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Joystick Controller for Pan and Tilt.Power supply.
The correct standard positions of the switches on the rear of the joystick controller.
Joystick Controller for Pan and Tilt.
Controls all the functions of 1 to 32 motors, including pan and tilt direction.
Maximum cable length from the controller to the pan tilt motor is 1200 feet.
The correct standard positions of the switches on the rear of the joystick controller. This is how the new systems are shipped.


Joystick Controller for Pan and Tilt.
Controls all the functions on 1 to 32 motors, including pan and tilt direction.
Maximum cable length from the controller to the pan tilt motor is 1200 feet.
Compact Design, attractive.
Input Power : 12 VDC
Power consumption : 5 Watts
Weight is 1 pound.
Temperature range: +35 F to +100 F
Power supplies
12 VDC 500 mA
Allows you to move the camera up & down, right & left over a wired hand held remote control.

Joystick Controller manual
Manual

Manual

Manual

Manual

Joystick Controller.
Manual
Joystick controller manual.
  The correct standard positions of the switches on the rear of the joystick controller. This is how the new systems are shipped.  
Joystick controller manual.
Joystick controller manual.
Joystick controller manual.
Joystick controller manual.
Joystick controller manual.

Joystick Controller manual all text version
SAFETY PRECAUTIONS
CAUTION: Risk of Electric shock. Do not open.
CAUTION:To reduce the risk of electrical shock. Do not open covers.
No user serviceable parts inside. Refer servicing to qualified service personnel.

GRAPHIC SYMBOLS EXPLANATION:

The lighting flash with a arrowhead symbol, in an equilateral triangle, is intended to alert the user. There is uninsulated "dangerous voltage" presence near the product's enclosure which may be a risk to people.

The exclamation point
within an equilateral triangle is to alert the user to reference of the important operating and maintenance (servicing) instructions.



Page A.
INDEX;
a. Summary; Introduction of Function ...................................Page 1
b. Introduction of the Keyboard's Panel ................................Page 2
c. Setting of the Keyboard .....................................................Page 3
d. Operation of the Keyboard ................................................Page 5
e. Installation and Connection; Technical Specifications ...........Page 8
f. Points for Attention..............................................................Page 9

1. Summary:
The keyboard controller is used for terminal receivers such as the intelligent Speed Dome and the decoder etc. Taking the EIA/RS-485 electrical interface between the keyboard and the receiver, one keyboard can control as much as 32 speed dome and decoders without driving the bus and the maximum communication distance between the keyboard and the receiver is up to 1.2 km. It's very easy for operating and setting the Speed Dome Camera. The controller is also to control the terminal receiver to achieve the function of controlling pan/tilt, lens and etc.
Main Functions:
a. Set the address range of the dome camera and the decoder:0 64.
b. Control all functions of the dome camera such as Power ON/OFF.
c. To operate the pan/tilt of Speed Dome Camera moving in different speed lever.
d. Set or call the points of the dome camera. Altogether 64 preset points can be set.
e. Manually or automatically control the dome camera, and change the settings of particular camera by call the menu of the camera.
f. Manually control the focus, zoom and iris of the camera.
2. Introduction of Functions:
Select Camera: (0 64)
Joystick Control: Control Pan/Tilt direction and speed of the Speed Dome.
Lens /control: Control the focus, zoom and iris of the camera.
Operation of reset Position: (1 64)
.....Set Preset Position
.....Call Preset Position
Operation of Cruise Track: (1 6)
.....Run Cruise Track
Automatic Horizontal Scan Control of dome (including speed and direction of scan)
Self-Learning Track of Intelligent Speed Dome
Function Setting of Menu of Speed Dome
Direct Control on Decoder control front devices such as the decoder etc.
Page 1.

3. Introduction of the keyboard Panel:
a. The Sketch of the Front Panel and Description of Buttons (Figure 1)
There are speed joystick, buttons and nixie light on the front panel of the control keyboard. The display is used to show the address of the speed dome as well as the number inputted. The joystick controls the upward, downward, leftward and right ward speed motion of the speed dome. The description of buttons is as follows:
CAM:Select address of the intelligent Speed Dome.
MENU: Auxiliary control buttons.
AUTO: To control auto-horizontal rotation for pan/tilt.
CLEAR: To clear inputted data.
0-9: Number key.
WIDE: To a wide angle.
Telephoto: To turn to a telescopic range.
FAR: To make focus far manually.
NEAR: To make focus near manually.
OPEN: To open iris.
CLOSE: To close iris.
ON: Switch on the setting of function.
OFF: Switch off the setting of function.
CALL: To call the preset position.
PRESET: To set the preset position.
SHOT: To call cruising track.
Page 2

b. Rear Panel (Figure 2)
A. Power input connector: input DC 12 V power.
B. DC 12 V Output.
C. Communication connector RS485.
D. ID-Code switch: Used to set the protocol in use and the baud rate of communications.
4. Setting of the Keyboard
a) The protocol in use and the baud rate of communication of the keyboard are set by the ID-Code in Figure 2. DIP 1-DIP 4 are used to select type of the communication protocol as per following table.
b) DIP 5 and DIP 6 are used to select the baud rate, shown as following table (DIP 7 and DIP 8 are not used):
c) Some of the ID-Code of the protocols are set as follows:
Page 4

5. Operation of the Keyboard
1. Select Address of Speed Dome Camera/Decoder: N+CAM,
.....Description: N--No. Of camera from 0 to 64
.....Function: Select the address of the camera to be controlled. When the value N is in conformity with the address of the speed dome, it will be under control.
2. To set preset position: N+PRESET
.....Description: N--No. Of preset position from 1 to 64.
.....Function: Store current position and refer it as No. N position.
3. Call the Preset position: N+CALL
.....Description: N--No. Of preset positions from 1 to 64.
.....Function: Transfer the camera to the position of No. N preset position.
4. Cancel the Preset position: N+CLEAR.
.... Description: N--No. Of preset positions from 1 to 64.
.....Function: Delete the No. N Preset position stored.
5. Tour the Track: N + SHOT.
.....Description: N--No. Of preset positions from 1 to 64.
.....Function: Tour the No. N track and stop tour by pushing the joystick.
6. To turn on Auto Pan (Operation of NEON SAMSUNG Protocol): AUTO + P1+On+P2+OFF.
.....Description: P1- the starting scan No. of preset point from 1 to 64, which should be set already.
.....Description: P2- the ending scan No. of preset point from 1 to 64, which should be set already. If P1=P2 Or P1 and P2 are coincided, the speed dome will make scan in range of 360.
Note: For PELCO-D, PELCO-P Protocol the way of operation is as follows:
Set the starting scan position: Transfer the Speed Dome to the starting scan position operation (AUTO)+ (ON)
Set the ending scan position: Transfer the Speed Dome to the ending scan position, operation (AUTO)+(OFF)
Run Auto Pan: (AUTO)+(SHOT)
Auto Pan operation takes the following parameters. You must set the parameters before using a Auto Pan command to begin the scan operation. You can use the scan stop command or PT scan stop command to stop the scan.
Setting scan condition.
Page 5

Auto Pan Position (First specify position, second specify position)
Auto Pan Speed and Direction
7. Stop Auto Pan: (AUTO)+(OFF) (Only A01,B01 Available) or push the joystick to stop scan.
8. Control the zoom of the Camera: (WIDE/TELE).
9. Control the Focus of the Camera: (FAR/NEAR).
10. Control the Iris of the Camera: (OPEN/CLOSE).
11. Auxiliary Control of the Camera: By combination of (MENU) and (ON), (OFF) buttons, you can set Some data of the camera, and functions are listed as follows (operations of NEON Protocol):
Page 6

.For different camera, control function in the list could be different.
.For the camera with the menu, switch ON/OFF the menu by (MENU)+(3)+(0n), and switch ON/OFF the .OSD by (MENU)+(3)+(OFF). In case the camera has the menu and the menu of ON.
..1. Select the item on the menu by buttons (WIDE)/(TELE) to scroll the cursor up or down.
..2. Change the status of the selected item on the menu by buttons (FAR)/(NEAR).
..3. Switch OFF the menu as per operations in the list after the menu is set.
.Take care of differences between the Menu of Speed Dome and the Menu of Camera. For the speed dome with the menu, enter the menu by (64)+(CALL) and basic operations are as follows:
..1. Call No. 64 preset point to open the main menu by the control keyboard.
..2. When the menu appears on the screen, move the cursor to the item you need to set by TILT UP and ......TILT ....DOWN, and enter the settings of the item to make change by PAN LEFT and PAN RIGHT.
..3. Speed up operation of the joystick after keeping it for one second in one direction.
..4. All settings of the menu could not be lost even power failure occurred.
..5. Operations under special case can be referred on the description of the menu of the ball machine.
12. Use the Joystick to Control the Speed Dome Camera:
.......You can use the speed joystick to control the Pan/Tilt direction and speed of the dome of the camera randomly. The speed of pan/tilt is decided by the angle of the joystick you operated (Figure 3). Change the tilting angle of the joystick you can adjust the speed evenly and the camera can be focused automatically in the course of scan to keep images being distinct.
Page 7
6. Installation and Connection
Attention: Please read the operation manual of the keyboard and the speed dome carefully before connecting wires. Any incorrect connections can cause permanent damage of the device> When connecting wires, first switch off the power supply of all devices. The communication wires between devices should be shielded twisted cable. When installing cables they should be far away from high voltage lines or other possible interference circuits as can as possible.
..1. Connections of the keyboard controller controlling multiple speed dome cameras (figure 4).
..2. Connections between the keyboard and the speed dome camera (Figures 5).
7. Technical Specifications:
Communication between Speed Dome Camera and Controller: Port to Multi-port and half duplex function.
Communication connector: RS-485.
Baud Rate of Communication: Four baud rates i.e. 2400 BPS, 4800 Bps, 9600 Bps and 19200 Bps.
Page 8

Distance of Communication: 1200 M in maximum.
Power Supply: 500 mA (the input voltage of power supply is variable for power supply's specification:.
Size: 188 x 97 x 70 (mm).
Weight: 0.5 kg
Number of Controlled Speed Dome Camera up to 32.
8. Points for Attention:

Please read the operation manual of the keyboard carefully before using it.
The operation manual is mainly focused on all functions of B01 Protocol. For other different protocols, operations could be something difference and those different parts will be listed on "Supplementary .Description of the Keyboard Controller" in details.
The keyboard takes 12 V DC power supply. Please confirm the voltage and polarity before the power supply is switched on.
Do not place the keyboard under the rain or on wet place so as to avoid short circuit or electrical shock.
As the keyboard is a sophisticated electronic device, you should never open the case so as to avoid the occurrence of trouble.
The keyboard has integrated multiple protocols, and you are pleased to select correct protocol and the baud rate.
Page 9


Pan Tilt Zoom (PTZ) CCTV cameras are affordable and offer better performance then ever.
Pan Tilt Zoom surveillance cameras are used by Government, large corporations, casinos and consumers. Other uses include Mast Aerial Photography.
PTZ cameras rotate horizontally through 360 degrees, vertically through 90 degrees and have motorized optical zoom lenses. A camera turret or motorized swivel is similar to a pan-tilt head.
Pan Tilt movement can be very fast and is controlled through a wired (or wireless) connection, by the mating controller.
PTZ cameras are often mounted in domes, outside dome cameras are weatherproofed, heated and cooled.
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