iVision IV-WP866PL User manual

IR Low Speed Dome Camera
User’s Manual
● Please read the manual carefully before installing and using the unit.●

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Table of the Contents
I. Introduction………………………………………………………………..……………………….………………………………..……………………….. 3
II. Technical Data…………………………………………………………..…………………………………..……………………….……………………….3
III. Characteristics……………………………………………………………..……………………………………………………..……………………….….8
IV. Description of Functions……………………………………………………………………………………..……………………….…..………………..8
V. Installation and Connection of the Device……………………………………………………………………..……………………….……..………….11
5.1 Outer-shape and Dimension…………………………………………………………………………………..……………………….……………………………………11
5.2 Preparation for the Installation………………………………………………………………………………………………..………………………...………….….....11
5.3 Installation of Wall-mount IR Low-speed Dome Camera……………………………………….………………………………..……………………….….………..11
5.4 Installation of Pendant-mount IR Low-speed Dome Camera……………………………………………………………………..……………………….…….…...14
VI. Configure the system of the IR Low-speed Dome Camera………………………………………………………..……………………….…………15
6.1 Configure Protocol………………………………………………………...………………………………………………..……………………….………………………15
6.2 Configure Baud Rate………………………………………………...……………………………………………………..……………………….………………………16
6.3 Configure Address…………………………………………………...………………………………………………..……………………….……………………………16
VII. Basic functions of the IR Low-speed Dome Camera………………………………………………..……………………….………………………18
7.1 Power on and self-examining of the unit………………………………………………………………………………..……………………….………………………..18
7.2 Configure and invoke Preset Positions…………………………………………………………………………………………..………………………...……………..18
7.3 Configure and run Tour Group…………………………………………………..………………………………………..……………………….………………………19
7.4 Configure and start Left & Right scan………………………………………………………………………………………..………………………...…………….…20
7.5 Start 360° endless scan……………………………………………………………………………………………………..……………………….……………………20
7.6 Stop Left & Right scan and 360° scan………………………………………………………………………………..……………………….………………………20
7.7 Configure, Activate and Idle the Default Position function……………………………………………………………..……………………….…………………21
7.8 Open and close the menu of camera module…………………………………………………………………………………..……………………….………………21
VIII. Table for the Functions of the IR Low-speed Dome Camera………………………………………………………..……………………….……………21
VIV. Trouble Shooting Table……………………………………………………………………………………………..……………………….…………..23

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Important Safeguards
1. During the course of transportation and storage, the product should be avoided from incorrect operations such as heavy
pressing, strong vibration, soaking etc, which may cause damage to the unit.
2. The product is designed for Wall-mount and Pendant-mount installation, so it can not be installed upside-down. And the
module should be handled properly so as not to bring about mechanical problems affecting the integrative functions of it.
3. Do not let any foreign objects or liquid infiltrate into the unit, which may damage the unit.
4. Please follow all electrical standards for safety when the unit is being connected and please adopt the particular
power supply which is provided with the unit. The product’s RS-485 and video signal adopt TVS-class lightning
damage preventing technology, which can effectively prevent such pulse signal damage caused by lightning under
500W or electric surge. RS-485 and video signal should be kept enough distance from high voltage equipments and
cables when they are in transmission, and necessary steps should be taken to prevent lightning damage or power
surge.
5. No matter the unit is runing or not, the camera module should never be aimed at the sun or other object with extremely
bright light. Otherwise, the camera module’s CCD might be permanently damaged.
6. There are no parts inside the unit which can be repaired by the users themselves. When mechanical problems arise, do
not be in a haste to do any repairing, please refer to the User’s Manual to find the trouble. If causes can not be located,
please refer servicing to qualified professionals. All servicing must be done by authorized personnel.

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I. Introduction
Adopting latest technological achievements and cutting-edge manufacturing techniques, the IR Low-speed Dome
Camera is created with many years of accumulated experience. Equiped with a high performance DSP camera module
with zooming lens, integrating built-in Pan/tilt and digital decoder, it represents the future trend of hi-tech monitoring
products. The unit is capable of freely positioning, consecutively tracing and scanning, which realizes real all-directional
monitoring. The unit can automatically adapt to ambient brightness and object distance. Its digital control and elegantly
simple design maximally reduces the connection between differnent parts in the system, which improves the reliability of
the system and facilitate the installation and maintenance. Driven by a stepper electric motar, the unit runs smoothly,
reacts quickly and locates positions accurately. At the same time, the unit has multiple intelligent functions such as: Preset
Position, Tour, Left & right scan, 360°scan, Default Position etc.
The IR lamp of the IR Low-speed Dome Camera adopts the latest LED Array technology, LED Array features higher
brightness, longer visible distance, more evenly distributed light field, much longer lifespan and very little attenuation, with
which the night-vision effect is greatly improved.
With varieties of high-performances, the IR Low-speed Dome Camera can be applied in every walk of life to monitor
moving objects in large areas, such as monitoring smart buildings, bank, city streets, power system, airports, bus/railway
stations etc.
II. Technical Data
2.1 Technical Data of the IR Low Speed Dome Camera
Power Supply
DC15V (4A) (Adapter should be within 2 meters to the
unit)
Working Temperature
-30℃～+60℃
Relative Humidity
0～90%
Power Consumption
30W
Communication Protocol
PELCO_D / PELCO_P / PELCO_D1
Communication System
RS485 bus cable
Communication Bardrate
1200／2400／4800／9600bps
Address range
001～255
Horizental Moving Speed
6º～14º/S
Vertical Moving Speed
6º～14º/S
Movement range
Pan 360ºendless / Tilt 0º～90º
Preset Positions
64
Left & Right Scan
Beginning and end position can be set freely
Tour Group
4 groups / 16 Preset Positions for each/dwelling time at
each preset position can be set.
360ºScan
Vertical Angle can be set freely
IR Lamp
4 groups, made up of LED Array, 150m visible distance
at night, the number of the groups of the IR lamps to be
turned on is intelligently controlled by the distance the
camera module is monitoring, the farther it is monitoring,
the more groups of IR lamps are turned on.
IR Lamp Triggering
Triggered by photosensitive resistor (Default) / triggered
by camera module (IR Lamp turned on when camera
module turns to Black & White mode)
Lightening proof
2-grades lightening proof, 3 protecting point (power,
video and communicating)
Weight
5.6Kg

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2.2 Specification for camera modules optional (4 types Available):
Item
JCO- 4481
Image sensor
1/4 inch Exview HAD CCD
Horizental resolution
480TVL
Signal system
PAL
Zomm ratio
22X Optical
Focal length
3.9~85.8mm
IR feature
Electronic dual light-filter, day&night
Min. Illumination
Color 0.2LUX/
B&W 0.05LUX
S/N ratio
≥48dB
Synchronization
Internal
ES
auto/1/50~1/10000sec
BLC
On/Off (in-built)
AGC
Auto
WB
Auto
Focus mode
Auto/keycontrol auto
OSD Menu
English
Video output
1.0Vp-p,75Ω
Power supply
DC12V
Power consumption
≤3.6W
Working temperature
-10℃~ 60℃

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Item
JCO- 4B22
Image sensor
1/4 inch SONY HAD CCD
Horizental resolution
480TVL
Signal system
PAL
Zomm ratio
22X Optical
16X Digital
Focal length
3.9~85.8mm
IR feature
Dual light-filter, day&night: auto-switch, switch linkage
Min. Illumination
Color 0.12LUX/
B&W 0.05LUX
S/N ratio
≥48dB
Synchronization
Internal
ES
auto/1/50~1/30000sec
BLC
On/Off Switchable
AGC
Auto
WB
Auto
Focus mode
Auto/keycontrol auto
OSD Menu
English
Video output
1.0Vp-p,75Ω
Power supply
DC12V
Power consumption
≤3.8W
Working temperature
-10℃~ 60℃

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Item
JCO- 4C22
Image sensor
1/4" Super HAD
CCD II
Horizental resolution
540TVL
Signal system
PAL
Zomm ratio
22X Optical
12X Digital
Focal length
3.3~73mm
IR feature
Dual light-filter, day&night: auto-switch, switch linkage
Min. Illumination
Color 0.3LUX/
B&W 0.05LUX
S/N ratio
≥50dB
Synchronization
internal/external
ES
auto/1/50~1/90000sec
BLC
On/Off Switchable
AGC
Auto
WB
Auto
Focus mode
Auto/keycontrol auto
OSD Menu
Chinese/English
Video output
1.0Vp-p,75Ω
Power supply
DC12V+/-20%
Power consumption
≤3.6W
Working temperature
-10℃~ 50℃

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Item
JCO- 4B35
Image sensor
1/4 inch Exview HAD CCD
Horizental resolution
480TVL
Signal system
PAL
Zomm ratio
35X Optical
16X Digital
Focal length
3.6~126mm
IR feature
Dual light-filter, day&night: auto-switch, switch linkage
Min. Illumination
Color 0.12LUX/
B&W 0.05LUX
S/N ratio
≥48dB
Synchronization
Internal
ES
auto/1/50~1/30000sec
BLC
On/Off Switchable
AGC
Auto
WB
Auto
Focus mode
Auto/keycontrol auto
OSD Menu
English
Video output
1.0Vp-p,75Ω
Power supply
DC12V
Power consumption
≤4.1W
Working temperature
-10℃~ 60℃

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III. Characteristics
Latest LED Array technology adopted for IR lamps, LED Array has higher brightness, longer visible distance (over
150m), more evenly distributed light field and much longer lifespan.
In-built module programme can automatically identify multiple brands of camera modules including LG, SONY,
HITACHI, CNB etc.
Adopting multi-functional high-performance DSP design with stable performance
Integrated design with compact structure and high reliability
Precise electric motor driver ensuring smooth running and agile reaction
The internally saved data will not lose within a short period of time (1 year) since power off
64 preset positions for random storage and accurate locating
4 tour groups, 16 preset positions can be included in each tour group
Support Left & Right scan and 360°scan function
Support Default Position function
Support round-the-clock (24hours per day) monitoring, at night, the unit automatically converts to Black&White mode,
and the IR lamp automatically turns on.
Power-off operation resuming function
Automatic Iris, Focus and White Balance
IV. Description of Functions
1. IR Lamp
The latest LED Array technology is adopted for this IR High Speed Dome Camera. LED Array is highly integration of
traditional LED. Comparing with traditional LED, it has some advantages as below.
A. Higher brightness: Since LED Array is integration of LED, the brightness and the viewing distance are greatly
increased.
B. Longer lifespan, due to the difference of the transparent material and the heat-dispersion effect, the lifespan of the LED
Array is about 10 times as the traditional LED.
C. More evenly distributed light: The half-intensified beam angle of the traditional LED is about 10°, well it is 10°-120°
(variable angle) for LED Array, which together with multi-angle disposal make the light evenly distributed and can light the
whole room.
For this unit, the latest 3rd generation IR LED Array technology is adopted, campared with the 1st and 2nd generation IR
LED Array, it has advantages as below:
A. The light giving out efficiency is much higher. The latest technology is adopted for the 3rd generation IR LED Array,
under the same power consumption, the brightness is 2.5~3 times as the previous LED Array. At night, the visible distance
is up to 150m or so
B. The heat produced is much less when the IR lamp is turned on. Since the light generating efficiency of the 3rd
generation IR Led Array is much higher, under the same power, less power is turned into heat and wasted, thus the
lifespan of the IR Lamp is much longer.
2. Trace the Target
The users can control the movement of the pan/tilt by operating the joystick of the keyboard so that they can trace the
moving object or change the monitoring area. The angle of view or the size of the image of the object can be changed

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through adjusting the focal length. In the default Auto-focus, Auto Iris state, following the movement of the pan/tilt, the lens
will quickly adjust itself to get clear image according to the change of the object.
3. Automatic Adjustment of Focal Length/Movement Speed
When the focus is long and the unit is in under manual operation, due to the high sensitivity of the IR Low-speed
Dome Camera, even the slightest movement of the joystick would make the image move quickly, which causes image
losses. Based on human design, the unit can automatically adjust the horizontal and vertical moving speed of the pan/tilt
according to the current focal-length, which makes the manual target-tracing operation much easier.
4. Color/B&W auto conversion
Designed for round-the-clock (24hours a day) monitoring. In the daytime, the image is color, well, at night, it automatically
turns to Black&White, at the same time, the IR Lamp is turned on.
5. Configure and Invoke Preset Positions
The preset position function works in this way: the IR Low-speed Dome Camera saves the parameters of the current
pan/tilt angel and zooming ratio of the lens under a representing number, quickly invoke those parameters when needed,
the unit will turn to the corresponding position and be adjusted to corresponding zooming ratio. The user can quickly and
conveniently invoke the preset position with the controlling keyboard. The IR Low-speed Dome Camera supports 64
preset positions.
6. Automatic Tours
The automatic tour function is a built-in function of the IR Low-speed dome camera. According to actual requirement,
the user can arrange the preset positions into the automatic tour in the desired order, then, the user can use such
equipment as controlling keyboard to make the IR Low-speed dome camera automatically move as per the order of the
preset positions set in the tour with stipulated time intervals.
● Automatic tour among preset positions can be realized through grouping together the preset positions into the tour.
● The tour order is programmable. The staying time at each preset position can be configured.
● Sixteen preset positions can be stored in one tour. Altogether 4 tours can be configured with the speed dome.
7. Left & Right Scan
Left/right limiting positions can be set through controlling keyboard, and the IR Low-speed Dome Camera can
automatically scan horizontally between the left limiting position and the right limiting position, at the pre-set speed.
8. 360ºScan
360ºScan is available with the IR Low-speed Dome Camera. After adjusting the vertical angle and the zooming times
well, the user can run the 360ºendless Scan through invoking easy command.
9. Default Position Function
The unit supports default position function. The user can configure default position for a key monitoring area
according to actual conditions. If not operated after 2 minutes, the IR Low-speed Dome Camera will automatically turn to
the default position and monitor.
10. Power-off Operation resuming function
If the unit is carrying out Preset Position, Default Position, Left & Right Scan, Tour, 360ºScan etc functions, when the
power is off, then, when the power is on, the unit will resume carrying out the functions after it finishes the self-examining.
11. Control the lens of the Camera Module
Focal Length Control

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Users can adjust the Focal-length through controlling the keyboard to get panoramic view or close view that they
desire.
Focus Control
The system takes auto-focus as the default. While moving, the camera module can automatically focus on the center
of the object view to get clear image. Under special circumstances, the user can manually adjust the focus to achieve
desired image effect.
● Manual focus can be realized through controlling the keyboard or matrix. For details, please refer to the operation
manual of the controlling keyboard or matrix.
● In the state of manual focus, the user can control focal–length to make the lens focus on the object. If the IR Low-speed
Dome Camera is configured to automatically resume auto-focus upon joystick operation, when there is operating on the
joystick, the IR Low-speed Dome Camera will automatically focus. If a period of time is configured for auto-focus resuming,
once there is no controlling order received, after the period of time, the IR Low-speed Dome Camera will resume
auto-focus.
Under the following circumstances, the camera module can not carry out auto-focus:
● When the object is not in the center of the view.
● When simultaneously observe a far object and a near one, clarity for both of the images can not be guaranteed at the
same time.
● When observing objects with extreme brightness, such as neon lights, spotlight, etc
● When the object is behind the glass with water drops or dust
● When the object moves very fast
● When the object is large-sized and drab, such as wall
● When the object is too dark or fuzzy
Iris Control
● The system takes auto-iris as the default. The iris can automatically sense the change of the environmental light and
make quick adjustment, so that the brightness of the image is stable.
●The user can manually adjust the iris through controlling the keyboard to obtain desired brightness for the image.
12. Automatic Back Light Compensation (BLC)
Automatic Back Light Compensation can be realized via district dividing. In extremely bright background, the camera
module can compensate the brightness of the relatively dark objects, while adjust the light of the bright background,
avoiding that the whole image is too bright to watch due to the too high brightness of the background while the object is
too dark to be distinguished, so that the clear image can be got.
13. Automatic White Balance
According to the ambient brightness, the camera module can automatically adjust the White Balance to re-display the
real color.

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V. Installation and Connection of the device
5.1 Outer-shape and Dimension
5.2 Preparation for the Installation:
1. To avoid mistakes, installation must be done by qualified personnel conforming to related regulations.
2. Please check whether the attachments are all ready, and whether the installing location and style of installation are
compatible.
3. The IR Low-speed dome camera is composed of bracket, housing, module, power adaptor, installing screws etc.
4. When the IR Low-speed dome camera leaves factory, it has undergone installation testing, so the user can directly
carry out the installation.
5. Before installation, please carefully read the instruction for installation in the User’s Manual which is enclosed with the
unit.
5.3Installation of Wall-mount IR Low-speed Dome Camera
5.3.1 Installation of Wall-mount Bracket
Attention: The wall for the selected installation location must be firm without peeling. To avoid quivering images resulting
from unstable installation, make sure the place for installation can sustain five times the total weight of the IR Low-speed
Dome Camera, the bracket and the base.
A. Use the bottom installation board of the bracket as template and draw the positions of the installing holes on the desired
wall locus;

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Wall Bracket Installation Dimensions
B. Use an electrical drill to make four holes for M6 screws on the above-drawn positions, and drive in the expansion M6
screws;
C．Fix the installation board of the bracket firmly on the wall with four M6 screw nuts and washers.
D. Push the power cable, communication cable and video cable through the bracket tube, then push the installing port on
the top of the outer housing into the installing hole of the bracket, tighten the 3 M6 screws and fix well. Make sure the M6
screws just fit in the screw slot of the installing port of the housing. (See the picture below)
E. Put the power adaptor into the wall bracket and pin the power adaptor with the adaptor pinning board, lest the power
adaptor slides out. (See the figure below)

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Attention: The adaptor equiped can only be placed indoor or in water-proof box or other water-proof spaces, it can not be
placed directly outdoor, otherwise water may seep in and damage the adaptor.
F. Put up the wall bracket assembled with IR Low-speed dome on the ancillary hooks: Pull the power cable, video cable
and controlling cable out through the wire-out-going hole of the bracket, then put the assembled on the two corresponding
pegs on the installed peg-board, then push the bracket downward until it locks in place. Make sure the wall bracket is well
fixed with the installation board, then direct the screw on the bracket to the corresponding hole on the lower part of the
installation board and tighten the screw.
5.3.2 Connection of Exterior Cables
Connect BNC video outlet of the IR Low-speed Dome Camera with the already disposed video cable, the power cable
with the already disposed power cable (DC15V) and RS485 controlling cable with already disposed RS485 controlling
cable. The cables of IR Low-speed dome camera is shown below:
Cable
Application
Connecting Objects
Remarks
Power cable
DC15V
power supply
IR Low-speed dome---
power supply adaptor
Inner positive, outer
negative
485 cable
485 controlling
signal
IR Low-speed dome
--- controlling device
Green (A), white(B)
Video Cable
video signal
IR Low-speed dome
---monitoring device
Inner positive, outer
negative
Earth
connecting
port
Connecting the
earth for
lightening proof
IR Low-speed dome
--- the earth
Black cable
◆When connecting, make sure the polarity of RS485 controlling cable is correct: A: RS485 positive, B: RS485
negative.
◆If wrongly connected, the IR Low-speed Dome Camera will be out of control.
5.3.3 Switch on Power
a Make sure the polarity of plugs, sockets and the connection of cables is correct, then switch on power
b The IR Low-speed Dome Camera begins to do the self-check: it moves pan 360°, tilt 90°, then moves to its original
position, then zooms in and zooms out once. Through the self-check, the unit checks the mechanical moving performance
of the pan/tilt, the electrical performance of the controlling system, the controlling of the camera module. After the IR
Low-speed Dome Camera finishes self-check, it stays at the original position and is ready to receive controlling
instructions.

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c Use controlling device to control the IR Low-speed Dome Camera, checking whether it can perform the functions of the
pan/tilt and the lens of the camera module. If not, please check the configuration of communication protocol, Baud rate
and address, and the connection of 485 controlling cable.
5.4Installation of Pendant-mount IR Low-speed Dome Camera
5.4.1 Installation of Pendant-mount Bracket
Remarks: The ceiling for the selected installation location must be firm without peeling. To avoid quivering images
resulting from unstable installation, make sure the place for installation can sustain five times the total weight of the IR
Low-speed Dome Camera, the bracket and the base.
A Use the bracket as template and draw the positions of the installing holes on the desired ceiling locus;
B Use an electric drill to make three holes for M6 screws on the above-drawn positions, and drive in the special M6
screws;
C Push the power cable, communication cable and video cable through the bracket tube, then push the installing port on
the top of the outer housing of the unit into the installing hole of the bracket, tighten the 3 M6 screws and fix well. Make
sure the M6 screws just fit in the screw slot of the installing port of the housing;
D Put the power adaptor into some installing box, fix the adaptor well lest it slides out.
Attention: The adaptor equiped can only be placed indoor or in water-proof box or other water-proof spaces, it can not be
placed directly outdoor, otherwise water may seep in and damage the adaptor
E Pull the power cable, video cable and controlling cable out through the cable slot of the bracket, leaving long enough
cables for connection;
FFix the bracket firmly on the ceiling with three M6 screw nuts and washers.
5.4.2 Connection of Exterior Cables
Connect BNC video outlet of the IR Low-speed Dome Camera with the already disposed video cable, the power cable
with the already disposed power cable (DC15V) and RS485 controlling cable with already disposed RS485 controlling
cable. The cables of IR Low-speed dome camera is shown below:
Cable
Application
Connecting Objects
Remarks
Power cable
DC15V
power supply
IR Low-speed dome---
power supply adaptor
Inner positive, outer
negative
485 cable
485 controlling
signal
IR Low-speed dome
--- controlling device
Green (A), white(B)
Video Cable
video signal
IR Low-speed dome
Inner positive, outer

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---monitoring device
negative
Earth
connecting
port
Connecting the
earth for
lightening proof
IR Low-speed dome
--- the earth
Black cable
◆When connecting, make sure the polarity of RS485 controlling cable is correct: A: RS485 positive, B: RS485
negative.
◆If wrongly connected, the IR Low-speed Dome Camera will be out of control.
5.4.3 Switch on Power
a Make sure the polarity of plugs, sockets and the connection of cables is correct, then switch on power
b The IR Low-speed Dome Camera begins to do the self-check: it moves pan 360°, tilt 90°, then moves to its original
position, then zooms in and zooms out once. Through the self-check, the unit checks the mechanical moving performance
of the pan/tilt, the electrical performance of the controlling system, the controlling of the camera module. After the IR
Low-speed Dome Camera finishes self-check, it stays at the original position and is ready to receive controlling
instructions.
c Use controlling device to control the IR Low-speed Dome Camera, checking whether it can perform the functions of the
pan/tilt and the lens of the camera module. If not, please check the configuration of communication protocol, Baud rate
and address, and the connection of 485 controlling cable.
VI. Configure the system of the IR Low-speed Dome Camera
Before the installation of the IR Low-speed Dome Camera, you must confirm if the protocol, the Baud rate of the
controlling system and the address code of the IR Low-speed dome camera is right (the factory default is: Pelco_D for
protocol, 4800bps for baudrate, 001 for address code). You must make sure that the configuration of them must be
identical to that of the controlling device. The corresponding switches for configuration is shown in the following figure:
6.1 Configure Protocol
The DIP-1 and DIP-2 of the 4-button switch on the PCB board is for communication protocol configuration. Please
refer to the following table:
NO.
2 1
PROTOCOL
1
0 0
PELCO_D
2
0 1
PELCO_P
3
1 0
JCO

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4
1 1
PELCO_D1
If the controlling device could only support the preset position numbers below 128, please use PELCO_D1 controlling
protocol.
6.2 Configure Baud Rate
DIP-3 and DIP-4 of the 4-button switch on the PCB board is used to configure Baudrate of communication, the
default configuration is 4800BPS. Following table shows states of coding switches and cosrresponding Baudrate.
No.
4 3
Baudrate
1
0 0
1200 BPS
2
0 1
2400 BPS
3
1 0
4800 BPS
4
1 1
9600 BPS
Remark: If the IR Low-speed Dome Camera is used at the farthest terminal, there should be a parallel connection of a
120Ω terminal matching resistor between A, B lines of RS485.
6.3 Configure Address
Before actual operating of the unit, the address of the IR Low-speed dome camera should be configured. The buttons
from DIP-1 to DIP-8 of the 10-button Switch are used to set address of the IR Low-speed Dome Camera from 1 to 255.
The coding switches from DIP-1 to DIP-8 are equivalent to a 8-bit binary figure. The state “ON” of each bit means “1”
while ”OFF” means ”0”. Corresponding state of coding switches and address is shown in the table below:.
Correspondence of Address and Coding Switch (DIP1-DIP8 of the 10-button switch)
NO
87654321
NO
87654321
NO
87654321
1
00000001
32
00100000
63
00111111
2
00000010
33
00100001
64
01000000
3
00000011
34
00100010
65
01000001
4
00000100
35
00100011
66
01000010
5
00000101
36
00100100
67
01000011
6
00000110
37
00100101
68
01000100
7
00000111
38
00100110
69
01000101
8
00001000
39
00100111
70
01000110
9
00001001
40
00101000
71
01000111
10
00001010
41
00101001
72
01001000
11
00001011
42
00101010
73
01001001
12
00001100
43
00101011
74
01001010
13
00001101
44
00101100
75
01001011
14
00001110
45
00101101
76
01001100
15
00001111
46
00101110
77
01001101
16
00010000
47
00101111
78
01001110
17
00010001
48
00110000
79
01001111
18
00010010
49
00110001
80
01010000
19
00010011
50
00110010
81
01010001
20
00010100
51
00110011
82
01010010
21
00010101
52
00110100
83
01010011
22
00010110
53
00110101
84
01010100

- 17 -
23
00010111
54
00110110
85
01010101
24
00011000
55
00110111
86
01010110
25
00011001
56
00111000
87
01010111
26
00011010
57
00111001
88
01011000
27
00011011
58
00111010
89
01011001
28
00011100
59
00111011
90
01011010
29
00011101
60
00111100
91
01011011
30
00011110
61
00111101
92
01011100
31
00011111
62
00111110
93
01011101
NO
87654321
NO
87654321
NO
87654321
94
01011110
125
01111101
156
10011100
95
01011111
126
01111110
157
10011101
96
01100000
127
01111111
158
10011110
97
01100001
128
10000000
159
10011111
98
01100010
129
10000001
160
10100000
99
01100011
130
10000010
161
10100001
100
01100100
131
10000011
162
10100010
101
01100101
132
10000100
163
10100011
102
01100110
133
10000101
164
10100100
103
01100111
134
10000110
165
10100101
104
01101000
135
10000111
166
10100110
105
01101001
136
10001000
167
10100111
106
01101010
137
10001001
168
10101000
107
01101011
138
10001010
169
10101001
108
01101100
139
10001011
170
10101010
109
01101101
140
10001100
171
10101011
110
01101110
141
10001101
172
10101100
111
01101111
142
10001110
173
10101101
112
01110000
143
10001111
174
10101110
113
01110001
144
10010000
175
10101111
114
01110010
145
10010001
176
10110000
115
01110011
146
10010010
177
10110001
116
01110100
147
10010011
178
10110010
117
01110101
148
10010100
179
10110011
118
01110110
149
10010101
180
10110100
119
01110111
150
10010110
181
10110101
120
01111000
151
10010111
182
10110110
121
01111001
152
10011000
183
10110111
122
01111010
153
10011001
184
10111000
123
01111011
154
10011010
185
10111001
124
01111100
155
10011011
186
10111010
NO
87654321
NO
87654321
NO
87654321
187
10111011
210
11010010
233
11101001
188
10111100
211
11010011
234
11101010
189
10111101
212
11010100
235
11101011
190
10111110
213
11010101
236
11101100
191
10111111
214
11010110
237
11101101
192
11000000
215
11010111
238
11101110
193
11000001
216
11011000
239
11101111
194
11000010
217
11011001
240
11110000

- 18 -
195
11000011
218
11011010
241
11110001
196
11000100
219
11011011
242
11110010
197
11000101
220
11011100
243
11110011
198
11000110
221
11011101
244
11110100
199
11000111
222
11011110
245
11110101
200
11001000
223
11011111
246
11110110
201
11001001
224
11100000
247
11110111
202
11001010
225
11100001
248
11111000
203
11001011
226
11100010
249
11111001
204
11001100
227
11100011
250
11111010
205
11001101
228
11100100
251
11111011
206
11001110
229
11100101
252
11111100
207
11001111
230
11100110
253
11111101
208
11010000
231
11100111
254
11111110
209
11010001
232
11101000
255
11111111
◆If protocol, address and Baud rate are configured when power is on, then the IR Low-speed dome camera must be
switched off and restarted to make the configuration valid.
VII. Basic functions of the IR Low-speed Dome Camera
7.1 Power on and self-examining of the unit
Once power on, the unit enters self-checking procedure: it moves pan 360°, tilt 90°, then moves to its original position,
then the lens zoom from far to near, then from near to far. Through the self-check, the unit checks the mechanical
moving performance of the pan/tilt, the electrical performance of the controlling system, the controlling of the camera
module. After the IR Low-speed Dome Camera finishes self-check, it stays at the original position and is ready to
receive controlling instructions.
7.2 Configure and Invoke Preset Positions
The function of preset positions works in this way: the IR Low-speed Dome Camera saves the parameters of the
current pan/tilt angel and zooming ratio of the lens under a representing number, quickly invoke those parameters when
needed, the unit will turn to the corresponding position and be adjusted to corresponding zooming ratio. Users can use
such devices as controlling keyboard to save and invoke preset positions quickly and conveniently. The IR Low-speed
Dome Camera can support up to 64 preset positions.
7.2.1 Configure Preset Positions
After turning the IR Low-speed Dome Camera to desired position and adjusting to desired zooming ratio, through the
keyboard, enter the number that is to represent the preset position, press the “PRESET” key. Now you have configured
one preset position.
Example: Configure preset position No.1
a. Use the joystick to move the IR Low-speed Dome Camera to the desired position and adjust the lens of the camera
module well.
b. Enter “1”
c. Press the “PRESET” key

- 19 -
◆Manual focus approach can be adopted to configure preset positions for distant objects, that is, after adusting the lens
to focus on distant place, control the keys “FOCUS+”and “FOCUS-”on the controlling keyboard to configure optimal focal
image storage to avoid fuzzy images resulting from the interference of other distant objects.
7.2.2 Invoke Preset Positions
The function enables the IR Low-speed Dome Camera to quickly return to the preset position.
Enter the number(1～64) key for preset position number which you need to invoke, the LED displays the preset position
number. Then, press the “PREVIEW” key. The IR Low-speed Dome Camera will return to the preset position.
e.g. Invoke the No.1 preset position
a. Enter “1”
b. Press “PREVIEW” key
7.3 Configure and run tour groups
The tour group function is to group some preset positions together, if the user wants to invoke these preset positions,
with only one external order, the IR Low-speed Dome Camera will automatically invoke the preset positions in the group
one by one. The dwelling time at each preset position can be set within 1-255 seconds. Up to 16 preset positions can be
saved in each tour group. And at most 4 tour groups can be configured. The operation is as below:
A. In the keyboard initial state, enter number “140”(110) and press the “PREVIEW” key to enter the tour configuration.
B. After entering the configuration, 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 goes 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 positions 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 configuration.
D. 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: Configure the tour order to be 1→2→5→3→4→6 (please configure preset positions before tour configuration)
1. Invoke “preset position”140(110) to enter tour configuration (Enter number “140”(110) and press the “PREVIEW” key)
2. Invoke preset position 1 to configure the first tour position (Enter number “1” and press the “PREVIEW” key)
3. Invoke preset position 2 to configure the second tour position (Enter number “2” and press the “PREVIEW” key)
4. Invoke preset position 5 to configure the third tour position (Enter number “5” and press the “PREVIEW” key)
5. Invoke preset position 3 to configure the fourth tour position (Enter number “3”and press the “PREVIEW” key)
6. Invoke preset position 4 to configure the fifth tour position (Enter number “4”and press the “PREVIEW” key)
7. Invoke preset position 6 to configure the sixth tour position (Enter number “6”and press the “PREVIEW” key)
8. Invoke “preset position”141(111) to finish tour configuration (Enter number “141”(111) and press the “PREVIEW” key)
9. Invoke “preset position”142(112) to start running the tour, and the IR Low-speed Dome Camera runs the tour and
begins to cruise in the order of 1→2→5→3→4→6.
If other devices are used to control the IR Low-speed Dome Camera, due to the protocol limitation, some special