The IP Dome System consists of a regular Dome Camera and a combined power supply unit and DV-IP Encoder to convert the analogue signal to a digital video stream. The system is designed to offer a robust and weatherproof interface to the network for a single video source, possibly a remote camera situated in a position that makes analogue cabling impractical.
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A “Declaration of Conformity” is held at Dedicated Micros LTD, 1200 Daresbury Park, Daresbury, Cheshire WA4 4HS WWW.dedicatedmicros.com Hereby, Dedicated Micros LTD, declares that this Analogue to IP Encoder is in compliance with the essential requirements and other relevant provisions of Directive 95/5/EC.
1.602 Configuration for 2060 Dome The DV-IP PSU can connect using co-ax, power pair & RS485 pair, or via an installer supplied co-ax and power/data wiring. These leads should be connected to the DV-IP PSU. Connecting a camera using co-ax, power pair & RS8 pair (see key below)
The Network connection is made to the back of the DV-IP encoder unit. To ensure CE compliance, use a screened network cable (K) and fit the supplied ferrite as close as possible to the DV-IP socket, as shown in the diagram above.
1.81 Audio connection The DV-IP encoder provides connection for one Audio input and one Audio output, using RCA plugs. Connect a suitable microphone to the AUDIO IN connection, connect a suitable speaker to the AUDIO OUT. The diagram shows the audio cable entering via a user installed gland below the network gland.
PWR ON - Green STATUS - Green 1) Video The DV-IP Encoder supports a Video In for an analogue video source, this can be via the 75Ω BNC connector or the S-VHS Y-C connector. 5.101 Note: This will be already connected by a coax to the BNC connector on the DV-IP Dome PSU’s interface PCB.
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British Standard BS8418. 5.151 ) Audio The DV-IP Encoder support a single channel of bi-directional audio, accessable through NetVu ObserVer. Connect the audio equipment to the phono sockets AUDIO IN and AUDIO OUT. The following modes of operation will be supported: •...
Connecting to the Encoder Using the DVR The camera connected to a DV-IP encoder can be connected to and viewed across a network using a NetVu capable DVR or server, NetVu Observer or a DV-IP encoder. To enable a NetVu capable DVR to connect to IP cameras;...
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ObserVer can connect directly to this video stream in the same way as it connects to a DVR. However, the camera needs to be within the same subnet as ObserVer. A DV-IP encoder can be added to ObserVer to allow the Operator to easily select the camera for viewing and control: Highlight the Stored Image Servers Folder, or if a sub-folder (a folder within a folder) is required highlight the top level folder.
Note: <ENTER> denotes pressing the Enter key on the keyboard. With mains power switched off, unscrew the four mounting screws that attach the DV-IP Encoder to the PSU chassis. Then remove the two screws that attach each mounting bracket to the encoder. Finally remove the four screws attaching the encoder’s lid to the base.
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Locating the unit IP address using the serial port ..................27 Mains Connection ............................8 Network ............................... 14 Network Connection ............................8 Other Connections............................9 Overview of the DV-IP Encoder ........................10 R&TTE Directive Declaration......................... 4 RF Interference warning ..........................6 RS232 Connectivity ............................. 26 RS422 Connectivity ............................. 26 RS485 Connectivity .............................
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