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Pan Tilt Zoom Camera INSTRUCTIONS

External PTZ DOME CAMERA Tt

CCT767 DOME SPECIFICATION RS485 - 2 WIRE DATA PROTOCOL - PELCOP ** BAUD RATE - 9600 DOME SIZE - 300 mm diameter MAX DIST. from wall - 530mm MAX VERT. DROP –425mm POWER SUPPLY 24V AC 1.5A COLOUR - Cream body & bracket WEIGHT - 4 Kgs **Protocol JEC set in DVR365/Tardis

The CCT767 external PTZ dome, houses a high resolution 220x zoom (10x digital and 22x optical) colour camera CCT545. The dome can be operated by a simple easy to use keypad that is small enough to sit on any desktop or counter. The operator can aim the camera left, right, up or down, and zoom in and out, focusing automatically on the subject area using the built-in powerful auto-focus Canon Zoom lens. An added feature of this PTZ dome camera is that it can be given up to sixteen presets that can be toured automatically using the keypad. Alternatively the CCT767 is compatible with the DVR365 and Tardis range of Digital Video Recorders and can be controlled directly or via a network or Internet connection using Broadband. See further details about functionality using these DVR units. CCT767 DOME MAIN FEATURES The dip switches are located on the decoder card (blue) Solid state motor controllers, eliminate relay/contact problems Dual protocol PELCO(P) and PELCO(D) Baud Rate setup via dip switches Address settings via dip switches Presets available (available for use with keyboard CCT768) Self check function when first powered on (the camera will move left to right and up and down until it has centred itself whenever powered on – Auto Tour function (when more than one preset is selected)

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CAMERA MAIN FEATURES Sony 1/4”colour CCD sensor. 1v p-p 75 ohm Heavy duty construction for extreme conditions. Canon 3.7mm- 85mm Auto Focus Lens. 470TVL (580TVL Enhanced) Direct Drive Auto Iris 1.5 lux standard - 0.02 lux Moonlight Mode Completely waterproof for external use. Automatic Gain Control (AGC) Zoom control White Balance ATW/AWC/Manual BLC function 12volt DC 200mA

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Pan Tilt Zoom Camera INSTRUCTIONS

Powering the Dome and Camera (Cable 1) This PTZ Dome requires a 24v AC 1.5 amp supply to power the telemetrics. It is recommended that this is supplied from a local power supply. Power = RED and BLACK 24 volts AC. The camera installed in this unit is the CCT545 and this requires a 12v DC 200 mA regulated power supply. This supply is converted from the 24AC supply and therefore does not require additional connections. Telemetry In order to pass instructions to the PTZ for controlling the telemetrics, a two wire RS485 data lead (Brown A or +ve and White B or –ve) must be connected from the Dome to either a DVR with telemetric capability, a compatible keypad or an infra-red handheld remote control unit. This data lead is incorporated in the same cable as the 24v power supply. Note that when a keypad is used, the data lead connects directly to the DOME and cannot also be connected to a DVR. Heater (Cable 2) The PTZ Dome also has a heater for extreme temperature conditions. If this is required then a separate 24v AC 2 amp power supply is required. It is recommended that this is supplied from a local power supply. Power = YELLOW and WHITE 24 volts AC. This should only be connected for use in extremely low temperature conditions. Video (Cable 3) The video connection is via a mini co-ax cable –black with white inner. CONNECTION TO A DVR In order to control this PTZ dome via a DVR it is necessary to connect the two wire RS485 data lead from the decoder card to the RS485 connector on the back of the DVR. DVR365 4/8/16 way units On the DVR365 4 and 8 way units, this is pins 10 & 11 or 22 & 23 on the 25 way RS485 connector (pins 10 & 22 are the B line of the RS485, pins 11 and 23 are the A line of the RS485). On the DVR365 16 way the data lead is connected to the far right A and B connections at the rear of the unit. The video lead from the Dome camera must be connected to a video input on the rear of the DVR. For ease of setup, it is recommended that the PTZs are connected starting from channel 1 in sequence. For example if you are installing three PTZ cameras and one non-PTZ, use channels 13 for the PTZs and channel 4 for the non-PTZ. In order to control the PTZ equipment via a DVR365, it is necessary to update the Protocol, Baud Rate and Camera Address in the menu on the DVR. Enter Menu>System Setting>Control Menu and enter the Channel Number: The first PTZ channel/camera number Eg. 1 Protocol: Select JEC (note JEC must be entered in DVR365*) Baud Rate Address

Select 9600 Enter 001 (for first camera, 002 for second etc) If 001 is not recognized try 000 as first address Note that the DVR365 also comes with its own infra-red remote control that you can use to control the domes. * Although the protocol is PELCO(P) the JEC protocol must be set in the DVR. 2

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Tardis DVR On the Tardis the connection of the two wire RS485 data lead from the decoder card goes to the 15 way RS485 connector on the rear of the unit. Connect the A line output to pin 11 and the B line output to pin 12. The video lead from the Dome camera must be connected to a video input on the rear of the DVR. For ease of setup, it is recommended that the PTZs are connected starting from channel 1 in sequence. For example if you are installing three PTZ cameras and one non-PTZ, use channels 1-3 for the PTZs and channel 4 for the non-PTZ. In order to control the PTZ equipment via a Tardis, it is necessary to update the Protocol, Baud Rate and Camera Address in the menu on the Tardis. Enter Menu>System Setting>Control Menu and enter the Channel Number: The first PTZ channel/camera number Eg. 1 Protocol: Select JEC (note JEC must be entered in Tardis**) Baud Rate Select 9600 Address Enter 001 (for first camera, 002 for second etc) If 001 is not recognized try 000 as first address ** Although the protocol is PELCO(P) the JEC protocol must be set in the DVR. Dipswitch Settings Now it is necessary to set the Dip Switches in the Dome. The CCT767 automatically uses a dual protocol PELCO(P) / PELCO(D). The Baud rate and Address settings are setup via dip switches. The dip switches are located on the lower edge of the decoder card and are in a blue block. The decoder card is located behind a large blue or brown capacitor. There are 8 switches. The first 6 switches (1-6) are for the address of the dome. The last 2 (7 and 8) are for the Baud Rate setting.

BAUD RATE 2400 4800 9600

SWITCH 7 ON OFF ON

SWITCH 8 ON ON OFF

Address Sw1 Sw2 Sw3 Sw4 Sw5 Sw6 1 On Off Off Off Off Off 2 Off On Off Off Off Off 3 On On Off Off Off Off 4 Off Off On Off Off Off 5 On Off On Off Off Off 6 Off On On Off Off Off 7 On On On Off Off Off 8 Off Off Off On On On 9 On Off Off On Off Off 10 Off On Off On Off Off 11 On On Off On Off Off 12 Off Off On On Off Off 13 On Off On On Off Off 14 Off On On On Off Off Set the first camera address and baud rate and ensure all subsequent PTZs are allocated a unique address. The addresses set must reflect the address entered into the DVR.

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CONNECTION TO A CCT768 KEYPAD The keypad connects to the Pan and Tilt equipment via an RJ45 connector. This lead is supplied along with a ‘break out’box that allows termination using screw terminals. The connection diagram is shown for this in Diagram 1. (See below)

The RJ45 lead connects into the socket closest to the power connection on the rear of the keypad. NB. There are 2 RJ45 sockets on the rear panel, when looking from the rear the right hand one is used for output.

CCT768 Keypad Specifications Selectable Baud rates. 2400, 4800 and 9600 RS485 communication Requires a 9-12volts DC regulated power source @ 350mA Maximum communications distance = 1km Capable of controlling 32 Domes There is an LCD display on the keypad. When power is connected this will display the following: The current protocol (protocol D or P) The current camera address (each P/T device requires a unique address 1-32) The current baud rate These parameters can all be changed in the following manner: To select PROTCOL P: enter 50 and press the PGM key To select PROTCOL D: enter 44 and press the PGM key For 1200-BAUD rate: Input 12 and press the PRG key For 2400-BAUD rate: Input 24 and press the PRG key For 4800-BAUD rate: Input 48 and press the PRG key For 9600-BAUD rate: Input 96 and press the PRG key When all the above parameters are set correctly for the Pan and Tilt equipment in use then the camera will move whenever the joystick is moved.

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To select the auto pan feature just press the SCAN key. This will illuminate and the camera will move from side to side automatically. To cancel this feature press the SCAN key again and then move the joystick. Pressing the SHIFT key allows keys 2, 4, 6 and 8 to be used as well as the joystick. These keys have arrow symbol markings on them. Pressing the Tele key allows the camera to ZOOM in. Pressing the Wide key ZOOMS the camera out.

Presets The CCT767 Dome can have 16 presets programmed when used with the CCT768 Keypad. This means that the camera can be positioned to watch a specific area, then by pressing 01 and then PRESET this position will be stored as Preset 1. Move the camera to another position and then press 02 PRESET and this will be stored as PRESET 2. When there are more than 1 Presets configured the dome can be set to TOUR them. This is achieved by pressing the TOUR button on the keypad. The camera will then move to position 1 and then position 2 etc. The time delay the camera waits on each Preset can be changed from 5 seconds to either 10 or 30 seconds. To set the delay time: 5 seconds input 70 then press PRESET 10 seconds input 71 then press PRESET 30 seconds input 72 then press PRESET To clear the Presets input 77 then press PRESET

Troubleshooting Camera doesn’t move Check the power indicator is lit on the camera/dome decoder card. Check the correct protocol and baud rates are selected on the keypad and that the display is working on the keypad. Check the Data lines, RS485 A & B wires, are connected correctly. Check that the RJ45 lead is in the correct output socket on the rear of the keypad. No Display on the Keypad Check the power supply. This should be capable of 350mA between 9 and 12 volts DC.

NOTE: Whilst it is possible to connect the video output from the Dome camera via a DVR to a monitor, and then connecting the data cable directly to the keypad, it is not possible then to use the DVR to control the Dome. If there is a requirement to use presets and the Tour facility, this can only be accomplished using the keypad.

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Pan Tilt Zoom Camera INSTRUCTIONS CCT785 Remote Control Kit

CCT785 Remote Control 1 –9 and 0 A PAN

= Select Camera Address = Auto Pan Function < Direction keys stop Auto Pan> Direction Keys = Control selected camera Program = Switch for OSD function of Zoom camera TELE/WIDE = Zoom function FAR/NEAR = Focus function F1/F2/F3 = F1: Unit 10, F2: Unit 20 F3: Unit 30 E.g Address 17 = F1 + 7

DC 12v 300mA

+-+RS485 + = white (+) RS485 - = black (-)

Power for Receiver RS485 connections

-

The CCT785 Remote Control Kit comes complete with a handheld transmitter and a wall mounted receiver. The receiver needs a 12volt DC supply and a two wire data connection to the Dome/s. One receiver and handheld transmitter can control the functions of up to 32 Domes. Similar to a handheld remote control for a TV or VCR the transmitter must be able to see the receiver to control a Dome camera. If you wish to control the Dome/s from different rooms for example, you will need an infra red repeater that sends signals through walls from the individual remote controls to one central receiver. This can be accomplished using the SystemQ REM100 Remote Control Extender.

CCT785 Remote Control Receiver

12v DC 300mA There are two sets of RS485 connections White terminal + Black terminal -

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Controlling the CCT767 by a Computer The CCT767 dome can be controlled by a computer using the DVR365 or Tardis Digital Video Recorders. Not only can the dome be controlled via a LAN (Local Area Network) but it is also possible to control it via the Internet. Network connection operation The DVR365 can be networked in three different ways; Direct connection, LAN connection or Internet connection. Direct Connection It is possible to connect the DVR directly to a PC that has a Network Interface Card. It must be connected to a P.C using a network crossover lead. You must give the DVR an Internet Protocol (IP) address e.g 192.168.001.108. The subnet mask should be set to 255.255.255.0 Leave the Default Gateway blank. Power down the DVR365 to register the changes. Hold the front power button for 4 seconds, then switch off at the rear. Now power back on at the rear of the DVR and then the front. Now set the PC with a unique I.P address in the same range as the DVR e.g 192.168.001.100 The PC I.P address must not be the same as that entered in the DVR. This can be usually be set on the PC by clicking START > SETTINGS > NETWORK CONNECTIONS > LOCAL AREA CONNECTION> PROPERTIES> INTERNET PROTOCOL (TCPIP) and manually setting the I.P address. The Subnet Mask and Default Gateway must be the same as set in the DVR. Now load the DVR365 client and player software. Further instructions about this are included towards the end of the manual. The client software will require the DVR I.P adddress e.g 192.168.001.108, the subnet mask and Gateway as above.

Local Area Network You can connect the DVR to a Local Area Network (LAN) using the connection port on the rear of the DVR. You must use a LAN cable. You must give the DVR an Internet Protocol (IP) address. This must be unique to your network but in the same range e.g 192.168.001.xxx. The subnet mask should be set to 255.255.255.0 The Default Gateway should reflect the Router's IP address. Now set the PC with a unique I.P address in the same range as the DVR e.g 192.168.001.100 The PC I.P address must not be the same as that entered in the DVR. This can be usually be set on the PC by clicking START > SETTINGS > NETWORK CONNECTIONS > LOCAL AREA CONNECTION> PROPERTIES> INTERNET PROTOCOL (TCPIP) and manually setting the I.P address. The Subnet Mask and Default Gateway must be the same as set in the DVR. Now load the DVR365 client and player software. The client software will require the DVR I.P adddress e.g 192.168.001.108, the subnet mask and Gateway as above. In order to confirm the correct network connection between DVR and computer, you can use the PING command that comes with Microsoft Windows systems. To access the PING command, follow the sequence below: Start > Programs > Accessories > Command Prompt Once Command Prompt is open type (if 192.168.001.108 is the IP address of the DVR): PING 192.168.1.108 If it comes back and says ‘Request Timed Out’then the two devices are not communicating/connected correctly. This could be due to a bad or incorrect cable connection or the incorrect IP addresses. If it comes back and says ‘Reply from 192.168.001.108’the two devices are connected correctly.

Internet Connection CHECK LIST –for connecting a DVR365 onto the Internet •

You need a broadband (ADSL) internet connection at the site where the DVR is to be installed.

•

The ADSL connection at the site where the DVR is installed must have a “STATIC IP address”. This is because the I.P address for Internet use must be unique on the Web. (Note - you can request a static IP address from most Internet Service Providers (ISP’s), but they may charge a small fee for this.)

•

You will need a broadband router/modem at the DVR site. A good one is the Netgear DG834.

•

At the remote site where your computer will be located you will also need a broadband connection to ensure that you have a fast connection to your DVR.

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Internet Connection (cont.) TIP - You can’t use a USB type modem connected to a stand alone PC to get the DVR365 connected to the internet, you must get a router-modem, that allows multiple computers to share the broadband ADSL connection. USB modems rely on a computer’s operating system to drive them and the DVR365 cannot do the same thing. Once you have got your ADSL Internet connection with a static IP address at your DVR site, you can progress to installing the DVR. If the site where the DVR is to be installed already has an ADSL Internet connection that is shared by one or more computers it is likely to already have an ADSL modem/router of some description. If this is the case you will have to either configure the existing modem/router or replace it with a new one. If it’s an existing installation, we strongly recommend you enlist the help of the person or company that installed and configured it originally. The rest of these instructions now refer to installation using the Netgear modem/router. Step 1

Getting the router-modem connected to the Internet

If you have already done this and can already “surf the internet”you can skip this section and go straight to step 2. Your ISP should have given you all the information you need to get your modem and computers connected to the Internet. You should have the following information; login user name password static IP address Connect your computer to the Netgear router using the blue STRAIGHT RJ45 cable supplied with the router. Next, you need to set up the router to connect to the Internet. See the Netgear instructions of how to do this if you’re not sure, but the basic method is; 1. Run Internet Explorer 2. Type in the router’s address 192.168.000.1 (usual default for a Netgear) 3. Type in the user name “admin”, 4. Type in the password “password” 5. You should now see the Netgear set-up page. On this page navigate on the left-hand side to the “WIZARD”and run this wizard to set up your connection. When it asks you for the password etc enter them. Obviously the Netgear modem needs to be connected to your ADSL enabled telephone point.

When you have finished running the wizard you should be able to test your connection and see live Internet pages on your PC. If you cannot get the Internet connection please run the wizard again and check you have entered your user name and password correctly. If you still have a problem at this stage you MUST CONTACT your ISP. TIP- if you cannot get your computer to connect to the Netgear device, check that your computer is in the same IP address range as the Netgear. This can be found by navigating from My Computer > Control Panel > Network Setting >TCP/IP > Properties. If your computer is set up correctly in the same range as the Netgear router it will look like the following:

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Internet Connection (cont.)

The Address 192.168.000.XXX means it’s in the same range as other devices that share the same common address 192.168.000. With just the last 3 digits distinguishing between the various devices. For most networks - DO NOT CHANGE the subnet mask and leave it as 255.255.255.000 Once connected to the Internet you now need to set up the router so that you can connect to it and the DVR from anywhere in the world over the Internet.

Step 2 –Setting up your static IP address in the router. In the router navigate to the “Basic Settings”screen and click on “static IP address”. Next enter the STATIC IP address given to you by your ISP, look at the following picture as an example, obviously the IP address in the picture is an example you must enter your own here. The IP address you enter is the STATIC ADDRESS GIVEN TO YOU BY YOUR ISP.

Once you have entered this, please click the “apply”button at the bottom of the screen to update the router. Once you have set up your router to work with a static IP address anyone who types this address into their web browser will be redirected to your router from anywhere in the world. The next task is to make the router “route”this request to the DVR.

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Internet Connection (cont.)

Step 3 –Make the router “route”external connections to the DVR There are a few ways to do this but we will show you the quickest and most reliable.

The Netgear router can be set up to forward all external connections to a particular IP address (equipment) on your local area network, in this case this is the DVR365. The method we are going to show you uses the DMZ feature of the Netgear router. Some other routers have this feature so you will have to “tweak”and apply these notes to your router if it’s a different model.

Open the Netgear’s menu marked WAN Click default DMZ server, Now enter the IP address of the DVR365 - by default this may be 192.168.000.111 or possibly 192.168.1.111. Whatever IP address you enter here is the IP address you MUST enter in the DVR.

The Netgear router will send all external connections to this IP address. TIP –On a Netgear router the IP address of the DMZ server may appear greyed out, but you will be able to enter and amend the last 3 digits of the IP address. If your local area network is not in the range 192.168.000.xxx, you will need to set up the Netgear router to the appropriate range in its LAN settings screen. Once you have set up the router to use a DMZ server and set up the DMZ’s IP address you can move on to setting up the DVR. Step 4 –Setting up the DVR The DVR needs to be connected into the same network as the Netgear router or directly to the router itself. To connect into the network or directly to the router, use the “straight”grey RJ45 cable supplied with the DVR. (Note when you are connecting the DVR directly to a computer with no router you need a “crossover cable”. In the DVR you need to set up its IP address to be the same address as you set the DMZ server to be in the Netgear router. In this example, both the DVR’s IP address and the DMZ server’s need to be set up to be 192.168.000.111. Also, you will set up the DVR’s “gateway”to be the Static IP address of the router this means that it accesses the Internet through this “gateway”. In this example the DVR’s gateway will be 82.10.189.10

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Internet Connection (cont.) To get into the DVR menu press “enter”followed by the password “888888”if it’s still the default password Now navigate to System Settings>Network In System Setting enter the details as follows;

NETWORK SYSTEM SETTING

IP 192.168.000.111 SUBNETMASK 255.255.255.000 GATEWAY 82.10.189.001 SERVERPORT 00080 TCP PORT 37777 MONITOR TCP PLAYBACK TCP SAVE CANCEL

Remember: IP address = whatever you set the DMZ server to in the router GATEWAY = the router’s IP address, i.e. your static IP address supplied by your ISP. SUBNETMASK is that of your local area network = Leave at 255.255.255.000 TIP- we recommend you do not change the subnet mask, as this is the default setting for most networks. After you have changed and saved the network settings in the DVR (such as the IP address) you MUST reboot the DVR for these changes to take effect. Obviously please make sure you save the settings before you reboot!! Once rebooted, and if the DVR is connected to the Netgear router you will need to test it from another broadband connection to make sure it is working correctly. Whilst we can help with the DVR settings, it is the ISP's responsibility to advise on the setup of your ADSL connection.

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Internet Connection (cont.) Operation Using Client Software Once you have installed the software on your PC, there should be an icon on your desktop that points to the software. Once you have opened the software you will see the following interface on your monitor:

Now click on the Login icon The following menu is now opened.

Click on the Network Login then click OK

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Internet Connection (cont.) This menu allows you to add the IP number of the DVR you are accessing Click on the Add button.

Enter a Name for your DVR, then enter the IP number and press OK (the Port number is defaulted to 37777)

You can now click on the Login button; you will be prompted for the username and password: The default Username is admin The default Password is admin

You should now be logged into the DVR. The software allows you to have full control over the DVR.

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CCT545 Auto-Focus Colour Camera The CCT545 is a high performance colour camera with a built in auto focus Cannon Zoom lens means one camera really does suit many applications. The powerful Cannon lens provides a zoom factor of 22X (3.7-85mm) and the camera’ s 10X digital zoom combine to create a 220X zoom facility This incredible lens means you can use the camera to look at wide-angle scenes such as car parks and distant scenes such as entrances with equal success. Having an auto focus mode the camera can be used to automatically focus on a scene helping to get the sharpest possible picture and also saving valuable engineer set-up time. The advanced auto-focus feature can even be used to constantly readjust to keep a person or object in focus as they approach or leave the cameras view, for example a person walking towards the camera in a corridor. This feature also enables the CCT545 to be used with great success in PTZ housing and domes. The CCT545 is supplied with the lens pre-fitted and configured so installation is as quick and painless as possible.

Specifications Model Number Video Standard Image Sensor CCD Total Pixels Minimum Illumination Resolution S / N Ratio Whit Balance White Balance Range BLC Function Gamma Correction AGC ALC Image Negative Cross Line

Typical Moon Light Mode

Freeze Function Electronic Shutter Lens Focus Position Video Output Control Function Comm Baud Rate Operation Temp. Power Supply Dimensions

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CCT545 PAL 625Lines 50fps ¼-Inch Sony CCD Image Sensor 795(H) x 596(V) 1.5 Lux (F1.2, 5600°K) 0.02 Lux (F1.2, 5600°K) 470TVL 48dB (MIN) / 52dB (TYP) ATW/AWB/FIX (Zero Colour Rolling) 3200 ~ 9600 °K Super BLC, 48 Zone BLC 0.45 Auto (18dB max) Auto / Fix Select by OSD menu On/Off select by OSD menu (position adj. by software) Alarm in trigger or select by OSD AES: 1/60 (1/50) ~ 1/120000 sec. / MANU: 8 Step Canon 22x optical zoom lens, F1.6~3.8, f = 4~88mm Auto / Manual 64 position (Zoom, focus) Composite & Y/C output 1.0V Dry Switch, RS-232C (Drive option), OSD control 9600bps -10°C - 50°C 12VDC 3.6W 120mm(L) X 59mm(W) X 80mm(H)

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Connections Rear of the camera 1

3 8 2 4

5

6 7

1. 2. 3. 4. 5. 6. 7. 8.

Function Keys Key Mode Switch, use to switch between OSD and Lens control S-VHS video output (Y/C output) Remote Control 15Pin D sub Connector. See table 1 below Composite video output (BNC connector) PL LED indicates power on Power input screw terminal LENS LED indicates FUNCTION SWITCH is set for lens control

The table below shows the pin out for the remote 15pin D sub connector.

Pin 1 Pin 2 Pin 3 Pin 4 Pin 5

TX RX H-REV Alarm –IN IRIS (-)

Pin 6 Pin 7 Pin 8 Pin 9 Pin 10

GND GND GND V-REV IRIS (+)

15

Pin 11 Pin 12 Pin 13 Pin 14 Pin 15

Zoom (-) Zoom (+) Focus (+) Focus (-) +12V

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Powering the camera. The CCT545 requires a power supply that has a continuous rating of 200mA or higher per camera. It is recommended to use a power supply that is rated at 300mA; this prevents the PSU from running at its maximum rating. The PSU that is chosen must be a regulated 12V unit. Note that when this camera is fitted to the CCT767 Dome, the power supply feed is converted from the 24AC supply and thus no additional power supply is required. WARNING –This PSU MUST NOT be a 13.8V security type used in intruder alarms as the over voltage may damage the camera and void the warranty. The earthing arrangement of an intruder type alarm PSU may give rise to problematic “earth-loop”and poor voltage regulation, which can give poor/noisy image quality. We offer no technical support or warranty with the camera if it is powered by a 13.8V intruder alarm PSU, as it is contrary to the installation and usage instructions of the camera. The CCT545 is available with a terminal strip on the rear of the camera. The picture shows that the +12V connects to the left-hand terminal and the 0V connects to the right-hand terminal. The PL LED will illuminate when powered up. Video Out There are two video outputs from the CCT545, BNC and S-VHS type see figure below S-VHS standard provides a high definition video signal. BNC 1Vpk-pk conventional composite video signal.

A typical connection would be as follows;

It is recommended that when you are first setting up the cameras that you use a short BNC-BNC cable to link the camera directly to the monitor and to set it up at the same time. This allows you to both understand the camera and get the very best out of this great product as you will be able to adjust the camera whilst looking at the monitor screen. Obviously whilst you are setting up the camera, it does need to be powered!

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Using the Menu System. The following table shows what each function button does: UP/NER DN/FAR ENT/TEL PEI/WID

Up & Right Move Key Down & Left Move Key Enter Key Pre Confirm Key

Manual Zoom The camera allows the user to be able to manually control the zoom on the lens. This is done by: Press and Hold the ENT key to zoom in … … … … … … . Press and Hold the PEI key to zoom out Manual Fine Focus This feature gives the user the option to fine focus the camera: Press and Hold UP & DN to optimise the focus setting

Main Menu To enter the main menu system press the key mode button to transfer control form the lens (the lens LED goes out) and gives the user the ability to access the menu. Press and hold the ENT key for two seconds. The main menu shall appear on the screen. To scroll up and down through the menu use the UP & DN keys respectively. To leave the main menu press and hold the PEI key for two seconds.

Main Menu IRIS BLC AGC.SENS COLOUR AGC LENS REV POSITION ID PRESET MARK

Iris sub–menu This menu is used to control the iris & shutter speed of the lens. It included three items “PEAK”, “ALC”, and “AES”. “PEAK”is used to control the reaction of auto iris, which is based on the average light of picture signal or the light rate of the peak. Press the ENT key to access the IRIS menu level. The following screen will appear. To move the cursor, press UP to move the cursor up and DN to move the cursor down. Once the desired position has been reached press enter to store the information. Press DN to go back to the start of the IRIS sub –menu. Scroll down to (using DN key) ALC, press ENT, now the settings can be changed, or scroll down to FIX and press ENT to change ALC to a fixed setting, press ENT to store. When desired settings are set press PEI to escape back to the IRIS sub menu.

IRIS

(1)

PEAK

OFF ON A---------P

(2)

ALC

AUTO A---------P FIX

(3)

AES

AUTO A---------P FIX

Scroll down to AES, press ENT. To change press ENT now scroll up/down from off, 1/120, 1/250, 1/1500, 1/1000, 1/2000, 1/4000 and 1/10000. Press enter to store. OR set AES to auto, from AES press ENT then scroll up one & ENT, press up/down to alter, press ENT top save.

17

System Q CCT767

SIDE 18 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to IRIS chart below:

OFF

PEAK

UP DOWN

ALC

AES

ENTER

ENTER

UP DOWN

PRI

PRI

PRI

ON

ENTER

UP DOWN

PRI

AUTO

ENTER

UP DOWN

ENTER

UP DOWN

PRI

AVERAGE OR PEAK

ENTER

ALC-LEVEL ADJ.

ENTER

PRI

PRI

FIX

ENTER

UP DOWN

MANUAL-IRIS ADJ.

ENTER

PRI

AUTO

ENTER

UP DOWN

AES-LEVEL ADJ.

ENTER

MANUAL SHUTTER SELECT

ENTER

ENTER

UP DOWN

PRI

PRI

FIX

ENTER

UP DOWN

BLC sub-menu

BLC

This sub-menu is used to control the Back Light Compensation (BLC) i.e. ON or OFF. When turning the BLC ON, there is two sub items: AREA and SENS. In the AREA sub-menu there are 48 BLC zones that can be set separately, depending upon what areas are required to be masked. The SENS sub-menu is used to enhance the BLC effect. See chart below for directions. After the desired setting are set press PEI to return to the main menu.

18

OFF ON AREA SENS LOW --------- HI

System Q CCT767

SIDE 19 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to BLC chart below:

PRI OFF

ENTER

UP DOWN

ON

ENTER

AREA

ENTER

SENS

UP DOWN

UP DOWN

48 ZONE BLC SELECT

ENTER

UP DOWN SENS LOW/HI ADJ.

ENTER

PRI

AGC, SENS sub-menu When the light falling on the CCD reduces to a certain level, there is insufficient light to create a full video signal. The AGC increases the amount of amplification in these conditions that brings the signal up to the required level.

AGC SENS

This sub-menu is used to select the FREEZE and the AGC, SENS function.

Freeze

To enter freeze press ENT then choose either field or frame using the UP/DN keys. Press enter to save. The default setting is Freeze is set to off, when set to on the picture is held as if it were a still.

Freeze

To adjust the Automatic Gain Control, select AGC then there are nine adjustable steps: 0dB, 2.25dB, 4.5dB, 6.75dB, 9dB, 11.25dB, 13.5dB, 15.75dB, and 18dB. SENS is used for low light applications.

19

AGC SENS

Field Frame OFF ON AUTO --------AUTO ---------

System Q CCT767

SIDE 20 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to AGC/SENS chart below:

Freeze

ENTER

Field

ENTER

Frame

ENTER

OFF

ENTER

ON

ENTER

UP DOWN

PRI

Freeze

ENTER

UP DOWN

UP DOWN AGC

ENTER

UP DOWN

AGC MAX-GAIN ADJ.

ENTER

SENS UP ADJ.

ENTER

PRI

SENS

ENTER

UP DOWN

Colour sub-menu This menu is used to control the White balance and the gain of the RED and BLUE colour. WB:- White Balance control;

Colour

ATW is Auto Trace White balance AWB is One push white balance. Push ENT key, AWB will start to flicker, once the flickering has stopped it will also lock the current colour. Gain:- This is the gain of the Blue and Red and can be adjusted separately.

WB

20

Gain

ATW R---------B AWB R---------B R-Y --------B-Y ---------

System Q CCT767

SIDE 21 - OCT05

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to COLOUR chart below:

ATW

WB

ENTER

UP DOWN

ENTER

UP DOWN

UP DOWN

ATW OFFSET ADJ.

ENTER

PRI

AWB

ENTER

UP DOWN

AWB OFFSET ADJ.

ENTER

R-Y

ENTER

UP DOWN

R-Y GAIN AGJ.

ENTER

B-Y GAIN ADJ.

ENTER

PRI

GAIN

ENTER

UP DOWN

PRI

B-Y

ENTER

UP DOWN

APC sub-menu The APC sub-menu is used to enhance the picture quality. APC

H Gain is the Horizontal Compensation V Gain is the Vertical Compensation.

H Gain ------------V Gain -------------

21

Doc XCCT767

System Q CCT767

SIDE 22 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to APC chart below:

H-GAIN

ENTER

UP DOWN

UP DOWN

H-APC. GAIN AGJ.

ENTER

V-APC. GAIN ADJ.

ENTER

PRI

V-GAIN

ENTER

UP DOWN

Lens sub-menu LENS Digital ZOOM OFF

This sub-menu is used to control the lens. DIGITAL ZOOM can be turned on or off depending on the application requirements.

ON ZOOM SPEED ----FOCUS SPEED -----

ZOOM Speed this sets the speed of the zoom on the lens FOCUS Speed this sets the speed of the auto focus ZOOM: WIDE/TELE this sets the zoom to either a wide angle or a narrow one. FOCUS:AUTO/MANUAL setting.

22

ZOOM WIDE TELE FOCUS MANUAL INF AUTO

NEAR

System Q CCT767

SIDE 23 - OCT05

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to LENS chart below:

Digital ZOOM

ENTER

UP DOWN

Digital ZOOM ON/OFF SEL.

ENTER

ZOOM Speed ADJ.

ENTER

FOCUS Speed ADJ.

ENTER

WIDE / TELE ADJ.

ENTER

PRI

ZOOM Speed

ENTER

UP DOWN

PRI

FOCUS Speed

ENTER

UP DOWN

UP DOWN

PRI

ZOOM

ENTER

UP DOWN

PRI

MENU

FOCUS

ENTER

UP DOWN

ENTER

UP DOWN

INF / NEAR ADJ.

ENTER

PRI

AUTO

ENTER

REV sub-menu

REV

This sub-menu gives option of selecting Positive or Negative views of the image. This menu also allows Horizontal Reverse and Vertical Reverse of the image.

POSI/NEGA POSI NEGA

POSI/NEGA

Image positive and negative select.

H .REV OFF

H.REV

Horizontal Reverse (Mirror) ON/OFF

V.REV

ON

Vertical Reverse (Up-side down) ON/OFF

23

V .REV OFF ON

Doc XCCT767

System Q CCT767

SIDE 24 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to REV chart below:

PRI

POSI / NEGA

H-REV

ENTER

ENTER

UP DOWN

POSI

ENTER

NEGA

ENTER

H-REV ON/OFF SEL.

ENTER

V-REV ON/OFF SEL.

ENTER

UP DOWN

UP DOWN

PRI

V-REV

ENTER

UP DOWN

Position sub-menu This sub-menu is used to set the alarm in function; this can be set to either alarm position or image freeze.

POSITION ALARM FREEZE

NO=0 OFF ON

POSITION NO=1 ZOOM SPEED ----FOCUS SPEED ----ZOOM WIDE TELE FOCUS INF NEAR

24

System Q CCT767

SIDE 25 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to POSITION chart below:

ALARM

ENTER

UP DOWN

UP DOWN

SET ALARM NO.

ENTER

Freeze ON / OFF

ENTER

PRI

Freeze

ENTER

UP DOWN

PRI

POSITION

ENTER

UP DOWN

NO.

ENTER

UP DOWN

SEL. POSITION NO

ENTER

ZOOM Speed ADJ.

ENTER

FOCUS Speed ADJ.

ENTER

WIDE / TELE ADJ.

ENTER

INF / NEAR ADJ.

ENTER

PRI

PRI

ZOOM Speed

ENTER

UP DOWN

PRI

FOCUS SPeed

ENTER

UP DOWN

PRI

ZOOM

ENTER

UP DOWN

PRI

FOCUS

ENTER

UP DOWN

PRI

TITLE sub-menu This sub-menu is used to set up the identification figures and position on the screen.

TITLE 0123456789 ABCDEFGHIJKLM NOPQRSTUWXYZ abcdefghIjklm n op qr s t uvwx yz : ; ‘“. , ( ) < > [ ] { } -*/ UP DOWN

25

System Q CCT767

SIDE 26 - OCT05

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to TITLE chart below:

PRI

ENTER

UP DOWN

SELECT CHARACTER POSITION PRI

UP DOWN

ENTER

UP

ENTER

UP DOWN

CHARACTER LINE SHIFT-UP ONE-LINE

DOWN

ENTER

UP DOWN

ENTER

CHARACTER LINE SHIFT-DOWN ONE-LINE

SELECT CHARACTER LINE

ENTER

SELECT CHARACTER

PRESET sub-menu This sub-menu is used to select the camera to go back to PRESET, INITIAL and PHASE condition.

PRESET OFF ON INITIAL OFF ON PHASE OFF ON - --------------- +

26

Doc XCCT767

System Q CCT767

SIDE 27 - OCT05

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to PRESET chart below:

PRESET

ENTER

UP DOWN

PRESET ON/OFF SEL.

ENTER

INITIAL ON/OFF SEL.

ENTER

PRI

UP DOWN

INITIAL

ENTER

UP DOWN

PRI

PHASE

ENTER

UP DOWN

OFF

ENTER

PRI ON

UP DOWN

PHASE ADJ.

MARK sub-menu Once this function is activated it puts a hairline cross across the screen. This hairline cross enables the user to zoom in and focus on a desired area; it is also useful for when setting up the preset areas.

27

MARK OFF ON

Doc XCCT767

System Q CCT767

SIDE 28 - OCT05

Pan Tilt Zoom Camera INSTRUCTIONS

Please refer to MARK chart below:

UP DOWN

M ARK

ENTER

UP DOWN

M ARK ON / OFF

PRI

28

ENTER

Doc XCCT767

System Q CCT767

SIDE 29 - OCT05

Doc XCCT767

Pan Tilt Zoom Camera INSTRUCTIONS

Troubleshooting Guide These PTZ cameras are built to the highest standards and every unit is tested prior to packing. If you experience an installation problem you first need to check your cabling, connections, power supply and monitor. No picture or a poor picture The camera cannot function without the correct working power supply. The power supply must be regulated and be capable of supplying 300mA per camera continuously. For 12v DC cameras check that the power supply is functioning correctly using a multimeter set on DC voltage (above 12v) and connect the probes to the power supply's output plug or terminal strip. The meter reading should be between 12 - 13 volts. If a negative voltage is read then either the power supply is incorrectly wired or the multimeter leads have been reversed in error. If the reading is over 13 volts DC you may be using an unregulated power supply which can damage the camera. If you get a black or very dark picture it could be that the lens iris is not opening properly. Try adjusting the AGC/SENS adjustments detailed above. Note that when this camera is used in the CCT767 Dome the 12vDC supply is converted from the 24AC supply and therefore no separate supply is required. Make sure that the video lead that you connect between the camera and the monitor has no shorts or open circuits. If you are making your own lead ensure that you have two connections for video i.e video and ground as the camera will not function correctly. Faulty leads are generally the most common problem found when connecting cameras. Interference on the camera picture Intereference is usually caused by poor or inadequate cabling, not observing correct wiring techniques or not using a regulated power supply. If you want a good quality picture ensure that you do not use an intruder alarm power supply unit with 12 volt cameras. Poor performance in low light This can be due to an incorrect setting and may need adjustment of the AGC/SENS settings. See above instructions.

29