camaras domo 9000

9000 PTZ IP Dome Camera

Hardware Guide

THIS MANUAL WAS CREATED ON SEPTEMBER 1, 2010.

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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.

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TABLE OF CONTENTS

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

1 GETTING STARTED............................................. 7Camera Variants .................................................................. 7Cabling Requirements .......................................................... 8Powering Up an In-Ceiling or Standard Pendant PTZ IP Dome Camera .......................................................... 9Powering Up an Environmental PTZ IP Dome Camera ..... 10

2 INITIAL CAMERA CONFIGURATION ..................... 11Initial IP Properties ............................................................. 11Using the Web Configuration Pages .................................. 11

Step 1 — Preparing an Isolated Network ..................... 12Step 2 — Preparing for Initial Device Configuration ..... 12Step 3 — Configuring your 9000 PTZ Camera............. 13

Using the Serial Port Connection ....................................... 17Connecting the Camera to the Network ............................. 19

3 INSTALLING THE CAMERA................................. 21Installing the Camera in a False Ceiling ............................. 21

Step 1 - Fixing the Cover Mounting .............................. 22Step 2 - Fitting the Camera Assembly .......................... 25

Installing the Camera as a Pendant ................................... 26Step 1 - Fixing the Mount ............................................. 26Step 2 - Preparing the Camera..................................... 27Step 3 - Making your Camera Watertight ..................... 27

Optional Mount Components ............................................. 32Pendant PTZ Dome Wall Mount ................................... 32Pendant PTZ Dome Swan-Neck Mount ....................... 33Pendant PTZ Dome 0.5m Vertical Mount ..................... 34In-Ceiling PTZ Surface Mount ...................................... 35In-Ceiling PTZ Plenum Rated Back Box....................... 36

4

Pendant PTZ Dome NPT Adapters............................... 36Pendant PTZ Dome Corner Bracket ............................. 37Pendant PTZ Dome Pole Mount Adapter ..................... 38

A HARDWARE SPECIFICATION...............................39Codec Specification ............................................................ 39

Video Codec ................................................................. 39Resolution ..................................................................... 39Dual Encoding............................................................... 39

Data Input/Output ............................................................... 40Network Connections ......................................................... 40IndigoVision IP Dome Camera Metrics .............................. 40

Dimensions ................................................................... 40Weight........................................................................... 40Power............................................................................ 40

Environment ....................................................................... 41Regulatory .......................................................................... 41Camera Dimensions ........................................................... 42Binary I/O Connections ...................................................... 43

Binary Input................................................................... 43Binary Output ................................................................ 44

Sensor Specification ........................................................... 45

B SUN SHROUD...................................................47Fitting the Sun Shroud ........................................................ 47

INDEX ..............................................................49

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ABOUT THIS GUIDE

This guide is written for users of IndigoVision’s 9000 PTZ IP Dome Camera. It provides introductory information about the product, 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 Web Configuration Guide.

Safety NoticesThis guide uses the following formats for safety notices:

WARNING

Indicates a hazardous situation which, if not avoided, could result in death or serious injury.

CAUTION

Indicates a hazardous situation which, if not avoided, could result in moderate injury, damage the product, or lead to loss of data.

NOTICE Indicates a hazardous situation which, if not avoided, may seriously impair operations.

Additional information relating to the current section.

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1 GETTING STARTED

Camera VariantsThe IndigoVision 9000 PTZ IP Dome Camera is available in the following configurations:

• In-Ceiling

• Standard Pendant

• Environmental Pendant

The camera is available with different options such as zoom levels, image stabilization and progressive scan.

Before you begin, please check that you have been shipped the following items for the 9000 PTZ IP Dome Camera:

• In-Ceiling:

• 1 x In-Ceiling mount PTZ IP Dome Camera

• 1 x Cover ring

• 1 x Safety wire

• 3 x M4 Cavity screws

• Standard Pendant:

• 1 x Pendant mount PTZ IP Dome Camera

• 3 x Alternative sized inserts for M25 cable gland

• Environmental Pendant:

• 1 x Pendant mount PTZ IP Dome Camera

• 3 x Alternative sized inserts for M25 cable gland

• 1 x 24V PSU to power Camera and Heater

IndigoVision pendant cameras require a separate mount. For more information, see “Optional Mount Components” on page 32.

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Cabling RequirementsThis section details the cabling requirements for the 9000 PTZ IP Dome Camera.

NOTICE To ensure optimum performance, adhere to these parameters. Failure to do so will invalidate the warranty.

Table 1 Ethernet Cable Requirements

Type Max. DistanceEthernet CAT5 (or higher) 100 m

CAUTION

Installation is only to be carried out by competent, qualified, and experienced personnel. Wire in accordance with your national wiring regulations. Only use a Class 2 isolated power supply for the +24V AC/DC.

Table 2 Power Cable Distances

Cable size AWG

Internal IP Domes, (without heater) Max. Distance

External IP Domes, (with heater) Max. Distance

Power 0.75 mm2 20 75m 30m

1.00 mm2 18 100m 40m

1.50 mm2 16 150m 60m

2.50 mm2 14 250m 100m

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Powering Up an In-Ceiling or Standard Pendant PTZ IP Dome Camera

The In-Ceiling and Standard Pendant camera variants are powered using the auxiliary power input on the 8-way I/O connector on the camera (24v AC/DC).

Use 18 AWG (or 1mm2) figure of eight (or twisted pair) cable to connect an auxiliary power supply to the camera using the two auxiliary power pins (AUX). Figure 1 and Figure 2 show the pin numbering scheme of the I/O connectors.

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

Auxiliary power requirements are 24V AC or 24V DC at 1A max (24VA max power).

A 24V DC, 3.33A PSU with mains power lead can be ordered from IndigoVision, the base order code is 110060. 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.

Figure 1 In-Ceiling camera connections

WARNINGOnly use a Class 2 isolated power supply for the +24V AC/DC.

Ethernet9-Pin Serial B I/O

10

Figure 2 Pendant camera connections

Powering Up an Environmental PTZ IP Dome Camera

The Environmental Pendant is powered using the auxiliary power input (AUX) on the 8-way I/O connector on the camera. Figure 2 shows the numbering scheme of the I/O connector.

Auxiliary power requirements are 24V AC or 24V DC at 2.29A max (55VA max power) for the Environmental Pendant camera. Figure 21 shows the pin numbering scheme of the I/O connector.

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

Ethernet

To Camera

9-Pin Serial

OUT1B OUT1A AUX AUX

IN1- IN1+ IN2- IN2+

B I/O


13

2 INITIAL CAMERA CONFIGURATION

You can configure your 9000 PTZ IP Dome Camera using the Web Configuration pages, or a serial connection.

Initial IP PropertiesBy default, the 9000 PTZ IP Dome Camera is 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.

You must also have the following:

• A CAT5e crossover cable suitable for connection between the PC and the RJ45 connector on the camera

• A 24V AC or DC PSU

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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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.

Figure 3 Connecting the unit and PC using a cross-over cable

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.

To change your PC’s settings:

Use the Windows XP Network Settings configuration application to set the PC’s IP address and subnet mask.

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

2 Right-click Local Area Network and select Properties.

To access the connections on the pendant cameras, remove the camera assembly from the dome body. For more information, see “Step 2 - Preparing the Camera” on page 29.

Power Supply

PCNetwork

IP Dome Camera

Please make note of 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.

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

4 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).

5 Click OK, then OK again.

Step 3 — Configuring your 9000 PTZ 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.

2 The Web Configuration home page appears.

Figure 4 Web Configuration home web page

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3 Click Network in the menu on the left of the page.

Figure 5 Network web page

4 Configure the camera as required using the fields available.

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

• 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

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.

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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.

• 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:

• 0 - 10Mbps Half-Duplex

• 1 - 10Mbps Full-Duplex

• 2 - 100Mbps Half-Duplex

• 3 - 100Mbps Full-Duplex

• 4 - 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.

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

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

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.

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.

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7 Type the following command from a Command Window:

C:> arp -d 10.5.1.10

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

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 “Connecting the Camera to the Network” on page 21.

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

NOTICE Ensure that no two cameras share the same IP address, or that of the PC.

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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.

1 Connect the RS232 null modem serial cable to the camera and a PC as shown in Figure 6.

Figure 6 Serial port connection

2 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

3 Connect the 24V AC or 24V DC power supply to the 8-way IO connector (see Figure 11 on page 26, and Figure 21 on page 32 for pinout details).

To access the connections on the pendant cameras, remove the camera assembly from the dome body. For more information, see “Step 2 - Preparing the Camera” on page 29.

configuration softwarePC with serial

Standard serial cable

9 pin DSUBfemale matesto PC

Serial cableIP Dome Camera

PC


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4 Switch on the Auxiliary Power Supply to apply power to the camera.

5 Connect to the unit and press Enter. You should see the following prompt:IV9000/9500-PAL-18x Version vX-X-X

Device Type : Transmitter

Location : unknown

Network Settings : [ 10.5.1.10 / 255.0.0.0 / 10.0.0.1 ]

IV9000 login :

6 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.

Please allow 90 seconds for the camera to boot up.

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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.

Connecting the Camera to the NetworkAfter configuring the camera’s IP settings, you must attach it directly to your network using an available network port.

1 Reconnect your PC to the network.

2 Use a standard RJ45 connector and CAT5e cable to connect to the network socket in the camera, as shown in Figure 7.

Figure 7 Connecting the 9000 PTZ Camera to the network

Power Supply

PCNetwork

IP Dome Camera

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3 INSTALLING THE CAMERA

The 9000 PTZ IP Dome Camera is available in two configurations:

• installation in false ceilings (In-Ceiling)

• installation as a pendant

Installing the Camera in a False CeilingFor camera weight and dimensions, see “IndigoVision IP Dome Camera Metrics” on page 40.

NOTICE Before installing the camera in its final position, you must first configure its IP settings. For more information, see “Initial IP Properties” on page 11

CAUTION

Always handle the camera carefully so that the main electronics and motor mechanism are not damaged.

WARNING

When installing the 9000 PTZ IP Dome Camera in Plenum rated installations, you must use the Plenum rated back box. See “In-Ceiling PTZ Plenum Rated Back Box” on page 36

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Step 1 - Fixing the Cover Mounting

1 Cut a hole in the tile where you want to mount the camera using the tile cutting profile in Figure 8.

2 Remove the cover ring from the camera assembly by turning it counter-clockwise to unlock it.

WARNINGEnsure the power supply is switched off before continuing.

Figure 8 Tile cutting profile

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3 Separate the camera assembly from the cover mounting by releasing the locking screw and turning the camera assembly counter-clockwise.

4 Secure the safety wire to the inside of the cover mounting using the M3 screw provided. Ensure the wire is aligned between the guides.

Figure 9 In-Ceiling camera

Figure 10 Secure the safety wire

Cover Ring

Cover Mounting

Camera Assembly

Locking Screw

Guides

Safety Wire

M3 Screw

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5 Connect the cables to the cover mounting.

6 Secure the cover mounting to the tile using the M4 cavity screws provided.

Figure 11 In-Ceiling camera connections

Figure 12 Fitting the cover mounting

Ethernet9-Pin Serial B I/O

WARNING

When installing the 9000 PTZ IP Dome Camera in Plenum rated installations, you must use the Plenum rated back box. See “In-Ceiling PTZ Plenum Rated Back Box” on page 36

25

Step 2 - Fitting the Camera Assembly

1 Attach the safety wire to the camera assembly using the clip.

2 Insert the camera assembly fully into the cover mounting. Turn the camera assembly clockwise until it stops moving and is secure.

WARNINGEnsure the power supply is switched off before continuing.

Figure 13 Attach the safety wire

Figure 14 Inserting the camera assembly

Clip

Safety Wire

Cover Ring

Cover Mounting

Camera Assembly

Locking Screw

26

3 Secure the locking screw in place.

4 Fit the cover ring and turn clockwise to lock it.

Installing the Camera as a PendantFor camera weight and dimensions, see “IndigoVision IP Dome Camera Metrics” on page 40.

Step 1 - Fixing the MountThe 9000 PTZ IP Dome Camera can be mounted using a wall, swan-neck, or vertical mount. For more information about the mounts available, see “Optional Mount Components” on page 32.

Use the mount base as a template or use the profile in Figure 15 to fit it to the mounting surface.

CAUTION

Always handle the camera carefully so that the main electronics and motor mechanism are not damaged.

Figure 15 Mount base mounting centers

PCD = 4”(Dia. 101.2mm)

72.0mm

72.0

mm

106.

0mm

2

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Step 2 - Preparing the CameraRemove the camera assembly from the dome body.

Step 3 - Making your Camera WatertightThe pendant 9000 PTZ IP Dome Camera provides IP67 Dust and Water Ingress Protection through the use of a Cable Gland at the cable entry point on the dome body. In order to ensure full protection the correct Cable Gland insert and cable combination must be used.

The dome body comes fitted with a Cable Gland that contains an insert suitable for use with two cables with diameters of 4-6.5 mm (0.157-0.256 in). This insert is suitable for most installations of a Cat5e ethernet cable and separate PSU cable.

The camera is provided with three additional single-hole inserts for use with cable diameters of 4-6.5 mm (0.157-0.256 in), 7-10.5 mm (0.276-0.413 in), and 11.5-15.5 mm (0.453-0.610 in). These inserts can only be used with single cables. If multiple cables are used, you must form a single cable bundle using suitable heat shrink tubing (not supplied). The cable bundle diameter must match the gland insert diameter to ensure a tight fit.

Figure 16 Pendant camera

Dome Body

Camera Assembly

28

1 Remove the Cable Gland pressure screw and remove the insert.

2 Select the correct insert to suit the cable diameter.

The insert fitted as standard is suitable for use with two cables with diameters of 4-6.5mm. The fitting kit contains three additional single-hole inserts for use with cable diameters of 4-6.5 mm (0.157-0.256 in), 7-10.5 mm (0.276-0.413 in), and 11.5-15.5 mm (0.453-0.610 in).

3 Feed the cable through pressure screw and insert. Ensure enough free cable is available as shown in Figure 18. The insert has a side slit for inserting terminated ethernet cables.

The dome body provides full Dust and Water Ingress Protection (IP67), not the mount. There is no requirement to seal the mount to the fixing surface, for example, a brick wall. The mounts are designed to drain at both ends so any water ingress will drain and the mount will not fill with water.

Figure 17 Cable Gland assembly

Pressure Screw

Cable Gland Insert

Cable Gland

Do not terminate power or binary I/O at this stage as the connector will not fit though the Cable Gland on the dome body.

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4 Clip the carabineer on the dome body to the eyelet on the mount adaptor.

5 Feed the cable though Cable Gland on dome body, push the insert into Cable Gland and tighten the pressure screw. Ensure enough free cable is still available as shown in Figure 18.

Figure 18 Cable length required

Figure 19 Attaching the carabineer

250mm

Cable Gland Insert

Pressure Screw

EyeletMount Adapter

Dome Body

Carabineer

Pressure Screw

CAUTION

The pressure screw must be tightened to 25 Nm (18 lbs/ft) to provide a watertight seal on the cable. Ensure the cable cannot be easily pulled through the tightened Cable Gland. If the insert does not grip the cable providing a watertight seal, check you are using the correct insert for the cable.

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6 Secure the dome body to the mount using the mounting fixings provided with the dome body.

7 Connect the cables to the camera assembly.

Figure 20 Secure dome body

Figure 21 Pendant camera connections

Dome Body

Mount Adapter

Mounting Fixing

Ethernet

To Camera

9-Pin Serial

OUT1B OUT1A AUX AUX

IN1- IN1+ IN2- IN2+

B I/O

31

8 Secure the camera assembly to the dome body using the captive fixings in the camera assembly.

Figure 22 Secure camera assembly in position

Dome Body

Camera Assembly

32

Optional Mount ComponentsThe following components are available to help install the camera. Mount components are sold separately.

Pendant PTZ Dome Wall MountThe Pendant PTZ Dome Wall mount is available to help install the 9000 PTZ IP Dome Camera as a pendant.

The weights provided do not include the camera. For camera weights, see “Weight” on page 40.

Figure 23 Wall mount dimensions (1.4Kg)

258.0mm13

8.0m

m

33

Pendant PTZ Dome Swan-Neck MountThe Pendant PTZ Dome Swan-Neck mount is available to help install the 9000 PTZ IP Dome Camera as a pendant.

Figure 24 Swan-Neck mount dimensions (2.2Kg)

543.

0mm

93.0

mm

170.0mm

34

Pendant PTZ Dome 0.5m Vertical MountThe Pendant PTZ Dome 0.5m Vertical mount is available to help install the 9000 PTZ IP Dome Camera as a pendant.

Figure 25 Vertical mount (0.5m) dimensions (1.5Kg)

500.

0mm

35

In-Ceiling PTZ Surface MountThe In-Ceiling PTZ Surface mount is available to install the In-Ceiling 9000 PTZ IP Dome Camera on a solid, internal surface.

Figure 26 Surface mount dimensions

Dia. 222.0mm

160.0mm

86.0mm

36

In-Ceiling PTZ Plenum Rated Back BoxThe In-Ceiling PTZ Plenum Rated Back Box ensures proper fire protection when installing the 9000 PTZ IP Dome Camera in Plenum rated installations.

Pendant PTZ Dome NPT AdaptersThe Pendant PTZ Dome NPT adapters are optional components to fix the 9000 PTZ camera to standard 1.5” NPT mounts. These can be used to fix the camera to existing mounts to save time during installation.

Figure 27 Plenum Rated Back Box dimensions (In-Ceiling)

Dia. 222.0mm

160.0mm

86.0mm

Ceiling TileThickness

(max 35.0mm)

Figure 28 1.5” NPT male and female adapters

37

Pendant PTZ Dome Corner BracketThe Pendant PTZ Dome Corner Bracket is an optional component to fix mounts to the corner of the walls.

Figure 29 Corner bracket dimensions (0.5Kg)

Figure 30 Wall mount fixed with corner bracket

View on top face View in direction of ‘X’

View on front face View on right face

Dia 9.0mm(4)

215.0mm 145.0mm

130.

0mm

20.0m

m

20.0mm

130.0mm90.0mm

38

Pendant PTZ Dome Pole Mount AdapterThe Pendant PTZ Dome Pole Mount Adapter is an optional component to fix a mount to a pole.

Figure 31 Pole Mount Adapter

Mid-pole Bracket

Carabineer

Mount Adapter

0.5” Stainless SteelStrapping

39

A HARDWARE SPECIFICATION

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

Codec Specification

Video Codec• ITU-T H.264 Standard Baseline Profile

• User-configurable bit rate

• User-configurable frame rate

• "4:2:0" YUV color space

Resolution• SIF

• 2SIF

• 4SIF

Dual Encoding

Combine one selection from column A plus one selection from column B. For example, 1x4SIF stream plus 2x2SIF streams.

A B4SIF 1 stream 1 stream2SIF 2 streams 2 streamsSIF 3 streams 3 streams

40

Data Input/Output

Console• EIA-574 RS232 only

• Maximum Baud Rate 115.2 Kbps

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

Network Connections• IEEE 802.3 and IETF standards

• 10/100 Base-T Ethernet, TCP, UDP, ICMP and IGMP

• Physical connection via RJ-45

IndigoVision IP Dome Camera Metrics

DimensionsSee page 42.

WeightThe following unit weights do not include packaging:

• In-Ceiling: 1.5Kg

• Standard Pendant: 3.8Kg

• Environmental Pendant: 4.0Kg

Power• In-Ceiling: 24V AC or 24V DC at 1A

• Standard Pendant: 24V AC or 24V DC at 1A

• Environmental Pendant: 24V AC or 24V DC at 2.3A

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Environment• In-Ceiling camera operating temperatures:

• 0°C (32°F) to +40°C (104°F)• Standard Pendant operating temperatures:

• -5°C (23°F) to +50°C (122°F)• Absolute maximum for periods of 1 hour: +60°C (140°F)

• Environmental Pendant operating temperatures:

• -20°C (-4°F) to +50°C (122°F)

• Absolute maximum for periods of 1 hour: +60°C (140°F)

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

• Standard and Environmental dome housing is IP67 rated

Regulatory• EN 55022: 2006 ITE emission standard – Class A

• EN 55024: 1998 +A1:2001 +A2:2003 ITE immunity standard

• EN 61000-3-3: 1995 +A1: 2001 voltage fluctuation

• EN 60529: 1992 IP67 Dust and Water Ingress (Pendant only)

• CFR47: 2005 Part 15 subpart B – Class A (US federal code of regulations)

• UL2044 Commercial Closed Circuit Television Equipment Safety for Plenum installations (In-Ceiling only when installed with optional Plenum mount)

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

CAUTION

When powering up from cold, the ambient temperature must be -5° C (23°F) or above.

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.

42

Camera Dimensions

Figure 32 In-Ceiling camera dimensions

Figure 33 Pendant camera dimensions

Dia. 150mm

Dia. 218mm

85.5

mm

123.

0mm

43

Binary I/O ConnectionsThe camera has 2 opto-isolated binary inputs and 1 opto-isolated binary output. Table 4 provides details of the binary I/O connections on the 12-way I/O connector.

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 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 I/O events, then connecting the voltage source to an input triggers a rising edge Binary I/O event from the camera.

Disconnecting the voltage source from an input triggers a falling edge Binary I/O event from the camera. The voltage source used should be between 4V and 24V DC. Figure 34 shows a simple example of a Binary Input connection.

Table 4 8-way I/O connector Binary I/O connections

Signal DescriptionAUX +24V AC/DC

OUT1A-1B Switched terminals (100mA max)

IN2+ Diode 2 Anode

IN2- Diode 2 Cathode

IN1+ Diode 1 Anode

IN1- Diode 1 Cathode

44

Figure 34 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 DCR = [ 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.

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.

CameraIN+

IN-

+Vs

-Vs

45

Sensor SpecificationSensor 1/4” ExView HAD

Pixels 752(H) x 582(V)

Signal/noise ratio >50 dB

Picture freeze Yes

Picture flip Yes

Shutter / iris / focus Auto with manual override

Presets 250

Tours 100 each with 20 presets

Learned patrols 4 mimic tours - up to 1 minute

Dynamic privacy zones 24 User Defined

Preset status information Yes

Pan speed 0.001° /s to 360° /s

Pan coverage 360° continuous rotation

Variable tilt speed 0.001° /s to 360° /s

Tilt coverage -2° (above horizontal) to +90° (vertically down)

Manual Shutter Speeds 1 to 1/10000s

White Balance/Gain/ IR Filter Automatic

Video Compression Full frame rate, full color: H.264(ISO 14496-10): 25/30fps guaranteed

Video Bitrate User configurable from 32Kbps to 6Mbps

Multi-Streaming Up to 16 simultaneous unicast video users plus unlimited multicast users

Network Security Embedded Linux firewall

Time Embedded real-time clock, NTP client

Preset Accuracy 0.05°

Preset Move Speeds 200° /s

46

Zoom order options

36x optical + 12x digital 35x optical + 12x digital 18x optical + 12x digital

Lens 3.4mm to 122.4mm,F1.6 to F4.5

3.4mm to 119mm,F1.4 to F4.2

4.1mm to 73.8mm,F1.4 to F3.0

Scan Mode Interlaced Progressive or Interlaced Interlaced

Horizontal View Angle

1.7° to 57.8° 1.7° to 55.8° 2.8° to 48°

Day/Night Yes Yes Yes

Wide dynamic range

Yes Yes Yes

Image Stabilizer No Yes No

Min Sensitivity

* 35x sensitivity in Progressive mode is double these figures

NTSC, F1.6, 50 IRE0.1 lx at 1/4s (color)0.01 lx at 1/4s (mono)

NTSC, Interlace*, F1.4,35 IRE0.05 lx at 1/4s (color)0.01 lx at 1/4s (Mono)

NTSC, F1.4, 50 IRE0.07 lx at 1/4s (color)0.01 lx at 1/4s (mono)

PAL, F1.6, 50 IRE0.1 lx at 1/3 sec (color)0.01 lx at 1/3 sec (mono)

PAL, Interlace*, F1.4, 35 IRE0.05 lx at 1/3s (color)0.01 lx at 1/3s (Mono)

PAL, F1.4, 50 IRE0.07 lx at 1/3s (color)0.01 lx at 1/3s (mono)

Resolution >540 TVL >540 TVL >540 TVL

51

B SUN SHROUD

The sun shroud is an optional component for the 9000 PTZ IP Dome Camera.

The sun shroud protects the camera from direct sun light. Use the sun shroud if the camera will be in direct sun light for extended periods of time.

Fitting the Sun Shroud1 Follow the installation instructions described in steps 1 and 2

of “Installing the Camera as a Pendant” on page 30.

2 Fit the sun shroud to the dome body as shown in Figure 37.

Figure 37 Fitting the sun shroud

Dome Body

Sun Shroud(cut away)

Spacer

M6 x 30

M6 x12 CSK

52

3 Complete the installation as described in “Step 3 - Making your Camera Watertight” on page 31.

Figure 38 Securing the dome body with sun shroud fitted

EyeletMount Adapter

Sun Shroud

Carabineer

Pressure Screw

49

INDEX

Aauxiliary power

powering up 9requirements 9

Bbinary

input 43IO connections 43output 44

Ccable gland assembly 28cable lengths

pendent cameras 29cabling requirements 8camera

dimensions 42weight 40

camera variants 7carabineer

pendant cameras 29changing

PC settings 12configuration

initial 11using serial port 17using Web Configuration

pages 11connecting camera to network 19connections

binary IO 43network 40pendant cameras 30

console input/outputspecification 40

corner bracket 37

Ddefault

IP properties 11DHCP server 14dimensions 42

Eenvironmental specification 41Ethernet interface 15

Ffitting

sun shroud 47

Ggateway 15getting started 7

Hhardware

specification 39host name 15

IIn-Ceiling camera 21in-ceiling mount

surface mount 35ingress protection 27initial configuration 11installation

external corner bracket 37In-Ceiling camera 21

installing 21internal

In-Ceiling camera 21IP address 15

50

IP propertieschange using serial port 17change using Web Configuration

pages 13default 11

isolated networkprepare 12

Llocation of device 15

Mmake camera water tight 27maximum

input voltage 43output voltage 44

Nnetwork

connecting camera to 19connections 40

Network page configuration 14NPT Mount Adapters 36NTP server address 15

PPC

change settings 12prepare for configuration 12

pendant camerascable lengths 29carabineer 29connections 30

pendant mountcorner bracket 37pole mount adapter 38swan-neck mount 33vertical mount 34wall mount 32

Plenum rated back box 36in-ceiling mount 36

pole mount adapter 38power 40powering up

overview 10using auxiliary power 9

preparingisolated network 12

Rregulatory

specification 41resolution

specification 39

Ssensor

specifications 45serial port

configuration 17specifications 39

codec 39console input/output 40dimensions 42environmental 41power 40regulatory 41resolution 39sensor 45video codec 39weight 40

subnet mask 15sun shroud 47

fitting 47surface mount 35swan-neck mount 33

Vvertical mount 34video

codec specification 39

Wwall mount 32watertight 27

cable gland assembly 28Web Configuration

pages 11weight 40

Document ID:IU-DOME-MAN002-6

camaras domo 9000

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