L&W LVC-A630HM User manual

manual
DESCRIPTION : 16 X CCD COLOR CAMERA
SET MODEL NO. : LVC - A630HM ( NTSC , High Resolution )
LVC - A630HP ( PAL , High Resolution )
LVC - A630NM ( NTSC , NOR Resolution )
LVC - A630NP ( PAL , NOR Resolution

LVC-A630’S Specifications
1. GENERAL SPECIFICATIONS
Signal System NTSC ( LVC – M630HP ) PAL ( LVC – M630NP )
Scanning System 2 : 1 Interlace
Scanning Frequency ( H ) 15.625 KHz
50 Hz
Pick- Up Device 1 / 4 “ CCD
Total Pixcels No. 795 (H) X 596 (V) 470K 537 (H) X 597 (V) 320K
Effective Pixcels No. 752 (H) X 582 (V) 440K 500 (H) X 582 (V) 290K
Scanning Frequency ( V )
S/N Ratio More Than 48 dB
Horizontal Resolution More Than 450 TV Lines More Than 320 TV Lines
LENS X 16 Zoom ( F 1.6 f = 3.9 ~ 63 mm ), Video AF
Minimum Shooting Distance 0.01m ( WIDE ) , 1.2m ( TELE )
Minimum Illumination 1 Lux ( 30 IRE )
Digital Zoom Ratio Basic X 8 ( Total Zoom Ratio X 128 ) , X2 ~ X8 Variable
Sync System Internal
OSD ( On Screen Display ) Chinese / English
Video Output Composite Output 75 ΩTerminated / Y,C Separated
RS-232C
F
u
n
c
t
I
o
n
Camera Control
Zoom Speed 3 Sec Mode
Brightness Control Manual ( Brightness Up / Down )
White Balance Auto / Special / Indoor / Outdoor / Manual / Push Auto
Iris Control Auto / Manual ( Iris Up / Down )
Auto / Manual ( 8 dB ~ 38 dB Control )AGC Control
Shutter Speed 1 / 50 ~ 1/ 10,000 Sec 8 Steps
Flickerless Off / On (1 / 120Sec Shutter Set)
On / OffBack Light Compen.
Focus Mode Manual (Pseudo- Auto Zoom) / Auto
Negative On / OffNegative / Positive
64 Mode Set / Move ( Store with Internal EEPROM )Zoom/Focus Preset
0 ˚C ~ 40 ˚COperation Temperature
0 % RH ~ 60 % RHOperation Humidity
-20 ˚C ~ 60 ˚C , 0 % RH ~ 85 % RHStorage Temperature
9 V ~ 15 VSupplied Voltage
Max 4.3 WPower Consumption
55x56x90 mmDimensions ( W x H x D )
210gWeight
2 / 9
REMARKS
- BOLD : Default Mode

LVC-A630’S Specifications
2. RELIABILITY TESTS
1) Normal Operation Test ( Initial Camera’s Performance Test )
23 ˚C ±5 ˚C 60 % RH
* Check the Camera’s performance , and measurement data ( Compare with given tolerance limit ) .
2) Operating Conditions ( Temperature , Humidity )
0 ˚C ∼40 ˚C 0 % RH ∼60 % RH
3) Environmental Test Procedure ( With Camera only )
40 ˚C , 60 % RH 8 Hours
0 ˚C , 0 % RH 8 Hours
* Conditions : 1. Leave the camera unit at above condition ( High temperature & Low temperature ).
2. After this test , Check the camera’s performance and measurement data .
3. Compare the data with given specifications
4) Storage Test Conditions & Procedure ( With Carton )
60 ˚C , 85 % RH 48 Hours
-20 ˚C , 0 % RH 48 Hours
* Conditions : 1. Leave the carton at above condition ( High temperature & Low temperature ) .
2. After this test , moving it at normal temperature ( 23 ˚C ) for 10hours .
3. Check the camera’s performance and measurement data .
4. Compare the data with given specifications
5) Electrostatic Caution
* It will be damaged Camera module without outer case which flowed in the Electrostatic.
It is necessary to prepare Electrostatic ring , clothes , etc to prevent electrostatic.
6) Vibration Test ( With Carton )
* Vibrate the camera 4mm widths of a vibration ( 1000rpm , 17Hz ) .
Check the camera”s operations after testing each direction X,Y,Z for 30 minutes duration of
a vibration .
7) Drop Test ( WITH CARTON )
* Drop the camera under conditions of height 70 Cm , one corner , 3 edges , 6 surfaces .
Check the camera’s operations after testing for 1 time .
8) Regulations * CE Certification ( CLASS A)
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.
9) Durability
a) Zoom Motor ; More than 500,000 cycles at room temperature .
b) Focus Motor ; More than 1,000,000 cycles at room temperature .
c) Iris ; More than 500,000 cycles at room temperature .
3 / 9

LVC-A630’S Specifications
3. LENS TEST CONDITIONS
1) Lens Test Pattern
a) Zoom ;
WIDE
TELE
6sec
12sec
1 Cycle
FAR
NEAR
12sec
2 Cycle
a) Focus ;
6sec
CLOSE
OPEN
1.5sec
1 Cycle
a) Iris ;
1.5sec
3 sec
4 / 9

LVC-A630’S Specifications
4. INTERFACE
5 / 9
CN3U1
12
910
TELE(UP) MENU WIDE(DN)
FOCUS(+) FOCUS(-)
JK303
S-JACK
JK302
V.OUT
+12V GND
+
1) For P/T/Z Control & RS232C Control ( CONNECTOR : 68125-1011, MOLEX )
1ZOOM
2COM
3FOCUS
CN 3U1
4COM
5AD2
6AD1
7R+
8RD
9TD
10 GND
For RS-232C Control
Zoom & Focus DC Control
A/D Key 2 input
A/D Key 1 input

LVC-A630’S Specifications
5. Applications
KEY
Voltage
AD(1) AD(2) AD(3) AD(4) AD(5) AD(6) AD(7) AD(8)
3) Using A/D Key
0V 0.5V 1.1V 1.6V 2.1V 2.6V 3.1V 3.6V
6.8K 8.2K 12K 18K 33K 68K 180K
AD(2) AD(3) AD(4) AD(5) AD(6) AD(7) AD(8)
AD(1)
AD1
AD2 A0.01uF
3-2) A/D Key application example.
3-3) A/D Key Functions
AD1(1)
AD1(2)
AD1(3)
AD1(4)
AD1(5)
AD1(6)
AD1(7)
AD1(8)
No
Power ON / OFF
Menu
Tele
Wide
Nega / Posi
Focus Near
Focus Far
Push Auto or A/M
Function
AD2(1)
AD2(2)
AD2(3)
AD2(4)
AD2(5)
AD2(6)
AD2(7)
AD2(8)
No
Shutter Speed
Backlight On/Off
Color On/Off
Key Not
Key Not
Key Not
Key Not
Key Not
Function
6 / 9
②RD
③TD
④DTR
⑤SG
⑥DSR
⑦RTS
⑧CTS
⑨RI
( RS-232C D-Sub 9 Connector )
8RD
9TD
CN3U1
10 GND
1
2
3
4
5
6
7
8
9
1) RS232C Connect
2) Zoom & Focus DC Control connect
RECEIVER UNIT / CONTROLLER
ZOOM ( + ; Tele , - ; Wide )
COMMON
FOCUS ( + ; Near , - ; Far )
+
-
Voltage Range
Vcom + ( 6 V~12V )
Vcom - ( 6 V~12V )
1ZOOM
2COM
CN3U1
3FOCUS
3-1) A/D Key Voltage Spec
4COM

LVC-A630’S Specifications
6. Accessory (Option)
7 / 9
1) 10PIN Cable Ass’y ( P/N : 6850R-ZJA01 )
압축 TUBE
NO.1 MARK

LVC-A630’S Specifications
7. DIMENSION
8 /9

LVC-A630’S Specifications
8. CARTON DIMENSIONS
9 / 9
⑥
NO DESC P/N QT’Y

Camera Control Command Protocol
(For RS-232C, RS-422, RS-485)
Model :: x16 Zoom Camera
APPENDIX C DATE ; 23 . NOV . 99
VERSION 3.0

REMOTE CONTROL COMMAND PROTOCOL 2/32
1. Communication Format
2. The communication data format from PC to Camera
; The data of total 6 bytes is transmitted from PC to camera.
BYTE 1
0xC5
BYTE 2
CODE 1
BYTE 3 BYTE 4 BYTE 5 BYTE 6
CODE 2 CODE 3 CAM_ID C·S
2) Description ; a) BYTE 1 : Camera is realized the protocol comes from PC.
b) BYTE 2 : The changed data according to PC Command.( Refer to 10-2. PC Command )
c) BYTE 3 : The changed data according to PC Command.( Refer to 10-2. PC Command )
d) BYTE 4 : The changed data according to PC Command.( Refer to 10-2. PC Command )
e) BYTE 5 : Camera’s ID (Identification) number to Communicate ( 0 ~ 255 ) .
In case of difference between this value of CAM_ID and the given
value of Camera’s ID, It is impossible to communicate wide.
f) BYTE 6 : The value of Check Sum from ‘ BYTE 1 “ to ‘ BYTE 5 “.
ex) In case of transmission , ‘ 0xC5 , 0xF0 , 0x10 , 0x00 , 0x25 ‘
0xC5 + 0xF0 + 0x10 + 0x00 + 0x25 = 0x1EA
therefore, C·S = 0xEA
1) Format ;
3. The communication data format from Camera to PC
; The data of total 9 bytes is transmitted from Camera to PC.
1) Format ;
BYTE 1
0xC5
BYTE 2
CODE1
BYTE 3 BYTE 4 BYTE 5 BYTE 6 BYTE 7 BYTE 8 BYTE 9
C·SCODE2 CODE3 DATA1 DATA2 DATA3 DATA4
2) Description ; a) BYTE 1 : Camera is realized the protocol comes from PC.
b) BYTE 2 : BYTE 1 data is received from PC.
c) BYTE 3 : BYTE 2 data is received from PC.
d) BYTE 4 : BYTE 3 data is received from PC.
e) BYTE 5 : The changed data according to PC Command.( Refer to 10-2. PC Command )
f) BYTE 6 : The changed data according to PC Command.( Refer to 10-2. PC Command )
g) BYTE 7 : The changed data according to PC Command.( Refer to 10-2. PC Command )
h) BYTE 8 : The changed data according to PC Command.( Refer to 10-2. PC Command )
i) BYTE 9 : The value of Check Sum from ‘ BYTE 1 “ to ‘ BYTE 8 “.
The computing method is the same of ‘“ BYTE6 of the communication from
PC to Camera “.
1. Connection Conditions ;
Data Length 1 Byte ( 8 Bit )
Start/Stop Bit 1 Bit
Parity Bit None
Baud rate 9,600 bps

REMOTE CONTROL COMMAND PROTOCOL 3/32
2. PC Command
1. EEPROM Data Read Command
; Read the data of EEPROM indicated by “E2_ADR”.
0xC5 0xF0 E2_ADR 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0xF0 C·SE2_ADR 0x00 E2_DAT 0xXX 0xXX 0xXX
a) E2_ADR : The address of EEPROM to read.
b) E2_DAT : The Data of EEPROM located on E2_ADR.
c) 0xXX : The unfixed Data transmitted from Camera to PC.
2. EEPROM Data Write Command
; Write the data of ‘ E2_DAT’ into the position of EEPROM designated by ‘ E2_ADR ‘ .
0xC5 0x0F E2_ADR E2_DAT CAM_ID C·S
2) Camera -> PC
0xC5 0x0F C·SE2_ADR E2_DAT E2_ADR 0xXX 0xXX 0xXX
a) E2_ADR : The address of EEPROM to write.
b) E2_DAT : The Data to write on ‘ E2_ADR ‘ .
1) PC -> Camera
1) PC -> Camera
3. Exposure Mode Set Command
; Set the mode of Exposure according to AEmodeCNT
0xC5 0xAA 0x60 AEmodeCNT CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x60 AEmodeCNT 0x60 0xXX 0xXX 0xXX
a) AEmodeCNT : The counter for setting Exposure mode
1. In case of AEmodeCNT = 0x00, the Exposure mode becomes a “AUTO” mode.
2. In case of AEmodeCNT = 0x01, the Exposure mode becomes a “SHUTTER
FIX” mode. And you can adjust “SHUTTER speed” only.
3. In case of AEmodeCNT = 0x02, the Exposure mode becomes a “IRIS FIX”
mode. And you can adjust “IRIS level” only.
4. In case of AEmodeCNT = 0x03, the Exposure mode becomes a “AGC FIX”
mode. And you can adjust “AGC level” only.
5. In case of AEmodeCNT = 0x04, the Exposure mode becomes a “MANUAL”
mode. And you can adjust all(I.e. SHUTTER, IRIS, and AGC).
Caution : When Menu is not displayed, “SHUTTER speed” can be adjusted on all mode.
1) PC -> Camera

REMOTE CONTROL COMMAND PROTOCOL 4/32
4. BACKLIGHT Level Read
; Read the current BACKLIGHT level of Camera .
0xC5 0xAA 0x61 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x61 0x00 BL_level 0xXX 0xXX 0xXX
1) PC -> Camera
5. Adjust BACKLIGHT level
; Adjust current BACKLIGHT level of Camera.
0xC5 0xAA 0x62 BL_level CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x62 BL_level 0x62 0xXX 0xXX 0xXX
1) PC -> Camera
6. White Balance Mode Set Command
; Set the mode of White Balance according to WB_CNT .
0xC5 0xAA 0x65 WB_CNT CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x65 WB_CNT 0x65 0xXX 0xXX 0xXX
1) PC -> Camera
a ) BL_level : This is a value of the camera for controlling BACKLIGHT .
0xAA
a ) BL_level : This is a value to adjust BACKLIGHT level of camera.
a ) WB_CNT : This is a counter value to change the mode of White Balance
1. In case of WB_CNT = 0, the mode of White Balance becomes a “AUTO” mode.
2. In case of WB_CNT = 1, the mode of White Balance becomes a “SPECIAL” mode.
3. In case of WB_CNT = 2, the mode of White Balance becomes a “INDDOR” mode.
4. In case of WB_CNT = 3, the mode of White Balance becomes a “OUTDOOR” mode.
5. In case of WB_CNT = 4, the mode of White Balance becomes a “PUSH AUTO” mode.

REMOTE CONTROL COMMAND PROTOCOL 5/32
7. Camera ID Display ON/OFF control
; Switch the display of camera ID (ON/OFF).
0xC5 0xAA 0x6A 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x6A 0x00 0x6A 0xXX 0xXX 0xXX
1) PC -> Camera
8. Iris Area Weighting Value Read
; Read the current weighting value of Iris area.
0xC5 0xAA 0x6B 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x6B 0x00 Weight 0xXX 0xXX 0xXX
1) PC -> Camera
0xC5 0xAA 0x6C Weight CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x6C Weight 0x6C 0xXX 0xXX 0xXX
1) PC -> Camera
Weight : This is a weighting value for region of Iris Area.
Upper 4 bits :: Weighting value for Region 2 of Iris Area.
Lower 4 bits :: Weighting value for Region 1 of Iris Area.
Region 1
Region 2
9. Iris Area Weighting value Adjust
; Change the weighting value of Iris Area
Caution ; If the Camera ID is 0x00, then the Camera ID is not displayed.
Caution ; In this case, “Weight” means equal to “Weight” of # 8 command .

REMOTE CONTROL COMMAND PROTOCOL 6/32
10. Zoom Lens Position Read ; Read the current position value of Zoom lens.
0xC5 0x36 0x00 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x36 C·S0x00 0x00 ZP_CNT+1 ZP_CNT V_MAG 0xXX
1) PC -> Camera
a) ZP_CNt+1 :: Upper byte of Zoom lens position.
b) ZP_CNT :: Lower byte of Zoom lens position.
c) V_MAG :: Digital zoom data
Ex ) In case of Zoom lens Position = 0x12A & Digital zoom data = 0x10,
ZP_CNT+1 = 0x01
ZP_CNT = 0x2A
V_MAG = 0x10
Caution ; This command is used to set the PRESET mode .
11. Focus Lens Position Read ; Read the current value of Focus lens.
1) PC -> Camera
0xC5 0x37 0x00 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x37 C·S0x00 0x00 FP_CNT+1 FP_CNT 0xXX 0xXX
a) FP_CNT+1 :: Upper byte of Focus lens position.
b) FP_CNT :: Lower byte of Focus lens position.
Ex ) In case of Focus lens Position = 0x1A2,
FP_CNT+1 = 0x01
FP_CNT = 0xA2
Caution ; This command is used to set the PRESET mode .
12. Camera Power ON ; Turn on the power of Camera.
1) PC -> Camera
0xC5 0x3A 0x00 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x3A C·S0x00 0x00 0x00 0x00 0xXX 0xXX

REMOTE CONTROL COMMAND PROTOCOL 7/32
14. Memorize Zoom Lens Position for External PRESET control
; Memorize the Zoom lens position into the volatile “Buffer RAM” designated “Buffer RAM Index”
for the external PRESET Move control .
0xC5 0x49 PRE_I_ZH ZPL CAM_ID C·S
2) Camera -> PC
0xC5 0x49 C·S
PRE_I_ZH ZPL PRE_I_ZH 0xXX 0xXX 0xXX
1) PC -> Camera
a) PRE_I_ZH ; The index value of Buffer RAM to store the position of Zoom lens for the PRESET
mode, and the upper data of position value for Zoom lens .
Bit No.
Description
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
Buffer RAM Index ( 0 ~ 7 ) Upper data of Zoom lens position
b) ZPL ; Lower data of position value for Zoom lens .
Ex) The position of Zoom lens to memorize = 0I26h ( 294d ) &
the index of Buffer RAM for PRESET = 2
0xC5 0x49 PRE_I_ZH ZPL CAM_ID C·S
0xC5 0x49 21h 26h CAM_ID C·S
13. Camera Power OFF ; Turn off the power of Camera.
0xC5 0x3E 0x00 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x3E C·S0x00 0x00 0x00 0x00 0x00 0xXX
1) PC -> Camera

REMOTE CONTROL COMMAND PROTOCOL 8/32
15. Memorize Focus Lens Position for External PRESET control
; Memorize the Focus lens position into the volatile “Buffer RAM” designated “Buffer RAM Index”
for the external PRESET Move control .
0xC5 0x4A PRE_I_FH FPL CAM_ID C·S
2) Camera -> PC
0xC5 0x4A C·S
PRE_I_FH FPL PRE_I_FH 0xXX 0xXX 0xXX
1) PC -> Camera
a) PRE_I_FH ; The index value of Buffer RAM to store the position of Focus lens for the PRESET
mode, and the upper data of position value for Focus lens .
Bit No.
Description
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
Buffer RAM Index ( 0 ~ 7 ) Upper data of Focus lens position
b) FPL ; Lower data of position value for Zoom lens .
Ex) Memorize 021Fh ( 543d ) to the Focus lens position in PRESET 3 .
0xC5 0x4A PRE_I_FH FPL CAM_ID C·S
0xC5 0x4A 32h 1Fh CAM_ID C·S
16. Memorize Digital Zoom Position for External PRESET control
; Memorize the Digital Zoom position into the volatile “Buffer RAM” designated “Buffer RAM Index”
for the external PRESET Move control .
0xC5 0x4B PRE_I DZP CAM_ID C·S
2) Camera -> PC
0xC5 0x4B C·S
PRE_I DZP PRE_I 0xXX 0xXX 0xXX
1) PC -> Camera
a) PRE_I ; The index of Buffer RAM to store the position of Digital Zoom for the PRESET
mode .
Bit No.
Description
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
Buffer RAM Index ( 0 ~ 7 )
b) DZP ; Digital Zoom position.
Ex) Memorize 20h ( 32d ) to the Digital Zoom position in PRESET 0 .
0xC5 0x4B PRE_I DZP CAM_ID C·S
0xC5 0x4B 00h 20h CAM_ID C·S

REMOTE CONTROL COMMAND PROTOCOL 9/32
17. Non Zoom Tracking External PRESET Move Control
; Move the Zoom and Focus lens to each position and set the
Digital Zoom ratio according to data memorized in PRESET “Buffer RAM” designated ‘ INDEX’ ,
0xC5 0x4D INDEX 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x4D C·S
INDEX 0x00 INDEX 0xXX 0xXX 0xXX
1) PC -> Camera
a) INDEX ; Position setting index of PRESET Buffer RAM to change Zoom, Focus & Digital Zoom position.
Caution ; The range of INDEX is from 0x00 to 0x07.
18. Camera RESET
; Reset the Camera’s micro controller ( u-COM ).
0xC5 0x4F 0x00 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x4F C·S0x00 0x00 0x00 0xXX 0xXX 0xXX
1) PC -> Camera
19. Digital Zoom Power Adjust
; Adjust Digital Zoom Max Power.
0xC5 0x52 INDEX 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x52 C·SINDEX 0x00 INDEX 0xXX 0xXX 0xXX
1) PC -> Camera
a) INDEX ; Index value for setting Digital Zoom Max Power .
1. In case of INDEX = 0, the Digital Zoom Max Power = 2 X. Therefore, Total Zoom = 32 X .
2. In case of INDEX = 1, the Digital Zoom Max Power = 3 X. Therefore, Total Zoom = 48 X .
3. In case of INDEX = 2, the Digital Zoom Max Power = 4 X. Therefore, Total Zoom = 64 X .
4. In case of INDEX = 3, the Digital Zoom Max Power = 5 X. Therefore, Total Zoom = 80 X .
5. In case of INDEX = 4, the Digital Zoom Max Power = 6 X, Therefore, Total Zoom = 96 X .
6. In case of INDEX = 5, the Digital Zoom Max Power = 7 X. Therefore, Total Zoom = 112 X .
7. In case of INDEX = 6, the Digital Zoom Max Power = 8 X. Therefore, Total Zoom = 128 X .

REMOTE CONTROL COMMAND PROTOCOL 10 / 32
20. Key Action ; Perform the Key action according to the data of “ KEY_NUM” .
Caution ; After using the Key action , Camera has to be notified by stop of key action code “ KN_STOP “ .
0xC5 0x5F KEY_NUM 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x5F C·S
KEY_NUM 0x00 KEY_NUM 0xXX 0xXX 0xXX
1) PC -> Camera
a) KEY_NUM ; The Key code for operation ( Refer to 10-3. Key Code Table ).
21. Changing CAM ID ; Change the data of CAM_ID to “ NEW_C_ID “ .
0xC5 0x78 NEW_C_ID 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0x78 C·S
NEW_C_ID 0x00 NEW_C_ID 0xXX 0xXX 0xXX
1) PC -> Camera
a) NEW_C_ID ; New data to change Camera ID .
b) In this case, The Camera ID is displayed at the left-bottom position of the screen .
But if the Camera ID is 0x00, It is not displayed.
22.CAM ID Read ; Read the data of Camera ‘s ID .
Caution ; This command must be used only in the condition of one by one connection PC vs CAMERA.
0xC5 0xCC 0x00 0x00 CAM_ID C·S
2) Camera -> PC
0xC5 0xCC C·S0x00 0x00 CAM_ID 0xXX 0xXX 0xXX
1) PC -> Camera
a) CAM_ID ; The Camera ID data of a CAMERA .
b) In this case, The Camera ID is displayed at the left-bottom position of the screen .
But if the Camera ID is 0x00, It is not displayed.

REMOTE CONTROL COMMAND PROTOCOL 11 / 32
23. Auto Back Light Mode ON/OFF control
; Change the Auto Back Light Mode of camera.
0xC5 0xAA 0x6D MODE CAM_ID C·S
2) Camera -> PC
0xC5 0xAA C·S0x6D MODE 0x6D 0xXX 0xXX 0xXX
1) PC -> Camera
*. Transition of MENU Screen Display
MODE :: 1 ) In case of MODE = 0x00, The Auto Back Light Mode of camera becomes OFF mode.
In this case, Back Light ON/OFF is controlled by camera key
manually.
2 ) In case of MODE = 0x01, The Auto Back Light Mode of camera becomes ON mode.
In this case, Back Light ON/OFF is controlled automatically
depending on the status of scene.
3 ) In case of MODE = Others, The Auto Back Light Mode of camera is not changed.
MENU 1
INITIAL SET OFF
BACKLIGHT OFF
COLOR ON
NEGATIVE ON
FOCUS AUTO/MAN
FLICKERLESS OFF
WBC MODE AUTO
MENU 1
INITIAL SET OFF
BACKLIGHT AUTO
COLOR ON
NEGATIVE ON
FOCUS AUTO/MAN
FLICKERLESS OFF
WBC MODE AUTO
MODE = 0x01
MODE = 0x00