High Speed Dome Camera

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High Speed Dome Camera | Manualzz

Installation and Operation Manual for

High Speed Dome Camera

Please read the operation manual carefully before installing and using this unit

SAFETY PRECAUTIONS

CAUTION

RISK OF ELECTRIC

SHOCK. DO NOT OPEN!

CAUTION:

TO REDUCE THE RISK OF ELECTRICAL SHOCK, DO DOT

OPEN COVERS. NO USER SERVICEABLE PARTS INSIDE.

REFER SERVICING TO QUALIFIED SERVICE PERSONNEL

The lighting flash with a arrowhead symbol, in an equilateral triangle, is intended to alert the user.

There is uninsulated “dangerous voltage” presence near by the product's enclosure which may be risk of to persons .

The exclamation point within an equilateral triangle is intended to alert the user to reference of the important operating and maintenance

(servicing ) instructions .

THE PRODUCT CODE MARKED ON THE BOTTOM COVER. PLEASE

FILL THE CODE IN THE FOLLOWING BLANK. PLEASE SAVING

THIS SPECIFICATION CAREFULLY, SO THAT CHECKING.

MODEL:________________________

PRODUCT CODE:________________________

INDEX

1. Important Safeguards ----------------------------------------------------------------

1

2. Description of Functions -----------------------------------------------------------

2

2.1 Integrated Multi-Protocol Decoder ---------------------------------------------------------------2

2.2 Integrated Speed-Variable PAN/TILT ------------------------------------------------------------2

2.3 High Intelligent Degree --------------------------------------------------------------------------2

2.4 Functions of the Camera ---------------------------------------------------------------------------2

3. Setup of the Menu of the Dome Camera ------------------------------------

3

3.1 Basic Operation of the Menu-------------------------------------------------------------------------3

3.2 Setup of the Menu----------------------------------------------------------------------------------3

3.3 Appendix to the Menu----------------------------------------------------------------------------5

4. Setup of the Dome Camera ----------------------------------------------------

6

3.1 Connection of the System ----------------------------------------------------------------------6

3.2 Setup of Coding Switch of Dome Camera --------------------------------------------------------7

3.3 Setup of the Protocol and the Default Baud Rate -------------------------------------------------7

3.4 Setup of the Baud Rate of Communication------------------------------------------------------8

3.5 Selection of the Terminal Resistor of the Dome Camera -------------------------------------8

5. The Installation of the System ---------------------------------------------------

8

5.1 The Style of the Installation--------------------------------------------------------------------8

5.2 Steps of Installation----------------------------------------------------------------------------------10

5.3 Steps of Installation for Indoor Ceiling Style------------------------------------------------12

6. Technical data table --------------------------------------------------------------

16

7. Troubleshooting --------------------------------------------------------------------

-16

Appendix

: Lighting Proof and Surge Signal Proof----------------------------------------------17

: The Cleaning of Clear Down Cover---------------------------------------------------18

: RS485 Bus Basic Knowledge-----------------------------------------------------------18

: Wire Diameter and Transmission Distance Comparison Chart--------------20

: Wire Gauge Conversion Chart-----------------------------------------------------------21

I. IMPORTANT SAFEGUARDS

1. All the safety and operating instructions should be read before the units is operated.

2. This unit should be operated only from the type of power source indicated on the marking label. If you are not sure of the type of power supply you plan to use, consult your appliance dealer or local power company. For units intended to operate from battery power or other sources, refer to operating instructions.

3. During the course of transportation, storage and installation, the product should be avoided from incorrect operations such as heavy pressing, strong vibration etc., which can cause damage of product as there are sophisticated optical and electronic devices inside the

4. machine.

Do not attempt to disassemble the camera. In order to prevent electric shock, do not remove screws or covers. There are no user-serviceable parts inside.

5. Always follow all electrical standards for safety when it is in operation. Adopt the particular power supply which is provided with the unit. RS-485 and video signal should keep enough distance with high voltage equipments and cables when they are in transmission. Precautions for anti-lightning and anti-surging should be taken if necessary.

6. The product should be indoor installed and operated to avoid rain and moisture. Do not use it in wet places. If outdoor installation is needed, the closed protect cover should be used and it is absolutely prohibited to use it in open air independently.

7. Do not operate it in case temperature, humidity and power supply are beyond the limited stipulations.

8. Do not let the camera aim at the sun or the object with extreme light whatsoever it is switched on or not. Do not let the camera aim at or monitor bright and standstill object for a long time.

9. Do not use aggressive detergent to clean the main body of the camera. Wipe dirt with dry cloth. If needed, mild detergent can be used suitably.

10. Operate the intelligent speed dome camera with great care to avoid shock or vibration. It operate incorrectly, the Speed Dome could be damaged.

11. Do not place this unit on an unstable stand, tripod, bracket, or mount. The unit may fall, causing serious injury to a person and serious damage to the unit. Use only with a stand, tripod, bracket, or mount recommended by the manufacturer or sold with the product. Any mounting of the unit should follow the manufacturer’s instructions and should use mounting accessory recommended by manufacturer.

12. If necessary, use a commercial lens cleaning paper to clear the lens windows. Gently wipe the lens window until clean.

1

II. Description of Functions

The intelligent dome camera is a hi-tech CCTV product which incorporates high-clarity color camera, panoramic speed-variable PAN/TILT, multifunctional decoder, universal character generator, CPU processor, memory chip into a whole. It can largely reduce connection and installation processes of components in the system, rise up reliability of the system and facilitate installation and maintenance. Therefore it has advantages of beautiful appearance, compact structure and easy operation.

1. Integrated Multi-Protocol Decoder

a. With integrated decoder and multi-protocol, it can integrate 16 kinds of communication protocols in maximum. As its baud rate of communication can be adjusted, it is compatible with many normal systems by easy setup inside the dome camera, so it has stronger versatility. b. RS485 serial control: addresses of camera 1-1023.

2.

Integrated Speed-Variable PAN/TILT

a. Turning

360ºhorizontally and continuously with unlimited positions and an adjustable speed from

0.2 - 300 rad/s

; turning

0 - 90º vertically with a speed up to 120 rad/s. b. Running stably at low speed with super lower noise. Pictures have no shaking. c. Automatic

180º

flip and panoramic monitoring without blind point, the location precision up to

±0.1°.

3. High Intelligent Degree

a. As much as 128 preset positions can be preset with powerless memory. b. The camera can scan horizontally between two points and scan speed can be modified.

The positions of linear scan are optional and the dome camera can scan the range larger or smaller than 180° between any two points with adjustable speed; c. Six sets of programmable tour locus with 16 position each set. The running speed and the detention time are adjustable respectively; d. The dome camera can simulate the PTZ route operated by you in 40 seconds by the self-learning function of the locus with powerless memory; e. Character Overlapping. The humane structure of the menu makes all setups and programming of the dome camera more convenient and easy. f. Proportional pan function.

The speed dome will depend on the amount of zoom. At telephoto zoom settings, the pan and tilt speeds will be slower for a given amount of joystick deflection than at wide zoom settings. This keeps the image from moving too fast on the monitor when there is a large amount of zoom. This slowing does not happen when going to a preset, but does occur in turbo mode when high zoom is selected. The minimum pan and tilt speeds are 0.1 degree per second at full zoom.

g. The Integrated Multi-Protocol. Multiple communication protocols are integrated inside the dome camera with selectable baud rate from

2400 bps to 9200 bps.

4. Functions of the Camera (icons can be displayed on the screen when the option

DISPLAY of the camera is ON)

a. Description of the Focus Control Mode: the user can adjust the focus of the camera manually. When the camera is on near focus, the icon appears on the screen; when on the nearest state, the icon appears while on the far focus, the icon appears. b. Description of Backlight Compensation: when the object to be shot is dark and looks dim, the user can open the backlight compensation according to actual need and the icon appears on the screen. c. Description of White Balance: when the image has color distort on the screen, the user can set different modes by orders. There are 6modes for options: ① Indoor

Mode ② Outdoor Mode ③ Touch Mode ④Automatic Trace of White

Balance ATW ⑤ Manual WB-MAN ⑥ Automatic Mode. d. Description of ZOOM Control: user can “pull near” or “push far” the lens according to actual conditions, and the symbol appears on the screen in which

2

the front part means optical multiplication while the rear part means digital multiplication. e. Description of Electronic Shutter: it is fixed on 1/50 sec after initialization when the camera is switched on, and the digital 50 appears on the screen. f. Setup of Image Effect: the camera works on OFF state under normal condition and no image effect symbol appears on the screen. When “B&W” appears on the screen, it means the camera is on black and white state. g. AE Mode: setup of Manual/Automatic. h. Zero Illuminance: It is used only when the external brightness is extremely low.

Normally the camera works on the automatic state. In case the external brightness is lower than 1Lux, the camera can be switch to the Zero Illuminance state automatically and icon appears on the screen. You can also set the Zero Illuminance state manually.

III. Setup of the Menu of the Dome Camera

1.

Basic Operation of the Menu

1.1 Open the main menu of the setup by the control keyboard or by the matrix via the operation “Call No. 64 preset position”.

1.2 When the menu is displayed on the screen, operate “TILT UP”, “TILT DOWN” to move the cursor to the option to be set, operate “PAN LEFT”, “PAN RIGHT” to modify the content or the order to enter this option.

1.3 Keep the joystick in one direction for over 1 second to speed up operation.

1.4 All setups on the menu couldn’t be lost even power failure happens.

1.5 Special utilizations can be seen on the descriptions of functions of the menu in detail.

2. Setup of the Menu

2.1 MAIN MENU

2.1.1 DISPLAY SETUP: to enter the submenu of display of the screen by which ID display, title display of preset point and display of camera screen can be set.

2.1.2 CAMERA SETUP: to enter the submenu of setup of normal data of camera.

2.1.3 CONTROL SETUP: to enter the submenu of setup of control data over the dome camera.

2.1.4 CAMERA MASK SET: to enter the submenu of setup of mask function of camera.

2.1.5 PROGRAM: to enter the setup of enhanced function of dome camera.

2.1.6 PAL CAMERA: PAL/NTSC switching to suit the camera.

2.1.7 CAM DEFAULT SET: to reset default setup of camera.

2.1.8 DOME RESET: to reset the dome camera.

2.1.9 EXIT: to quit the main menu.

2.2 DISPLAY SETUP

2.2.1 ID DISPLAY: when it is set at ON, address of dome camera appears on the screen such as “CAM 001”.

The default setting is ON.

2.2.2 ID POS: to set the display position of address on one of following corners: TOP-L, TOP-R, BOTT-R and BOTT-L.

2.2.3 TITLE DIS: when it is set at ON, the title of preset point appears on the left of screen such as "NO.001

ABCDEFGH” when the preset point is called. The modification of title of preset point is set on PROGRAM option.

2.2.4 TITLE POS: to set the display position of title of preset point from Line 1 to Line 10.

Line 1 is at the top of screen.

3

2.2.5 CAM DISPLAY: when it is set at ON, the camera screen will be opened.

2.2.6 RETURN: to return to MAIN MENU.

2.3 CAMERA SETUP

2.3.1 SLOW SHUTTER: frame accumulation with two options Manual/Automatic. When camera screen is opened under automatic state, ASS displays on screen.

2.3.2 BACK LIGHT: backlight compensation ON/OFF.

2.3.3 ICR SHOT: low shooting,ON/AUTO

2.3.4 IRIS: setup of automatic iris AUTO/MANU.

2.3.5 D-ZOOM: setup of digital zooming ON/OFF.

2.3.6 FOCUS: setup of automatic focusing AUTO/ MANU.

2.3.7 WB SET: setup of white balance. ATW / INDOOR /

OUTDOOR / ONEPUSH / AUTO / MANU

2.3.8 MENU OF CAM: blank

2.3.9 RETURN: return to MAIN MENU.

2.4 CONTROL SETUP

2.4.1 AUTO FLIP: 180° automatic flip of dome camera

ON/OFF.

2.4.2 ALARM: blank.

2.4.3 PRESET PIC: if image is followed when calling preset point or making tour. FREEZE – when switching scene to freeze image and to recover otherwise; MOVE

– when switching scene no image frozen.

2.4.4 HOME OPTION: enter the submenu of automatic home function.

2.4.4.1 AUTO HOME: when it is set at ON, home function is available, namely, the dome camera will return HOME if user has no action in a period of time. The dome camera shall not return HOME if it is on tour state. If no HOME is needed when the dome camera is stopped, set the option at OFF.

2.4.4.2 HOME POS: HOME means return home. For example to set one scene as HOME, call the scene first and set it as preset point, then call out the menu to enter into this submenu, change figures after HOME POS into 5.

If automatic HOME function is needed, do not forget to set AUTO HOME at ON.

The preset points of HOME POS are from 1 to 63 and 65 to 128.

2.4.4.3 DWELL TIME: to set the time of automatic HOME, which means the camera shall return HOME if it is not controlled in a period of time which can be from 1 to 99 minutes.

2.4.4.4 RETURN: return to the menu one level higher.

2.4.5 RETURN: return to MAIN MENU.

2.5 CAMERA MASK SET

2.5.1 MASK PRIVACY: blank.

2.5.2 MASK SHADE: blank.

2.5.3 MASK REGION: blank.

2.5.4 RETURN: return to Main Menu.

2.6 PROGRAM Options

2.6.1 AUTO PAN START POS: To set start position of auto scan between two points. To move the dome camera by joystick after entering and to return by CLOSE button.

2.6.2 AUTO PAN END POS: To set end position of auto scan between two points. To move the holder by joystick after entering and to return by CLOSE button.

2.6.3 RUN AUTO PAN: Auto scan function between two points. First of all, you must set the start position and the end position of auto scan. If the start position is just the end position, it means 360° scan. The speed of auto scan has six grades: FAST / NORMAL

4

/ SLOW / -FAST / -NORMAL / -SLOW in which the first three grades are scan less than 180° while the later three grades larger than 180°. Adjust speed by

PAN LEFT/PAN RIGHT, and operate and exit by

OPEN button. The start position and the end position of auto scan are set by options 1 and 2 in this submenu.

2.6.4 SET TITLE: to edit titles of preset position. Only previous 63 preset points have their titles. Select no. of preset point by PAN LEFT/PAN RIGHT, enter into edit by OPEN button and exit edit by CLOSE button. Operations under edit state can be seen later.

2.6.5 SET PATROL: to edit data for multi-points patrol.

Select no. of patrol by PAN LEFT/PAN RIGHT, enter into edit by OPEN button and exit edit by CLOSE button. Operations under edit state can be seen later.

2.6.6 RUN PATROL: to run multi-points patrol function. Select no. of patrol by PAN

LEFT/PAN RIGHT, run and exit by OPEN button.

2.6.7 RECORD PATTERN: This pattern can consist of any standard pan and tilt or lens command. Presets, flip, digital zoom, proportional pan, and turbo are not allowed in a pattern. The pattern length is 40 seconds in maximum. To return when 40 seconds expire or by push CLOSE button.

2.6.8 RUN PATTERN: to self-learn loci of tour. To exit the menu after running or to stop running by joystick.

2.6.9 RETURN: return to Main Menu.

3. Appendix to the Menu

3.1 Operation of Edit State of Multi-Points Patrol. When entering into edit state the screen displays as follows:

NO – serial No. of patrol position

POS – No. of preset position

SP – leaving speed

TM – dwelling time

After entering into edit area, screen shows as follows:

Edit Area, data of 2 patrol position appears on one line.

SEQ:01 – It means the set No.1 patrol

CLOSE:EXIT – Push CLOSE to exit edit state

Both top and bottom lines display prompt and information of each patrol is displayed on the middle of the screen. Data of 2 Patrol points appears on one line. Move cursor by

PAN LEFT/RIGHT and modify data by TILT UP/DOWN. Press buttons for one second to speed up operation. Press CLOSE button to exit edit state and store modifications.

The program will search the position of the first “---” of POS, store dada before it and regard data after it as invalid. In above figure, the program stores previous four points with settable range from 1 to 63 and from 65 to 128. When “---” of POS appears, the tour range is ended. The settable range of SP is from 0 to 8 (0 and 1 are the same with fastest speed while 8 has the lowest speed). The settable range of TM is from 0 to 99 seconds.

3.2 Operation of Title of Preset Point in Edit State. When entering into edit state the screen displays as follows:

5

In the figure we find the preset point is No.1 with title of “NO TITLE”. Move cursor by PAN LEFT/RIGHT and modify data by TILT UP/DOWN. Press buttons for one second to speed up operation. Press CLOSE button to exit edit state and store modifications. The title of preset point has 8 characters in maximum such as 0-9,

A-Z, +, - and space. Note: the first character should be

0-9 or A-Z, otherwise it means to delete the title of the preset point, and when preset point is adjusted, only

“NO.XXX” spears without title to be displayed.

IV. Setup of the Dome Camera

1. Connection of the System

1) The Systematic Drawing of the Dome Camera

AC90~AC260V Input

Power Adapter

AC24V OUT

Monitor

Power IN

VIDEO OUT

C

V

Multiplexer

Protocol Adapter

B S W

RS-485

Protocol Adapter

Speed Dome

RS-485

Code Converter

B S W

RS232

Matrix

RS-485

AD Matrix

Philips Matrix

RS-485

Figure 1

2) Address / Protocol Coding Switch Drawing

SW2

3 2 1

ON

JP

120Ω term inal resistor is connected on R S485 B us

1 2 3 4 5 6

Protocol Select

ON

SW1

1 2 3 4 5 6 7 8 9 10

Speed Dome Address Select

3 2 1

JP

120Ω term inal resistor is opened for R S485 bus

Vertical View

3 2 1

JP

SW2 SW1 s

Figure 2

6

Connector Pin

2. Setup of Coding Switch of Dome Camera. As shown in Figure 2, SW1 is used to set address of the dome camera from 1 – 1023. The coding switches from DIP-10 to DIP-1 are equivalent to a 10-bit binary digital. DIP-10 is MSB while DIP-1 is LSB. The state

“ON” of each bit means 1 while “OFF” means 0. Following table shows states of coding switches of some addresses.

Dome

Address

States of Coding Switches

DIP-1 DIP-2 DIP-3 DIP-4 DIP-5 DIP-6 DIP-7 DIP-8 DIP-9 DIP-10

1 ON OFF OFF OFF OFF OFF OFF OFF OFF OFF

2 OFF ON OFF OFF OFF OFF OFF OFF OFF OFF

3 ON ON OFF OFF OFF OFF OFF OFF OFF OFF

4 OFF OFF ON OFF OFF OFF OFF OFF OFF OFF

5 ON OFF ON OFF OFF OFF OFF OFF OFF OFF

6 OFF ON ON OFF OFF OFF OFF OFF OFF OFF

7 ON ON ON OFF OFF OFF OFF OFF OFF OFF

8 OFF OFF OFF ON OFF OFF OFF OFF OFF OFF

9 ON OFF OFF ON OFF OFF OFF OFF OFF OFF

10 OFF ON OFF ON OFF OFF OFF OFF OFF OFF

11 ON ON OFF ON OFF OFF OFF OFF OFF OFF

12 OFF OFF ON ON OFF OFF OFF OFF OFF OFF

13 ON OFF ON ON OFF OFF OFF OFF OFF OFF

14 OFF ON ON ON OFF OFF OFF OFF OFF OFF

15 ON ON ON ON OFF OFF OFF OFF OFF OFF

16 OFF OFF OFF OFF ON OFF OFF OFF OFF OFF

17 ON OFF OFF OFF ON OFF OFF OFF OFF OFF

18 OFF ON OFF OFF ON OFF OFF OFF OFF OFF

… … … … … … … … … … …

1023 ON ON ON ON ON ON ON ON ON ON

Table 1

For Example:

ON ON ON

1 2 3 4 5 6 7 8 9 10

Speed Dome Address=1

ON

1 2 3 4 5 6 7 8 9 10

Speed Dome Address=2

ON

1 2 3 4 5 6 7 8 9 10

Speed Dome Address=3

ON

1 2 3 4 5 6 7 8 9 10

Speed Dome Address=4

1 2 3 4 5 6 7 8 9 10

Speed Dome Address=18

1 2 3 4 5 6 7 8 9 10

Speed Dome Address=1023

3. Setup of the Protocol and the Default Baud Rate. As shown in Figure 2, SW2 is used to set the protocol of communication and the baud rate used by the dome camera. DIP-4 to DIP-1 of SW2 is used to select protocols and 16 different protocols can be selected in maximum. Following table shows states of coding switches of protocols selected by the dome camera.

DIP status Normal Baud Rate

Protocols

DIP-1 DIP-2 DIP-3 DIP-4 DIP-5 DIP-6

SAMSUNG

B01

NEON

ON OFF OFF OFF OFF ON

ON OFF OFF OFF OFF ON

ON OFF OFF OFF OFF ON

Santachi

PELCO-D

OFF ON OFF OFF OFF ON

ON ON OFF OFF OFF OFF

PELCO-P/4800 ON

OFF OFF ON OFF

PELCO-P/9600 OFF ON

7

PANASONIC ON OFF ON OFF OFF ON

Longcomity OFF ON ON OFF OFF ON

HUNDA600

LILIN

VICON

ON ON ON OFF OFF ON

OFF OFF OFF ON OFF ON

ON OFF OFF ON ON OFF

MOLYNX

KALATEL

VCL

Reserved

ALEC

Ultrak

OFF ON OFF ON OFF ON

ON ON OFF ON ON OFF

OFF OFF ON ON OFF ON

ON OFF ON ON OFF ON

OFF ON ON ON OFF ON

ON ON ON ON OFF ON

Table 2

Some protocols and the states of the coding switches of normal baud rate of these protocols are shown as follows:

ON ON

NEON/9600Bps

PANASONIC/9600Bps

1 2 3 4 5 6 1 2 3 4 5 6

PELCO-D/2400Bps

ON

1 2 3 4 5 6

PELCO-P/4800Bps

ON

1 2 3 4 5 6

KALATEL/4800Bps

ON

1 2 3 4 5 6

ALEC/9600Bps

ON

1 2 3 4 5 6

ON ON

PELCO-P/9600Bps Ultrak/9600Bps

1 2 3 4 5 6

4. Setup of the Baud Rate of Communication. As shown in Figure 2, SW2 is used to set the protocol of communication and the baud rate used by the dome camera. DIP-6 and

DIP-5 of SW2 are used to select the baud rate of communication and 4 different baud rates can be selected in maximum. If the controller adopts non-standard baud rate, you can adjust it to be identical with that of the main machine as per the following table.

Baud Rate of Communication DIP-1 DIP-2 DIP-3 DIP-4

2400 bps

4800 bps

9600 bps

19200 bps

Setup of Baud Rate

DIP-5 DIP-6

OFF

ON

OFF

OFF

OFF

ON

ON

ON

5. Selection of the Terminal Resistor of the Dome Camera. As shown in Figure 2, JP1 is the select switch of the 120 Ω terminal resistor on the bus RS485, on which only one terminal resistor of the dome camera at the farthest end can be connected, while the terminal resistors of other devices should be opened.

V. The Installation of the System

1. The Style of the Installation

1) Dimension of the Product

1 2 3 4 5 6

8

2) The Style of Installation a) Wall Installation

Figure 3 b) In-Ceiling Installation

Figure 4 c) Indoor Ceiling Installation

Figure 5

Φ7 d)

Indoor Embedded Installation

Φ137

Φ195

Figure 6

9

Ф137

Figure 6-1

2. Steps of Installation (taking wall-installing style as example)

1)

2)

Unpacking the carton and carefully take out the dome camera and its attachments.

Take out the cover of the wall-installed bracket (see Figure 7).

3)

4)

Take out system control wires from the bracket (see Figure 8).

Fix the bracket on the wall (see Figure 9).

Figure 7

Figure 8

Figure 9

5) Rotate the vitreous cover counterclockwise and take it out. (see Figure 10)

6) Fix the pedestal in the aluminum alloy ball (Figure 11). Install the ball on the bracket

(Figure 12).

Q2:M5×16 stainless steel

hexagon socket screw

OPEN

Figure 10

Pedestal

Figure 11

10

Q1: M4×8 countersunk

head screw

Figure 12

7) Take out the "plug and play" connector D1 (Figure 13).

8) Connect the control wires of the system as per Figure 14.

9) Insert connector D1 into the corresponding socket. Take care not to leave much wires inside the ball cover but to pull them out of the cover as shown on Figure 15.

D1 PIN

VIDEO+

VIDEO-

RS485-

RS485+

AC24V

AC24V

Figure 13

D1

Figure 14

Figure 15

RED LINE(AC24V IN)

BLACK LINE(AC24V IN)

ORANGE LINE(RS485+)

YELLOW LINE(RS485-)

RED CONNECTOR

(POWER IN)

BLACK CONNECTOR

(RS485 CONTROL IN)

VIDEO OUT

10) Insert attachment plug in aluminum alloy into socket D2 (Figure 15-1). According the fig of D3 to connection. As show of fig15-1, when dome identify the alarm signal, that will set according the program immediately, then startup camera, switching the image of alarm field to main monitor. Surveillance the alarm preset, then record it in time. Fig15-2 is connection of alarm control.

Input of alarm: Input signal of switch type, any other input signal will damage dome. When multi-channel with alarm signal, dome will respond one by one, the removed time is two sec.

remember trackingetc function.

D2: connect fan/heater

(AC24V)

NO:

Open collector alarm output

NC:

Close collector alarm output

COM: Common collector alarm output

GND:

Common collector alarm input

ALM-1:

Channel 1 collector alarm input

ALM-2: Channel 2 collector alarm input

ALM-3:

Channel 3 collector alarm input

ALM-4: Channel 4 collector alarm input

D3

Figure 15-1

11

Alarm input

ALM-1 ALM-2

Alarm output

ALM-3

ALM-4

D3

No.1-channel alarm was activation, then call No.29 preset

No.2-channel alarm was activation, then call No.30 preset

No.3-channel alarm was activation, then call No.31 preset

No.4-channel alarm was activation, then call No.32 preset

Presetting the preset of NO.29、30、31、32, then the alarm could respond.

Figure 15-2

11) Based on the coding switches shown as Figure 2, set up the protocol used by the camera and the baud rate as per the state according to Table 2. Check the address of the camera to see if it is matched with that you need. If not, set the address of the dome camera at corresponding position as per Table 1.

12) Rotate the vitreous cover on dome counterclockwise and take it out. Note: if

Fixed the Speed Dome Camera in the aluminum alloy ball, you must take out the

vitreous cover on dome. Otherwise, it will effect picture quality. (see Figure 16)

13) Aiming the “MARK” on the ball at the notch on the pedestal, push the ball upward to the end and rotate clockwise until it is clicked, then mount the vitreous cover by rotating it clockwise (as shown on Figure 17), and mount the cover plate of the bracket at last (see Figure 18).

Mark

OPEN

Figure 16

CLOSE

OPEN

CLOSE

Figure 17

3. Steps of Installation for Indoor Ceiling Style

1) Install the pedestal on the base plate (as shown on Figure 19).

Figure 18

12

Q6: M2.5×5 round head

black screw

A D

B

Q3: M4×1.25

″ stainless

steel wood screw

Figure 19 Figure 20

2) Fix the pedestal assembly on the ceiling (Figure 20).

3) Aiming the “MARK” on the ball at the notch on the pedestal, push the ball upward to the end and rotate clockwise until it is clicked (as shown on Figure 21).

4) Put the decoration ring near the ceiling and rotate it clockwise until it is tightened

(Figure 21).

5) Figure 22 shows the system is installed.

6) The names of some parts are as follows:

A:Base Plate B:Pedestal C:Decoration Ring D:Pedestal Assembly

Mark

Figure 22

C

Figure 21

4. Indoor embedded installation

Notice: The thickness of the ceiling to install speed dome must be 1.65

inch (4.2 cm) and 0.38 inch (0. 8cm).

Notice: The ceiling should withstand 4 times the load of the speed dome

weight.

1) It has the drill map in embedded bracket,tip the black parts of double paper, the central of drill map have a red spot, which is central spot (reference to Figure 31)

13

图 31

2)

Base on the red spot to draw the sign (reference to Figure 32)

图 32

3)

According the material of ceiling, choice the different tools to drill (reference to Figure 33)

图 33

4) Fixup the “installation pedestal” with the embedded mount (reference Figure 34)

14

Q1A: M4×12 countersunk head screw (3 pcs)

Pedestal

Figure 34

5) For easy installation, adjust the three swing mounting clips to let the distance between the clips and the flange a little longer than ceiling thickness

6) Swing the three mounting clips to adhere to back box wall. Place the back box inside the ceiling hole. Let the flange cling to the ceiling

7) Turn the three mounting clip bolts to let the mounting clips press the ceiling and swing out gradually. The ceiling is clamped between the mounting clips and the flange, thus the back box is secured above the ceiling. (Refer to Picture 35)

Indoor drop celing installation bracket

Swing mounting Clip

Ceiling

Flange

D ecoration R ing

Figure 35

5. To Ensure a Smooth and Successful Installation, You Should:

1、Have electrical work to comply with latest national electrical code, national fire code, and all applicable local codes and ordinances.

2、Coordinate with other trades to avoid interference.

3、Verify existing conditions on the site and coordinate with owner side to ensure necessary utilities available.

4、Copy all related plans, specifications, shop drawings and attachments to schedule and coordinate related work.

5、

Thoroughly review the project to ensure that all jobs should meet or exceed the above requirements. Contact with the CCTV Project Coordinator to draw attention in case alleged discrepancies occur.

15

VI. Technical data table

Specifications

Image Inductor

Pixels

1/4″C olor CCD

752 H×582 V(440000 pixels)PAL

In-Phase System

Video Output

White Balance

Power Supply

In-Phase Inside

1.0 Vp-p/75Ω

Auto / Manual

AC 24V±10% 1.25A (with fan/heater)

30 VA (with fan/heater)

Power Consumption

15 VA (indoor)

2 Kg

Weight

4 Kg (with aluminum alloy ball

)

Installation

Indoor ceiling installation or wall mounting

Opposite Humidity

10-75 %

Environment Temperature 0℃~40℃

Scan System 15.625 KHz (H) 50Hz (V)

Camera

Function

Signal-to-Noise

Shutter

Sensitivity

Zoom Rate

Lens

Parameter

> 48 db

1/3~1/10000 sec

0.01~1 lux (F1.6)

18×Optical and 12×Digital

Dome

Function

Pan Speed

Tilt Speed

Preset

Auto Cruise

0~300°/s

0~120°/s

128 presets (max)

At best 6 cruises

VII. Troubleshooting

Problems Possible Remedies

Replace Power supply fault

No action when power is switched on

Bad connection of the power

Transformer damaged

Correct

Replace

Mechanical failure

Abnormal self-check.

Images with motor noise

Camera inclined

Power supply not enough

Normal self-check but no images

Video signal fault

Bad connection of the video

Repair

Reinstall

Replace

Reinstall

Press to connect well

16

Camera damaged

RS485 bus bad connection

Normal self-check but out of control

Dome ID setup is wrong

Protocol setup is wrong

Vague image

Bad connection of the video

Power supply not enough

Dome camera out of control

Self check error

Bad connection of control

Bad control of matrix

Replace

Check the RS485 connection

Reselect

Reset and Switch ON again

Press to connect well

Replace

Switch ON again

Press to connect well

Switch ON again

Appendix : Lightning Proof and Surge Signal Proof

The product adopts TVS lightning proof technology to prevent from damage by lightning strike below 1500 W and impulse signals such as surge; but it is also necessary to abide by the following precautions to ensure electrical safety based on practical circumstances: z Keep the communication cables at least 50 meters away from high voltage equipment or cables. z Make outdoor cable laying-out under eaves as possible as you can. z In open area shield cables in steel tube and conduct a single point ground to the tube. Trolley wire is forbidden in such circumstances. z In strong thunderstorm or high faradic zone (such as high voltage transformer substation), extra strong lightning proof equipment must be installed. z Take the building lightning proof requirements into account to design the lightning proof and grounding of outdoor equipment and cable laying-out in accordance with the national and industrial standards. z The system must be grounded with equal potentials. The earth ground connection must satisfy the anti-interference and electrical safety requirements and must not short circuited with high voltage electricity net. When the system is grounded separately, the resistance of down conductor should be ≤ 4Ω and the sectional area of down conductor should be ≤

25mm2 (refer to Picture 36).

17

Figure 36

Appendix : The Cleaning of Clear Down Cover

To obtain constant clear videos, user should clean the down cover periodically. z Be cautious when cleaning. Hold the down cover ring only to avoid direct touch to the acrylic down cover. The acid sweat mark of fingerprint will corrode the coating of down cover and scratch on down cover will cause vague images. z Use soft dry cloth or the substitute to clean the inner and outer surfaces. z For hard contamination, use neutral detergent. Any cleanser for high grade furniture is applicable.

Appendix : RS485 Bus Basic Knowledge

1. Characteristics of RS485 Bus

As specified by RS485 standards, RS485 Bus is of half-duplexed data transmission cables with characteristic impedance as 120 Ω . The maximum load capacity is 32 unit loads

(including main controller and controlled equipment).

2. Transmission distances of RS485 Bus

When user selects the 0.56mm (24AWG) twisted pair wires as data transmission cable, the maximum theoretical transmitting distances are as follows:

Baud Rate

2400 Bps

Maximum Transmitting Distance

1800m

4800 Bps 1200m

9600Bps 800m

If user selects thinner cables, or installs the dome in an environment with strong electromagnetic interference, or connects lots of equipment to the RS485 Bus, the maximum transmitting distance will be decreased. To increase the maximum transmitting distance, do the contrary.

18

3. Connection and termination resistor

The RS485 standards require a daisy-chain connection between the equipment. There must be termination resistors with 120Ωimpedance at both ends of the connection (refer to Picture 40).

Please refer to Picture 41 for simple connection. “D” should not exceed 7m.

120Ω

1# 2# 3#

Figure 37

4#

. . . . .

120Ω

32#

A+

. . . . .

B-

D

A+ B-

120Ω

M ain controller

1# 2# 3#

. . . . .

120Ω

31#

Figure 38

The connection of 120Ω termination resistor: The termination resistor is ready on the

Protocol PCB. There are two kinds of connection. Refer to the Protocol PCB jumper setting form (refer to Picture 2).

1) In the Picture it is the factory default con nection. The jumper is seated on Pin2&Pin3 and the termination resistor is not connected.

2) when connecting the 120 Ω termination resisto r, user should plug the jumper on

Pin1&Pin2. and the termination resistor i s connected.

4. P roblems in practical connection

In some circumstances user adopts a star configuration in practical connection. The termination resistors must be connected to the two equipment that are farthest away from each other, such as equipment 1# and 15# in Picture 44. As the star configuration is not in conformity with the requirements of RS485 standards, problems such as signal reflections, lower anti-interference performance arise when the cables are long in the connection. The reliability of control signals is decreased with the phenomena that the dome does not respond to or just respo nds at intervals to the controller, or does continuous operation without stop (refer to Picture

39).

19

Figure 39

In such circumstances the factory recommends the usage of DR-HB16 RS485 distributor.

The distributor can change the star config uration c onnection to the mode of connection stipulated in the RS 485 standards. The new connection achieves reliable data transmission (refer to Pictur e 40).

Figure 40

Appendi

x

:

Wire Diameter and Transmission Distance Comparison Chart

Wire diameter (mm)

T ran smission

Distance feet(m)

Power [VA ]

10

0.8000 1.000 1.250 2.000

2 83(86) 4 51(137) 7 16(218) 1 811(551)

20

30

40

1 41(42) 905(275)

94(28) 150(45) 238(72) 603(183)

70(21) 112(34) 179(54) 452(137)

50

60

56(17) 90(27) 143(43) 362(110)

47(14) 75(22) 119(36) 301(91)

20

100

110

120

130

140

70

80

90

150

160

170

180

190

200

40(12) 64(19) 102(31) 258(78)

35(10) 56(17) 89(27) 226(68)

31(9) 50(15) 79(24) 201(61)

28(8) 45(13) 71(21) 181(55)

25(7) 41(12) 65(19) 164(49)

23(7) 37(11) 59(17) 150(45)

21(6) 34(10) 55(16) 139(42)

20

(6)

32(9) 51(15

) 129(39)

18(5) 30( 9) 47

(14)

120(36

17

(5)

28(8) 44(13) 113(34

16

(4)

26(7) 42(12) 106(32

15

(4)

25(7) 39(11) 100(30

14

(4)

23(7) 37(11) 95(2 8)

14

(4)

22(6) 35(10) 90(2 7)

APPENDIX : Wire Gauge Conversion Chart

Bare wire diameter m etric siz e

( mm)

AWG

(Approximate)

SWG

(Approximate)

Bare wire cr oss secti onal area

(mm

2

0.140 35 0.01539

0.180 33 0.02545

0.230 31 0.04115

21

0.400 26 28 0.1237

0.450 25 0.1602

0.560 24 2 0.2463

0.600 23 23 0.2827

0.710 2 2 0.3958

0.4417

0.800 20 21 0.5027

0.900 19 20 0.6362

1.000 18 19 0.7854

1.250 16 18 1.2266

1.500 15 1.7665

2.000 12 14 3.1420

2.500 4.9080

3.000 7.0683

22

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