Dedicated Micros Infiniti Integrated PTZ Camera Installation guide

Brand: Dedicated Micros

Model: Infiniti Integrated PTZ Camera

Category: Security cameras

Type: Installation guide

Inniti IP Camera

Installation Manual

www.dedicatedmicros.com

Inniti IP

MI-I-INFIP/E1-3

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.

Contents

Introduction...............................................................................................................3

Mounting Congurations ..........................................................................................7

Fit the Sunshield.....................................................................................................11

Electrical Connection..............................................................................................12

Conguring the Unit................................................................................................14

System Settings .....................................................................................................16

System ...................................................................................................................17

Status .....................................................................................................................19

Language ...............................................................................................................27

Time and Date ........................................................................................................28

Console Settings ....................................................................................................29

Viewer Defaults .....................................................................................................30

Record Settings ......................................................................................................31

Prole Record .............................................................................................................. 32

Schedule ................................................................................................................36

Protect Video .........................................................................................................38

AoE Setup ..............................................................................................................40

Alarm Settings .............................................................................................................. 41

Alarm Input ................................................................................................................... 42

Zone Input ..................................................................................................................... 44

Zone Actions...........................................................................................................46

VMD/Activity Response Setup ...............................................................................49

Activity Setup ..........................................................................................................51

VMD Conguration .................................................................................................53

Network Settings ....................................................................................................55

Network ..................................................................................................................56

Live Trans ...............................................................................................................58

Multicast Setup .......................................................................................................60

Firewall ...................................................................................................................62

Head - Status .........................................................................................................63

Head - Presets .......................................................................................................64

Head - Patrols ........................................................................................................65

Head - Privacy Masks ............................................................................................66

Head - Camera Settings .........................................................................................67

Head - Event Settings ............................................................................................69

Diagnostics .............................................................................................................70

Debug Parser .........................................................................................................71

Go to Viewer ...........................................................................................................72

Operating the Viewer ..............................................................................................73

Connecting to the IP Inniti ....................................................................................88

Camera ...................................................................................................................89

IP Camera ..................................................................................................................... 90

Camera Telemetry ..................................................................................................91

IP Record ...................................................................................................................... 92

Using NetVu Observer ...........................................................................................93

Appendix A - Multiway Connector...........................................................................94

Appendix B - Dimensions .......................................................................................95

Appendix C - Base Mounting Template ..................................................................96

Appendix D - Corner Bracket ................................................................................97

Appendix E -

Wall Mount Bracket Template .......................................................................................98

Troubleshooting ....................................................................................................100

Inniti IP

MI-I-INFIP/E1-3

Introduction

Inniti is designed for use in demanding outdoor environments. The units use the best video camera and

lens technology along with a at optical viewing window to eliminate image distortion. The window can be

wiped and washed. In addition to a precision pan and tilt mechanism the head is tted as standard with

an infra-red illuminator for improved night time range even where no other lighting is provided. Optionally

where target detection is paramount, the unit can be tted with a thermal imaging camera in addition to the

video camera. As a NetVu Connected IP camera build on the latest technology the Inniti IP supports 25pps

4CIF JPEG and MPEG-4 transmission as well is integrated camera recording to SD card or local network

attached storage using ATA over Ethernet.

Outline Specication:

Speed range 0.05 to 180° / second max (both Pan and Tilt)

Repeatability 5 minutes of arc

Control NetVu Connected DV-IP protocol

Storage capacity 99 preset positions

4 patrols of up to 32 preset positions

4 alarm inputs, 1 relay output

Power Supply 24VDC, Camera & control electronics:-35W

Dimensions Max Dims: 284 mm (W) x 302mm (H) x 249mm (D)

Protection BS EN 60529 to level IP66 (no water ingress)

Weight 6.2kg + mounting bracket

Mounting Congurations Wall bracket or Column

Server Compatability SD Advanced, DV-IP Server, DV-IP HD, DV-IP RT, HighVu Excel

Eco4, EcoSense control via RS485 only and limited features

DS2, BX2 control via BBV Coax and RS485 with limited features and

programming

Integrated Recording To internal 1GB class 4 micro SD card or to network attached storage using

ATA over Ethernet

18X zoom day/night camera module

Sensor ¼” Ex-view HAD progressive scan CCD

Optical range 4.1mm to 73.8mm zoom; F1.4 to F3.0

Auto-focus with manual override Privacy zones

24 programmable zones (8 on screen at any time)

Video sensitivity 0.07 lux color 50IRE

0.01 lux ICR-on mode 50IRE

Video resolution 440000 pixels PAL, 380000 NTSC

530 TVL

Video output NetVu Connected

36X zoom day/night camera module

Sensor ¼” Ex-view HAD progressive scan CCD

Optical range 3.4mm to 122.4mm zoom; F1.6 to F4.5

Auto-focus with manual override 24 programmable zones (8 on screen at any time)

Video sensitivity 0.1 lux color 50IRE

0.01 lux color ICR-on 50IRE

Video resolution 440000 pixels PAL, 380000 NTSC

530 TVL

Video output NetVu Connected

Thermal Camera Features

Detector 384x288 pixels Silicon Micro bolometer

Image Refresh Rate 8.3Hz PAL, 7.5Hz NTSC

Spectral Response 8μm to 14μm

Thermal Sensitivity 100mK (0.1°C) @ 20°C ambient and 30°C scene temperature

Colour Palette Greyscale black hot, Greyscale white hot, Ironbow, Red scale

Shutter Auto

Digitial Zoom x2, x4

Lens Options 15mm (up to 300m range)

45mm (up to 900m range)

Angle of View 35° x 26° (HxV)

12° x 9° (HxV)

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Point&go provides the user with easy to use, fast, accurate telemetry control via an attached

monitor. With no need for a telemetry keyboard, users are able to use Pan & Tilt control of a

Dedicated Micros Inniti simply by clicking an area of the monitor. The camera will instantly respond,

positioning the selected area in the middle of the screen, ideal for tracking movement through a

scene.

ePTZ

Dedicated Micros ePTZ uses an advanced image ‘interpolation’ algorithm that reveals detailed

information that simple pixel-stretching digital zoom commands cannot. Users can operate ePTZ

as they would Analogue Zoom - moving around the scene and zooming in/out using the IR Remote

Control or a supported Keyboard - even on static analogue cameras. Electronic Zoom can be

carried out on both live and playback video. Providing the ability to retrospectively control and view

an image, a great aid in post-event analysis.

Absolute Positioning

Using Camera Selection Maps and the unique Absolute Positioning capability of Dedicated Micros

Inniti cameras, an operator can, with one mouse click, select a camera and send it to view an area

of the site (Pan and tilt). Absolute Positioning is ideal for following someone from camera to camera

around a site and greatly increases event response time, particularly for operators unfamiliar with a

site layout and camera location.

RF Interference warning

This is a class A product. In a unitstic environment this product may cause radio frequency

interference, in which case the user may be required to take adequate measures.

Product Safety

WARNING

• Installation and servicing is only to be carried out by suitably qualied and

experienced personnel and should conform to all local codes.

• Only power low voltage cameras from the provided power supply. Use only a Class

2 power supply with a maximum current of 1.5 amps and the wiring as specied in

the National Electrical Code ANSI/NFPA 70.

• Install in well ventilated area

• Do not continually stare at the lamp

• Lamp and surrounding enclosure may be very hot

This camera range is designed for use in general purpose CCTV applications and has no other

purpose.

Only operate your camera between the temperatures of -40°C and +50°C. This low voltage camera

must be powered with a 24V DC power supply. Do not operate your camera outside its specied

power supply range.

Inniti IP

MI-I-INFIP/E1-3

FCC CLASS B REGULATORY NOTICE

This device complies with part 15 of the FCC Rules. Operation is subject to the following two

conditions: (1) This device may not cause harmful interference, and (2) this device must accept any

interference received, including interference that may cause undesired This equipment has been

tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC

Rules. These limits are designed to provide reasonable protection against harmful interference in

a residential installation. This equipment generates uses and can radiate radio frequency energy

and, if not installed and used in accordance with the instructions, may cause harmful interference to

radio communications. However, there is no guarantee that interference will not occur in a particular

installation. If this equipment does cause harmful interference to radio or television reception, which

can be determined by turning the equipment off and on, the user is encouraged to try to correct the

interference by one or more of the following measures:

Reorient or relocate the receiving antenna.

Increase the separation between the equipment and receiver.

Connect the equipment into an outlet on a different circuit different to the receiver.

Consult the dealer or an experienced radio/TV technician for help.

Modications not expressly approved by the manufacturer could void the user’s authority to

operate the equipment under FCC rules.

Camera Care

In order to avoid damaging your camera, note the following points:

CAUTION

• Remove all packaging inserts and the protective lm from the unit cover before

using the camera.

• This installation should be made by a qualied service person and should conform

to all local codes.

CE NOTICE (EUROPEAN UNION).

Marking by the symbol CE indicates compliance of this DM 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 61000-3-3 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 related equipment.

• EN 55022 Class B. Radiated Emissions Standard, suitable for Commercial or

Residential use.

• EN 60825-1 Safety standard for LED’s and Lasers.

Further details about these applicable standards can be obtained from Dedicated Micros Ltd. 1200

Daresbury Park, Daresbury, Cheshire, WA44HS.

A “Declaration of Conformity” with all relevant European Union Directives has been made, is on le

and is available from the Dedicated Micros address above.

Inniti IP

MI-I-INFIP/E1-3

This product is marked with the CE symbol and indicates compliance with all applicable directives.

Directive 89/336/EEC.

A “Declaration of Conformity” is held at Dedicated Micros Ltd., 1200 Daresbury Park, Daresbury,

Cheshire, WA44HS.

Components supplied

Before installing the unit, please remove the components from the packaging and verify that all items

listed below have been supplied:

● Inniti head

● Sunshield

● 3m cable

● PSU

● Manual

Note: The PSU must be a UL2044 approved Class 2 current limited 24VDC Power Supply with

a minimum current of 1.5 amps and the wiring as specied in the National Electrical Code

ANSI/NFPA 70.

Note: Mounting brackets may have been ordered and delivered separately.

Inniti IP

MI-I-INFIP/E1-3

Mounting Congurations

With appropriate brackets this unit enclosure can be mounted in any of the orientations

shown below.

Note: Mounting brackets may have been ordered and delivered separately.

1. Cable Managed Wall Mount Bracket (order code DM/BKT-CM-WALL) (shown

inverted)

2. Corner bracket DM/BKT-ADAPT for use in conjunction with DM/BLT-CM-WALL

Column spacers

3. Spacer Mount (order code DM/90003 - 250mm; order code DM/90012 - 500mm;

order code DM/90013 - 1000mm; order code DM/90014 - 1500mm) for roof or

parapet mounting.

Inniti IP

MI-I-INFIP/E1-3

Mounting

Wall Mount Bracket

Unit Preparation

Ensure that the correct knockout has been removed to allow the cable to enter the bracket before

climbing to height.

When ever possible use the rear knock out of the bracket so that the cables are contained within the

bracket and routed directly through the wall. If this is not possible the externally routed cables (which

should be protected by running inside conduit) should enter the wall bracket via sealed M20 glands

into the two knock outs in the top face.

1. Loosen the six cap head screws that hold the protective lid to the body of the WMB

and lift it off. Let it hang on the retaining cord.

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MI-I-INFIP/E1-3

NOTE: Do not cut the retaining cord.

Note: There is a retaining washer on each screw which will come off if you loosen the screws too

much, which will allow the screw to drop out of the lid.

To install the WMB

Note: Refer to the Working at Height guidelines in your bright installer documentation.

1. Use the template in Appendix E of this manual to mark the mounting holes on the

wall. Ensure the mounting hole drilling positions do not line up with any mortar lines

and do not come within 25mm (1”) of a brick edge. Mount bracket to wall using

suitable xings for the type of wall construction.

2. Using a suitable bit, drill the four holes required. Fit suitable wall plugs in the holes.

3. Use the upper two mounting holes to position and secure the WMB to the wall, then

t the lower two mounting screws. Tighten the mounting screws securely.

4. Loosen the six cap head screws that hold the protective lid to the body of the Wall

Mount Bracket. Let it hang on the retaining cord.

NOTE: Shown inverted. Do not cut the retaining cord.

Note: There is a retaining washer on each screw which will come off if you loosen the screws too

much, which will allow the screw to drop out of the lid.

5. Ensure the water drain hole has been knocked out to allow drainage.

Inniti IP

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6. Feed the electrical connector through the central mounting hole and mate up to the

unit (ensure power is off when connecting).

7. Lift unit to bracket ange ensuring head of screws (previously tted M6X20 SOC

CAP HD A2 Screw) pass through keyhole slots. Twist to locate.

8. Tighten 4 off Inniti base mounting xings to 14N/m to secure.

9. Replace bottom plastic cover of bracket and tighten 6 off retained trim securing

screws.

10. Screws should be checked to ensure they are at 14N/m during maintenance visits.

Column mount

A. Mount column on a at base via the four holes in its base plate. These holes are

equi-spaced on a 101mm (4”) pitch circle diameter.

B. Feed the free end of the multiway control cable down the column and out through

the gland hole on its side. Fit the supplied gland to seal the hole. The free end of

the cable should be connected to the power supply unit.

C. Mate up the electrical connector to the unit (ensure power is off when connecting).

D. Lift unit to bracket ange ensuring head of screws (previously tted M6X20 SOC

CAP HD A2 Screw) pass through keyhole slots. Twist to locate.

E. Tighten 4 off Inniti base mounting xings to 14N/m to secure.

F. Screws should be checked to ensure they are at 14N/m during maintenance visits.

Additional Mounting Information

Refer to Appendix B - Dimensions for further information about the mounting points provided on the

base of the unit which comprise the following:

● 4x M6 blind threaded holes equi-spaced on a 63mm pitch circle diameter (PCD).

Used when attaching to the wall mount bracket or columns.

● 4x 6.5mm through holes equi-spaced on a 101mm (4”) PCD

Used with M6 cap head screws screwed into a suitable mounting plate, either using

threaded holes in the mounting plate or nuts.

Inniti IP

MI-I-INFIP/E1-3

Fit the Sunshield

The sunshield is supplied separately and should be attached to the unit before installation. Remove

the front and rear sunshield mounting screws which are located in position on the assembly.

Rear mounting screws Front mounting screws

Position the sunshield and fasten the screws.

ATTACH

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Electrical Connection

PCB

Power

To Multiway Connector

Cat5 Punch Down Connections

Shield Gnd

Vid In +

Vid In -

Tx/Rx +A

Tx/Rx -B

PWR +

Pwr -

Alm 1

Alm 2

Alm 3

Alm 4

Alm Gnd

Relay A

Relay B

(Not Used) (Not Used) (Not Used) (Not Used)

Infiniti

Ethernet

Connection

Tx/Rx +A

Tx/Rx -B

Optional

Relay

Optional

Alarm Inputs

To Ethernet

on DVR

Minimum conguration

The simplest connection possible to the Inniti would require the following;

The Mains supply (live, earth and neutral) is connected to the heavy duty connector block

mounted in the Power Supply Unit next to the PCB. Power select links (J2 & J3) should be set

to 24VDC (centre and arrowed pin bridged as shown above).

Note: The telemetry termination link J4 (TEL TERM) must not be tted.

Function Colour PCB Connector

Safety (Earth) Green/Yellow Shield Gnd

Drain Wire Bare Wire Shield Gnd

Power Brown PWR+

Power Blue PWR-

Ethernet Rx- White/Red Vidout+

Ethernet Rx+ Black/Red Vidout-

Ethernet Tx- Yellow Tx/Rx +A

Ethernet Tx+ Green Tx/Rx -B

Note: Whilst the Alarm and Relay inputs are not essential for minimum conguration, it is

recommended that they are connected to the PCB in case they are required in the future.

Note: The Multiway cable should be securely clamped to the chassis using the screw clamp

provided. The insulation should be stripped back to allow the clamp to contact the cable

foil sheath. All glands into the PSU should be securely tightened to prevent the ingress

of moisture. Details of the Multiway connection can be found in Appendix A

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● Ethernet can either be connected via RJ45 connection (P11) or a Cat5 unshielded

twisted pair cable can be punched down on connectors P1 an P2 using a suitable

croning tool.

● Once routed through the bracket back to the PSU / termination unit, the cable from

the head should be terminated in J14 with colours as shown in the diagram.

● BNC connectors and RS485 connector P16 are not used with the IP version

● Connections to the relay output of the head are made via header P15

● External alarm inputs to the head are connected via P8. If J1 is tted the lid tamper

switch SW1 (which is connected in series with alarm input AL4) is disabled.

Connecting the DVR to the Inniti (via PCB)

Video to the DVR is sent over Ethernet using NetVu Connected technology.

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MI-I-INFIP/E1-3

Conguring the Unit

Locating the Unit IP address

The unit is congured using on-board webpages. This can be done remotely once the unit has been

installed in its chosen location.

The IP address of the unit is required to access these pages. When the unit is connected to a DHCP

network for the rst time, its IP address is unlikely to be known without referring to the settings of the

network switch or router it is connected to.

The easiest way to open the webpages for the rst time and identify the assigned IP address (via the

Status page) is by connecting to the Unit using its DNS address.

The default DNS address for each unit is factory set to be its serial number. Therefore the address

can be found from the serial label on the unit or via the packaging the unit came in,

The DNS address can be typed directly into the address bar of a web browser.

Note: If subsequently the unit is assigned a xed IP address, its DNS address can no longer

be used

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.

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 Web Pages

The unit is congured using the on-board web 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 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 Settings

The menus under the System Settings heading allow the unit’s core settings to be viewed, changed

and the system software upgraded.

The System 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 the camera status.

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 PowerScript management pages allows individual PowerScripts to be disabled if required.

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System

This menu shows the general information about the unit including the version of software installed,

the unit’s serial number and the allocated 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. This is

displayed when the unit is accessed via NetVu ObserVer and is

sent when transmitting information to a Remote Video Response

Centres (RVRC). The default value is the MAC address prexed

by ‘DM’.

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 of the network where the unit is located.

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.

Number of Cameras Shows the number of camera channels on the unit.

Video Storage Gbytes Highlights the available video storage capacity in Gigabytes.

Software (Red) Links to the System Settings->Software details page

Time/Date (Green) Links to the System->Time and Date page

Accounts (Yellow) Links to the Viewer Settings->User Accounts details page

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Network (Blue) Links to the Network Settings->Network details page

Refresh (Purple) Refreshes the current page

Software Menu

Software Revision This identies the version of software the unit is running.

Webpage Revision This identies the webpage version the unit is running.

Telemetry Atmel Ver This identies the version of telemetry control driver rmware

installed.

Motor Atmel Ver This identies the version of motor control driver rmware

installed.

Boot Software Rev. Displays the infrastructure component software revision.

App Loader Rev This identies the version of the intermediate loader application

that is being used .

Applet Version This identies the Java version used.

System (Red) Links back to the System Setttings page

About (Blue) Opens the System Settings->Status->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.

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.

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About

This page provides quick links to the pages required to fault nd..

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 ‘General

Information’).

Record Details Opens the Record Details page (refer to ‘Record Details’).

Camcong Details Opens the Camcong Details page (refer to ‘Camcong Details’).

Capabilities Opens the Capabilities Details page (refer to ‘Capabilities

Details’).

UI Information Opens the UI Information Details page (refer to ‘UI Information

Details’).

Prole Record Tables Opens the Prole Record Tables Details page (refer to ‘Prole

Record Tables’).

Refresh (Purple) Refreshes the current page

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Dedicated Micros Infiniti Integrated PTZ Camera Installation guide

Brand: Dedicated Micros

Model: Infiniti Integrated PTZ Camera

Category: Security cameras

Type: Installation guide

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Dedicated Micros Infiniti Integrated PTZ Camera Installation guide

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