XtendLan PEDOMEOIR48023SD User Manual

PEDOMEOIR48023SD

Smart Constant Speed Dome Camera

User Manual

● Please read the manual carefully before installing and using the unit. ●

Part I: Introduction

1-1. Instructions

We greatly appreciate your choosing our product!

As stated in the warranty instruction, when a breakdown occurs to the properly
used product, the product under warranty will be granted free maintenance or
spare parts replacement. Do not disassemble or maintain the unit without the
company’s authorization.

Within one year from the purchase date, if any damage or breakdown occurs to the
product (excluding housing, bracket and external wires) when it is properly used,
we will provide f ree maintenance or spare parts replacem ent after our techni cian
confirms the case.

No free maintenance under the following circumstances:

1. Damage or breakdown arising from the dismantling or repairing of the unit
without the company’s authorization;

2. Damage or breakdown arising from the client-arranged transportation, loading
or unloading of the unit;

3. Damage or breakdown arising from using and maintenance of the unit without
observing the instructions in the User’s Manual, including damage or
breakdown arising from crashing, crushing, and unit affected with liquids,
damp, corrosive or other man-made causes.

4. Damage or breakdown arising from inapplicable operating ambient or
overloaded operation; surface abrasion or damage emerging when the unit is
used;

5. Damage or breakdown arising from natural disasters and other accidents.

Attention: To realize all the functions of the unit, a compatibility test must be
carried out before applying other manufacturer’s spare parts in the system.

1-2. Characteristics

1. The design of the outer housing of the Constant Speed Ball is reasonable,

elegant and practical. The outer housing can endure long-term operation
without distortion.

2. Precise conduc tive sl ip-ring is adopted, with which pan 360° endless running is
realized and all-direction monitoring effect is realized.

3. The function of Position Limiting is realized by photoelectrical sensors, which
avoids the limitations of traditional mechanical Position Limiting.

4. The operation is based on advanced stepper motors and driving circuits, which

ensures smooth running, long time consecutive working, long lifespan and
high reliability.

5. The running speed of the unit can be adjusted according to actual conditions.

6. Left/right limiting positions can be setup on the key-press of ball panel, it also

can be set up through long-distance control of our company’s keyboard.

7. The installation of the unit is fast, convenient and more human, which greatly
reduces the inconvenience in installation.

8. The unique wall bracket installing style enables the placing of our company’s
adaptor inside the bracket.

9. The built-in decoding board supports multi mainstream protocols, and many

more protocols can be input according to the customer’s needs. The Baud rate
is also adjustable.

10. The unit adopts DC12V power supply and separates from it the components

that produce heat in the process of transformation, which prolongs the
durability of the unit. The unit possesses the functions of anti-jamming and
anti-crashing. It also features memory function, which enables the unit to
automatically resume the last-time operated condition once supply of power is
on after the power-off state.

*11. The unit has one default position; the user can preset the default position for a

key monitoring area according to the actual conditions. If not operated after 5
minutes, the constant speed ball will automatically monitor the preset position.

Remarks：The function of item 11 can be realized only when the protocol

adopted supports the keyboard produced by this company. Also, the
user can include our protocols into the DVR or existing software.

1-3. Main Technical Data：

1. Electric Index

Power supply: DC12V /4A~ DC15V /4A
Dome motor: DC12V /0.5A
Camera power supply: 12V/2A
Temperature controlling devices ambient: fan, ≥50º; heater, ≤5º
Addresses range: 1～63
Communication system: RS485 bus-mastering

Communication protocol: supporting multi protocols

Baud rate: 1200bps(19200bps)、2400bps、4800bps、9600bps、 as per customers’ needs

Controlling device: video matrix, hard disk video recorder, DVR controlling

keyboard

Pre-set position quantity: 16 preset positions

Tour group quantity: 1 group (16 preset positions can be included)

2. Mechanical Index

Dome movement: pan 360° endless, tilt 0°-90°
Dome speed: pan/tilt, Pan 6º、9º、12º、15º adjustable

Movement limiting position: adjustable between any two points

3. Ambient Index

Ambient temperature: 0ºC～49ºC (without temperature controlling devices)

-35ºC～49ºC (with temperature controlling devices)
Relative Humidity: below 90%RH

1-4. Styles of Installation and Ancillary Components

Table 1: Styles of Installation and Ancillary Components of Constant Speed Ball

Table 1: Styles of Installation and Ancillary Components

The style of

installation

Bracket

cables（with

connector）

Ancillary
components

Power
supply

temperature

- controlling

device

Wall mount

installation

Wall-mount
bracket

P

ower supply

connecting
cable, video
connecting

cable, RS458

connecting
cable

DC 12V

/4A

Required
below 0℃

Pendant
mount
installation

Bracket
length:
20cm
(standard)
or 40cm

Ceiling mount
installation

No bracket;

Steel wire
rope to be
prepared by

the user

Part II: Installation Procedures

2-1. Outer shape and insta ll at ion si z e

Outer shape and installation size

第二部分：设备安装步骤

2-1、外形和安装尺寸

外形和安装尺寸

图1 壁挂式外形尺寸图

图2 吊装式外形尺寸图

Picture 1 Outer shape and size of wall

mount style

Picture 2 Outer shape and size of pendant

mount style

2-2. Installation of Video Camera

Connecting Lens Controlling Cable
Camera Lens Controlling Cable should be provided by the camera supporter.
Connect the Camera Lens Controlling Cable well according to the corresponding
relationship between the camera and the outlet of decoding panel shown in the
following table.

Controlling signal of the camera lens Corresponding outlet on decoding panel
Camera power supply

+12VDC、GND
Lens Zoom ZOOM
Lens Focus FOCUS
Lens Iris IRIS
Lens Controlling public ground COM

3. Connecting Video Cable
Connect BNC video outlet with the video output outlet of the camera, then use the
binding wire to tie the video cable inside the camera and the lens cable into the hole
beside the lens connecting outlet on the decoding penal. After installing the camera,
please setup communication protocol, baud rate, address, etc.

2-3. Installation of the Whole Housing an d Bracket

图3 吸顶式外形尺寸图

Picture 3 Outer shape and size of

ceiling mount style

Screw slot

Picture 4

Push the connecting ports end of the power, video and RS458 controlling integrated
cable through the round hole of the bracket, and then fix the ball housing top to the
round hole of the bracket. Fix the three M6 screws with screw knife, enabling the screws to

get into the screw slots.

(See Picture 4))

2-4. Installatio n of Brac ket of Constan t Speed Ball

☆Installation of bracket of outer-door Constant Speed Ball of wall mount type

墙壁

Picture 5 Size of bracket of outer-door Constant Speed Ball of wall mount

type
Select the position for installation of Constant Speed Ball and confirm the place with
good endurance ability, mark the corresponding positions of 4φ7.5 installation holes
of wall mount bracket on the wall with a pencil, then install the peg-board of the
bracket in the wall with expanding bolts (not provided). (See picture 5)

☆ Installation of bracket of outer-door Constant Speed Ball of pendant

螺丝卡槽

Wall

mount type

或200

出线槽

Picture 6: Size of bracket of outer-door Constant Speed Ball of pendant mount type

Select the position for installation of Constant Speed Ball and confirm the place
with good endurance ability, mark the corresponding positions of 3 installation holes
of the fixing tray on the ceiling with a pencil, then install the fixing tray in the ceiling
with expanding bolts (not provided). Please don’t forget to push the connecting ports
end of the power, video and controlling integrated cable through the in-going slot of
the bracket (See picture 6).

2-5. Fixing of the Set

Picture 7

Step 1: Put the power adaptor into the well-connected bracket of pendant mount t ype
and pin the power adaptor with the adaptor pinning board lest the adaptor slides out.
(See picture 7)

电源压板

Adaptor pinning board

400 or 200

Cable slot

锁紧螺钉

Picture 8

Step 2: Pull the power cable, video cable and controlling cable out via the cable
out-going slot, then direct the dotted-line part of the bracket shown in the figure to the
two corresponding pegs on the installed peg-board, then push the bracket downward
until it locks in place. Make sure the bracket fits well with the peg-board, then tighten
the screws on the bracket with the peg in underside part of the peg-board. (See Picture

8)

2-6. Installation of Half Ball

Locations with suspended top suit the constant speed ball with in-ceiling
installation style, which appears to be a hemisphere, having an elegant look and good
concealment. The hemisphere style installation applies to solid locations of the ceiling.
First, select the desi red location, mark the outline of the upper housing on the ceiling
with a pencil and make a corresponding-sized bore, then insert the upper housing into
the ceiling, and press the spring pinning boards against the edge of the ceiling opening.
After that, tighten the screw adjusting the spring pinning boards, and lock the upper
housing in the ceil ing tightly. For the sake of better safety, please use a metal wire
rope to connect the top of the upper housing to a reinforced structure of the ceiling.
(The wire rope is requir ed to bear at least 5 times the weight of the constant speed
ball.) (See Picture 9)

Tightening screw

弹簧压块

Picture 9

2-7. Connection of Power Supply Cable and Signal Cable

The connection of cables begins with the completion of installation.

1. Please see in table 1 the application of cables

Table 1

Cable Application Connecting objects Remarks

4-strand cable

DC12V power

supply

Decoding PCB penal
—Power Supply Adaptor

Power outlet

485
controlling
signal

Decoding PCB penal －
controlling device

Green(+) white(-)

Video cable Camera signal Camera － monitoring

device

BNC connector

Power cable for

temperature
controlling
device

DC12V power
supply

Temperature controlling

device －

power supply

adaptor

Parallel connection

with the power
supply of Decoding
PCB penal

Camera lens

controlling cable

Camera lens

control/
power

Decoding PCB penal －
camera

Provided with the
integrated camera
(including power

cables)

2. Connection of temperature controlling power cable
If the bought products are with temperature controlling function, users can select
those suiting application environments with reference to the selecting conditions of
Picture 2 (connection of temperature controlling power cable) and connection of
power supply cable and RS485 cable.

3. Connect the outlet of 12V power supply with power connector of the set core. Connect the

485 controlling cables to the provided 485 interfaces of the ball set, green to 485+, white to 485-.

4. Connection of Video Cable

Please weld a BNC connector to the already installed video cable, and then

Spring pinning bar

connect to the video outlet provided by our company.
Now, all the power cables and signal cables have been connected. Please check
carefully to guarantee correctness and firmness of all connections.

5. Finally, please connect the 220V interface of our company’s provided special

adaptor to AC220V power supply.

Part III: Setup the Functions of the Ball

3-1. Setup of Communication Protocol, Baud Rate and Address of
Constant Speed Ball

The constant speed ball has built-in Decoding PCB penal, the control of the dome
and camera lens is realized by setting up address, protocol and baud rate through the
decoding PCB penal.

1. Address Setup

As shown in the picture 10 and picture 11, DIP-1 to DIP-6 of the 8-button coding
switches is used to setup address of the constant speed ball from 1 to 63. Control can
be realized only when address code of the constant speed ball is identical to that of the
hard disk video camera or matrix or controlling keyboard. The coding switches from
DIP-1 to DIP-6 are equivalent to a 6-bit binary figure. The state “ON” of each bit
means “1” while”OFF”means”0”. Table 2 shows states of coding switches.

ON

1 2 43 7 865

DIP

DIP

3 421

ON

J11

J1

J9

J8

视频输入接口

协议拨码开关(1-4)

6 地址拨码开关

7、8 波特率拨码开关

右限位设置按钮

左限位设置按钮

输入

视频输出接口

电源输入接口

摄像机电源 +12
摄像机电源

镜头公共端

镜头光圈IRIS

镜头聚焦FOCUS

镜头变倍ZOOM

限位设置指示灯

电源指示灯

ON

65

云台速度拨码开关(5-6)

Picture 10

Camera power +12V
Camera power GND
Lens common terminal

Iris
Focus
Zoom

485 input

Video outlet
Power supply input

1-6 Address select switch

7, 8 Baud rate select switch

Key for left position setup

Key for dome speed adjustment(5-6)

Protocol select switch(1-4)

Key for right position setup

Video inlet

Posit

ion setup

indicator

Power indicator

ON

1 2 43 7 865

DIP

DIP

3 421

ON

J1

协议拨码开关(1-4)

6 地址拨码开关

7、8 波特率拨码开关

右限位设置按钮

左限位设置按钮

摄像机电源 +12
摄像机电源

镜头公共端

镜头光圈IRIS

镜头聚焦FOCUS

镜头变倍ZOOM

限位设置指示灯

电源指示灯

ON

65

云台速度拨码开关(5-6)

滑环接口

视频 +

视频 -

485 -
485 +

GND

12V +

Picture11: Position of select switches of decoding PCB penal

Table 2:

Correspondence of Address and Coding Switches

No 654321 No 654321 No 654321 No 654321
1 000001 17 010001 33 100001 49 110001
2 000010 18 010010 34 100010 50 110010
3 000011 19 010011 35 100011 51 110011
4 000100 20 010100 36 100100 51 110100
5 000101 21 010101 37 100101 53 110101
6 000110 22 010110 38 100110 54 110110
7 000111 23 010111 39 100111 55 110111
8 001000 24 011000 40 101000 56 111000
9 001001 25 011001 41 101001 57 111001
10 001010 26 011010 42 101010 58 111010
11 001011 27 011011 43 101011 59 111011
12 001100 28 011100 44 101100 60 111100

1-6 Address select switch

7, 8 Baud rate select switch

Key for left position setup

Key for dome speed adjustment(5-6)

Protocol select switch(1-4)

Key for right position setup

Camera power +12V
Camera power GND
Lens common terminal

Iris
Focus
Zoom

P

osition setup

indicator

Power indicator

458­458+
Video­Video+
GND

12V+

Slip-ring interface

13 001101 29 011101 45 101101 61 111101
14 001110 30 011110 46 101110 62 111110
15 001111 31 011111 47 101111 63 111111
16 010000 32 100000 48 110000

Protocol KRE-301 for KODICOM card hard disk video recorder, protocol
PELCO-D and RM110 for Shanghai Chenova hard disk video recorder all adopt the
hexadecimal system, which is different from other protocols adopting decimal system,
so the address should be converted into decimal system. For details, please see coding
switches in Table 3.

Table 3：Correspondence of Hexadecimal Address and Coding Switches

No 654321 No 654321 No 654321 No 654321

1 000001 5 000101 9 001001 13 010011

2 000010 6 000110 10 010000 14 010100
3 000011 7 000111 11 010001 15 010101
4 000100 8 001000 12 010010 16 010110

Please setup codin g switches according to Table 2 or Table 3 as per the address you
defined by yourself.

2. Communication Baud Rate Setup

As shown in picture 11, DIP-7 and DIP-8 of the 8-button coding switches are
used to setup Baud rate of communication and 4 differ ent Baud rate can be selected
(1200BPS/2400BPS/4800BPS/ 9600BPS). The state “ON” of each bit means“1”,
while”OFF”means”0”. Table 4 shows states of correspondence of Baud rate and
coding Switches.

Table 4：Correspondence of Bau d Rate and Co di ng Switc hes

Coding

switches

1200 bps 2400 bps 4800 bps 9600 bps

No. 7

OFF ON OFF ON

No. 8

OFF OFF ON ON

Please setup the coding switches accordi ng to Table 4 based on the communication
baud rate applied for constant speed ball device.

3. Protocol Setup

As indicated in the picture 11, DIP-1 to DIP-4 of the 6-button coding switches
are used to setup protocol of the constant speed ball. The built-in Decoding PCB
penal provides protocols as listed in Table 5. Other protocols can also be written-in as
the user requires.

Table 5 Correspondence of Coding Switches and Protocols.

No. DIP- 4,3,2,1

Types of Protocols

1 0 0 0 0 PELCO_D
2 0 0 0 1 PELCO_P
3 0 0 1 0 VICON
4 0 0 1 1 PELCON
5 0 1 0 0 KALATEL-312
6 0 1 0 1 CCR-20G
7 0 1 1 0 ADR-8060
8 0 1 1 1 HY

9 1 0 0 0 M800-CIA
10 1 0 0 1 PANASONIC
11 1 0 1 0 LILIN
12 1 0 1 1 KRE-301
13 1 1 0 0 WISDOM
14 1 1 0 1 RM110
15 1 1 1 0 NEW
16 1 1 1 1 PELCO_D1

The built-in Decoding PCB penal provides the above sixteen protocols. More

protocols can also be provided as the user requires, such as:

Communication protocols with matrix: SAMSUNG, KONY Matrix, TDTC

Matrix, PELCO Matrix, VICANYX Matrix and LP Matrix.

Communication protocols with hard disk video recorder: CNEUOL embedded,
Enterasys embedding, DM embedding, Hikvision embedding, KCL, YAAN,
SAMSUNG, KIDICOM-SX. For information of hard disk video recorder protocols
and Baud rate, please refer to Table 6.

Communication protocols with keyboard: Video keyboard, PWT keyboard,
Samsung keyboard and YAAN keyboard.

Table 6: Reference for Hard Disk Video Recorder Protocols and Baud Rate

KOMSA series hard disk PELCO-D 2400，RM110 9600，HY 9600
MPG4 card of Viewse
software

HY 9600，PELCO-D 2400，RM110 9600

MPG4 card of Shanghai

Chenova software

PELCO-D 2400，RM110 9600
KODICOM hard disk

PELCO-D 2400，LILIN SD 9600，KRE-301 9600

PICO video
collection card

PELCO-D，KTD-312，VICON, etc，Baud rate adjustable

PICASO hard disk

PELCON 2400，PELCO-D 2400，CCR-20G 4800

MPG4 card of DVTECH
Software

ADR-820 4800

MPG4 card of

zhongjiaman Software

HY 9600，PELCO-P 2400

Image sensitive
card（Chengdu Kony）

M800-CIA 2400

MPG4 card of Milky

Way software

PELCO-D 2400，WISDOM 4800

Please choose appropriate communication protocols according to the protocols adopted by
constant speed ball controlling equipment (such as matrix, HD video recorder, keyboard). Before
installation, a compatibility test of controlling and controlled equipment is recommended.

To control the three alternative camera lens of KODICOM HD video recorder, please adopt
KRE-301 protocol. Operation is shown below:

Switch on the “POWER” button on the top of the controlling interface and press the focus
button, and then the state is Iris control. Switch off the “POWER” button, and press the focus
button, then it will resume focusing control.

4. Functions Setup of the Constant Speed Ball

Code Name

of the
function

Definition for the keyboard

operation

Code Name
of the

function

Definition for the

keyboard operation

160

Begin with left/right limiting

position setup

140

Begin with the tour

group setup

161

Finish left/right limiting

position setup

141

Finish the tour group

setup

130

Setup left limiting position

142

Start Tour Group

131

Setup right limiting position

162

Activate Home

Position function

132

Start left/right scan

163

Disable Home Position
function

135

Start 360°scan of the dome

164

Setup Home Position

138

Stop auto scan of the dome

If preset position numbers larger than 128 could not be previewed on the
controlling device, pl ease choose PELCO-D1 protocol, functions operation table
as below:

Code Name
of the
function

Definition for the keyboard

operation

Code Name
of the
function

Definition for the

keyboard operation

120

begin with left/right limiting

position setup

110

Begin with the tour

setup

121

Finish left/right limiting

position setup

111

Finish the tour setup

100

Setup left limiting position

112

Start Tour

101

Setup right limiting position

122

Activate Home

Position function

102

Start left/right scan

123

Disable Home Position
function

105

Start 360°scan of the dome

124

Setup Home Position

108

Stop auto scan of the dome

5. Setup the Movement Speed of the Dome

The movement speed of the dome can be setup through the coding switch.
DIP 5 and DIP6 of the 6-button coding switch (see figure above) are used to setup the movement
speed of the dome. Please refer details as Table 5:

No.

DIP: 5，6

Circling speed
1 00 6°
2 10 9°
3 01 12°
4 11 15°

Table 5

3-2. Running state examination while S upplying Powe r to the Unit

Once the power supply begins, check whether the power indicator on the PCB

panel is on. Now the constant speed ball begins with self-check. After the self-check,
the position of the dome is horizontally on the left limiting position, tilt 30º. Two
states may follow the self-check:

a. The constant speed ball makes no action

b. The constant speed ball is in the state of pan auto- touring

If the constant speed ball is in the state of pan auto-touring, the tour should be
stopped through the controlling device to avoid possible friction or collision between
camera cable and inner housing caused by inappropriate installation of the camera.

After installing the vitreous cover, control the constant speed ball to make slow
pan/tilt movement, and observe its agility and stability, and check whether there is
friction or collision between camera, cable and inner housing.

If the ball movement is unstable and with noise, please check whether the
connection between the constant speed ball and the br acket is vert ical, or whe ther the
ball movement is in good connection with the peg-board. If not, switch off the power
supply, then check and re-install the unit following the above-mentioned installation
instructions.

If there is friction or collision between the camera, cable and the inner housing,
switch off the power and open the vitreous cover to adjust the position of the camera
on the suspender, or tidy up the cables inside the inner housing. Then reinstall the
vitreous cover.

Switch on the power again, control the constant speed ball to make slow pan/tilt
movement, observe its agility and stability, and check whether there is friction or
collision between camera, cable and inner housing.

If the process goes smoothly, you can adjust the scope of pan scan, i.e. scope of
maximum left/right positions.

Functions Setup: If PELCO-D1 protocol is chosen for
the control, please choose the Function Codes inside the
bracket to operate.

3-3. Setup and P review Preset Positions

The function of preset positions works in this way: the constant speed ball saves the current
pan/tilt parameters in number order (1-16), quickly previews those parameters when needed, and
adjust the dome to the corresponding positions. Users can use such devices as controlling
keyboard to save and preview preset positions fast and conveniently. The constant speed ball can
support 16 preset positions.

1. Setup preset positions

After controlling pan/tilt of the constant speed ball to desired position through the
keyboard, enter the number representing the preset position and LED displays the
entered preset position number. Press the “PRESET” key, then LED resumes to
previous displaying state again, now you have setup the preset position successfully.
Example: Setup preset position No.1
a. Use the joystick to move the constant speed ball to the desired position.
b. Enter “1”

c. Press the “PRESET” key

2. Preview Preset Positions

The function enables the constant speed ball to quickly return to the preset position.

Enter the number key for preset position number which you need to preview;
LED displays the preset position number.

Press the “PREVIEW” key, then the constant speed ball to the preset position.
Example: Previewing Preset position No.1
a. Enter “1”
b. Press the “PREVIEW” key

3-4． Setup of Tours

Auto-tour is a latest new function of constant speed ball, tour course can be set

casually through operation, and only an external command is enough to start the
constant speed ball to tour according to regulated course. Tour group can keep 16

preset positions in memory at most.
Setup of tour group
a. In the keyboard initial state, enter number “140”(110) and press the “PREVIEW”

key to enter the tour setup.
b. After entering the setup, add preset position number to the tour. Enter the first

desired preset position number and press the “PREVIEW” key, and the first preset
position is successfully added. Then it goes to the second one. Enter the second
desired preset position number and press the “PREVIEW” key, and the second
preset position is successfully added. More preset position can be added in the same
way.

c. After all the required preset positions having been added in the tour, enter the

number “141”(111) on the keyboard and press the “PREVIEW” key to exit the tour
setup.

1. Start Running a Tour

In the keyboard initial state, enter number “142”(112) and press the “PREVIEW”

key to start running the preset tour.

Example: Setup the tour order to be 1→2→5→3→4→6 (please setup preset
positions before tour setup)

1. Preview preset position 140(110) to enter tour setup (Enter number

“140”(110) and press the “PREVIEW” key)

2. Preview preset position 1 to setup the first tour position (Enter

number “1”and press the “PREVIEW” key)

3. Preview preset position 2 to setup the second tour position (Enter

number “2”and press the “PREVIEW” key)

4. Preview preset position 5 to setup the third tour position (Enter

number “5”and press the “PREVIEW” key)

5. Preview preset position 3 to setup the fourth tour position (Enter

number “3”and press the “PREVIEW” key)

6. Preview preset position 4 to setup the fifth tour position (Enter

number “4”and press the “PREVIEW” key)

7. Preview preset position 6 to setup the sixth tour position (Enter

number “6”and press the “PREVIEW” key)

8. Preview preset position 141(111) to exit tour setup (Enter number

“141”(111) and press the “PREVIEW” key)

9. Preview preset position 142(112) to start running the tour, and the
constant speed ball runs the tour and begins to scan in the order of
1→2→5→3→4→6.

If other devices are used to control the constant speed ball, due to the
protocol limitation, some special functions of the constant speed ball may be
not operational. (Enter number “142” (112) and press the “PREVIEW” key)

3-5. Setup of Le ft/right Limiting Positions

The default rotating angle of the set is 360°. The user can reset running angle

according to the spot requirements. Left/right limiting positions of the dome can be

setup in three ways:

☆Setting the dome’s left/right limiting positions through the company’s special

keyboard

A. Once the dome is installed and power is on, the constant speed ball starts a
self-check. After the self-check, the position of the dome is the left position, Setup the
maximum left/right positions by the company’s keyboard connected to the constant
speed ball through 485 bus cable. First, setup the Baud rate, protocol and address of
the keyboard identical with those of the constant speed ball, and make sure the
keyboard can control the movement of the constant speed ball.

B. Enter the number “160”(120) on the keyboard, and press “PREVIEW” key to
enter the setup of maximum left/right positions, then turn the joystick on the keyboard
to the right direction till the dome reaches the desired point of right limiting position,
then enter 131(101), and press “PREVIEW” key again, now the dome’s right limiting
position has been setup successfully. Next, turn the joystick on the keyboard to the left
direction till the dome reaches the desired point of left limiting position, enter
130(100) and press “PREVIEW” key again, now the dome’s left limiting position
have been setup successfully. After the setup, enter 161(121) and press “PREV IEW”
key to exit the setup. Now the setup of left/right limiting positions is completed.

☆ Setting up the dome’s left/right limiting positions through the coordinated
operation of DVR and the buttons on the dome camera’s master board (The
operation requires the co-operation of two people)

A. Once the dome is installed well and power is on, the constant speed ball starts
a self-check. After the self-check, the position of the dome is the default left position
of the constant speed ball. Open the vitreous cover, find on the dome camera panel the
two keys-”S1”, “S2”, then, press the two keys simultaneously with your forefinger
and middle finger for about 2 seconds till the green indicator—D11 is continuously
on . The continuous-on state of the green indicator suggests entering the setup of the
dome’s left/right position.

B. Inform the personnel in the controlling room with an interphone, and the
personnel should control through the DVR to move the dome right till it reaches the
desired point of right position setup, and then the personnel should inform the person
at the terminal that the constant speed ball is in the desired place. Then the person at
the terminal should press key “S2” for about 2 seconds till the same green indicator
glistens once. The glistening means the setup of the dome’s right position is
successful.

C. Once again, inform the personnel in the controlling room with an interphone,
and the personnel should control through the DVR to move the dome left till it
reaches the desired point of left limiting position setup, and then the personnel should
inform the person at the terminal that the constant speed bal l is in the des ired place.
Then the person at the terminal should press key “S1” for about 2 seconds till the
same green indicator glistens once. The glistening means the setup of the dome’s left
position is successful.

D. On completing the setup of left/right limiting positions, press the two keys
“S1” and “S2” simultaneously with your forefinger and middle finger for about 2
seconds till the green indicator—D11 is off. The off state of the green indicator
suggests exit of the dome’s left/right limiting position setup. The exit of the dome’s
left/right limiting positions setup can also be realized by switching off the power and,
then, on again.

☆Setting up the dome’s left/right limiting positions through keys on the ball set
panel

A. Once the dome i s installed and power is on, the ball starts a self-check. After
the self-check, the position of the ball is the default left position of the ball. Open the
vitreous cover, find on the ball panel the two keys-”S1”, “S2”, then, press the two
keys simultaneously with your forefinger and middle finger for about 2 seconds till
the green indicator—D11 is continuously on. The continuous-on state of the green
indicator suggests entering the setup of the dome’s left/right limiting position.

B. Next, press the key “S2” on the constant speed ball panel and then release i t,
then the dome begins to turn right. When the dome reaches the desired point of right
position setup, press either “S2” or “S1” and then release it, and the dome will stop
moving. If the dome goes out of the desired range, press the key “S1” on the constant
speed ball panel and release it, then the dome begins to turn left. When the dome
reaches the desired position, press either “S2” or “S1” and then release it, and the
dome will stop moving. Finally, press the key “S2” for about 2 seconds till the green
indicator glistens once. The glistening means the setup of the dome’s right limiting
position is successful.

C. Then the setup of the left position follows. Press the key “S1” on the constant
speed ball panel and then release it, then the dome be gins to turn left. When the dome
reaches the desired point of left position setup, press either “S2” or “S1” and then
release it, and the dome will stop moving. If the dome goes out of the desired range,
press the key “S2” on the constant speed ball panel and release it, then the dome
begins to turn right. When the dome reaches the desired position, press either “S2” or
“S1” and then release it, and the dome will stop moving. Finally, press the key “S1”
for about 2 seconds till the green indicator glistens once. The glistening means the
setup of the dome’s left limiting position is successful.

D. On completing the setup of left/right limiting positions, press the two keys
“S1” and “S2” simultaneously with your forefinger and middle finger for about 2
seconds till the green indicator—D11 is off. The off state of the green indicator
suggests exit of the dome’s left/right limiting position setup. The exit of the dome’s
left/right limiting positions setup can also be realized by switching off the power and,
then, on again.

If the user wants to change the setup of left/right limiting positions after the
setup has been done, please refer to the adjustment setup instructions.
Remarks:

Pressing two keys together for two seconds indicates entering or exiting the

setup of left/right limiting positions

Press the key “S1” once on the dome camera panel would move the dome

left; the second press stops the movement.

Press the key “S2” once on the dome camera panel would move the dome

right, the second press stops the movement.
Press the key “S1” for 2 seconds confirms the dome’s left limiting position.
Press the key “S2” for 2 seconds confirms the dome’s right limiting position.

The continuous-on state of the green indicator suggests entering of the

left/right limiting position setup.

The off state of the green indicator suggests exit of the left/right limiting

position setup.

The green indicator’s glistening once suggests confirming the dome’s

left/right limiting position setup.

3-6. The Setup, Entering and Exit of Default Position

The unit has a default position. The user can setup default position for a key
monitoring area according to actual conditions. If not operated after 5 minutes, the
ball will automatically run to the default position.

1. Setup of the Default Position

Move the constant speed ball to a ke y monitoring area through the controlling

keyboard, and enter number “164” (124) from the keyboard and press the
“PREVIEW” key, and the setup is successful.

2. Activate the Default Position function
The user can activate the function of default position through the keyboard. Enter
number “162”(122) and press the “PREVIEW” key, and the function is activated.

3. Exit the Default Position function
Enter number “163”(123) and press the “PREVIEW” key, and exit the function.

3-7. Start Left & Right Scan

The ball has an Auto Scan function. After the Left and Right Limiting positions are
setup well, if the scan between the two Limiting Positions is needed, you can operate
on the keyboard directly, the operation is as below:

1. Operation through previewing function code:
a. Input 132(102)
b. Press PREVIEW key

2. Direct operation on keyboard:

Press AUTO key

Each of the above operation can start the scan between the two limiting positions.

3-8. Start 360° scan function of the dome

The ball can carry out 360° scan function. So that all-direction scanning and
monitoring effect is realized. User can operate directly on the keyboard. The operation
is as below:
a. Input 135(105)

b. Press PREVIEW key
Then the ball will carry out 360° endless scanning.

3-9. Stop the auto scan of the dome

While the unit is carrying out scanning operation, if you require the unit carry out
other operations, you can operate on the keyboard to stop the auto scan. Operation is
as below:
a. Input 138(108)
b. Press PREVIEW key

Part IV: Appendix

Simple troubles and corresponding solutions

Problems Possible causes Solutions

No action when
connecting to
power, no
image, off state
of the indicator

Wrong connection of power

cable

Correct

Power supply damaged Replace
Not required power type Replace
Bad power cable connection Resolve

Self-check with
power, image
without control

Wrong setup of address code,

baud rate of the ball set

Reset address code and baud rate of

the ball set

Wrong protocol Correct
opposite connection or

disconnection of RS458 cable

Check connection of RS485
controlling cable

Unable to
complete
self-check,
image with
motor tweeting

Mechanical failure Repair
Tilt of camera Adjust
Power supply not enough Replace it with suitable adaptor, you

had better put the adaptor near to the
ball set

Unstable image

Bad connection of video

cable

Resolve

Power supply not enough Replace

No ceasing or
deferred ceasing
of ball set under
control

Not enough power supply of
ball set

Replace it with suitable adaptor, you
had better put the adaptor near to the
ball set

Check if the matching

resistance of the ball set
farthest from control is added

Add the matching resistance of the
ball set farthest from control

485 signal is weakening, the
driving of 485 convertor is
not enough

Replace the convertor