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8000/9000 Fixed IP Dome Cameras Internal Dome Internal Vandal Resistant Dome External Vandal Resistant Dome Hardware Guide

Transcript of 8000/9000 Fixed IP Dome Cameras - CCTV Center Fixed Dome Camera_manual… · 8000/9000 Fixed IP...

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8000/9000 Fixed IP Dome Cameras Internal DomeInternal Vandal Resistant DomeExternal Vandal Resistant Dome

Hardware Guide

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THIS MANUAL WAS CREATED ON JUNE 26, 2008.

LEGAL CONSIDERATIONS LAWS THAT CAN VARY FROM COUNTRY TO COUNTRY MAY PROHIBIT CAMERA SURVEILLANCE. PLEASE ENSURE THAT THE RELEVANT LAWS ARE FULLY UNDERSTOOD FOR THE PARTICULAR COUNTRY OR REGION IN WHICH YOU WILL BE OPERATING THIS EQUIPMENT. INDIGOVISION LTD. ACCEPTS NO LIABILITY FOR IMPROPER OR ILLEGAL USE OF THIS PRODUCT.

COPYRIGHT COPYRIGHT © 2008 INDIGOVISION LIMITED. ALL RIGHTS RESERVED.

THIS MANUAL IS PROTECTED BY NATIONAL AND INTERNATIONAL COPYRIGHT AND OTHER LAWS. UNAUTHORIZED STORAGE, REPRODUCTION, TRANSMISSION AND/OR DISTRIBUTION OF THIS MANUAL, OR ANY PART OF IT, MAY RESULT IN CIVIL AND/OR CRIMINAL PROCEEDINGS.

INDIGOVISION AND VIDEOBRIDGE ARE TRADEMARKS OF INDIGOVISION LIMITED AND ARE REGISTERED IN CERTAIN COUNTRIES. ALL OTHER PRODUCT NAMES REFERRED TO IN THIS MANUAL ARE TRADEMARKS OF THEIR RESPECTIVE OWNERS.

SAVE AS OTHERWISE AGREED WITH INDIGOVISION LIMITED AND/OR INDIGOVISION, INC., THIS MANUAL IS PROVIDED WITHOUT EXPRESS REPRESENTATION AND/OR WARRANTY OF ANY KIND. TO THE FULLEST EXTENT PERMITTED BY APPLICABLE LAWS, INDIGOVISION LIMITED AND INDIGOVISION, INC. DISCLAIM ALL IMPLIED REPRESENTATIONS, WARRANTIES, CONDITIONS AND/OR OBLIGATIONS OF EVERY KIND IN RESPECT OF THIS MANUAL. ACCORDINGLY, SAVE AS OTHERWISE AGREED WITH INDIGOVISION LIMITED AND/OR INDIGOVISION, INC., THIS MANUAL IS PROVIDED ON AN “AS IS”, “WITH ALL FAULTS” AND “AS AVAILABLE” BASIS. PLEASE CONTACT INDIGOVISION LIMITED (EITHER BY POST OR BY E-MAIL AT [email protected]) WITH ANY SUGGESTED CORRECTIONS AND/OR IMPROVEMENTS TO THIS MANUAL.

SAVE AS OTHERWISE AGREED WITH INDIGOVISION LIMITED AND/OR INDIGOVISION, INC., THE LIABILITY OF INDIGOVISION LIMITED AND INDIGOVISION, INC. FOR ANY LOSS (OTHER THAN DEATH OR PERSONAL INJURY) ARISING AS A RESULT OF ANY NEGLIGENT ACT OR OMISSION BY INDIGOVISION LIMITED AND/OR INDIGOVISION, INC. IN CONNECTION WITH THIS MANUAL AND/OR AS A RESULT OF ANY USE OF OR RELIANCE ON THIS MANUAL IS EXCLUDED TO THE FULLEST EXTENT PERMITTED BY APPLICABLE LAWS.

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TABLE OF CONTENTS

ABOUT THIS GUIDE.......................................... 5Safety Notices ...............................................................5

1 GETTING STARTED........................................ 7Camera Variants .........................................................7

Cabling Requirements ...................................................9Wiring Requirements .....................................................9Powering Up the Fixed IP Dome Camera .....................10

Using a Power over Ethernet (PoE) switch .................10Using a PoE Injector....................................................10Using a PoE Midspan..................................................11Using Auxiliary Power .................................................11Power Up LEDs...........................................................12

2 INITIAL FIXED IP DOME CAMERA CONFIGURATION..... 13Initial IP Properties ........................................................13Using the Web Configuration Pages .............................13

Step 1 — Preparing an Isolated Network ....................14Step 2 — Preparing for Initial Device Configuration....15Step 3 — Configuring your Fixed IP Dome Camera ...17

Using the Serial Port Connection ..................................21Attaching the Fixed IP Dome Camera to the Network ..23

3 INTERNAL FIXED IP DOME CAMERA INSTALLATION .... 25Fit the Mounting Plate ...................................................25Run the Cabling to the Mounting Plate .........................27Fit the Camera to the Mounting Plate ...........................27Setting up the Sensor ....................................................28

4 INTERNAL VANDAL RESISTANT FIXED IP DOME CAMERA INSTALLATION .................................................... 31

Without Exit Collar .........................................................31

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Wall/Ceiling Preparation ............................................. 31Run the Cabling to the Access Point .......................... 33Fit the Camera............................................................ 33Setting up the Sensor ................................................. 34

With Exit Collar ............................................................. 37Fit the Exit Collar ........................................................ 37Run the Cabling to the Exit Collar .............................. 38Fit the Camera to the Exit Collar ................................ 38Setting Up The Sensor ............................................... 38

5 EXTERNAL VANDAL RESISTANT FIXED IP DOME CAMERA INSTALLATION .................................... 39

Fit the Exit Collar ........................................................ 39Run the Cabling to the Exit Collar .............................. 40Connect the Heater Power Supply ............................. 41Fit the Camera to the Exit Collar ................................ 41Setting up the Sensor ................................................. 41Low Temperature Start-Up ......................................... 44Heater and Fan Operation.......................................... 45

APPENDIX A – HARDWARE SPECIFICATION....... 47Codec Specification ...................................................... 47

Video .......................................................................... 47Console Input/Output.................................................. 47Analog Video Output .................................................. 48Console Serial Port..................................................... 48Power Over Ethernet .................................................. 48Network Connections ................................................. 48Metrics ........................................................................ 49Environment ............................................................... 49Regulatory .................................................................. 49

Binary IO Connections .................................................. 50Binary Input ................................................................ 50Binary Output.............................................................. 51

Sensor Specification ..................................................... 53

INDEX ..........................................................55

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ABOUT THIS GUIDE

This guide is written for users of IndigoVision’s Fixed IP Dome Camera, which is available in three variants:

• Internal Dome

• Internal Vandal Resistant Dome

• External Vandal Resistant Dome.

The Internal variants use a Day-Only color sensor. The External Vandal Resistant Dome uses a Day-Night color/monochrome sensor.

All three variants are available as 8000 (MPEG-4) or 9000 (H.264) units.

Please ensure that you read the instructions within this document relating to the camera variant you have been shipped.

The guide provides installation and configuration information about the products, and a description of the hardware and specifications.

For information on how to use the Web Configuration pages to configure the unit, see the IndigoVision 8000/9000 Web Configuration Guide.

Safety NoticesThis guide uses the following formats for safety notices:

Note: Additional information relating to the current section.

Caution: Potential hazard that could seriously impair operation.

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1 GETTING STARTED

Camera VariantsThe IndigoVision Fixed IP Dome Camera is available in three variants:

• Internal Dome - the Internal Dome is a plastic encased dome camera for internal wall or ceiling mount, and is fitted with a Day-Only color sensor.

• Internal Vandal Resistant Dome - the Internal Vandal Resistant Dome is a metal encased vandal-resistant dome camera for internal wall or ceiling mount, and is fitted with a Day-Only color sensor.

• External Vandal Resistant Dome - the External Vandal Resistant Dome is a day/night, metal encased vandal-resistant dome camera for external wall or ceiling mount, and is fitted with a Day-Night color/monochrome sensor.

All three variants are available as 8000 (MPEG-4) or 9000 (H.264) units.

Please ensure that you read the instructions within this document relating to the camera variant you have been shipped.

Before you begin, please check that you have been shipped the following items.

For the Internal Fixed IP Dome Camera:

• 1 x Internal Fixed IP Dome Camera fitted with plastic lens shroud and dome bubble

• 1 x wall / ceiling mounting plate

• 1 x Fixed IP Dome Camera Serial Cable

• 1 x tinted dome bubble

• 2 x fixing screws

• 1 x Allen key

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Before proceeding, remove the packing material from inside the Internal Dome camera. First remove the dome bubble from the camera by rotating it anti-clockwise to its end stop position, then lift off. Remove the lens shroud.

Caution: Ensure the cover fixing screw is not fitted before attempting to remove the dome bubble.

For the Internal Vandal Resistant Fixed IP Dome Camera:

• 1 x Internal Vandal Resistant Fixed IP Dome Camera fitted with plastic lens shroud and dome bubble

• 1 x Exit collar with plug and gasket

• 1 x Fixed IP Dome Camera Serial Cable

• 3 x security screws

• 1 x Allen key

• 1 x Torque bit

Before proceeding, remove the packing material from inside the Internal Vandal Resistant Dome camera. First remove the camera bezel by unscrewing the three security screws situated around the dome bubble (use the Torque T10 bit supplied). Lift off the bezel, the dome bubble, and the lens shroud.

For the External Vandal Resistant Fixed IP Dome Camera:

• 1 x External Vandal Resistant Fixed IP Dome Camera fitted with plastic lens shroud and dome bubble

• 1 x Exit collar with plug, gasket and heater assembly

• 1 x Fixed IP Dome Camera Serial Cable

• 3 x security screws

• 1 x Allen key

• 1 x Torque bit

• 1 x 12Vdc power supply (for heater)

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Before proceeding, remove the packing material from inside the External Vandal Resistant Dome camera. First remove the camera bezel by unscrewing the three security screws situated around the dome bubble (use the Torque T10 bit supplied). Lift off the bezel, the dome bubble, and the lens shroud.

Cabling RequirementsThis section details the cabling and wiring requirements for the Fixed IP Dome Camera.

Wiring Requirements

Table 1 Video and Ethernet Cable Requirements

TypeVideo BNC 75 ohm coax

Ethernet CAT5 (or higher) 100m max

Table 2 IO connector wiring requirements

Pin SignalRecommended Wire Gauge

Pin 1 AUX PWR 18 AWG

Pin 2 AUX PWR 18 AWG

Pin 3 NOT USED N/A

Pin 4 OUT1A 22 AWG

Pin 5 IN1+ 22 AWG

Pin 6 OUT1B 22 AWG

Pin 7 IN2+ 22 AWG

Pin 8 IN1- 22 AWG

Pin 9 GND 22 AWG

Pin 10 IN2- 22 AWG

Pin 11 CONSOLE RX 22 AWG

Pin 12 CONSOLE TX 22 AWG

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Powering Up the Fixed IP Dome CameraThe camera is a Power Over Ethernet (PoE) powered device compliant with the IEEE802.3af standard. The 8000 camera variants dissipate 7W maximum power, with the 9000 variants dissipating 8W maximum.

There are four methods of powering up the camera:

• Using a Power over Ethernet (PoE) switch

• Using a PoE Injector

• Using a PoE Midspan

• Using Auxiliary Power (24v AC/DC)

These methods are detailed below.

Using a Power over Ethernet (PoE) switchTo power up the camera using a PoE-compliant switch, attach a CAT5 cable between the camera and the PoE switch.

Using a PoE InjectorIf a PoE switch is not available, the camera can be powered using a PoE injector, such as Phihong PSA1GU-480.

Figure 1 Using a PoE Injector

Fixed IP Dome Camera

Cat5 cable Cat5 cable

Network switch PoE Injector

Mains PowerMains Power

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Using a PoE MidspanIf a PoE switch is not available, the camera can be powered using a PoE Midspan.

Figure 2 Using a PoE Midspan

Using Auxiliary PowerIf power from a PoE Ethernet switch, PoE Midspan or PoE Injector is not available, the camera can be powered using the auxiliary power input on pins 1 and 2 of the 12-way I/O connector on the rear of the camera.

Auxiliary power requirements are 24V AC or 24V DC at 290mA max (7VA max power) for 8000 camera variants, and 334mA max (8VA max power) for 9000 camera variants. Figure 3 shows the pin numbering scheme of the I/O connector.

Figure 3 I/O connector pin numbering scheme

Use 18AWG (or 1mm2) figure of eight (or twisted pair) cable to connect an auxiliary power supply to the camera.

The auxiliary power input to the camera is not polarity sensitive, therefore a DC power supply can be connected in either polarity.

Fixed IP Dome Camera

Cat5 cable

Network switch

PoE Midspan

Mains Power In

Out

Pin 12

Pin 11

Pin 2

Pin 1

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A 24V DC, 500mA PSU with mains power lead can be ordered from IndigoVision, the base order code is 110004. Add -1 to the base order code for a UK IEC mains lead, -2 for a US IEC mains lead and -3 for an EU IEC mains lead.

Power Up LEDsWhen the camera is powered up, the LEDs indicate the following:

LED Color State MeaningPower up Green Flashing Camera is powered up

Network/link Yellow Unlit Link is down

Solid Link is up, but there is no network traffic

Flashing Link is up and there is network traffic

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2 INITIAL FIXED IP DOME CAMERA CONFIGURATION

Caution: You must configure your camera’s IP settings before you mount it in its final position.

You can configure your Fixed IP Dome Camera using the Web Configuration pages or a serial connection. The Web Configuration method is detailed below. If you are using a serial connection, see “Using the Serial Port Connection” on page 21.

Initial IP PropertiesBy default, these cameras are programmed with the IP properties shown in Table 3.

Using the Web Configuration PagesTo configure your camera using the Web Configuration pages you must:

1 Prepare an isolated network.

2 Prepare your PC for initial device configuration.

3 Configure your camera. This includes specifying its IP address and subnet mask.

Table 3 Default IP Properties

Initial ConfigurationIP Address 10.5.1.10

Subnet Mask 255.0.0.0

Default Gateway 10.0.0.1

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You must also have one of the following:

• A CAT5 crossover cable suitable for connection between the PC and the RJ45 connector on the camera, plus a 24V AC or DC PSU, OR

• A PoE switch with two standard CAT5 cables, OR

• A PoE injector with one standard CAT5 cable and one CAT5 crossover cable.

Step 1 — Preparing an Isolated NetworkYou should connect your camera and the PC you are using to configure it on their own isolated network. To do this, connect the unit to the PC using an Ethernet cross-over cable (see Figure 4.)

Figure 4 Connecting the unit and PC using a cross-over cable

Alternatively, you can connect the unit and PC to the same PoE switch (Figure 5):

Figure 5 Connecting the unit using a PoE switch

Power Supply24V AC or DC

Fixed IP Dome Camera

Cat5 crossovercable

PC

PCPoE switch

Cat5 cable

Fixed IP Dome Camera

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A further alternative is to connect the unit to the PC via a PoE Injector (Figure 6):

Figure 6 Connecting the unit using a PoE injector

Step 2 — Preparing for Initial Device ConfigurationAll cameras are supplied with their IP address and subnet mask set to 10.5.1.10 and 255.0.0.0 respectively. You cannot connect the cameras to your network until you have changed these settings to suit your network.

To change the factory defaults of your camera, you must first (temporarily) modify your PC’s network settings.

Caution: Please note the original value of all settings that are to be changed so that you can re-enter them when you have completed the initial camera configuration.

To change your PC’s settings:

1 Use the Windows XP Network Settings configuration application to set the PC’s IP address and subnet mask, as follows:

a. In Windows Explorer, right-click Network Neighborhood and select Properties.

b. Right-click Local Area Network and select Properties.

PCIN OUT

PoE injector

Mains Power Supply

Cat5 crossovercable

Cat5 cable

Fixed IP Dome Camera

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Figure 7 LAN Properties

c. Right-click Internet Protocol (TCP/IP) and select Properties.

Figure 8 IP Properties

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d. Set the IP address to an address close to the factory IP address, for example, 10.5.1.2 and change the PC’s subnet mask to 255.0.0.0 (the same as the factory default).

e. Click OK, then OK again.

Step 3 — Configuring your Fixed IP Dome CameraOnce you have changed your PC’s network settings, you must change the IP values of the camera from its factory defaults.

All cameras are supplied with their IP address and subnet mask set to 10.5.1.10 and 255.0.0.0 respectively. You cannot connect the cameras to your network until you have changed these settings to suit your network.

To change these values:

1 Open Windows XP’s Internet Explorer application. From the File menu, select Open, and enter 10.5.1.10 (the factory default IP address), then click OK.

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2 The Web Configuration home page appears (Figure 9):

Figure 9 Web Configuration home web page

3 Click the Network link on the left of the web page:

Figure 10 Network web page

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4 The fields are as follows:

• Use DHCP — Tick this box if you wish to assign the following Network parameters via a DHCP Server:

• IP Address

• Subnet Mask

• Default Gateway

• Hostname

• Network Time Server Address

Note: IndigoVision recommends that if you are using DHCP, you should configure the DHCP server to assign a given IP address based on the unit’s MAC address. Also, if the unit does not receive any response from the DHCP server it will default to using the network parameters supplied by the last completed DHCP request.

If not using DHCP, you must enter the information manually.

• Host Name — Enter a name for the camera to identify the camera.

• Location — Enter a location to identify the camera.

• IP Address — Enter the IP address of the camera.

• Subnet Mask — Enter the IP network subnet mask.

Caution: Ensure that you enter the correct values. Once you change from the defaults, the camera is no longer configurable by the PC with its current network settings.

• Gateway — This is the appropriate default gateway for remote network access and is only required if the cameras are to be accessed from a different subnet.

• NTP Server Address — Address of NTP time server (if available).

• Ethernet Interface — Enter a link type. The values are as follows:

• 10Mbps Half Duplex

• 100Mbps Half Duplex

• 10Mbps Full Duplex

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• 100Mbps Full Duplex

• Auto-negotiate (default)

You may need to change the Ethernet link type default value from Auto-negotiate for some network devices. If you have problems maintaining a network link, contact your system administrator to determine the appropriate setting.

When you have entered the configuration data for the camera on the web page, click Submit to apply the changes to the camera.

5 To configure another camera, disconnect the network cable from the camera. Leave this cable connected to the PC.

Note: IndigoVision recommends that you make a note of the camera’s new IP address and subnet mask, or label the camera with its new details.

6 Connect the network cable to the next camera you want to configure.

7 Type the following command from a Command Window:

C:> arp -d 10.5.1.10

Note: You must do this before you can access the next unit for configuration.

8 Repeat these steps for each camera, using different IP addresses for each camera.

Caution: Ensure that no two cameras share the same IP address (or that of the PC).

9 When you have configured all your cameras, return the PC to its original settings, or change them as appropriate for your network.

10 You are now ready to take your camera(s) off the isolated network and connect them to the main network. See “Attaching the Fixed IP Dome Camera to the Network” on page 23.

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Using the Serial Port ConnectionTo configure your camera using the serial port, you require a standard RS232 null modem serial cable and the serial cable shipped with the camera.

1 Connect the supplied serial cable to the camera.

2 Connect the 9 way DSUB end of the serial cable to a PC serial port using a standard null modem serial cable, as shown in Figure 11.

Figure 11 Serial port connection

3 On the PC, use a Terminal Emulation program such as Windows HyperTerminal and set the serial port parameters as follows:

• 115200 baud

• 8 bits

• No parity

• 1 stop bit

• Flow Control: None

4 If using an auxiliary PSU, connect a 24V AC or 24V DC power supply between pins 1 and 2 of the 12 way IO connector (see Figure 3 on page 11 for pinout details).

configuration softwarePC with serial

Attach the 12-pin connector end of the serial cable to the 12-pin plug on the camera

Standard serial cable Serial cable shipped with camera

9 pin DSUBfemale matesto PC

12-pin connectormates to board

Serial cable

Fixed IP Dome Camera

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5 Switch on the Auxiliary Power Supply to apply power to the camera, or, if using Power Over Ethernet, plug in the network cable.

Note: Please allow 45 seconds for the camera to boot up.

6 Connect to the unit and press Enter. You should see the following prompt:VB8000/VP804 Version vx-xx-x

Device Type : Transmitter

Network Settings : [ 10.5.1.10 / 255.0.0.0 / 10.0.0.1 ]

VB8000 login:

7 Log in to the unit using the username "config" and password "config". The unit prompts you to enter the new configuration values. At each prompt, press <Enter> to accept the current value.

• Use DHCP (y/n) — Enter y to use DHCP for IP configuration, or n for manual IP configuration.

• IP Address — Enter the IP address of the unit.

• Subnet Mask — Enter the IP network subnet mask.

• Default Gateway — Enter the appropriate default gateway for remote network access: this is only required if the cameras are to be accessed from a different subnet.

• Host name — Enter a name to describe the unit.

• Location — Enter a name to describe the location of the unit.

• Link type — Enter a link type. The values are as follows:

• 0 - 10Mbps Half-Duplex• 1 - 10Mbps Full-Duplex• 2 - 100Mbps Half-Duplex• 3 - 100Mbps Full-Duplex• 4 - Auto-negotiate

You may need to change the Ethernet link type default value from Auto-negotiate for some network devices. If you have problems maintaining a network link, contact your system administrator to determine the appropriate setting.

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• Reset Network Security to factory defaults (y/n) ? — Enter "y" to reset the unit's password and network security settings. This will enable unrestricted access to the configuration web pages, and is the only way to reset the password on the unit. Enter “n” if you do not want to make changes to the unit's network security.

If you have more than one camera, repeat these steps for each camera.

You are now ready to attach the camera(s) to the network.

Attaching the Fixed IP Dome Camera to the Network

After configuring the camera’s IP settings, you must attach it directly to your network using an available network port, as follows:

1 Reconnect your PC to the network.

2 Use a standard RJ45 connector and CAT5 cable to connect to the network socket in the camera, as shown in Figure 12.

Figure 12 Connecting the Fixed IP Dome Camera to the network

Power Supply(not requiredfor PoE)

Fixed IP Dome Camera

PC

Network

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3 INTERNAL FIXED IP DOME CAMERA INSTALLATION

Once you have configured your camera’s IP settings, you are ready to install it in its final position.

There are four stages to installing the Internal Fixed IP Dome Camera:

1 Fit the wall/ceiling mounting plate

2 Run the cabling to the ceiling/wall mounting plate

3 Fit the camera to the wall/ceiling mounting plate

4 Set up the sensor

Fit the Mounting PlateTo fit the wall/ceiling mounting plate, you must drill the fixing holes on the wall or ceiling for the mounting plate and cut out the cable access hole. To do this use the supplied wall / ceiling mount as a template. Exact dimensions are shown in Figure 13.

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Figure 13 Fixed camera dimensions

1 Place the flat side of the plate to the surface the camera is to be mounted on.

2 Mark the fixing holes and cable cutout area on the surface using a pen or pencil. Figure 14 shows the wall / ceiling mounting plate.

Figure 14 Wall/ceiling mounting plate

3 Drill holes and make the cutout on the mounting surface.

4 Fit appropriate mounting plugs into the 3 fixing holes.

58mm

R14

93.5 mm

58 8 mm 81 m

m

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5 Secure the mounting plate to the wall or ceiling using appropriate screws such as No.6 x 1inch (3.5mm thread by 25mm) Pan Head screws.

Run the Cabling to the Mounting PlateWhen the mounting plate has been fitted, run the required cables up to the access hole point and make the required connections to the camera.

Fit the Camera to the Mounting PlateFigure 15 shows a picture of the base of the camera.

Figure 15 Camera Base

1 Attach the base of the camera to the wall/ceiling mounting plate so that the three bayonet fixing points and interface connector area align correctly with the plate.

2 Rotate the camera clockwise until it stops.

3 Secure the camera to the mounting plate using the supplied screw. Figure 16 shows the position of the hole for the securing screw:

Bayonet FixingPoints

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Figure 16 Camera Top View

Setting up the SensorWhen setting up the sensor, you may find it helpful to connect the analog video output BNC of the camera to a video monitor.

Figure 17 shows how the sensor is assembled. Please ensure it is rotated as shown, to ensure correct picture orientation.

The iris adjust potentiometer is accessed through the small hole on the sensor mounting bracket.

Figure 17 Sensor Assembly

Hole for securing screw

Top

Iris AdjustPotentiometer

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To set up the sensor, you must remove the dome bubble and lens shroud from the camera as follows:

1 Remove the cover fixing screw (if fitted).

2 Rotate the dome bubble anti-clockwise to release from the bayonet fixing on the camera body.

3 Remove the dome bubble and the lens shroud.

The sensor position can be rotated on three axes to achieve the required position.

Caution: Take care not to over-rotate the sensor assembly as this may result in the internal cables becoming disconnected.

The camera is supplied with a Varifocal DC Auto Iris lens.

• To increase or reduce the angle of view, loosen the TELE / WIDE adjustment thumbscrew using a small flat blade screwdriver, then rotate the TELE / WIDE adjustment accordingly.

• To achieve correct focus loosen the FAR / NEAR adjustment thumbscrew using a small flat blade screwdriver, then rotate the FAR / NEAR adjustment accordingly.

When the correct angle of view and focus have been achieved tighten both thumb screws using a small flat blade screwdriver.

If you have difficulty getting the camera to focus, you may need to adjust the back focus of the lens.

• Loosen the lens assembly by unscrewing the lens grub screw using the 0.9mm Allen key provided.

• Position the lens assembly so that is approximately 1.75mm from being flush to the sensor assembly (see Figure 18).

• Tighten the lens grub screw to fix the lens assembly in position.

• Ensure that the image can be focused at both TELE and WIDE extremes using the FAR/NEAR adjustment.

Repeat the viewing angle and focus adjustments as required.

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Figure 18 Camera lens assembly

For lowest bit rate performance the camera is shipped with Automatic Gain Control (AGC) disabled and a gain of 0 is programmed. The shutter speed is fixed to 1/50 for PAL and 1/60 for NTSC.

• If the output image is too dark, rotate the iris adjust pot clockwise (towards the 8-way connector on the sensor assembly).

• If the image is too bright, rotate the iris adjust pot anti-clockwise.

• If you have low light conditions and need to set the AGC function, use the Web Configuration pages (Video tab) to do this.

• If the iris adjust pot is at its minimum setting and the image is still too bright, you may need to increase shutter speed using the Web Configuration pages (Video tab).

When you have finished setting up the sensor, re-fit the dome bubble and lens shroud.

Take care to align the dome bubble so that when rotated, the securing screw hole aligns with the hole on the main camera housing. Re-fit the dome bubble fixing screw to lock the dome bubble to the camera body.

Grub screw

1.75mm

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4 INTERNAL VANDAL RESISTANT FIXED IP DOME CAMERA INSTALLATION

There are two installation options for the Indoor Vandal Resistant Fixed IP Dome Camera:

• Without exit collar

• With exit collar

These are covered in the following sections.

Without Exit CollarOnce you have configured your camera's IP settings, you are ready to install it in its final position.

There are four stages to installing the Indoor Vandal Resistant Dome Camera without the exit collar:

1 Wall/ceiling preparation

2 Run the cabling to the camera location

3 Fit the camera to wall/ceiling

4 Set up the sensor

Wall/Ceiling PreparationBefore fitting the camera, you must drill fixing holes on the wall or ceiling for the camera, and cut out the cable access hole. Figure 19 shows the underside of the Indoor Vandal Resistant Camera without the exit collar attached. Exact dimensions for the suggested cable access hole are shown in Figure 20.

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Figure 19 Underside of Internal Vandal Resistant Camera without exit collar

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Figure 20 Wall/ceiling fixing points and access hole

1 Mark the fixing holes and cable cutout area on the surface using a pen or pencil.

2 Drill holes and make the cutout on the mounting surface.

3 Fit appropriate mounting plugs into the three fixing holes.

Run the Cabling to the Access PointWhen the wall or ceiling has been prepared, run the required cables up to the cable access hole and make the required connections to the camera.

Fit the CameraSecure the camera to the wall/ceiling using appropriate screws such as No.6 x 1inch (3.5mm thread by 25mm) stainless steel tamper-proof head screws.

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Setting up the SensorWhen setting up the sensor, you may find it helpful to connect the analog video output BNC of the camera to a video monitor.

Figure 21 shows how the sensor is assembled. Please ensure it is rotated as shown, to ensure correct picture orientation.

The iris adjust potentiometer is accessed through the small hole on the sensor mounting bracket.

Figure 21 Sensor Assembly

To set up the sensor, you must remove the dome bubble and lens shroud from the camera as follows:

1 Remove the three security screws fixing the bezel to the camera.

2 Remove the bezel, the dome bubble and the lens shroud.

The sensor position can be rotated on three axes to achieve the required position.

Caution: Take care not to over-rotate the sensor assembly as this may result in the internal cables becoming disconnected.

Focus ProcedureThe camera is supplied with a Varifocal DC Auto Iris lens.

Top

Iris AdjustPotentiometer

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• To increase or reduce the angle of view, loosen the TELE / WIDE adjustment thumbscrew using a small flat blade screwdriver, then rotate the TELE / WIDE adjustment accordingly.

• To achieve correct focus loosen the FAR / NEAR adjustment thumbscrew using a small flat blade screwdriver, then rotate the FAR / NEAR adjustment accordingly.

When the correct angle of view and focus have been achieved tighten both thumb screws using a small flat blade screwdriver.

If you have difficulty getting the camera to focus, you may need to adjust the back focus of the lens.

• Loosen the lens assembly by unscrewing the lens grub screw using the 0.9mm Allen key provided.

• Position the lens assembly so that is approximately 1.75mm from being flush to the sensor assembly (see Figure 22).

• Tighten the lens grub screw to fix the lens assembly in position.

• Ensure that the image can be focused at both TELE and WIDE extremes using the FAR/NEAR adjustment.

Repeat the viewing angle and focus adjustments as required.

Figure 22 Camera lens assembly

Grub screw

1.75mm

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Using a 9-22mm LensDue to the thickness of the vandal-resistant dome bubble, there may be some loss of focus when the dome bubble is fitted over a sensor assembly that has already been focused.

If this occurs, the focus needs to be adjusted to compensate for the dome bubble. To correct the focus, first focus the sensor on the desired scene, then move the focus fractionally towards the “near” position.

Place the dome bubble over the sensor and check the focus. Continue making minor adjustments until focus is achieved with the dome bubble fitted.

Brightness SettingsFor lowest bit rate performance the camera is shipped with Automatic Gain Control (AGC) disabled and a gain of 0 is programmed. The shutter speed is fixed to 1/50 for PAL and 1/60 for NTSC.

• If the output image is too dark, rotate the iris adjust pot clockwise (towards the 8-way connector on the sensor assembly).

• If the image is too bright, rotate the iris adjust pot anti-clockwise.

• If you have low light conditions and need to set the AGC function, use the Web Configuration pages (Video tab) to do this.

• If the iris adjust pot is at its minimum setting and the image is still too bright, you may need to increase shutter speed using the Web Configuration pages (Video tab).

When you have finished setting up the sensor, re-fit the dome bubble and lens shroud.

Ensure that the bezel is re-fitted to secure the dome bubble to the camera body.

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With Exit CollarOnce you have configured your camera's IP settings, you are ready to install it in its final position.

There are four stages to installing the Indoor Vandal Resistant Dome Camera with the exit collar:

1 Fit the exit collar to the wall/ceiling

2 Run the cabling to the exit collar

3 Fit the camera to the exit collar

4 Set up the sensor

Fit the Exit CollarTo fit the exit collar you must drill the fixing holes in the wall or ceiling for the exit collar and for the cable access hole. To do this use the supplied exit collar as a template. Exact dimensions are shown in Figure 23:

Figure 23 Exit Collar wall/ceiling fixing points and access hole

1 Place the solid side of the exit collar to the surface the camera is to be mounted on.

2 Mark the fixing holes and cable access point on the surface using a pen or pencil.

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3 Drill holes and make the cutout on the mounting surface.

4 Fit appropriate mounting plugs into the four fixing holes.

5 Secure the exit collar to the wall or ceiling using appropriate screws such as No.10 x 1inch (4.8mm thread by 25mm) CSK stainless steel screws.

Run the Cabling to the Exit CollarWhen the exit collar has been fitted, run the required cables up to and through the access hole and make the required connections to the camera.

The exit collar has two 3/4” NPS threaded cable exits. Commonly used thread forms can be mated with these exits and sealed using PTFE tape.

These include: M25 x 1.5, 3/4” NPT, 3/4” BSPT, and 3/4” BSPP thread forms.

Fit the Camera to the Exit Collar1 Ensure that the adhesive backed gasket is attached to the

exit collar.

2 Connect the earth strap between the exit collar and the camera.

3 Place the camera against the exit collar so that the groove on the camera base aligns with the ridge on the exit collar, and the three fixing points are aligned.

4 Secure the camera to the exit collar using the three security screws provided (using the Torque T10 bit provided).

Setting Up The SensorSee page 34 for information on setting up the sensor.

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5 EXTERNAL VANDAL RESISTANT FIXED IP DOME CAMERA INSTALLATION

If installing the camera in temperatures below -10OC, please read the section “Low Temperature Start-Up” before continuing.

Once you have configured your camera's IP settings, you are ready to install it in its final position.

The exit collar MUST be used when installing the External Vandal Resistant Dome Camera. There are five stages to installing the External Vandal Resistant Fixed IP Dome Camera:

1 Fit the exit collar to the wall/ceiling

2 Run the cabling to the exit collar

3 Connect the heater power supply

4 Fit the camera to the exit collar

5 Set up the sensor

Fit the Exit CollarThe exit collar has two threaded cable exit holes. Before fitting the exit collar, ensure the exit hole which is not being used is sealed using the blanking plug and o-ring provided. Secure the blanking plug using the fixing screw provided.

To fit the exit collar you must drill the fixing holes in the wall or ceiling for the exit collar and for the cable access hole. To do this use the supplied exit collar as a template. Exact dimensions are shown in Figure 24.

1 Place the solid side of the exit collar to the surface the camera is to be mounted on.

2 Mark the fixing holes and cable access point on the surface using a pen or pencil.

3 Drill holes and make the cutout on the mounting surface.

4 Fit appropriate mounting plugs into the four fixing holes.

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Caution: Before fitting the exit collar, ensure that the heater fixing screws on the underside of the exit collar have been sealed. If required, seal the fixing screws using a weatherproof silicone sealant.

Secure the exit collar to the wall or ceiling using appropriate screws such as No.10 x 1inch (4.8mm thread by 25mm) CSK stainless steel screws.

Caution: Seal the fixing holes inside the exit collar using a weatherproof silicone sealant.

Figure 24 Exit Collar wall/ceiling fixing points and access hole

Run the Cabling to the Exit CollarWhen the exit collar has been fitted, run the required cables up to and through the access hole and make the required connections to the camera.

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Caution: The exit collar has two 3/4” NPS threaded cable exits. Commonly used thread forms can be mated with these exits and sealed using PTFE tape. These include: M25 x 1.5, 3/4” NPT, 3/4” BSPT, and 3/4” BSPP thread forms.

Connect the Heater Power SupplyConnect a 12Vdc power supply to the heater via the terminal block inside the exit collar.

Connect the “+’ve” power supply wire to the heater assemblies Red/Blue wires, and the “-’ve” power supply wire to the Black/Brown wires.

Fit the Camera to the Exit Collar1 Ensure that the adhesive backed gasket is attached to the

exit collar.

2 Connect the earth strap between the exit collar and the camera.

3 Place the camera against the exit collar so that the groove on the camera base aligns with the ridge on the exit collar, and the three fixing points are aligned.

4 Secure the camera to the exit collar using the three security screws provided (using the Torque T10 bit provided).

Setting up the SensorWhen setting up the sensor, you may find it helpful to connect the analog video output BNC of the camera to a video monitor.

Figure 25 shows how the sensor is assembled. Please ensure it is rotated as shown, to ensure correct picture orientation.

The iris adjust potentiometer is accessed through the small hole on the sensor mounting bracket.

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Figure 25 Sensor Assembly

To set up the sensor, you must remove the dome bubble and lens shroud from the camera as follows:

1 Remove the three security screws fixing the bezel to the camera.

2 Remove the bezel, the dome bubble and the lens shroud.

The sensor position can be rotated on three axes to achieve the required position.

Caution: Take care not to over-rotate the sensor assembly as this may result in the internal cables becoming disconnected.

Brightness SettingsFor correct DayNight operation the camera is shipped with Automatic Gain Control (AGC) enabled.

AGC must be enabled for the camera to switch to monochrome in low light levels.

The shutter speed is fixed to 1/50 for PAL and 1/60 for NTSC.

• If the output image is too dark, or unexpectedly high bit rates are experienced, disable AGC via the Web Configuration pages (Video tab), rotate the iris adjust pot clockwise (towards the 8-way connector on the sensor assembly) until correct brightness level is achieved, and then re-enable AGC.

Top

Iris AdjustPotentiometer

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• If the image is too bright, disable AGC via the Web Configuration pages (Video tab), rotate the iris adjust pot anti-clockwise, and then re-enable AGC.

If the iris adjust pot is at its minimum setting and the image is still too bright, you may need to increase shutter speed using the Web Configuration pages (Video tab).

Focus ProcedureThe camera is supplied with a Varifocal DC Auto Iris lens.

• To increase or reduce the angle of view, loosen the TELE / WIDE adjustment thumbscrew using a small flat blade screwdriver, then rotate the TELE / WIDE adjustment accordingly.

• To achieve correct focus loosen the FAR / NEAR adjustment thumbscrew using a small flat blade screwdriver, then rotate the FAR / NEAR adjustment accordingly.

The CA120 camera can be used with IR illumination to produce images in dark conditions. To correctly focus the camera for both day and night operation, ND filters must be used during the focus procedure.

Use of a 0.9 ND filter is recommended, however ND filters of lower optical densities should be use if the image obtained with a 0.9 ND filter is too dark to accurately focus the camera.

• Hold the ND filter over the front of the lens. This should result in a darker image and the lens iris should be fully open. Adjust the camera focus while keeping the ND filter in front of the lens.

• Remove the ND filter. The camera image should now remain in focus during both day and night conditions.

When the correct angle of view and focus have been achieved tighten both thumb screws using a small flat blade screwdriver.

If you have difficulty getting the camera to focus, you may need to adjust the back focus of the lens.

• Loosen the lens assembly by unscrewing the lens grub screw using the 0.9mm Allen key provided.

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• Position the lens assembly so that is approximately 1.75mm from being flush to the sensor assembly (see Figure 26).

• Tighten the lens grub screw to fix the lens assembly in position.

• Ensure that the image can be focused at both TELE and WIDE extremes using the FAR/NEAR adjustment.

Repeat the viewing angle and focus adjustments as required.

Figure 26 Camera lens assembly

Using a 9-22mm LensDue to the thickness of the vandal-resistant dome bubble, there may be some loss of focus when the dome bubble is fitted over a sensor assembly that has already been focused.

If this occurs, the focus needs to be adjusted to compensate for the dome bubble. To correct the focus, first focus the sensor on the desired scene, then move the focus fractionally towards the “near” position.

Grub screw

1.75mm

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An ND filter must still be used to acheive optimum focus for both day and night conditions. Place the dome bubble over the sensor, then hold the ND filter in front of the bubble and lens. Check the focus. If the focus is not correct, remove the ND filter and dome bubble, and make a minor adjustment to the focus. Repeat the process as necessary until focus is achieved with the dome bubble and ND filter.

When you have finished setting up the sensor, re-fit the dome bubble and lens shroud.

Ensure that the bezel is re-fitted to secure the dome bubble to the camera body.

Low Temperature Start-UpThe External Vandal Resistant Dome camera is designed to operate at temperatures down to -30OC. However, if the ambient temperature inside the camera is less than -10OC when the camera electronics are initially powered up, unexpected performance and reduced video quality may be experienced until the heater increases the ambient temperature inside the camera.

The table below details the “warm-up” time required to guarantee optimum performance and video quality at different ambient temperatures:

These warm-up times will be applicable every time the External Vandal Resistant Dome camera is powered-up in ambient temperatures lower than -10OC

Heater and Fan OperationThe heater/fan assembly MUST be powered at all times. The heater is thermostatically controlled and will switch on and off as required. The fan runs continuously to circulate air throughout the camera.

Table 4

Ambient Temp. (OC)

Warm-UpTime (minutes)

above -10 0

-20 15

-30 30

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A HARDWARE SPECIFICATION

This chapter details the hardware specifications for the camera. It provides the codec and sensor specification and the dimensions for each camera type.

Codec Specification

Video• 1Vp-p, 75ohm (PAL or NTSC depending on model)

Video Codec• 8000 series: ISO/IEC Standard MPEG-4 Simple Profile

• 9000 series: ITU-T Standard H.264 Baseline Profile

• User-configurable bit rate

• User-configurable frame rate

• “4:2:0” YUV color space

Resolution• SIF

• 2SIF

• 4SIF

Console Input/Output

Console• EIA-574 RS232 only

• Maximum Baud Rate 115.2 Kbps

• Console Settings 115200, 8bits,1 Stop Bit, No Parity

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Analog Video OutputA standard 75 ohms BNC connector is provided on the rear of the unit for access to analog composite video output. This output can be used if the camera is to be used in an analog application or for installation purposes to aid setting the sensor position and focus. Video output signal specification is:

• Video Standard: NTSC or PAL

• Signal Amplitude: 1Vp-p

• Signal Impedance: 75 ohms

Console Serial PortThe Fixed IP Dome camera has a console serial port, which can be used for diagnostics and set up of initial IP settings. A short cable is supplied to provide a standard 9 pin male DSUB interface to this port. The 9 pin male DSUB connector can be connected to a PC serial port using a standard null modem cable (not supplied).

The serial cable wiring details are shown in Table 5:

Power Over Ethernet• IEEE 802.3af compliant

Network Connections• RJ45 connector on the rear of the camera for connecting to

the network. The network connection must be made using CAT5 (or higher spec) twisted pair cable.

• Maximum cable length is 100 metres. The network cable must use straight through wiring.

Table 5

Signal Name IO Connector Pin Number

9 Way DSUB Pin Number

Rx data 11 2

Tx data 12 3

Gnd 9 5

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Metrics

Dimensions• Internal Dome: 155mm (d) x 110mm (h)

• Internal Vandal Resistant Dome without Exit Collar: 160mm (d) x 103mm (h)

• Internal Vandal Resistant Dome with Exit Collar: 160mm (d) x 126mm (h)

• External Vandal Resistant Dome: 160mm (d) x 126mm (h)

Weight• Internal Dome: 0.7kg (including packaging)

• Internal Vandal Resistant Dome: 1.1kg (including packaging)

• External Vandal Resistant Dome: 1.3kg (including packaging)

Power• 8000 camera variant power consumption: maximum 7W

• 9000 camera variant power consumption: maximum 8W

• 12Vdc heater assembly power consumption (External Vandal Resistant Dome only): Typical 20W, maximum 36W

EnvironmentInternal Dome and Internal Vandal Resistant Dome:

• Operating temperature: 0°C (32°F) to + 45°C (113°F)

• Storage temperature -20°C (-4°F) to + 70°C (158°F)

External Vandal Resistant Dome:

• Operating temperature: -30°C (-22°F) to + 50°C (122°F)

• Storage temperature -20°C (-4°F) to + 70°C (158°F)

Regulatory• EN 55022(1998) ITE emission standard – Class A

• EN55024(1998) +A1:2000 +A2:2003 ITE immunity standard

• CFR47(1995) Part 15 subpart B – Class A (US federal code of regulations)

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• EN60529 (1992) IP66 Dust and Water Ingress (External Vandal Resistant Dome only)

• This product meets the requirements of the EC restriction of hazardous substances (RoHS) directive 2002/95/EC

Binary IO ConnectionsThe camera has 2 opto-isolated binary inputs and 1 opto-isolated binary output. Table 6 provides details of the binary IO connections on the 12-way IO connector.

See Figure 3 on page 11 for the connector's pin numbering scheme

Binary Input• Two opto-isolated binary inputs• Maximum Input voltage 24V DC• To set a Binary Input High, VIN should be 4V DC minimum,

24V DC maximum • To set a Binary Input Low, VIN should be 1V DC maximum

In accordance with the EC Waste Electrical and Electronic Equipment (WEEE) directive 2002/96/EC this product must be sent to a recycling plant for proper disposal at the end of its use.

Table 6 12-way IO connector Binary IO connections

Signal Pin NumberIN1+ 5

IN1- 8

IN2+ 7

IN2- 10

OUT1A 4

OUT1B 6

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The binary inputs require an external voltage source to drive them. The voltage source is normally connected via a controlled switch to a binary input. The positive connection from the voltage source should be wired to the IN + pin (via switch), the negative connection to the IN - pin.

When the camera is enabled via Control Center to generate Binary IO events, then connecting the voltage source to an input triggers a rising edge Binary IO event from the camera.

Disconnecting the voltage source from an input triggers a falling edge Binary IO event from the camera. The voltage source used should be between 4V and 24V DC. See Figure 27 for a simple example of a Binary Input connection.

Figure 27 Binary Input Connection

If voltage sources greater than 24V DC must be used then an external resistor is required. The value of this resistor can be calculated as follows:

R = [ 100 * (VON - 1) - 1500 ] ohms rounded down to the nearest preferred resistor value, where VON is the desired voltage for a logic high.

e.g. for VON = 48V DC

R = [ 100 *( 48 - 1 ) - 1500 ]

= 4700 - 1500 = 3200

~ 3K

Binary OutputThe binary output consists of a pair of solid state relay contacts. The camera’s binary output contacts are normally open and can be set to open or closed using IndigoVision Control Center software.

Fixed IPDome Camera

IN+

IN-

+Vs

-Vs

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When closed, the maximum resistance between the contacts is 2 ohms.

The maximum current carrying capacity of the contacts is 500mA at 25°C. The maximum current has a linear de-rating factor of 5mA/°C. Therefore at 45°C the maximum current is 400mA.

The maximum voltage to be switched is 50Vpk.

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Sensor SpecificationNTSC PAL

CCD Sensor 1/4” IL CCD

Active pixels (HxV) 768 x 494 752 x 582

Horizontal resolution 460 TVL

Sensitivity (Color) 0.5 Lux

Sensitivity (Monochrome, with 850nm IR illumination - External Dome only)

0.05 Lux

Signal to noise ratio >48dB (AGC off)

Gain control Automatic (36dB max) or fixed options via web page

Scan mode Interlaced

Mirror mode Selectable via web page

Synchronization Internal

Back light compensation Selectable via web page

White balance mode AWB auto white mode, fixed modes selectable via web page

Iris control DC Auto Iris

Shutter speeds Automatic from 1/60 to 1/100,000

Automatic from 1/50 to 1/100,000

Fixed speeds via web page

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INDEX

AAGC 30, 36, 42analog video output 48attaching camera to network 23Automatic Gain Control 30, 36, 42auxiliary power

powering up 11requirements 11supply 22

Bbinary

input 50IO connections 50output 51

BNC connector 48

Ccabling

External Vandal Resistant Dome 40

Internal Dome 27Internal Vandal Resistant

Dome 33, 38cabling requirements 9changing

default IP settings 17PC settings 15

codec specification 47configuration

initial 13using serial port 21using Web Configuration

pages 13connections

binary IO 50connectors

BNC 48DSUB 48

RJ45 48console

input/output 47serial port 48specification 47

Ddefault IP properties 13default IP settings, changing 17DHCP server 19dimensions 49DSUB connector 48

Eenvironment 49Ethernet interface 19External Vandal Resistant Dome

description 7dimensions 49fitting camera to exit collar 41focusing problems 43heater and fan operation 45installation 39lens type 43low temperature start-up 45packing material, removing 9running cabling to exit collar 40setting up sensor 41shipping list 8weight 49

Ffitting camera

External Vandal Resistant Dome 41

Internal Dome 27Internal Vandal Resistant

Dome 33

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fitting camera to exit collarExternal Vandal Resistant

Dome 41Internal Vandal Resistant

Dome 38fitting Internal Dome camera to

mounting plate 27fitting Internal Dome mounting

plate 25fitting Internal Vandal Resistant Dome

camera to wall/ceiling 33fixed camera

attaching to network 23powering up overview 10variants 7

Ggateway 19

Hhardware specification 47heater and fan operation

External Vandal Resistant Dome 45

host name 19

Iinitial configuration 13installation

External Vandal Resistant Dome 39

Internal Dome 25Internal Vandal Resistant

Dome 31Internal Dome

description 7dimensions 49fitting camera to mounting

plate 27fitting mounting plate 25focusing problems 29installation 25lens type 29packing material, removing 8running cabling to mounting

plate 27setting up sensor 28shipping list 7

weight 49Internal Vandal Resistant Dome

description 7dimensions 49fitting camera to exit collar 38fitting camera to wall/ceiling 33focusing problems 35installation 31lens type 34packing material, removing 8running cabling to access

point 33running cabling to exit collar 38setting up sensor 34, 38shipping list 8wall & ceiling preparation 31weight 49with exit collar 37

IO connector, wiring requirements 9IP address 19IP properties, default 13isolated network, preparing 14

LLEDs on powerup 12lens type

External Vandal Resistant Dome 43

Internal Dome 29Internal Vandal Resistant

Dome 34location of device 19low temperature start-up

External Vandal Resistant Dome 45

Mmaximum

cable length 48input voltage 50output voltage 52

mounting plateInternal Dome 25

Nnetwork

attaching camera to 23connections 48

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Network page configuration 19NTP server address 19

Ooperating temperature 49overview, powering up 10

PPC settings, changing 15PoE 10, 48PoE injector, powering up 10PoE midspan, powering up 11power consumption 49Power over Ethernet 22, 48Power over Ethernet switch

powering up 10powering up

LEDs 12overview 10using auxiliary power 11using Power over Ethernet

injector 10using Power over Ethernet

midspan 11using Power over Ethernet

switch 10preparing isolated network 14

Rregulatory information 49resolution 47RJ45 connector 48running cabling

to access pointInternal Vandal Resistant

Dome 33to exit collar

External Vandal Resistant Dome 40

Internal Vandal Resistant Dome 38

to mounting plateInternal Dome 27

Ssensor

External Vandal Resistant Dome 41

Internal Dome 28Internal Vandal Resistant

Dome 34, 38specification 53

serial cable wiring 48serial port 48

configuration 21setting up sensor

External Vandal Resistant Dome 41

Internal Dome 28Internal Vandal Resistant

Dome 34, 38shipping list

External Vandal Resistant Dome 8

Internal Dome 7Internal Vandal Resistant

Dome 8specifications

codec 47console 47hardware 47sensor 53video codec 47

storage temperature 49subnet mask 19

Ttemperatures 49troubleshooting

focus, External Vandal Resistant Dome 43

focus, Internal Dome 29focus, Internal Vandal Resistant

Dome 35

Vvideo codec

resolution 47specification 47

video output, analog 48

Wwall & ceiling preparation

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Internal Vandal Resistant Dome 31

Web Configurationpages 13requirements 14

WEEE directive 49weight 49wiring

requirements, IO connector 9serial cable 48

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Document ID:IU-FIXDOME-MAN001-3.2