AVTech - Velleman CAMCOLD-CK Manual de Usario

AVTech - Velleman Seguridad CAMCOLD-CK

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CAMCOLD/CK_v2 1 VELLEMAN

CAMCOLD/CK – CONTROLLER KEYBOARD FOR DOME CAMERA

1. Introduction

To all residents of the European Union

Important environmental information about this product

This symbol on this unit or the package indicates that disposal of this unit after its lifecycle could harm the

environment.

Do not dispose of the unit (or batteries) as unsorted municipal waste; it should be brought to a specialized

company for recycling.

This unit should be returned to your distributor or to a local recycling service.

Respect the local environmental rules.

If in doubt, contact your local waste disposal authorities

Thank you for buying the CAMCOLD/CK! If the device was damaged in transit, contact your dealer.

2. Features

• Can control up to 99 cameras

• Ability to control 99 normal scanner heads, 1 scanner head, low speed scanner head (less than 24°/sec),

variable speed scanner head

• Joystick makes for easy manipulation

• Each scanner head can have 64 pre-programmed positions

• Delay time can be set between 1~60 sec

• Presets: only available on dome cameras disposing of the preset function

• Clearly legible LCD display

• RS-485 interface

• Normal scanner head / control electronic lens and scanner head via decoder (each decoder has 2 ON/OFF

switches)

• Normal recording/lens all in one scanner head

• Low speed scanner head can have 64 pre-positions, slow speed control (<24°/sec)

• High speed, variable speed scanner head can have 64 preset points, variable speed control

3. Specifications

• Power: adapter 9-12VDC / 400mA (not included)

• Control protocol: RS-485

• Transfer speed: 9600 bit/sec

• Dimensions: 265 x 175 x 80mm

• Weight: 0.95kg

4. Connection

1 (grey), 2 (white) – DC 9V-12V

3 (black), 4 (red) – RS485 control A

5 (green), 6 (yellow) – RS485 control B

7 (blue), 8 (brown) - Ground

CAMCOLD/CK_v2 2 VELLEMAN

ATTENTION: Please be careful on the sequence of pin wires - colour

• Signal A: Connect all cameras together on connector RS-485-A (connector K2)

• Signal B: Connect all cameras together on connector RS-485-B (connector K2)

• Do not inverse A with B.

• Connect all connections from keyboard connector A with camera connector 1A, camera connector 2A, …

1. Control wires: Connect the RS485 A and B wires from the keyboard to the A and B wires respectively

from the camera, the A and B wires respectively from the port of the scanner head, etc.

2. Terminal resistance: Connect a terminal resistance of 120Ω to the 2 extreme points of the decoder or

scanner head. Other components do not need resistance.

3. Matching resistance of 120Ω: Wires or ON/OFF switches are on the keyboard. Jumper K4 in the

keyboard is for the matching resistance. When switched to ON, the resistance is connected to the

extremity; otherwise, on effect.

1. Connecting 1 dome camera (with PELCO-D protocol)

1. Connect controller signal A to camera signal A.

2. Connect controller signal B to camera signal B.

3. Establish the camera address as address 1 (00000001) see 4.1

4. Establish the camera protocol (standard protocol is PELCO-D protocol). Usually, you do not need to change

the protocol because the controller uses the Pelco-D protocol.

See 4.1 to change the protocol.

You can also modify the protocol by using the “F4” button on the controller.

4.1 How to set up the PELCO-D protocol

On the camera (bottom of the camera) there is a DIP switch enabling you to adjust the address and the

protocol of the camera. The first six switches are for the address (from 1 to 63). It is possible to connect 64

cameras. The last 2 switches serve to set up the protocol.

12345678 = DIP switch nr.

Address 1 => 00000001 Characters in bold and italic: Pelco-D protocol

Address 2 => 10000001 78

Address 3 => 01000001 01

Address 4 => 11000001

Address 5 => 00100001

Address 6 => 10100001

Address 7 => 01100001

Address 8 => 11100001

Address 9 => 00010001

Address 10 => 10010001

Etc.….

‘1’ in the table means the switch is ON; ‘0’ in the table means the switch is OFF.

4.2 How to set up the PELCO-P protocol

12345678 = DIP switch nr.

Address 1 => 00000010 Characters in bold and italic: Pelco-P protocol

Address 2 => 10000010 78

Address 3 => 01000010 10

Address 4 => 11000010

Address 5 => 00100010

CAMCOLD/CK_v2 3 VELLEMAN

Address 6 => 10100010

Address 7 => 01100010

Address 8 => 11100010

Address 9 => 00010010

Address 10 => 10010010

Etc.….

‘1’ in the table means the switch is ON; ‘0’ in the table means the switch is OFF.

5. Close off the camera with a jumper (terminal resistance) and set the jumper ON.

6. Connect the power supply (12VDC) to the controller and to the camera.

• The controller starts up and the camera initializes.

• The camera stops after the initialisation and waits an instruction from the controller.

• Use the controller’s manual as a reference on how to use the controller.

2. Connecting 2 dome cameras

• Connect controller signal A to signal A from camera 1 and signal A from camera 2.

• Connect controller signal B to signal B from camera 1 and signal B from camera 2

• Establish the address from camera 1 as address 1 and the address from camera 2 as address 2.

12345678

Camera 1 => 00000001 Pelco-D protocol

12345678

Camera 2 => 10000001 Pelco-D protocol

• Switch the jumper from the first camera to “OFF” (terminal resistance not enabled).

• Switch the jumper from the second camera to “ON” (terminal resistance enabled). Make sure to close off

the last camera with a terminal resistance (through the jumper).

• Connect the power supply (12VDC) to the controllers and the cameras.

• The controller starts up and the cameras initialize. You can operate the cameras after the initialisation. To

operate the controller: refer to the controller’s manual.

You can connect up to 64 cameras.

Protocol set-up: see 4.1

3. Connecting one or several controllers

Remark: You can also connect 2 controllers to a group of cameras.

Simply connect the controllers in parallel. You can connect up to 25 controllers to a group of cameras.

Signal A controller 1 to signal controller 2.

Signal B controller 2 to signal controller 2.

Power supply (+12V) controller 1 to power supply (+12) controller 2.

Ground (-) controller 1 to ground (-) controller 2.

Etc. (# controllers)

ATTENTION: Do not operate 2 controllers at the same time.

Especificaciones del producto

Marca:	AVTech - Velleman
Categoría:	Seguridad
Modelo:	CAMCOLD-CK

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