169
10010101
201
10010011
233
10010111
138
01010001
170
01010101
202
01010011
234
01010111
139
11010001
171
11010101
203
11010011
235
11010111
140
00110001
172
00110101
204
00110011
236
00110111
141
10110001
173
10110101
205
10110011
237
10110111
142
01110001
174
01110101
206
01110011
238
01110111
143
11110001
175
11110101
207
11110011
239
11110111
144
00001001
176
00001101
208
00001011
240
00001111
145
10001001
177
10001101
209
10001011
241
10001111
146
01001001
178
01001101
210
01001011
242
01001111
147
11001001
179
11001101
211
11001011
243
11001111
148
00101001
180
00101101
212
00101011
244
00101111
149
10101001
181
10101101
213
10101011
245
10101111
150
01101001
182
01101101
214
01101011
246
01101111
151
11101001
183
11101101
215
11101011
247
11101111
152
00011001
184
00011101
216
00011011
248
00011111
153
10011001
185
10011101
217
10011011
249
10011111
154
01011001
186
01011101
218
01011011
250
01011111
155
11011001
187
11011101
219
11011011
251
11011111
156
00111001
188
00111101
220
00111011
252
00111111
157
10111001
189
10111101
221
10111011
253
10111111
158
01111001
190
01111101
222
01111011
254
01111111
159
11111001
191
11111101
223
11111011
255
11111111
160
00000101
192
00000011
224
00000111

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5.2 Communication protocol & baud rate setting
S2: Communication protocol & baud rate switcher
ID1-ID4: Communication protocol setting
ID5-ID8: Baud rate setting
Low High
1
2
3
4
5
6
7
8
ID1
ID2
ID3
ID4
ID5
ID6
ID7
ID8
5.2.1 Communication protocol setting
S2 switcher ID1-ID4 (4-digit binary)
1
2
3
4
ID1
ID2
ID3
ID4
Communication protocol setting: 1=ON; 0=OFF
Communication
Protocol
ID(S2)
1234
PELCO—P
0100
PELCO—D
1100
KALATEL
0010
VICON
1010
SAMSUNG
0110
AD
1110
E.g.:
Set PELCO—D: code value as 1100 means ID1 and ID2 are ON, but others are off
Set PELCO—P: code value as 0100 means ID2 is ON, but others are off
5.2.2 Baud rate setting
S2 switcher ID1-ID4 (4-digit binary)
5
6
7
8
ID5
ID6
ID7
ID8
1=ON; 0=OFF Baud rate setting: 1=ON; 0=OFF
Baud Rate
ID(S2)
5678
1200
1000
2400
0100
4800
1100
9600
0010
19200
1010
E.g.:
Set baud rate as 2400 and code value as 0100: we only need dial ID6 as ON and others are off

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Set baud rate as 9600 and code value as 0010: we only need dial ID7 as ON and others are off
Notes: factory codes are 1; protocols are PELCO-D; baud rates are 2400
6. Basic control for dome
6.1 Power connection self-test
After power connection, camera firstly begins auto horizontal rotation and vertical rotation, then
zoom-in and zoom-out. This course verifies dome works normally.
Control camera rotation (up/down/left/right)
After selecting a camera, you can manually control dome rotation (up/down/left/right). Joystick action
leads camera action, i.e. joystick directs right, camera directs right also; other direction
(left/down/up/diagonal) actions are in the same method.
After selecting a camera, we can manually control dome rotation (up/down/left/right)
6.2 Preset setting
Set preset according to below:
- Selecting camera (details in keyboard instruction)
- Managing joystick, zoom key, focusing key and aperture key adjust picture of camera
- Digit key+ SET (input specified preset number)
6.3 Call preset
Call preset according to below:
- Selecting camera
- Press digit key+ CALL (input specified preset number), camera will promptly shift to preset
position with auto changing of zoom, focusing and aperture
- If inputting special preset (details in preset chart), dome will start operation related to
fixed-function camera (e.g. input #82 preset and camera will start auto tour).
Preset chart:
Preset
Number
Function
55~63
#55~#63 presets circular scanning
82
Auto tour (#0~#54 presets orderly
switch)
83
Auto adjust aperture
89
Delete all presets
91
Auto adjust focal length
94
Restart
96
180°zone scanning
97
360°zone scanning
98
90°zone scanning

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7. Installation
Method 1: Place dome at vehicle roof, the 3 magnetic suckers on dome bottom will automatically stick to
vehicle roof, especially never loosing as vehicle running.
Method 2: Use three M5 screws fixing dome onto vehicle roof.
8. Cleaning
Use a dry, soft cloth to clean the camera shell when it is dirty. If very dirty, please use neutral
detergent rather than strong detergent in order to taken not to scratch the dome when wiping it. Then
use dry cloth wiping rest detergent.
Do not disassemble body by yourself!!!
Inner components must be repaired by technical staff rather than by yourself
9. Specifications
Model
BN-5606XCAR
Image Sensor
1/4″ Ex-view HAD color CCD
Effective Pixel
752(H)×582(V)
Horizontal
Resolution
480TV Lines
Min.
Illumination
0.002Lux,0Lux/IR
Optical Zoom
18X,f =4.1~73.8mm(F 1.4 to 3.0)
Digital Zoom
12X
Min. Focal
Length
35mm(wide),800mm(Tele)
Horizontal
Angle
48°(wide)~2.8°(Tele)
Scan System
2:1 interlace
Sync System
Internal sync / external sync (V-lock)
Focus System
Auto (sensitivity: normal, low), one-click auto focusing, manual, alternate AF, zoom
activating AF
Gain Control
Auto / manual (-3~28dB, 2dB stepping)
White Balance
Auto,ATW (auto tracking white), indoor, outdoor, one-click, manual
AE Control
Auto, manual, priority mode, brightness, EV compensation, backlight compensation
WDR
No
Backlight
Compensation
On/off
Electronic
Shutter
1/1~1/10, 000s, 22 levels
External
Control
VISCA (TTL signal level), baud rate: 9.64Kb/s,19.24Kb/s,38.4Kb/s,1 or 2 stop position
optional
Privacy Mask
On/Off (24 zones)
Picture Feature
Electronic flip, reversal effect, black & white, mirror effect
Character
generator
Mode display, time display, title display
Flicker
Elimination
No
Video Output
CVBS: 1.0Vp-p/75 ohms
S/N Ratio
≥50dB
Horizontal
Speed
0.05°~100°/s

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Vertical Speed
0.03°~30°/s
Pan Travel
360°continuous flip
Tilt travel
-15°~90°(180°auto flip)
Address Code
0~255
Preset Position
64
Auto Tour
#0~#54 presets orderly switch
Control Mode
RS485
Baud Rate
1200 bps/2400 bps/4800 bps/9600 bps/19200 bps
Address Code
Range
0~255
Input Voltage
DC12V
Power
Consumption
15W
Dimension
130×163mm(Φ×H)
Weight
1.2kg
Operating
Temperature
-25˚C~70˚C
Relative
Humidity
5%~90%
Appendix: Simple faults solving
Fault description
Possible reasons
Solutions
Powered-on, no action, no
picture
Power supply fault
Solve fault of power supply
Powered-on, normal self-test,
normal picture but fail to control
Wrong settings of address code,
control protocol and baud rate
Change address code, control
protocol and baud rate
RS-485 line wrong connecting or
breaking off
Check RS-485 control line
Notes: For seldom vehicle power sockets (lighter socket) are DC 24V and improper voltage
will damage camera greatly, please ensure power socket (lighter socket) voltage is DC 12V.