Dedicated Micros DM-CMVUVRD720-N Installation

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CamVu720 Vandal Dome
Installation and
Conguration Manual
DM/CMVUVRD720
DM/CMVUVRD720/N
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Contents
Introduction ......................................................................3
Installation ........................................................................7
Conguring the Unit .......................................................14
System ...........................................................................16
Display ...........................................................................37
Camera ..........................................................................42
ICR Settings ...................................................................46
Schedule ........................................................................58
Alarm .............................................................................63
Network ..........................................................................79
Features & Text ..............................................................96
Diagnostics ..................................................................101
Event Search ...............................................................103
Unit Operation ..............................................................105
Appendix A ...................................................................119
Appendix B ..................................................................126
Appendix C ..................................................................127
Specication ................................................................128
Notes ...........................................................................130
Index ............................................................................131
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Whilst every attempt is made to ensure these manuals are accurate and current, Dedicated Micros reserve the right to alter
or modify the specication of the machine described herein without prejudice.
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Introduction
1.03
The CamVu720 Series are high denition IP Cameras offering up to 2 megapixel image streams in a choice of compression formats. With advanced features such as ICR, analytics support and direct conguration from associated Video Servers, the CamVu720 Series contains a powerful suite of enterprise­scale capabilities. The CamVu720 Series is also designed for Dedicated Micros next generation of video surveillance - Closed IPTV.
HIGH DEFINITION STREAMING & RECORDING
The CamVu720 provides high denition image streams up to 2 megapixel, with a congurable resolution of up to 1280x720 (16:9) and 1600x1200 (4:3). The powerful suite of streaming features ensure exibility in remote viewing of the camera whilst on-board storage and supported transmission protocols such as AoE provide a wealth of local and remote recording options..
ANALYTICSCAPABLE
As part of our growing range of AnalyticsCapable products, the CamVu720 Series is able to contain the latest analytics solutions from Dedicated Micros including Object Left/Removed Detection Tripwire and Counting Tripwire, all locally hosted on the camera.
NETVU CONNECTED
With NetVu Connected products users can seamlessly integrate Video Servers, Cameras & Domes, Management Systems, mobile viewing devices and video walls together without the costly impact of signicant integration time. A shared user interface helps minimise operator training whilst powerful features such as Direct conguration of PTZ Cameras and Domes from connected DVRs helps reduce installation time providing benets to both end user and installer/integrator.
The incredible exibility of Dedicated Micros NetVu Connected platform enables multi-environment security installations to be achieved with ease. Integration of Fixed and Mobile DVRs and Video Servers alongside products such as FireVu (for Video Smoke Detection) enable large scale solutions with several application requirements to be designed and built with ease.
MULTIPLE, SIMULTANEOUS VIDEO STREAMS
Dedicated Micros’ unique Visual Signal Processor (ViSP) allows the CamVu720 Series to transmit multiple simultaneous MPEG-4, H.264 and/ or JPEG images to any number of associated NetVu Connected devices for image viewing. Each stream can be tailored to suit the viewer’s bandwidth requirements.
CLOSED IPTV
Dedicated Micros’ award winning Closed IPTV solution combines open standard IP protocols with patent pending innovation to provide simple to install, safe and secure IP video solutions across new or existing networks.
Automatically allocating IP addresses to IP cameras by physical port, a Closed IPTV system is completely deterministic, creating rewalls and monitoring point-to-point IP connections so they cannot be hacked or intercepted. Critical to the security of a Closed IPTV system is the unique implementation of Trusted Endpoint technology; a secret signature, applied at lock down, enables endpoint devices such as IP cameras to be secure, immediately triggering a security alert should any interference be detected.
This ground breaking solution provides a very simple and secure answer to IP video, meaning that no prior knowledge of IP networking is required. Sophisticated and Dependable network security can be achieved with a single click.
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Features
Vandal Resistant High denition IP mini-dome
Up to 2MP resolution
Integrated Camera Recording and full enterprise video server within camera
Can form part of a Closed IPTV system
2 alarm inputs and 1 relay output
1x audio input (mono) + 1x audio ouput (mono)– 3.5mm jack, 47kΩinput impedance
Transmission of multiple, simultaneous video streams in MPEG-4, H.264 and JPEG format enables multiple users to view video streams at the settings they require
AnalyticsCapable - enables analytics solutions to be deployed on your CCTV system
Direct conguration from any compatible NetVu connected DVR or Video Server
Power over Ethernet (PoE) / 12Vdc as standard
MultiMode Recording - Dynamically-switchable resolution, record-rate & compression (MPEG­4/JPEG/H.264) settings
Web server for remote conguration of camera features
Local analogue test monitor output for use when positioning and adjusting the camera’s eld of view and focus
Uses the latest Chipwrights ViSP to minimise power consumption and heat build up
Benets
The camera supports recording to local SD card or network attached storage using ATA over Ethernet
The latest technology in the CamVu720 provides high denition image streams up to 2 megapixel, with a congurable resolution of up to 1280x720 (16:9) and 1600x1200 (4:3).
Operates seamlessly within a NetVu Connected network.
Remote conguration removes the need for multiple revisits
Images recorded locally on the camera in JPEG format can be viewed over low bandwidth networks using MPEG-4
On Board service connector allows local lens adjustment on a service monitor
AnalyticsCapable features enable analytics solutions such as Object Left/Removed, People Counting and Video Tripwire to be deployed on your CCTV system.
CE NOTICE (EUROPEAN UNION)
This section contains the regulatory declarations for the EU for the CamVu VR Dome Camera.
This product is marked with the CE symbol and indicates compliance with all applicable Directives. A “Declaration of Conformity” is held at Dedicated Micros LTD, 1200 Daresbury Park, Daresbury, Cheshire WA4 4HS
Hereby, Dedicated Micros LTD, declares that this product is in compliance with the essential requirements and other relevant provisions of Directive 95/5/EC.
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Marking by the symbol CE indicates compliance of this Dedicated Micros product to the Electromagnetic Compatibility Directive 89/336/EEC, and the Low Voltage Directive 73/23/EEC of the European Union. Such marking is indicative that this system meets the following technical standards
EN 61000-6-3 EMC Standard Residential, Commercial and Light Industry.
EN 62000-3-3 Limitations of voltage changes, uctuations and icker in public low-voltage supply systems for equipment with rated current up to 16A.
EN 61000-3-2 Limits for harmonic current emissions for equipment with rated current up to 16A.
EN 50130-4 Immunity requirements for components of re, intruder and social alarm systems.
EN 60950 Safety of IT and similar equipment.
Further details about these applicable standards can be obtained from Dedicated Micros Ltd.,
1200 Daresbury Park, Daresbury, Cheshire WA4 4HS
1.01002
RF Interference warning
This is a class B product. In a domestic environment this product may cause radio frequency interference , in which case the user may be required to take adequate measures.
1.01003
Important Safeguards
4.15
Read Instructions
All the safety and operating instructions should be read before the unit is operated and adhered to during operation. These instructions should be retained with the unit, and all warnings and cautions contained should be heeded.
Power Sources
This unit should be operated only from the type of power source indicated on the manufacturer’s label.
Power Over Ethernet
This product supports PoE and when connected to a suitable switch, will not require an external PSU to drive the device.
Servicing and Repair
Do not attempt to service this unit yourself as opening or removing covers may expose you to dangerous voltage or other hazards.
Refer all servicing and repair to qualied service personnel.
Equipment
Use only attachments/accessories specied by the manufacturer.
Ventilation
Ensure unit is properly ventilated to protect from overheating.
To prevent re or shock hazard, do not expose this equipment to rain or moisture. The lightning ash with arrowhead symbol within an equilateral triangle is intended to alert the user of this equipment that there are dangerous voltages within the enclosure which may be of sufcient magnitude to constitute a risk of electric shock.
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This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.
Regulatory Notes and FCC and DOC Information
(USA and Canadian Models Only)
Warning: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at their own expense.
If necessary, the user should consult the dealer or an experienced radio/television technician for corrective action. The user may nd the following booklet prepared by the Federal Communications Commission helpful: “How to Identify and Resolve Radio-TV Interference Problems”.
This booklet is available from the US Government Printing Ofce, Washington, DC20402, Stock No. 004-000-00345-4.
This reminder is provided to call the CCTV system installer’s attention to Art. 820-40 of the NEC that provides guidelines for proper grounding and, in particular, species that the cable ground shall be connected to the grounding system of the building, as close to the point of cable entry as practical.
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Installation
The CamVu 720 is a surface mounted vandal resistant camera for installation directly onto a hard surface or mounting structure.
Parts Supplied
CamVu VR Dome Surface mount
4 x 5mm Wood screws
4 x Wall plugs
4 x 9.5mm O-rings
1 x T20 Security Torx key
This booklet
Parts Not Supplied
Optional video service lead (part number DM/ICED-SERV)
A PSU is not supplied with this camera. If the camera is used with Power over Ethernet (PoE) it is not necessary to use a separate PSU (if PoE is available use the ethernet connection) otherwise a suitable 12Vdc 0.5A PSU is required.
INSTALLING YOUR CAMERA
Network and power cables enter the camera body inside a plastic or metal conduit either from the side or rear of the camera, refer to Appendix B for a scale pattern.
Alternatively a 12Vdc PSU(VS-PSU15W-EXT) can be purchased from Dedicated Micros.
1 Loosen the four torx screws on the front of the camera using the torx screw key supplied.
2 Gently pull away the dome cover from the camera body and remove the plastic shroud. The
dome cover is attached to the camera body with a retaining cord. Do not undo or cut this cord.
3 Unscrew the 2 captive screws at either side of the camera mount assembly and remove the
camera assembly from the body.
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WARNING: Take Anti-Static precautions
4 Unscrew one of the two large screws, either at the side or rear of the camera body, depending
on where the video and power cables are to enter the camera body. Note that the screw is wrapped in PTFE tape. This is necessary to ensure that moisture does not enter the camera body after the camera has been installed.
5 Mark and drill the four screw holes required for xing the camera body. An 8mm drill bit is
suitable for use with the supplied wall plugs.
Note: If the video and power cables enter from the side of the camera, you may wish to t a conduit
in position temporarily at the side of the camera to align the camera before marking the screw holes.
If the video and power cables enter from the rear of the camera, mark and drill a hole for the conduit and leads. The size of hole required depends on the size of the conduit.
6 Attach a metal or plastic conduit with a suitable M20 screw thread to the side or rear entry point
using PTFE tape to ensure a watertight seal. Ensure that the conduit does not foul the plastic camera mount inside the camera body.
7 Screw the camera body to the xing surface using the screws, wall plugs and o-rings supplied.
O-rings must be used to ensure that moisture does not enter the camera body after the camera
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has been installed. Do not over-tighten the screws.
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8 Connect the Network to the RJ45 connector on the camera.
The camera is Power over Ethernet capable, if not using PoE, connect the power cable to the
power terminals.
The camera operates from a 12V DC power supply. Connections and polarity are indicated next
to the terminals. The power supply must be a UL Listed, Class 2 isolated type.
Note: A CAT5 cable must be used.
9 Fit the camera assembly back into its body and tighten the two captive screws.
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10 Optionally attach a local monitor to the test point using an DM/ICED-SERV service connector
(available separately) and adjust the camera as described in the Camera Settings section.
11 Visually align the screws on the dome front cover with the screw holes on the camera body to
assist in replacing the dome cover.
12 The CamVu 720 supports two normally open/closed alarm inputs via multiway connector
arrowed in the image below.
Alarm Connection Table
Label Key Connection
0 A Alarm 1 + GND B Alarm 1 ­1 C Alarm 2 + GND D Alarm 2 -
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13 The Camera has support for one relay. Connect the relay to the multiway connector arrowed in
the image.
Relay Connection Information
1 onboard light duty relay output (500mA@12V-48V Max)
The relay is not polarity sensitive.
14 The unit supports one channel of bi-directional audio. Connect the audio equipment using a
3.5mm 90° jack plug to the phono socket shown in the image below.
Audio Connection Information
3.5mm (phono) socket, 8KHz/16KHz/22KHz sampling 75Ω input impedance, 1V pk-pk, amplication req on output
Sleeve - ground,
Tip - audio out
Ring - audio in
15 Replace the dome front cover and tighten the torx screws, taking care not to trap the retaining
cord in the edge of the front cover. Do not over-tighten the torx screws.
The power supply must be a class 2 isolated type.
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Warning: This camera is a Class 2 device and therefore does not have an earth connection in
the power cord.
Note: To avoid unwanted reections all LEDs within the camera including those on the network
connector are disabled. The LEDs are enabled if SW1.1 (which is situated close to the alarms connector of the main board) is turned ON.
Power over Ethernet
The camera can be powered from any suitable PoE injector conforming to IEEE 802.3-2008. End span and bridging injectors supported.
POE Injector
The Dedicated Micros POE Injector is designed to enable the use of POE (Power over Ethernet) before a POE capable switch has been installed. It is installed alongside a suitable 48Vdc 15W PSU. (DM/PSU/48V can be purchased separately from Dedicated Micros).
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A Connection to DVR/NVR/Switch
B Connection to suitable 48Vdc 15W PSU (DM/PSU/48V recommended)
C Ethernet cable connection to camera.
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Important: 48V is supplied to connection C. There is no voltage at Connection A. Do NOT connect
Note: Layer 3 Enhanced Switch shown, normal Ethernet switch or DVR / NVR connection also
an ethernet cable from connection C to a DVR/Switch as this could cause irreparable damage.
compatible. CamVu2000 camera shown, RJ45 socket on dome is compatible.
POE Injector Power Supply specication
Adaptor socket - 5.5mm diameter with a 2.1mm central circular pin
+48V goes to the centre pin of the power connector - 0V to the outside barrel
CAMERA SETTINGS (HYPERD VERSIONS ONLY)
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Conguring the Unit
Using the Unit with Secure Closed IPTV
1) Connect the camera to a Closed IP Network switch using Cat5 network cable. The POE version of this camera will draw power from with the DM/NSW/CPP model switch, or with DM/NSW/CP model switch if connected to a POE injector and separate power supply.
2) Ensure that the Closed IP NVR or Console that the switch is connected to is in Conguration mode to allow new cameras connect.
3) Power up the camera and wait for the on-screen acknowledgement on the monitor attached to the Closed IP NVR or Console. Alternatively check the Camera Overview web page on the Closed IP NVR or Console to determine out the camera status.
4) Once the camera has been detected and added, remember to secure the switch by moving out of Conguration mode, failure to do this will leave the Closed IPTV system unsecured.
Locating the Unit IP address
The unit is congured using on-board conguration pages. This can be done remotely once the unit has been installed in its chosen location, using the web browser on a PC in the same subnet as the unit.
The unit conguration pages can be accessed using the unit IP address or DNS name. The unit has DHCP factory enabled. When the unit is connected to a DHCP network for the rst time, an IP address is
automatically assigned by the network switch or router it is connected to. Most routers will have the facility to enable DHCP and DNS, if it is not available, contact your network administrator.
The default DNS address for each unit is factory set as the serial number. This address can be found on the serial label on the unit or via the packaging the unit came in.
If DHCP and DNS are not available, the IP address can be found by connecting an analogue monitor to the BNC connection of the camera. The unit IP address is displayed on the analogue video output for 10 minutes from powering the unit on.
The DNS or IP address can be typed directly into the address bar of a web browser.
Note: The unit’s DNS address can be changed subsequently to something more memorable
or meaningful than its serial number by editing the System name option in the System conguration page.
Zero_conf conguration
If a permanent IP address is not assigned to the unit, it will attempt to contact the DHCP server every time it starts up, and periodically thereafter. The unit support zero-conguration networking (sometimes known as Bonjour), this enables automatic discovery of computers, devices, and services on IP networks. Zero-conguration uses industry standard IP protocols to allow devices to automatically discover each other without the need to enter IP addresses or congure DNS servers. By loading a suitable free add-on to your web browser such as Bonjour for Windows for Internet Explorer or BonjourFoxy for FireFox zero conguration devices such as this unit can easily be discovered and accessed.
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Accessing the Conguration Pages
The unit is congured using the on-board conguration pages. To access these:
1. Launch a web browser, preferably on a PC on the same subnet as the unit.
6.12
2.
Type the IP address (or DNS name if there is no xed IP address) of the unit into the address bar.
3. If prompted, enter a username and password. The default settings are; username:dm and password:web.
4. The Main Menu page will be displayed.
6.13
The conguration menus are accessible via the link on the left hand side of the page
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System
The menus under the System heading allow the unit’s core settings to be viewed, changed and the system software upgraded.
The Attributes option displays details about the unit including the IP address, unit serial number, MAC address and software version.
The Status page displays information about the unit’s operating condition, shows how long the unit has been operating and the reason for the last reset. It also shows camera status and displays any failed cameras.
The Language page allows the system language to be set. The language can also be changed for the current session only.
The Time and Date page allows the unit time and date settings to be adjusted, including setting the timezone.
The Audio page shows the settings available for each of the audio channels and allows conguration of audio quality.
The Features page allows control of the different features that are available within the software including Email reporting and control of the display resolution.
The Maintain page allows the current conguration to be saved, and for previously saved settings to be loaded.
The PowerScript management pages allows individual PowerScripts to be disabled if required.
The Video Storage page allows conguration of the units ATA over Ethernet (AoE) function. AoE is a network protocol designed for simple high-performance access of storage devices over Ethernet networks. The external storage device must be located on the same network as the unit.
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Attributes
This menu shows the general information about the unit including the version of software installed, the unit’s serial number and the allocated DHCP IP address.
Product Descriptor Details the product model. Serial Number Identies the serial number of the specic unit. PCB Serial Number Displays the PCB (Printed Circuit Board) serial number of the unit. Product Code Displays a code identifying the unit’s specication. Earliest Recording Displays the date/time of the earliest recording held on the unit. System Name This eld can be edited to allocate a name to the unit, which can be
typed directly into a browser to access the conguration pages on a DNS enabled network. This is displayed when the unit is accessed via NetVu ObserVer and is sent when transmitting information to a
Remote Video Response Centres (RVRC). MAC Address This is the MAC address assigned to the unit. IP Address This is the IP address allocated to the unit. Sub Net This is the subnet mask for the unit Gateway This is the IP address of the default gateway (router) assigned by the
DHCP server. Video Standard Displays the video standard adopted by the unit i.e. PAL, NTSC.
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Number of Cameras Shows the number of camera channels on the unit. Global PPS Details the unit Global PPS (Pictures Per Second) recording rate. Video Storage Gbytes Highlights the available video storage capacity in Gigabytes. Software (Red) Links to the System Software details page
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Software
This page details the installed software and may be needed if calling Technical Support.
System (Red) Links back to the System Settings page About (Blue) Opens the System->About page. Refresh (Purple) Refreshes the current page
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Status
Unit Status
This menu details information regarding the status of the unit, notably the total time the unit has been operating and the time since its last reset.
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Time since last reset Details the time since the unit was last reset. Total running time Details the total time the unit has been operational. Reset code The last reset code used is displayed. Restart reason The reason for the last restart is displayed i.e. Controlled
User Reset.
Refresh (Purple) Refreshes the current page
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Alarm Status
This menu details information regarding the alarms and relays on the unit.
Alarm Contacts Details the status of the two alarm contacts on the unit. Light Green
indicates the contact is closed, dark green indicates it is open. Alarm Zones Details the status of the four alarm zones on the unit. Light Green
indicates the zone is active, dark green indicates it is passive. Relay Outputs Details the status of the relay output on the unit. Light Green indicates
the relay is closed, dark green indicates it is open. Alarms(Blue) Opens the Alarm Inputs page Refresh (Purple) Refreshes the current page
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About
This page provides quick links to the pages required to fault nd.
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System Information Opens the System Settings->System page. Software Revisions Opens the System Settings->Software page. General Information Opens the General Information page (refer to ‘Appendix A - General
Information’).
Record Details Opens the Record Details page (refer to ‘Appendix A - Record
Details’).
Camcong Details Opens the Camcong Details page (refer to ‘Appendix A - Camcong
Details’).
Capabilities Opens the Capabilities Details page (refer to ‘Appendix A -
Capabilities Details’). UI Information Opens the UI Information page (refer to ‘Appendix A - UI Information’). Prole Record Tables Opens the Prole Record Tables page (refer to ‘Appendix A - Prole
Record’). Refresh (Purple) Refreshes the current page
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Logs
The log les stored in the camera can be accessed from this page. Selected logs are displayed on the page below.
About (Blue) Opens the About page Refresh (Purple) Refreshes the current page
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Network Security Logs
The log les stored in the camera can be accessed from this page. Selected logs are displayed on the page below.
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Start Date Enter a start date to lter the security log entries Start Time Enter a start time to lter the security log entries End Date Enter an end date to lter the security log entries End Time Enter an end time date to lter the security log entries Load Security logs Displays security events that were logged within the start and end
parameters Refresh (Purple) Refreshes the current page
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Language
This menu allows the system language to be set. Changing the System Language will effect all menu pages. If required, the language can also be changed for the current session only.
System Language Select to change the system language setting.
Note: A server reboot will be required to implement system language changes. The unit can be
rebooted via System Settings->Maintain->Reset, or by pressing ‘Red’ while on this page.
Session Language Select to change the language settings for the current session only. Choose Select to immediately activate session language changes. Reset (Red) Resets the unit Refresh (Purple) Refreshes the current page
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Time and Date
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System Time The current system time and date is displayed. Current Time Zone Displays the currently selected time zone settings. Time Zone Select the relevant timezone offset from the accompanying drop
down menu. Date Format As default, the date is entered dd/mm/yy. It can also be displayed as
mm/dd/yy or yy/mm/dd. Reset(Red) Resets the unit Time Format As default, the time displayed is in 12 hour format. This can be
changed to 24 hour if required. SNTP Server A Simple Network Time Protocol (SNTP) server allows external
devices to connect and set their current date and time settings to that
of the SNTP. If required, enter the SNTP server IP address here. Set Time Allows current unit time to be updated. Set Time (Green) Applies the new time. Set Date Allows current unit date to be updated. PC Time Displays the system time of the PC currently being used to view
the conguration pages.
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Sync Time (Blue) Use this button to synchronise the time of the unit to that of the PC
being used to view the conguration pages.
Note: The PC Time and Sync Time options will only be available if viewing the menu via
the conguration pages.
System (Yellow) Opens the System Settings->System page Refresh (Purple) Refreshes the current page
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Audio
The Audio menu allows settings for the audio channel to be edited. Audio can be recorded via input.
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Audio 1/2 Camera Audio can be recorded from camera inputs by selecting
Local. Challenge audio i.e. originating from an Operator at an Remote
Video Receiving Centre (RVRC), can be recorded by selecting
Challenge. Audio Recording This option allows the audio recording to be activated (Enabled) or
deactivated (Disabled) Record Audio Challenge Select this option to record an audio challenge originating from an
operator at an RVRC. Record Gain This option allows the Record Gain level to be set. This is the base
setting from which the AGC (Automatic Gain Control) will operate.
Select from 1 to 15. The default and recommended setting is 15. Playback Volume Select a volume setting between 1 to 64 for audio playback. Record AGC Select this option to activate the AGC function. AGC helps produce a
better quality recording by removing background noise/distortion. Record uncompressed Select this option to record audio in an uncompressed format.
Note: Recording in uncompressed format will signicantly increase the disk space used.
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Features
This menu enables the activation of system features such as Email Reporting.
System (Red) Opens the System Features page Network (Green) Opens the System Features Network page (below) Video (Yellow) Opens the System Features Video page (below) Other (Blue) Opens the System Features Other page (below) Refresh (Purple) Refreshes the current page
System Features
User Logging Enable this option to activate User Logging. Refer to ‘Appendix A’ for
further information regarding the User Logging function. Text in Images Select this option to activate the Text in Images function, refer to ‘Analytics & Text-Text In Image’ for more information.
Note: When de-selected here, the ‘Text in Image’ menu will no longer be displayed in the menu tree.
Email Reporting Select this option to activate the Email Reporting function, refer to ‘Network Settings-E-mail’ for more information.
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Note: When de-selected here, the ‘Email Reporting’ menu will no longer be displayed in the menu tree.
Remote Reporting Select this option to activate the Remote Reporting function, refer to ‘Network Settings-Remote Reporting’ for more information.
Note: When de-selected here, the ‘Remote Reporting’ menu will no longer be displayed in the menu
tree.
Automatic FTP Download Select this option to enable automatic FTP downloads to upgrade the
Note: When de-selected here, the ‘Automatic FTP Download’ menu will no longer be displayed in
the menu tree.
Webcam Support Select this option to activate the Webcam function. This allows the
Note: When de-selected here, the ‘Web Cam’ menu will no longer be displayed in the menu tree.
SMB Server Support Select this option to activate the SMB (Server Message Block)
Note: Use the 10/100Mbps network option ‘Net 2’ for SMB purposes (the unique Server Name must
be assigned via ‘Network Settings-Server Name’).
Camera Masking Select this option to activate the Camera Masking function, refer to ‘ Alarm Settings-Masked Cam Detection’ for more information.
Note: When de-selected here, the ‘Masked Camera Detection’ menu will no longer be displayed in the
menu tree. Camera Masking
unit and/or the conguration pages, refer to ‘Network Settings-FTP Download’ for more information.
unit to emulate a webcam and send image from one video feed in webcam format, refer to ‘Network Settings->Web Cam’ for more information.
le sharing function. When activated, the SMB protocol allows the unit to access PCs operating the Windows operating system (and Linux machines running Samba). This enables sharing of les and directories to/from the unit. The name of the SMB Workgroup on the network must be correctly entered in the SMB Workgroup option (see below). It is important that the Server Name assigned to the unit via ‘Network Settings->Server Name’ is unique within the workgroup being used. To access the unit via a PC running SMB (and has access to the same Workgroup); open My Network Places-Entire Network- Microsoft Windows Network. The Workgroup containing the unit and PC(s) should then be available. Files and folders can then be copied/added as required.
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System Features Network
Secondary Web Port If the default port setting for web serving has already been allocated,
it is possible to congure a second port number i.e. the secondary
web port can be set if the default web port is blocked by the rewall.
Use Record Proles for Tx High This option sets the Video Transmission prole for the ‘High’ setting
to be identical to the settings (rate/quality/resolution) that are being
recorded
Samba Workgroup Enter the name of the Samba workgroup to enable sharing of les
and directories to/from the unit. To access the unit via a PC running
SMB (and has access to the same Workgroup); open My Network
Places-Entire Network- Microsoft Windows Network. The Workgroup
containing the unit and PC(s) should then be available. Files and
folders can then be copied/added as required. Auto IP Override The Closed IPTV network can utilise zeroconf during initial
conguration. This is set to disabled at the factory. Enable to attempt
Zero Cong address negotiation. Max Client Connections This setting limits the number of client connections to the server. The
default is 256 but can be increased if there is high network trafc. ARP Cache Size This setting limits the number of cache entries available in the ARP
table. The default setting of 256 is adequate for most instances
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TCP Reassembly Queue Limit This setting limits the maximum number of TCP segments allowed in
Remote Codec Default Connection
System (Red) Select to open the System->Features->System page Network (Green) Select to open the System->Features->Network page Video (Yellow) Select to open the System->Features->Video page Other (Blue) Select to open the System->Features->Other page Refresh (Purple) Refreshes the information on the current page.
the reassembly queue, to protect against a common DoS attack. This selects the initial connection type to use for an auto congured
remote codec camera, select from TCP or UDP.
System Features Video
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Detected Video Standard Shows which video standard the camera is operating. Analogue Output Resolution Allows selection of the resolution, options are 704 x 576, 704 x 512
and 640 x 512
Deinterlace Filter Select this option to improve display clarity and minimise the comb
effect that may be visible when recording high motion scenes in high resolution.
3D Input Filter Options are Off, Time Domain Filter, Spatial Filter, or Both.
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Segment Aspect Ratio This setting control how a 4:3 image is displayed in a multi-screen or
wide screen format on the local viewer. The available display segment
changes depending on the number of multi screen images selected
for display. Stretch forces the image to ll the available display
segment. This may result in some distortion of the display image.
Zoom Fit forces the frame to ll the available segment completely and
proportionally. Consequently some of the image at the top and bottom
of the frame may be cropped. Frame Fit forces the frame to ll the
available segment proportionally, resulting in black bars left and right
on some multi display choices. Network (Green) Select to open the System->Features->Network page Video (Yellow) Select to open the System->Features->Video page Other (Blue) Select to open the System->Features->Other page Refresh (Purple) Refreshes the information on the current page.
System Features Other
Auto Update Web Variables This is used to enable/disable the conguration page auto update
The default is to auto accept and update the conguration pages. Enable Event Search Page Select to enable the Event Search option.
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acceptance option
version has been updated.
which is displayed when the
conguration page
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Note: When de-selected here, the ‘Event Search’ menu will no longer be displayed in the menu tree.
Enable RVRC page Select this option to activate the RVRC Remote Set/Unset/Override
Note: When de-selected here, the ‘RVRC’ menu will no longer be displayed in the menu tree.
function, refer to ‘Record Settings-RVRC’ for more information.
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Maintain
This menu allows the unit to be reset. The system can also be restored to factory defaults.
Camera
Reset (Red) Select to restart the unit.
Conguration
Default (Green) Select to return the unit to its factory default settings and restart.
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Powerscript Management
This page enables you to select which PowerScripts are automatically run when the unit starts up. Use the tickboxes below to select which scripts you require and then click Save.
Note: You will need to restart your unit for the changes to take effect.
Note: Clicking Save will alter DEFAULT.C, if you already have a custom PowerScript on your unit
which uses the DEFAULT.C le, please contact your regional Technical Support before using this page.
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Reset(Red) Resets the unit Save (Green) Saves the current settings Refresh (Purple) Refreshes the current page
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Display
The Display pages allows the default settings to be established for the Viewer menu. The viewer can be used to simulate local operation over the network, allowing locally stored images to be viewed.
The Viewer Defaults page allows the Viewer menu settings to be congured.
The User Accounts page helps protect conguration procedures by limiting access to specic users via accounts and passwords.
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Viewer Defaults
The units Viewer function allows remote users to simulate local operation over a network. This menu allows conguration of settings for the Viewer function, refer to ‘Operating The Viewer’ for more information regarding the Viewer.
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Default Image Format Camera images can be displayed in either JPEG or MPEG format on
the LAN (local area network) and the WAN (wide area network).
Default Image Req The default size for images displayed full screen in the Viewer menus
on the LAN and the WAN can de set at High, Medium, Low or None.
Applet Location The location of the unit’s Viewer menu applet is displayed. The default
location will always be the applet installed on the unit. If accessing multiple units via a remote connection, all can be assigned the same Viewer applet. This will lessen the load time required when accessing different DVRs/Servers. For example, if a local unit and a remote DVR are to be accessed, it is possible to set the Applet location for both DVRs as the local unit. If viewing the unit remotely, Dedicated Micros provide a remote applet located on the Dedicated Micros website (www.dedicatedmicros. com/software_release/windows/viewer-applet.jar). Due to possible bandwith restrictions on the network the DVR is located, using this remote applet may improve data transfer speeds.
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Set Location Select the applet location. Choose from ‘Default location’ i.e. the
applet installed on the unit; or the ‘Dedicated Micros website’ option
i.e. the remote applet. Reset (Red) This button will restart the unit. Refresh (Purple) Refreshes the current page
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User Accounts
The unit can protect conguration procedures by limiting access via usernames and passwords. By default, no usernames and passwords are congured for any account type. The is a warning displayed on the main conguration page until usernames and passwords are congured.
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Account Types The available account types for which users and passwords can be
assigned privileges are:
Admin FTP
Assigning username and password requirements for the Admin
FTP function will limit access to the unit via an FTP connection. Default username:none Default Password:none. Video FTP
Assigning username and password requirements will limit access
to the recorded video on the unit via an FTP connection.
Default Username:dmftp Default Password:ftp. Telnet
Assigning username and password requirements for Telnet
connections will limit Telnet access to the unit (Telnet
can be used to upgrade the unit).
Default Username:dm Default Password:none.
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Serial Assigning username and password requirements for Serial
connections will limit access via a Serial link.
Default username:none Default Password:none. Menu Conguration Assigning WebPage Conguration privileges will limit access to
the Conguration menus when viewed remotely. When
implemented, the user will be prompted for a username and
password before access to the Conguration menus (via the
main menu) will be granted.
Default Username:dm Default Password:none Local Users
Assigning Local Users access privileges will limit access to the
Viewer pages for local users. When implemented, the local user will be prompted for a username and password before access to the Viewer pages (via the main menu) will be granted.
Default Username:dm Default Password:none Remote Users Assigning a username and password protects camera images
from unauthorised access. Default username:none Default Password:none.
Note: Where there are no assigned, access will be granted to all users and no request for a username
and password will be made.
Account List When an Account Type is highlighted, details of users with access will
be displayed.
Add(Red) Highlight an administration feature i.e. Serial and select ‘Add’. Enter
the new User Name and Password. That user’s name will now be displayed in the account list.
Modify (Green) To modify a user’s settings, highlight the user in the list and press
Modify.
Delete (Yellow) To delete a user’s settings, highlight the user in the list and press
Delete.
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Camera
The Camera menus allow conguration of the camera setup, refer to the individual menus for further details.
The Setup page allows the quick conguration the camera setup.
The Iris Control page allows adjustments to settings of a DC drive lens when one is tted. This is to allow for tolerances in manufacturers lenses.
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Setup
This menu allows the conguration of local camera settings for the unit.
Camera Title This title can be edited to allocate a name to the unit. This is
displayed when the unit is accessed via NetVu ObserVer and is set
when transmitting information to a Remote Video Response Centre (RVRC) Exposure Time Exposure time defaults to 1/50 which prevents blurring of the
recorded image. For views containing high speed images, the setting
can be increased (to a max of 1/100[PAL] or 1/120[NTSC]). For views
containing static images, the setting can be decreased (to a min of 1) Collection Res Setting the Max Collection Resolution limits the unit to record within
the selected maximum resolution. Lowering the resolution settings
will signicantly lessen the storage capacity requirements when
using Integrated Camera Recording. Available resolutions range
from CIF to UXGA. Auto White Balance Enables auto tracing white balance. Exposure Level Sets the target exposure level that the electronic iris will try to attain.
This can be used to adjust the brightness of the image. Flip Video Used to invert the image when the camera is mounted upside down.
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Mirror Video Select to ‘mirror’ the camera image (horizontal ip). Sharpness Manually adjust the image sharpness. Decrement - (Green) Decrease sharpness Increment + (Yellow) Increase Sharpness Refresh (Purple) Refreshes the current page
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Iris Control
This menu is for advanced use only. It is factory set and should not require any alteration. Under normal operating conditions no adjustment is needed, however in certain circumstances benets may be seen through minor adjustment for some DC drive lens.
Iris Response This will change the speed at which the Iris will respond to changes
in lighting conditions. The default is for a medium speed of response
however this can be set to react slower or faster to changes in the
scene as desirable to suit lens types and conditions. Iris Offse Iris Offset is calibrated from the factory. However it may be necessary
to adjust this setting for different manufacturers lenses to allow for
differences in their specication. If the images from the camera
are pulsing in brightness, start by incrementing slowly until an
improvement is seen. If by doing this the pulsing is actually getting
worse,decrement instead to correct. If stability can not be reached
then use the slower Iris response setting. Save (Red) Save the current settings. Decrement - (Yellow) Use the button to reduce the zero crossing point setting by 1 Increment + (Blue) Use the button to increase the zero crossing point setting by 1 Refresh (Purple) Refreshes the current page
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ICR Settings
The ICR Settings menus allow conguration of the unit’s record functions. ICR settings can be congured for normal operation, on alarm, by schedule and for set holiday and weekend periods. Selected video data can be saved and protected. Refer to the individual menus for further details.
The Default page allows the basic Recording settings to be edited.
The Prole Record page allows the recording conguration to be based on specic priorities. The record rate and quality can be customised to respond appropriately to the alarms and time of day. A high degree of control and exibility is possible using these options.
The Protect Video page allows previously recorded data to be protected and retained. If needed, allrecording can be halted and saved video deleted.
The AoE page allows conguration of the units ATA over Ethernet (AoE) function. AoE is a network protocol designed for simple high-performance access of storage devices over Ethernet networks Importantly the external storage device must be located on the same network as the unit.
The Video Storage page displays drives that are available for video recording and allows the formatting and allocation of these devices.
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Default
The unit has a range of pre-dened congurations available. As standard the unit can record at 5pps MPEG4 and at a selected number of days. Alternatively the unit can be congured for 2pps JPEG recording on each camera or for MultiMode operation (note that this will result in the record duration being determined by the time period the unit is in alarm).
Note: This page is only relevant if images are being recorded to the camera. If a DVR is being used,
recording direct to the camera may be disabled.
Days
Recording Displays the record duration possible using the current conguration.
Timed Expiry If required, all stored recorded video can be permanently deleted after
Camera Settings Choose the rate of non alarm recording to be used from the range
Record Duration/Enhance Quality The recording duration can be limited to a set number of days;
Default All (Green) Restore record settings to factory defaults. Refresh (Purple) Refreshes the current page.
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a set number of days. Set to ‘0’ to de-activate this function.
of preset recording proles. Select from Normal Rate-MPEG4 5pps,
Normal Rate-JPEG 1pps or Normal Rate-MultiMode recording.
allowing the recording quality to be enhanced for a shorter storage
period.
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Prole Record
It is possible to set the unit recording conguration based on specic priorities. The MultiMode recording feature offers the ability to set different recording rates, resolutions and compression formats across unset, set and override modes for each individual camera. By varying the quality, bit rate and le size of recorded images, the MultiMode function enables the recording capabilities of the unit to be greatly increased.
Note: This page is only relevant if images are being recorded to the camera. If a DVR is being used,
recording direct to the camera may be disabled.
Simple Record
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Menu View Switch to the Advanced Prole Record menu. Days Recording Displays the record duration possible using the current conguration. Unset/Set/Override Normal Shows the recording prole used by the camera if no Timer Functions
are applied and the camera is operating under Normal (non Event) conditions, refer to the ‘Schedules’ section for further details.
Unset/Set/Override Event Shows the recording quality that will be used by the camera during
an Alarm or Event. Note that Set and Override schedules will be used only when Timed Schedules are applied, refer to the ‘Schedules’
section for further details.
Note: Unset, Set and Override modes may be renamed via Record Settings->Schedule.
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Comp Select image compression format (MPEG, JPEG or H264). PPS The accompanying dropdown list allows the number of frames
captured per second to be set. The pictures per second (pps) option allows either 6, 5, 2, 1, 0.5, 0.25
or 0.1 pps to be recorded. Pictures can also be recorded at 1/4, 1/2 or 3/4 Real Time. To disable record, choose the ‘No Record’ option. Select ‘User Dened’ to use settings established in the Advanced
Prole Record menu. Quality The accompanying dropdown list allows the quality of recorded
images to be set. Select from Maximum, Very High, High, Medium, or
Low. Select User Dened to use settings established in the Advance
Prole Record menu.
Note: The higher the Quality setting, the greater the storage space needed.
Refresh (Purple) Refreshes the current page
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Advanced Record
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Menu View Switch to the Simple Prole Record menu.
Note: When Advanced Record settings have been changed, it is not possible access the Simple
Record menu until the newly congured Advanced Record settings have been applied. To do this, open the Record menu and select the ‘Save’ option. It will then be possible to return to the Prole Record menu and access Simple Record.
Days Recording Displays the record duration possible using the current conguration. Channel Displays the Camera Name. Filter by Displays the Recording Settings. Unset/Set/Override Normal Shows the recording prole used by the camera if no Timed
Schedules are applied and the camera is operating under Normal (non Event) conditions. Refer to ‘Schedule’ for further information.
Unset/Set/Override Event Shows the recording quality that will be used by the camera during
an Alarm or Event. Note that Set and Override schedules will be used only when Timed Schedules are applied. Refer to ‘Schedule’ for
further information. Comp Select image compression format (MPEG, JPEG or H264). Res Select image resolution format (HD720, XGA,SVGA, VGA, QVGA,
Q2VGA).
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rate_kbps If MPEG4 is selected, the gure entered here will be the bit rate
allocated. A higher bit rate will provide better quality. MPEG bit rates can be entered within the range of 45-2500K bits/second.
Size If JPEG is selected, the gure entered here will be the size of the
JPEG transmitted (in Kbytes). JPEG le sizes can be congured
within the range of 5-45Kbytes. PPS Select the number of pictures recorded per second. GOP If using MPEG4 recording, select the number of images recorded
within a GOP (Group of Pictures). A GOP consists of an I-Frame
(keyframe) and following P frames. Refresh (Purple) Refreshes the current page.
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Protect Video
This menu allows the unit to automatically protect and retain recorded data in the camera. Previously saved data can also be unprotected. Enter a start and end time and select ‘Reload List’ . All saved video les from the chosen time period will be shown in the upper textbox. These recorded ‘PAR’ les can then be selected and protected via their accompanying checkboxes and the Protect option. Selected video les can also be unprotected via the Unprotect option.
The lower textbox provides a status report detailing which video les have been protected/unprotected.
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Start Date Enter a start date to protect video. Start Time Enter a start time to protect video. End Date Enter an end date to protect video. End Time Enter an end time to protect video. Protect Length (days) Enter the number of days that selected les will be protected for. Protect Select this option to protect recorded video for the selected
time period(s).
Unprotect Select this option to unprotect recorded video selected from
the list.
Reload List This will refresh the video list according to the selections made in the
Start Time/Date and End Time/Date dialog boxes.
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Select None This de-selects all the available video les. Select All This selects all the available video les. List From Date/Time This dialog box allows a search to be made within the protected video
list starting from a specic Time and Date. List To Date/Time This dialog box allows a search within the protected video list to
conclude at a specic Time and Date. Refresh (Purple) Refreshes the current page.
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AoE
This menu allows conguration of the units ATA over Ethernet (AoE) function. AoE is a network protocol designed for simple high-performance access of storage devices over Ethernet networks. Importantly the external storage device must be located on the same network as the unit. AoE does not rely on network layers such as IP and TCP, making it non routable i.e. routers cannot be used to forward a packet across disparate networks. AoE packets can only travel within a single local Ethernet storage area network (adds a physical layer of security to the information). The stored video can only be accessed by plugging directly into an ethernet socket in the same LAN as the host. This means AoE cannot be accessed over the Internet or other IP networks, but makes AoE more lightweight (with less load on the host), easier to implement, provides a layer of inherent security, and offers higher performance.
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Logical Devices Connected AOE Devices - Any devices in this panel are being used
by the unit to store data. They can be freed by clicking on the Release button.
Physical Devices Available AOE Devices - Any devices in this panel are available on
the network. They can be added to the storage capability of this unit by ‘claiming’ the storage. Unavailable storage is listed as Owned. Claimed storage capacity can be ‘released’ in the top panel.
Refresh (Purple) Refreshes the current page.
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Video Storage
The Video Storage Allocation table displays drives that are available for video recording. Entries with the prex ‘/HDD0’ indicate the units local hard drive (if installed), entries prexed by ‘/udd0’ are recordable media connected to the unit via USB sockets (if tted), an entry prexed by ‘/mdd’ are installed SD cards.
Device Entries with the prex ‘/HDDx’ (from 0 upwards) indicate the units
local hard drives (if installed), entries prexed by ‘/uddx’ (from 0
upwards) are recordable media connected to the unit via USB
sockets, an entry prexed by ‘/mdd0’ is the installed SD card.
Subsequent MDDx entries are for extra SD cards (where tted). Size The device returns information when it is interrogated on connection
to the camera, the size of the recordable media is amongst this data. Partitions The device returns information when it is interrogated on connection
to the camera, the number of partitions is amongst this data. Allocate Formatted media can be allocated to the camera to allow it to be
used for recording. DM recommends that media is formatted before
allocation, even if if has been used previously for video storage. Realm Displays the status of the associated media. Feedback Displays messages about the progress of formatting/allocation of the
media.
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Format (Red) Prepares the media for video storage, refer to ‘To format additional
Stop Rec (Yellow) Suspends Recording on the unit Clear Video (Blue) Wipes the video from the drive to disable playback. Refresh (Purple) Refreshes the current page
Video Storage’.
To format additional Video Storage
1. Plug a USB storage device into one of the available USB ports and click the purple Refresh button. The newly connected device will be displayed with a ‘/UDD’ prex. The SD card (if installed) will also be displayed and can be allocated in the same way. USB devices will be prexed ‘/UDD’, SD cards will be prexed ‘/MDD’.
2. The device may require formatting. DM recommends the device is formatted even if it was previously been used as video storage. Click on the ‘Format’ button adjacent to the device listing to prepare the device for recording.
3. Allocate the formatted and mounted storage for video storage by clicking on the ‘Allocate’ button. Allocation takes between a few seconds and a few minutes, depending on the size of the drive, and the Feedback column will display information about the allocation process. The unit will require a Reset once allocation is complete.
Note: The unit application drive is protected, if it is allocated the unit will only remove the video folder.
Formatting any other device will remove all data. In either case recording on the system is halted while formatting and, if already allocated, the formatted device will be de-allocated as a video storage device
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The system displays a conrmation box to ensure the correct device has been selected. Click OK to conrm, then reboot the system. Once the power has cycled, the system will build the required PAR les ready for recording to commence, progress will be displayed in the Feedback column.
Note: There will be a pause before recording begins, dependant on the size of the USB device as
video partitions are built.
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Schedule
This menu allows the Timer Function names to be congured. The Timer Function enables the unit to automatically be put into set/unset mode at specic times on specic days. This can help reduce unnecessary alarm triggers. The mode can be set by the DVR that the camera is connected to.
When the unit is in Set or Unset mode, combine with different recording qualities and rates under normal and alarm conditions for a high degree of control in a range of situations.
The Setup page allows conguration of the schedule including naming the modes of operation and controlling when the unit changes between modes.
The RVRC page allows a user to temporarily switch the unit’s system state into set/unset/ override mode.
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Setup
This menu allows the Schedule function to be congured. This enables the unit to automatically be put into set/unset mode at specic times on specic days. This can help reduce unnecessary alarm triggers.
Combining when the unit is in Set or Unset mode with different recording qualities and rates under normal and alarm conditions gives a high degree of control in a range of situations.
Mode/Title Enables a name to be entered for Unset, Set and Override mode.
Note: Any changes to Mode titles here will affect the mode names displayed in the Prole Record, IP
Record and Zone Input menu pages.
Current Mode Shows the current timer mode according to the names entered in the
Mode/Title text boxes.
Day Species which Day of the week is being congured
NOTE: The next two descriptions utilise the standard name settings for the proles (SET, UNSET).
If these names have been changed on this page, these menu options will display the user congured names.
UNSET Time Species what time in format HH:MM the UNSET recording settings,
congured on the Prole Recording page, will become operational
SET Time Species what time in format HH:MM the SET recording settings,
congured on the Prole Recording page, will become operational
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Note: The arrow button displayed next to each textbox allows settings to be replicated for those
cameras listed below. This will only affect the adjacent option i.e. Mode arrow will replicate the Mode setting to all cameras below the clicked arrow.
Note: To disable one day, set both times to 00.00. To have the prole recording all 24 hours of a day,
set both times to 24.00
Refresh (Purple) Refreshes the current page.
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RVRC
This menu allows a user to temporarily switch the unit’s system state into set/unset/override mode. The user will be required to enter their name and also the intended override duration. The action will be logged.
Note: Refer to the Schedule menu for details of how to congure Set, Unset and Override modes:
Record Settings->Schedule.
Current System Time The unit’s current date and time information will be displayed. This will
be logged with any override action.
System GMT offset in mins Shows the number of minutes between the time in the time zone
congured for the unit and GMT.
Current timezone Displays the congured time zone for this unit, as set on the System-
>Time and Date page.
Current PC Time The current date and time information of the PC currently being used
to view the conguration pages will be displayed. This will be logged with any override action.
PC GMT offset in mins Shows the number of minutes between the time as congured on the
connected PC and GMT.
Current system state The current system state will be displayed i.e. Set, Unset or Override.
Note: The system state names displayed here will depend on those entered via the Schedule menu:
Record Settings->Schedule.
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Override duration (minutes) Enter a time period for the override procedure. After this time period,
Enter Your Name Enter your recognised user name. This will be logged. Force UNSET(Green) Select to switch to Unset mode. Force SET (Yellow) Select to switch to Set mode. Force OVERRIDE (Blue) Select to switch to Override mode. Refresh (Purple) Refreshes the information on the current page.
the system state will return to that congured via the Schedule menu (for the current time).
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Alarm
The Alarm Settings menus allow conguration of the unit’s alarm functionality. Individual alarm inputs and alarm zones can be congured. Global relays can be activated and the Activity grid set up, refer to the individual menus for further details.
The Inputs Page allows conguration of alarm channels. Two alarm channels are available.
The Alarm Input page allows conguration of alarm channels. Two alarm channels are available.
The Zone Input page enables the conguration of alarm zones. Up to 32 separate alarm zones can be created.
The Zone Actions page enables actions such as Go to Preset to be allocated to alarm zones. Zones can also be associated with a specic camera. On receipt of an alarm, images from the associated (primary) camera will automatically be displayed in the Viewer menu.
The Masked Cam(era) Det(ection) page allows camera masking to be congured. The Camera can detect when the lens has been obscured, i.e. by being covered or painted over. This page will enabled detection and set the threshold for activation.
The Alarm Response page enables conguration of responses following an Activity Detection trigger.
The Activity Setup page allowed activation and conguration of the Activity feature on all video inputs. The Activity feature enables the camera to automatically detect any movement/changes within the video scene. This can trigger a number of operations such as FTP alarm notication or an increase in the recording rate.
The VMD Conguration page enables the unit’s VMD (Video Motion Detection) to be set-up. VMD allows a camera to automatically detect if there is any movement/changes within specic areas of the video scene.
The Global Actions page allows the onboard relay to be congured.
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Inputs
This menu allows conguration of the alarm settings, refer to ‘Installing the Unit’ for hardware installation guidance.
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Number This identies which input is being congured. The unit supports 2
on-board alarms.
Enabled Each input must be enabled to function. If the input is not enabled and
an alarm is received, the unit will not acknowledge the alarm.
N_O (Normally Open Contact) N_O indicates the non-alarm state of the input. Tick the N_O
checkbox to set the corresponding input to Normally Open. The alarm will then trigger when the input is closed (shorted). If left as Normally Closed (the default setting), the alarm will trigger when the input is
opened.
Note: If EOL alarms are to be used, this option should not be selected i.e. leave set as
Normally Closed.
EOL The End Of Line (EOL) option enables the inputs to detect any
changes in the electronic input resistance. A change outside the expected values will result in a Tamper Alarm (short circuit or open circuit) being detected and the system switching to alarm mode.
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Pulse Ext (s) A pulse extension is used to prevent double triggers on a single
alarm. The pulse extension time starts on an alarm trigger. If that contact is triggered again after the rst alarm has nished but within the pulse extension, the second trigger will not restart the alarm, but will extend the current alarm duration. Enter the time in seconds for this extension.
Nuisance This is a repetitive detector value. When an alarm is received on
the unit, it will store the alarm time and monitor the number of times the same detector is triggered within an hour period. If the detector is triggered the number of times entered here, the unit will de­activate this detector from triggering an alarm for an hour. The unit will continue to monitor the detector and check how many times it is triggered during this period. If it is again triggered more than the amount set in the nuisance counter, it will remain de-activated for another hour. This will continue until the trigger value falls below the nuisance count setting. To disable this feature, leave the setting as ‘0’.
Stuck Time (min) If any of the alarms/detectors are active for a period longer than
specied here, they will automatically be omitted. This time period is
set in minutes.
Note: The arrow button displayed next to each textbox allows settings to be replicated for those
cameras listed below. This will only affect the adjacent option i.e. Enabled arrow will replicate the Enabled setting to cameras below the clicked arrow.
Reset (Red) This button will restart the unit. Relays (Green) Opens the Alarm Settings -> Global Actions page Status (Yellow) Opens the System Settings -> Status -> Alarm Status Page Zone In (Blue) Opens the Zone Inputs page (below). Refresh (Purple) Refreshes the current page.
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Zone Inputs
This menu allows the conguration of established alarm zones. A single or multiple trigger can be used to generate an alarm. It is possible to allocate up to 32 alarm zones to carry out a combination of actions. Use these options in conjunction with the Zone Actions menu.
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Entry timer This is the number of seconds allowed for the user to enter the zone
and disable the alarms. If the alarm is not disabled within this period the alarm will be triggered.
Exit timer This is the number of seconds from the alarm being set within which
the user must exit the set zone. If the user is still within the zone after this time period the alarm will be triggered.
Zone An alarm zone can be established to logically groups alarms and
initiate actions when an alarm is activated, there are 32 congurable zones.
Title This information is stored along with the relevant images in the
database, ensure this has relevance to the alarm zone.
Pre-Alarm sec. This is the time period prior to the start of the alarm included with the
alarm recording for archive. These images will also be protected from being overwritten.
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Note: It is recommended that the Pre-Alarm option be set to the same value as the Pre-Trigger setting
in the “Prole Record“ menu. This will ensure successful playback of high quality Pre-Trigger images. High quality pre-trigger images will only playback properly if review (playback) starts prior to the pre-trigger initiation.
Alarm Protect sec. This is the minimum time period in seconds (from the start of the
Zone Input Rule This determines which input(s) will trigger the zone alarm: Input This sets an input or system function as the primary alarm trigger.
Zone OR Input The Zone OR Input identies an alternative input that can also be
Zone AND Input
Zone NOT Input
Alarm 24hr This option can be enabled for alarms that do not require change at
Entry Route Zone This creates deferred alarms along a specied route while the
Exit route Zone This creates deferred alarms along a specied route while the
Exit Terminator This will trigger the exit timer if the system is set. A countdown timer
Entry Initiator This will trigger the entry timer if the system is set. A countdown timer
Enable in Unset Each alarm can be congured to be active when the unit is in a
Enable in Set Each alarm can be congured to be active when the unit is in a
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alarm) that is protected from being overwritten. This time will include the alarm trigger, the pulse extension and any post alarm recording. It will not include pre-alarm images.
Select from Disk Low, Disk Full, Panic, Archiving Slow, Archiving Fault, Virtual 1-16, and Keyword Channel 1 (which will trigger the Alarm if any of the programmed keywords are detected).
used to trigger the zone alarm. This means an alarm trigger can be received on the Zone Alarm Input or the Zone OR Input for the zone to be activated.
The Zone AND Input identies that an alarm trigger needs to be received on both the Zone Alarm Input and the Zone AND Input for the zone to be activated and the alarm action to the
automatically initiated.
The unit will only issue the alarm actions if the trigger is received on the zone alarm input and NOT on the Zone input.
any time and are to remain as programmed i.e. Panic Alarm. When this is selected, the Set, Unset and Override options are disabled.
entry time is active. This is in compliance with BS8418 (the British Standard for remote video reporting centres). Diverting from the entry route during the countdown will result in the alarm being triggered immediately. This allows staff entry without triggering an alarm prior to switching the system to Unset mode.
exit time is active. This is in compliance with BS8418 (the British Standard for remote video reporting centres). Diverting from the exit route during the countdown will result in the alarm being triggered immediately. This allows staff to exit without triggering an alarm.
will automatically start when the alarm is activated and ensure the alarm system is not activated by other specied alarm triggers for the Set time i.e. allowing a Guard to exit a building.
will automatically start when the ‘primary’ alarm trigger i.e. front door, is actioned. This ensures the alarm system is not activated by other specied alarm triggers for the set time
specic operation mode. Enable this for the zone alarm to be active in Unset operation mode.
specic operation mode. Enable this for the zone alarm to be active in Set operation mode.
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Enable in Override Each alarm can be congured to be active when the unit is in a
Note: Unset, Set and Override modes can be given more recognisable titles i.e. Day, Night, Weekend
via the Schedule menu (Record Settings->Schedule).
Activity (Green) Select to open the Alarm->Activity menu Zone Act (Yellow) Select to open the Alarm->Zone Actions menu Alarm in (Blue) Select to open the Alarm->Inputs menu Refresh (Purple) Refreshes the information on the current page
specic operation mode. Enable this for the zone alarm to be active in Override operation mode.
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Zone Actions
This menu allows actions to be allocated to individual alarm zones; Primary and Secondary cameras can be allocated to the zone and actions undertaken following alarm activation. This page should be congured in conjunction with the Zone Inputs menu.
Zone Select a zone (alarm) to congure. Alarm Colour This displays the local alarm text in the selected colour and can be
Primary Camera This allows a camera to be assigned as the primary camera
Create Database Entry An alarm activation will be added to the database. The zone title will
Alarm Reporting This must be enabled to allow the unit to send an alarm notication to
Add Still Image This will record a still image of the trigger along with the standard
Protect Alarm Images
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useful in prioritising alarms. Options available are Red, Green, Blue, Yellow, Cyan and Magenta.
associated with the Alarm Zone. The primary camera will be displayed when an alarm in this zone is triggered.
be used as part of the entry information.
an external destination i.e. an RVRC reporting via NetVu ObserVer.
recording. This can then be sent on to an external destination. Alarm images can automatically be protected from being overwritten
.
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Prole Change Select to enable the unit to switch from Normal to Event recording
Archive Select to ensure the unit automatically downloads alarm images via
E-mail Image If this option is selected, a JPEG will be added to the reporting e-mail
VMD/Activity Inhibit Select to inhibit (ignore) the VMD/Activity detection feature. for further
E-mail Reporting The unit can send an e-mail when an alarm is detected. For further
Relays (Blue) Select to open the Alarm->Global Actions menu Refresh (Purple) Refreshes the information on the current page
following alarm zone activation.
an FTP connection to an FTP server.
(if E-mail Reporting is selected).
information, refer to ‘Alarm Settings->Activity Setup’.
information, refer to ‘Network->E-mail’.
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Masked Cam Det
This page allows camera masking to be congured. The Camera can detect when the lens has been obscured, ie by being covered or painted over. This page will enabled detection and set the threshold for activation.
Camera Shows the camera being congured On Allows the features to be enabled/disabled Dwell Sets the time in seconds before the alarm is generated Threshold Sets the level at which the alarm is generated Contrast This setting is not adjustable On Mask Denes which zone will be activated when the camera is masked. Refresh (Purple) Refreshes the current page.
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Alarm Response
The unit can be set up to detect either VMD or Activity, depending on the level of detection required. Video Motion Detection enables a greater degree of control over detection settings and conguration than the Activity Setup function.
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Video Alarm Pulse Ext (s) A pulse extension is used to prevent double triggers on a single
alarm. The pulse extension time starts on an alarm trigger. If that contact is triggered again after the rst alarm has nished but within the pulse extension, the second trigger will not generate a new alarm, but will extend the current alarm duration. Enter the time in seconds for this extension.
Note: This setting applies to both VMD and Activity.
Channel Shows the channel being congured. Detection Type Congure the selected camera channel for Activity or VMD. To assign
no detection settings, select ‘None’.
Video Alarm To Trigger Following activation, select ‘Simple Response’ to trigger specic
chosen responses from the options detailed below. Select ‘Zone’ to apply the Zone Input rules as congured in the Zone Input menu,
refer to ‘Zone Input’ for more information.
Note: When Activity to Trigger is set to ‘Zone’; the options detailed below are unavailable.
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Create Database Entry When selected, an alarm entry will be added to the Event database. Prole Change Select to enable the unit to switch from Normal to Event recording
following alarm activation. Alarm Reporting This must be enabled for the unit to automatically connect on alarm. Alarm 24Hr This will ensure that Activity Detection is permanently enabled on this
camera channel. Add Still Image This will record a still image of the trigger along with the standard
recording. This can then be sent on to an external destination. Protect Alarm Images Select to automatically protect alarm images from being overwritten. Alarm Relay This will trigger the unit’s on-board relay following VMD/Activity
activation.
E-Mail Image This will email a still image (in JPEG format) of the VMD/Activity
trigger to the email recipient as congured in the ‘E-mail’ menu
(Network Settings->E-mail) Enable in UNSET This will enable Activity Detection when the unit is in Day (Unset)
operation mode. Enable in SET This will enable Activity Detection when the unit is in Night (Set)
operation mode. Enable in OVERRIDE This will enable Activity Detection when the unit is in Weekend
(Override) operation mode.
Note: Unset, Set and Override modes may be renamed via Record Settings->Schedule.
Refresh (Purple) Refreshes the current page.
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Activity Setup
The unit supports Activity Detection on all video inputs. It enables the camera to automatically detect any movement/changes within the video scene; this can trigger a number of operations such as FTP alarm notication and an increase in recording rate. A still image of the selected camera will be shown in the Grid Editor screen. To establish an Activity zone, edit the cells displayed across the image. This option should be used in conjunction with the Zone Inputs and Zone Actions menus.
If the camera is congured to detect VMD, the following warning will be displayed. Use the Alarm Settings-> VMD/ACT Response menu option to congure ‘Detection type’ for Activity.
Once Activity is congured, this page will be displayed
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Global Activity Mode Select ‘Always Active’ for Detection to operate constantly Activity Channel This is a drop down list of the video inputs on the unit, selecting an
input will display images from the corresponding video source. Activity Sensitivity This option allows the sensitivity setting to be established for the
activity grid being congured. There are ve settings to choose from:
Indoor High, Indoor Low, Outdoor High, Outdoor Low,
Very Low. Grid Editor Use the Grid Editor by placing cells in areas of the camera view
where movement will trigger an alarm. To enter cells navigate across
the image via the Directional buttons of the I.R Remote Control). If
viewing on a local monitor place a cell by pressing the OK button.
If viewing via the conguration pages, use the mouse to navigate
across the image, use the left mouse button to place a cell. Reload Img (Red) This option will update the still image displayed in the Grid Editor. Set All (Green) This option will insert a default square of 16 x 16 cells across the
displayed video image. Clear All (Yellow) This option will clear all entered cells.
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VMD Conguration
The unit supports VMD (Video Motion Detection) to automatically detect if there is any movement/changes within the video scene.
Note: Video Motion Detection enables a greater degree of control over detection settings and
conguration than the Activity Setup function. Each of the 16 VMD Zones can be directly sized and congured to suit specic requirements. VMD can only be accessed and congured remotely via the conguration pages.
If the camera are congured to detect Activity,the following warning will be displayed. Use the Alarm Settings-> VMD/ACT Response menu option to congure ‘Detection type’ for VMD.
Once Activity is congured, this page will be displayed
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Camera Displays the available Camera source. Zone There are 16 VMD zones within the image that can be individually
congured, select the zone from the drop down list. A selected zone can be re-sized by clicking the mouse button (use
the USB mouse if viewing on a local monitor) and then moving and
clicking the mouse again. A rectangle will then be displayed based on
these two selected points. Mode The zone mode identies when the reference image is taken for
triggering VMD. The options are:
Normal The reference image is updated approx every second.
This will only allow small changes in the scene without triggering
Last trigger The reference image is only updated when the VMD
is triggered and is best used under controlled lighting, i.e so there are no false triggers due to ambient light changes.
Static The reference image is collected on startup and is never
updated. This would be used in ‘sterile’ areas where there are no changes expected.
Zone disabled This will disable the zone mode.
Pixel Count (%) This value is set as a percentage and equates to the percentage of
pixels in the selected zone that must change for the VMD event to be
triggered. The default setting is 20%. Pixel Change (%) This setting is a percentage value of the overall change required
in the greyscale to be included in the pixel count. The percentage
change is dened over the complete range of black to white, a 100%
pixel change would be from black to peak white. The default setting
is 20%. Global Activity Mode Select ‘Always Active’ for Detection to operate constantly Reload Img (Red) Refreshes the camera image. Clear All (Green) Removes all dened zones from the image. Default Grid (Yellow) Displays the default 16 zone grid across the whole image.
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Global Actions
This menu allows conguration of the default relay actions supported on the unit. The unit supports one onboard relay connect under specic conditions i.e. on receipt of any alarm or notication of Activity
ion and global relay settings. This global relay can be trigge
Detection
.
red
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Image Protection Period Select a time period (in days) that images associated with an alarm
will be protected from deletion.
Alarm Display Alert Enable this setting to display an alarm text alert in the colour specied
in ‘Alarm Colour’ in the Zone Actions Menu.
Normally Select whether the normal state of the relay contact should be Open
or Closed.
On Select to enable detection of the accompanying condition. Options
available are; Zone, VMD/Activity, Camera Fail, System Set, Dial Out,
System Override, Camera Masked and Is Recording. Status (Green) Opens the System->Status->Unit page. Alarm In(Yellow) Opens the Alarm->Inputs page. Zone Act (Blue) Opens the Alarm->Zone Actions page.
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Network
The Network Settings menus allow conguration of the unit’s network functionality. Key network settings can be established such as ‘xing’ the unit’s IP address and maximum transmission rate. E-mail, remote reporting on alarm and FTP download can also be congured. Refer to the individual menus for further details.
The Network page allows conguration of the unit’s network connections such as the name assigned to the unit and its IP address.
The Live Trans(mission) page enables JPEG and MPEG proles to be created for transmitting images via a High, Medium or Low quality network connections to any viewing software or to another unit using this one as an IP source.
The Multicast page allows recordings from the unit’s camera input to be forwarded to a port address; enabling multiple viewers to view live data using a suitable media player without the need to directly connect to the unit.
The Email page allows conguration of the Email feature. The unit can automatically transmit an e-mail to an SMTP Server following an event i.e. on receipt of an alarm or a camera failure notice.
The Remote Reporting page allows a Remote Video Receiving Centre’s (RVRC) conguration details to be entered. The RVRC will then be contacted following a selected event occurring i.e. reported alarm or camera failure.
The Web Cam page allows the video input to be made available for transmission to a webserver via a designated webcam server. The image can then be incorporated into a web page and accessed via a standard web browser.
The FTP Download page allows data to be archived to a central FTP server. This could be on receipt of an alarm, Activity activation or at a scheduled time to back-up recorded video.
The Firewall page allows conguration of the onboard rewall.
The Connections page displays the current live connections to the unit.
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Network
This menu allows network settings to be congured if required. The unit is DNS compliant, and can be referenced on the network using the congured server name (or serial number) if a DNS server is available .
80
Server Name This eld can be edited to allocate a name to the unit. This would be
used if accessing the unit via a Domain Name Server (DNS).It will
initially default to the serial number of the unit. IP Address An IP address can be manually allocated to the unit. Sub Net A Subnet address of the unit network can be manually allocated. Gateway This is the IP address of the default gateway (router). Primary DNS This is the primary DNS server IP address for applications utilising
domain names.
DHCP If DHCP is being utilised, the assigned IP address will be
displayed here.
Note: If no IP address is manually congured, DHCP will automatically assign one. The unit
interrogates the network for a DHCP server, which assigns an available IP address. This IP address can change every time the unit is powered up. If DNS is not available, it is recommended that DHCP be disabled by entering a suitable, free, static IP address.
Tip: Use DHCP to locate a free IP address, then x the unit IP address to the free one by entering
the details into the IP address, subnet and gateway elds.
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Max Transmission Rate kbits/sec This shows the maximum transmission speed for the network type
being used. If set to ‘0’, transmission speed is not limited in the camera.
Note: This setting will limit and override any higher transmission rate entered in the Video
Transmission menu (Conguration menu->Live Trans).
Tx Image Buffers This is used in order to improve the picture delivery over Ethernet
when using a slow connection i.e. 256Kbps. A buffer setting of 1,2 or 3 is available (default setting is 1).
Ethernet MTU Bytes This is the maximum transmit unit for the Ethernet packet. The MTU
is the largest physical packet size measured in bytes that the network can transmit. By default this gure is set to 1500bytes.
Max Transmission Timeout ms This is the time (in milliseconds) the unit will wait to re-send a packet
if an acknowledgement is not received. Reset (Red) Resets the unit to apply changes. Rem Report (Green) Opens the Network Settings->Remote Reporting page. Webcam (Yellow) Opens the Network Settings->Web Camera Conguration page. Email (Blue) Opens the Network Settings->Email page. Refresh (Purple) Refreshes the current page.
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Live Trans
The unit transmits live images using JPEG or MPEG formats. The NetVu Connected remote viewing software will use the settings congured on this page as the defaults for JPEG & MPEG; High, Medium and Low settings.
82
High LAN/Medium WAN/Low VLBR This shows the transmission settings congured for a High quality
Comp Settings can be established for JPEG and MPEG compression Res
Size_rate For JPEG, the gure entered will be the size of the JPEG transmitted
JPEG le sizes can be congured in the range of 5-45Kb. For MPEG4 the gure will be the bit rate allocated. A higher rate will
MPEG bit rates in the range of 45-2500Kbits/second.
LAN (Local Area Network) connection, Medium quality WAN (Wide Area Network) connection or a Low quality VLBR (Very Low Bit Rate connection).
.
For MPEG and JPEG transmission, select image resolution settings (HD720, XGA,SVGA, VGA, QVGA, Q2VGA).
(in Kbytes).
provide better quality picture display.
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PPS This shows the number of pictures transmitted per second.
MPEG Type & Quality Select whether transmitted MPEG4 images are sent as RAW data or in
CBR maintains a Constant Bit Rate, selectable from a range of 2 - 31.
I Frame Ratio Select the ration of I Frames recorded between each P Frame Note: An MPEG I-frame is considerably larger than a P-frame. Therefore the higher the IP ratio, the
higher the disk space required to store recorded images.
Refresh (Purple) Refreshes the current page.
For JPEG, the actual images transmitted will depend on the bandwith
of the link, increasing the pictures sent per millisecond may introduce
time lag if bandwith is not sufcient i.e. this forces the same quality
image through the available connection.
On MPEG transmission, increasing the pictures sent will also reduce
the quality of the images i.e. this forces more images but maintains
the dened bit rate.
GOV (Group of Video) format.
RAW mode transmits a single I frame and then a sequence of P frames
(until a change in transmission is detected).
GOV mode sends I and P frames in a standard format i.e. I to P frame
ratio as set by the record parameters.
Select a suitable level of details from the drop down list. Constant Bit rate
allows the storage requirements to be calculated with more accuracy.
.
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Multicast
The Multicast page allows recordings from the unit’s camera input to be forwarded to a port address; enabling multiple viewers to view live data using a suitable media player without the need to directly connect to the unit. In multi viewing scenarios, the demands on the unit are signicantly reduced; improving overall performance.
This system has been validated using the ‘Videolan VLC media player for MS Windows. The Videolan VLC media player can be downloaded free of charge from:
www.videolan.org/vlc/download-windows.html
Please refer to Appendix B for guidance on conguring the Videolan VLC media player.
Note: Multicast can only used for live viewing, requests for stored images and events will still need to
be made via the Viewer menu.
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Multicast Address Assign a unique IP address. This address is not assigned to any
‘physical’ unit. The VLC program will use this address (when congured to do so) as its multicast group and access any broadcast images via the congured port address (see below).
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If there are multiple units using multicast, each one must have a
unique IP address. Addresses 224.0.0.0 through 239.255.255.255 are
usually designated as multicast addresses. Multicast port Following conguration of the IP address, congure the port address.
The address will default to 1234. Multicast Method Select from ‘SAP’, ‘HTTP’, ‘SAP + HTTP’ or ‘Always On’. SAP is
recommended. SAP will advertise your stream over the network when using the
UDP streaming method, using the SAP protocol, using the Multicast
Address as the name of the stream. HTTP will stream by using the HTTP protocol on all the network
interfaces of the server on port 8080. Enable Tick this option to enable multicast. TTL (Time to Live) This sets the numbers of routers the stream will be allowed to pass
through, for UDP unicast and unicast access methods.. Enter one of
the following numbers: 0 - restricts video to the same host 1 - restricts video to the same subnet 32 - restricts video to the same site 64 - restricts video to the same region 128 - restricts video to the same continent 255 - is unrestricted in scope
To congure your PC to utilise VLC with SAP Multicasting
Version 1.0.5
* Select Media -> Services Discovery -> SAP Announcements
* Select View -> playlist -> SAP Announcements
* All video servers with multicast enabled should then appear in the playlist window. Double click
a server to start streaming data from it.
Version 0.8.6
* In VLC select Playlist -> Manage -> Services Discovery -> SAP Announcements
* Wait for the server to appear under “Session Announcements (SAP)” in the Playlist window.
* Click on one of the items advertised by the server.
* The server broadcasts SAP announcements periodically, the packets contain SDP entries
which describe the stream contents for each multicast enabled camera. VLC listens for SAP announcements and adds them to the playlist.
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E-mail
The unit can automatically transmit an e-mail to an SMTP Server under numerous conditions i.e. on start up, on receipt of an alarm, camera failure etc. This allows the unit to be installed in unmanned applications where a Remote Video Response Centre (or Manager etc.) would be notied by e-mail if any of these conditions occur.
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Connection Prole It is possible for the e-mail to be transmitted via the Ethernet network.
This setting presumes that the unit is connected to a LAN or WAN and allocated a valid IP address.
Mail Server Address This is the IP address or URL of the SMTP Server that the e-mail
will be sent to. The SMTP server will then forward this to the
intended recipient. Username Enter the login details for the SMTP server. Password Enter the login details for the SMTP server. Recipient Email This is the e-mail address of the intended recipient. Recipient Display Name This is the addressee name that will be shown in the email name eld. Reply to Email This eld must be congured if the recipient is to reply to an e-mail.
The unit does not accept incoming e-mails therefore ensure this is a
valid e-mail address. Reply To Display Name This is the ‘reply to’ name that will be shown in the email name eld.
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Sender Email These optional elds indicate the source of the e-mail notication. If
the elds are left blank the unit will use the system name to create a
sender name. Sender Display Name This is the sender name that will be shown in the email name eld. Send on Startup Select to send email notication on startup. Send on Alarms Select to send email notication on alarm activation. Send on Camera Fail Select to send email notication on camera fail. Send on Activity Event Select to send email notication on activation of the Activity Detection
feature. Send Image Select to send accompanying image from supporting primary camera. Email Image Res Select resolution settings for images sent as ‘thumbnail’ attachments.
Choose from: Thumbnail, LO (low res), MED (medium res) and HI
(high res). Log Email Select to log every e-mail transaction that the unit issues. Test Email (Red) Sends a test message using the congured settings. Zone Act (Green) Opens the Alarm Settings -> Zone Actions page. Network (Yellow) Opens the Network Settings -> Network page. Rem Report (Blue) Opens the Network Settings -> Remote Reporting page. Refresh (Purple) Refreshes the current page
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Remote Reporting
This menu details the conguration requirements for the unit to report to a Remote Video Receiving Centre (RVRC) following alarm activation.
Note: This menu will only be displayed if ‘Remote Reporting’ is selected in the
System Settings->Features menu.
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Primary hostname This is the IP address or URL of the initial host that the unit will
transmit an alarm message to.
Primary dial prole It is possible for the alarm message to be transmitted via the Ethernet
network or a dial up connection.
Secondary hostname If the unit is unable to contact the primary host, an alternative route
can be identied via a secondary host. If there is only one alarm receiving IP address, you must enter the details in both the primary
and secondary connection settings. Secondary dial prole It is possible to select a separate dial prole for the secondary host. Public (NAT) address This is the public IP (or domain name) for a unit connected to the
Internet via a NAT Router or Firewall. This eld should be left blank if
NAT is not used e.g. a private network.
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Video server port This eld allows the RVRC to connect to the unit through a router that
is using port forwarding e.g. if the video server does not appear on port 80 (HTTP), to the external network. Enter the port number used for forwarding here if required.
Alarm server ref. ID This is the reference name/ID that will be presented to the RVRC
viewing application. It should therefore have some signicance to the
Operator. Remote alarm reporting This must be enabled for the unit to automatically connect on alarm. Remote camfail reporting Enabling this option ensures the unit reports camera failure on any of
the inputs to the RVRC. Remote Startup Reporting This will send an alarm report when the unit starts up. Any system
resets will be identied. ARC Ping Enabled Should the modem/router at the Alarm Receiving Centre be dormant,
the unit will ‘Ping’ the ARC prior to sending reporting data. Alarm responder port This species the network port number used for reporting to the
alarm server. In normal circumstances this should be left at the
default value (23). Dial retry time (secs) If the initial connection attempt fails, the unit will wait for the specied
time period (in seconds) before attempting to re-connect. Dial count This identies the number of times the unit will attempt to connect
after a failed attempt. A setting of ‘0’ means no limit and the unit will
continue to try and connect until successful. Zone Act (Green) Opens the Alarm Settings -> Zone Actions page. Network (Yellow) Opens the Network Settings -> Network page. Email (Blue) Opens the Network Settings -> Email page. Refresh (Purple) Refreshes the current page
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Web Cam
Any of the video inputs on the unit can be made available for transmission to a webserver via a designated webcam server. These images can then be incorporated into a web page and accessed via a standard web browser.
Note: This menu will only be displayed if ‘Webcam Support’ is selected in the
System Settings->Features menu.
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Server URL This is the IP address, URL or Domain Name of the Webcam
Server. Images will be uploaded from the unit to this server at specied time intervals.
Root Directory This is the main/root directory on the webcam server where the image
directory will be located.
Image Directory This directory will be created when the initial image is uploaded to the
webcam server, it is the directory where all images will be saved on the server.
Image Filename Prex This is an identier for images sent from the unit and will be stored as
a prex to the le name.
Username If it is necessary to use an authentication process to access the
webcam server, enter the relevant username here.
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Password If it is necessary to use an authentication process to access the
webcam server, enter the relevant password here. Update Interval This is the minimum update interval between each image transmitted
from the unit. Select Camera Input This allows the feature to be disabled. Webcam Enable The Web Cam function can be: ‘Always Enabled’, ‘Enabled when
system SET’, ‘Enabled when system UNSET’ or ‘Disabled’. Webcam Resolution Select a High, Medium or Low webcam resolution settings to best
match the monitor settings of the operator receiving the images. Network (Blue) Opens the Network Settings -> Network page. Refresh (Purple) Refreshes the current page
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FTP Download
The unit can archive images to a central FTP (File Transfer Protocol) server. This could be on receipt of an alarm, activation of the Activity Detection or at a scheduled time to backup recorded video. Using FTP in a multi-unit application ensures that all les are stored in one central location for each of the units, offering efcient le management and easy review capabilities.
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FTP Server URL or name
FTP Control Port Default 21 The default port for FTP use is port 21. If this port has already been
Status Server Port Default 23 The default port for the Server Status function is port 23, if this port
FTP Root Drive and Directory
Username If it is necessary to use an authentication process to access the FTP
Password If it is necessary to use an authentication process to access the FTP
This is the IP address, URL or name of the FTP server the unit will
connect to for FTP image download purposes.
allocated on the network, it is possible to identify and allocate an alternative port.
has already been allocated on the network, it is possible to identify and allocate an alternative port number.
This is the directory where the images are to be stored, it is
recommended that a name associated with the unit be used for ease of retrieval.
server, enter the relevant username here.
server, enter the relevant password here.
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Download options Select one of the following options from the drop down menu:
On Connection This will automatically start the Archive download
when the unit detects the archive destination is present.
Scheduled It is possible to force the unit to archive images at a
scheduled time, enter a time to activate this function each day.
Polled This will set the unit to activate archive download at
regular intervals, the time is in minutes and is the period between the end of one archive download and the start of the next.
Manual only The archive process will only commence when the
user initiates the action.
Schedule time hh mm If ‘Scheduled’ has been selected in Download Options, enter a time
for the download to take place each day. Poll time Minutes If ‘Polled’ has been selected in Download Options, enter the number
of minutes which will elapse between the conclusion of one archive
download and the start of the next. Watermark each partition This enables a watermark to be generated and stored in a text after download le downloaded with the video to the FTP server (for each image
partition). This watermark is logged in the log le. Clear video protection after download This automatically clears the image protection from successfully
downloaded images. Start Dload (Red) Begins the congured download Refresh (Purple) Refreshes the current page
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Firewall
This page allows conguration of the on-board rewall. The top ports are pre-congured with typical settings that can be edited, there are user dened ports available at the bottom of the list. Precongured ports can be disabled by unchecking the ‘open’ box.
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Enable PING response By default this option is enabled and allows the unit to be pinged.
Disabling this option will make the unit less visible on the network Table Entry Up to 32 Conguration settings may be entered. Service Name Details the assigned name of the service using the opened port on
the rewall. Port Start Displays the start of the port range used by the service Port End Displays the end of the port range used by the service
Note: To open a single port, enter the same number in the Port Start and Port End boxes.
Type Displays the type of port to open, select from TCP or UDP. Open Displays if the port is open or not. Refresh (Purple) Refreshes the current page
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Connections
This page shows the IP addresses of users connected to this unit. It is for information only and cannot be edited or congured.
Refresh (Purple) Refreshes the current page
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Features & Text
The Analytics and Text menus allow conguration of the unit’s text in image and keywords functionality. Refer to the individual menus for further details.
The unit is AnalyticsCapable. Please call Dedicated Micros on + 44 (0) 845 600 9500 for further information on our range of Analytics based solutions.
The Text In Image page allows the unit to integrate text data with recorded images i.e. a cash register with a camera positioned at the point of sale.
The Keyword page can be used in conjunction with the Text in Image function. Keywords can be entered, which when detected, will trigger an alarm. Up to 30 keywords can be created.
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Features
Dedicated Micros has created a range of analytics components and solutions designed to work with AnalyticsCapable products. The range of applications include: Automatic Number Plate Recognition (ANPR), Object Left and Removed, Access Control, People Counting and Perimeter Protection.
• For further information regarding the range of Dedicated Micros Analytics solutions, please call: + 44 (0) 845 600 9500
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Text In Image
It is possible to integrate the unit into a system were text information can be stored with relevant images for review. This would be most useful in a Retail or Finance application were text data originating from a cash register could be displayed in real time with the video images of the same Point of Sale.
Note: This menu will only be displayed if ‘Text in Image’ is selected in the System Settings->Features
menu.
Recorded lines per frame This controls how many lines of text are stored on the server, and
Recorded characters per line Controls the width of the lines displayed on screen. Text Timeout (Secs) This setting controls how long, in seconds, the text is shown on-
Channel Select the camera input for conguration from the drop down list. Text Port Type Select the input source for Text in Image data. Select ‘Off’ to switch
Text Filter Select the text lter option from the drop down list. The options are:
not how many are displayed on screen. This allows more data to be saved than is shown.
screen (selecting 0 will show the text indenitely).
the function off or ‘Network to use the unit’s Network port.
Plain Text (default), RAW, EPSON, Laserjet, DM POS Receipt, DM POS Journal, TVC-1066
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Enable Keywords This enables or disables the Keyword feature, allowing the unit to
treat certain pre-programmed words received via the text stream as event triggers, refer to ‘Keywords’ for guidance on creating Keyword
triggers.
Keywords Pulse Extension The pulse extension extends the trigger period to avoid double
triggers occurring, i.e. If a second keyword is received, after the rst alarm is nished but within this period, the unit will not create a new
event.
Reset (Red) Resets the unit to apply changes. Zone Act (Green) Opens the Alarm Settings -> Zone Actions page. Keywords (Yellow) Opens the Features & Text -> Text -> Keywords page. Refresh (Purple) Refreshes the current page
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Keywords
This menu allows a specic keyword received via the text stream to be congured and enabled as an event trigger. The ‘Enable Keyword’ function needs to be activated in the ‘Text in Image’ menu for this feature to operate.
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Text Keyword The unit can be congured to react to a keyword appearing in text
data and treat it as an alarm zone input. In turn this generates events in the event database. The keyword can be up to 20 characters in length. The keyword will be active on the selected Zone keyword channel, refer to “Zone Input - Input”.
Note: Refer to ‘Text In Image’ and ‘Serial Ports’ for further guidance on
integrating text data.
Serial (Yellow) Opens the System Settings -> Serial Ports page. Text In Img (Blue) Opens the Features & Text -> Text -> Text In Image page. Refresh (Purple) Refreshes the current page
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