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Summary of Contents for IndigoVision 10-Channel Rack
- Page 1 IndigoVision 10-Channel Rack Hardware Guide...
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Page 2: Legal Considerations
BASIS LEASE CONTACT NDIGO ISION IMITED EITHER BY POST OR BY E MAIL AT PARTNER SUPPORT INDIGOVISION WITH ANY SUGGESTED CORRECTIONS AND OR IMPROVEMENTS TO THIS MANUAL AVE AS OTHERWISE AGREED WITH NDIGO ISION IMITED AND NDIGO ISION THE LIABILITY OF... -
Page 3: Table Of Contents
ABLE OF ONTENTS Legal Considerations Copyright About This Guide Safety Notices Product Overview 10-Channel Rack Overview Network Switch Card Overview Transmitter Card Overview Receiver Card Overview Installation and Configuration Before You Begin IP Configuration Step 1: Inserting the Network Switch Card... - Page 4 RS422 PTZ & Alarm Control Connections Audio Connector Mechanical Power Consumption Transmitter/Receiver Card Specifications 10-Channel Rack Approvals Wiring The Binary Input and Output Binary Input Binary I/O Voltages less than 24 volts Binary I/O Input Voltages greater than 24 volts...
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Page 5: About This Guide
BOUT UIDE This Hardware Guide is written for users of the 10-Channel Rack. It details how to configure the cards installed in the 10-Channel Rack, and install the 10-Channel Rack into a cabinet. It also provides specification and LED details for the 10-Channel Rack and interface cards. -
Page 7: Product Overview
Switch Card Video cards Figure 1 Fully populated 10-Channel Rack The 10-Channel Rack allows up to ten analog cameras or analog monitors to be connected and accessed by other products in the IndigoVision range. These include Control Center and Networked Video Recorders (NVR). -
Page 8: Network Switch Card Overview
The Ethernet link type of the Transmitter and/or Receiver cards must be configured to Full-Duplex. Failure to do this will result in poor quality video and audio. The 10-Channel Rack must be powered down before the Network Switch Card is inserted or removed. Caution... -
Page 9: Receiver Card Overview
Transmitter Cards are hot swappable - they can be inserted or removed while the 10-Channel Rack is powered. Receiver Card Overview These cards can receive, decode and render an MPEG-4 or H.264 video stream from a corresponding Transmitter card. The output analog signal is composite video (either PAL or NTSC dependent on the format of the stream being received) which can be output directly to a suitable analog monitor or VCR. -
Page 11: Installation And Configuration
• A 19” cabinet and four screws to attach the 10-Channel Rackto the cabinet The power supply connector for the 10-Channel Rack is of the same type as that for the IndigoVision NVR, however the voltages are different. Warning Using the wrong power supply to power either the Rack or NVR may result in damage to the unit and or power supply. -
Page 12: Ip Configuration
4. Attaching a video source and connecting alarms and audio (if required). 5. Installing the 10-Channel Rack into a 19” cabinet (if required). Step 1: Inserting the Network Switch Card The network switch card is an integral part of the Rack. -
Page 13: Step 2: Preparing Pc For Initial Device Configuration
All transmitter or receiver cards are supplied with their IP address and subnet mask set to 10.5.1.10 and 255.0.0.0 respectively. If you have been shipped a fully populated 10-Channel Rack, the transmitter or receiver cards are supplied with their IP addresses set to 10.5.1.10, 10.5.1.11, 10.5.1.12, 10.5.1.13 etc, for cards in... -
Page 14: Step 3: Inserting And Configuring Transmitter And/Or Receiver Card(S)
Use the Windows Network Settings configuration application to set the PC’s IP address and subnet mask, as follows: 1. In Windows Explorer, right-click Network Neighborhood and select Properties. 2. Right-click Local Area Network and select Properties. 3. Right-click Internet Protocol (TCP/IP) and select Properties. 4. - Page 15 Network Time Server Address Notice 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.
- Page 16 When you have entered the configuration data, click Submit to apply the changes. Notice IndigoVision recommends that you make a note of the new IP address and subnet mask, or label the card with its new details. 5. To configure another card, repeat steps 2-5, using a different IP address for each card.
- Page 17 1 stop bit • Flow Control: None 4. Power up the 10-Channel Rack. Wait for 1 minute to allow the card to complete the boot sequence. 5. Connect to the unit and press Enter. You should see a login prompt.
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Page 18: Step 4: Attaching A Video Source And Connecting Alarms And Audio
You are now ready to attach the 10-Channel Rack. Step 4: Attaching a Video Source and Connecting Alarms and Audio Transmitter Cards 1. Connect a video source to the Video In BNC connector on the back plane (Figure 4 on page 18). -
Page 19: Step 5: Installing The Rack Into A Cabinet
Connector Slot 1 Console Port Connector Figure 5 Backplane view of 10-Channel Rack (receiver) Digital Video Out is a composite video signal generated from the decompressed digital video received from the network. Step 5: Installing the Rack into a Cabinet... -
Page 20: Resetting The Rack Card To Factory Defaults
3. Connect the power supply to the backplane (see Figure 4 on page 18). Notice The 10-Channel Rack does not have a power switch. When power is connected, the system is on. To turn the unit off, disconnect the power. You have now completed configuration of the 10-Channel Rack. -
Page 21: Configuring Redundancy
10-Channel Rack are connected. If Spanning Tree is not enabled on the network, network redundancy cannot be provided to the 10-Channel Rack and only one of the network ports should be connected to the network. If your network does not support the Spanning Tree Protocol, connecting... -
Page 22: Power Supply Redundancy
Receiver cards to that transmitted or received by the cards themselves. This maximizes the total available network bandwidth across the chassis backplane. Power Supply Redundancy The 10-Channel Rack has two power supply connectors, which enable it to accept dual redundant power supplies. Power Connector LEDs... -
Page 23: Generate A Psu Failure Event In Control Center
Power Connector LEDs are lit. Generate a PSU Failure Event in Control Center If you are using IndigoVision’s Control Center application, you can specify that an alarm is generated if one of the power supplies to the 10 Channel Rack fails. - Page 24 These jumpers allow you to route the control signal to the binary input of slot 1. To do this, you must set the jumpers as shown in Figure 8 on page 23. Table 1 on page 24 shows the truth table for this control signal: Truth table for binary input control signal Table 1 Condition...
- Page 25 Figure 11 Creating a new alarm source 4. Enter a name for the new alarm source, for example, Rack Power Supply. 5. In the IndigoVision Devices list, select the transmitter or receiver card in Rack Slot 1. 6. Select the required alarm input on the device.
- Page 26 8. Click OK. 9. The Properties dialog for the new alarm source is displayed. 10. To activate the alarm source, check the Enable Alarms box and choose the time period during which the alarm source is armed. 11. Click OK. The alarm source is now activated. If one of the power supplies fails on the 10 Channel Rack, an alarm will be generated and sent to Control Center.
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Page 27: Specifications
PECIFICATIONS This chapter contains the specifications for the 10-Channel Rack and the video cards. It also details the device’s approvals. Connector Pinouts BNC Connector Lower Connector • Video In (Transmitter Cards) • Signal format: Composite Video, NTSC or PAL Upper Connector •... -
Page 28: Rs232 Ptz & Alarm Control Connections
RS232 Function no connect no connect no connect no connect no connect RS232 PTZ & Alarm Control Connections (Output Relay Contact) R.1 R.2 (Output Relay Contact) (Input Diode Cathode) K A (Input Diode Anode) RS422 PTZ & Alarm Control Connections (Output Relay Contact) R.1 R.2 (Output Relay Contact) A (Input Diode Anode) -
Page 29: Mechanical
Transmitter Card Mono Line_In/Out Position 2 — Stereo Line In Only (No Output) The TIP is LEFT channel, RING is Right channel. Stereo Line_In Position 3 — Mono Mic In Only (No Output) The TIP is the Microphone Input, RING is +5V for condenser microphone. -
Page 30: Power Consumption
Power Consumption 8000 series 9000 series Power Consumption Mains Input Voltage 100-250 Vac 100-250 Vac Mains Input Current 0.6-0.24 A 0.82-0.33 A... -
Page 31: Transmitter/Receiver Card Specifications
Transmitter/Receiver Card Specifications Table 3 Rack Video Card Specifications Lower BNC 1 NTSC/PAL (BNC) input, composite video, 75W, 1Vp-p (transmitter cards) Upper BNC Video 1 NTSC/PAL (BNC) loop out, composite video, 75W, 1Vp- p (transmitter cards) 1 NTSC/PAL (BNC) digital video output, composite video, 75W, 1Vp-p (receiver cards) 8000 series: ISO 14496-2 Standard MPEG-4 Simple Profile... -
Page 32: 10-Channel Rack Approvals
10-Channel Rack Approvals • EN 55022 (1994) ITE emission standard - Class A • EN 61000-3-2 (1995) mains harmonics - Class A • EN 55024 (1998) ITE immunity standard • EN 6100-3-3 (1995) voltage fluctuation • CFR47 (1995) Part 15 subpart B - Class A (US Federal... -
Page 33: A Wiring The Binary Input And Output
Notice For information on configuring alarms from binary inputs, please see the IndigoVision Web Configuration Guide. For supply voltages less than 24Vdc, no external resistor is required as the unit has an internal resistor fitted. The input voltage (Vin) must be less than 1Vdc, or open circuit, for a logic low, and greater than 4Vdc for a logic high. -
Page 34: Binary I/O Input Voltages Greater Than 24 Volts
In Figure 12 on page 33 , when the switch is pushed, the binary input changes from high to low. When the switch is released, the binary input changes from low to high. Example 2 — Normally Open Contact 4 - 24V DX.+ Internal resistor already fitted... -
Page 35: Binary Output
Input voltages above 50Vpk at Vin will irrevocably damage the unit. Caution Example 3 — Normally Closed Contact (48V input) External DX.+ resistor Internal resistor already fitted Normally closed contact DX.- Figure 14 Normally closed contact In Figure 14 on page 35 , when the switch is pushed, the binary input changes from high to low. - Page 36 External Internal Rx.1 External device I=500mA max R= 2 ohms Rx.2 Figure 15 Example binary output This port is not a voltage source. The maximum current permitted through this port is 500mA at 25 degC, derated to 350mA at 55 degC. Caution...
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Page 37: Interface Card Leds
NTERFACE All VPxxx Card LEDs Figure 16 LEDs Table 4 LEDs description Name Color Description Details Flashes regularly when the card is LED 1 Green Power/Active powered and functioning OFF = no video LED 2 Green Video ON (Solid) = video streaming from the card over the network LED 3 Yellow... -
Page 38: Network Switch Card Leds
Network Switch Card LEDs LED 1 LED 2 Figure 17 Network Switch Card LEDs 10Base-TX connections are supported, but these connections are not recommended. Table 5 Network Switch Card LEDs description Name Color Connection type Green 100Base-TX Denotes Port 1 LED1 activity Amber...
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