Mobotix M12 User Manual

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MOBOTIX AG • Security-Vision-Systems • Made in Germany

www.mobotix.com • sales@mobotix.com • 19.10.2006

Current PDF File:

www.mobotix.com > Services > Manuals

Complete integration for web and security

M12

Camera Manual

MOBOTIX ... the new face of IP video

MOBOTIX

Security-Vision-Systems

Part 1

Wall bracket

with cable cover

for RJ45 wall outlet

30 Frames/s

VGA (640 x 480)

10 fps Mega

-22°F to +140°F

Weatherproof

-30°C to +60°C, IP65

no heating necessary

IEEE 802.3af

PoE

network power

even in winter

Video SIP Client

IP-Telephony

alarm notify,

cam remote control

lip-syncronized audio

Recording

event-ringbuffer

30 cams each 30 fps

Backlight

safe using CMOS

without mechanical iris

Video motion

multiple windows

precision pixel-based

microphone & speaker

Audio

bi-directional via IP

variable framerates

Live viewing

30 cams at 30 fps

all on one screen

Megapixel

1280 x 960

software zoom

Robust

no moving parts

fiber glass housing

VGA

30 fps

480 lines

CIFCIF

30 fps

288 lines

Mega

10 fps

960 lines

Image

detail

Page 2

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M12 Camera Manual Part 1

MOBOTIX Camera Data

Enter the data of your camera here!

Camera Model:

Camera Name:

Factory IP Address:

Current IP Address:

DHCP: activated

❑ deactivated ❑

Admin User Name:

Admin Password:

ISDN Dial-In Number:

ISDN User Name:

ISDN Password:

Notes:

Note: MOBOTIX offers inexpensive seminars that include a workshop and

practical excercises:

Basic Seminar 2 days, Advanced Seminar 2 days.

For more information, see www.mobotix.com

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M12 CAMERA MANUAL PART 1

1 INTRODUCTION 6

1.1 The Concept Behind the MOBOTIX M12 7

1.2 Product Advantages of the MOBOTIX M12 11

1.3 Feature List 13

1.4 Hard- and Software Differences of the MOBOTIX M10/M12 15

1.5 Important Notes 16

1.5.1 MOBOTIX M12—Weatherproof to IP65 16

1.5.2 Password for the Administration Menu 16

1.5.3 Password for ISDN Dial-In 16

1.5.4 Irreversibly Deactivating the Microphone 16

1.5.5 Starting the Camera Using the Factory IP Address 17

1.5.6 Resetting the Camera to Factory Defaults 17

1.5.7 Activating Event Control for Security Applications 17

1.5.8 Deactivating Text and Logo Options 17

1.5.9 Deactivating the Daily Reboot of the Camera 17

1.5.10 ISDN Compatibility Note 18

1.5.11 Using Internet Browsers 18

1.5.12 Cleaning Instructions – Cleaning the Lenses 18

1.5.13 Safety Notes for Operating MOBOTIX Cameras 18

1.5.14 Maximum Cable Lengths 18

1.5.15 Additional Information 19

2 MOUNTING THE CAMERA 20

2.1 Delivered Parts, Camera Components and Dimensions 20

2.1.1 Standard Delivery 20

2.2 Camera Housing and Connectors 21

2.2.1 External Sensors 21

2.2.2 Connectors 21

2.3 Optional Accessories 22

2.4 Wiring, Fire Prevention, Lightning and Surge Protection 24

2.4.1 Wiring 24

2.4.2 Fire Prevention 24

2.4.3 Lightning and Surge Protection 24

2.5 Providing the Connections (Network/ISDN) 25

2.6 Power Supply of the MOBOTIX M12 26

2.6.1 Using Uninterruptible Power Supplies (UPS) 27

2.7 Determining Where to Mount the Camera 28

2.8 MOBOTIX M12 Lens Options 29

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2.9 The MOBOTIX SecureFlex Mount 31

2.10 Dimensions (Ceiling Mount/Wall Mount) 32

2.10.1 Dimensions—Ceiling Mount 32

2.10.2Dimensions—Wall Mount 32

2.10.3Dimensions of the SecureFlex Mount's Foot 33

2.11 Mounting the MOBOTIX M12 to a Wall or Ceiling 34

2.11.1 Mounting to a Wall 34

2.11.2 Mounting to a Ceiling 34

2.11.3 Converting the Wall Mount to Ceiling Mount 35

2.12 Preparing the Installation 36

2.12.1 Insect Protection of the Camera 36

2.12.2Connecting to the Network (Ethernet) 36

2.12.3Connecting Another Cable (ISDN/RS232) 37

2.12.4Inserting an SD Card (Optional) 37

2.13 Mounting the Camera 38

2.14 Mounting the Camera to Different Surfaces 39

2.14.1 Mounting to a Wooden Wall or Surface 40

2.14.2Mounting to a Drywall 41

2.14.3Mounting to a Concrete or Brick Wall 42

2.14.4After Mounting the Camera 43

2.15 Installing the MOBOTIX SecureFlex Pole Mount 44

2.15.1 Delivered Parts of the SecureFlex Pole Mount 44

2.15.2Mounting the Pole Mount and the Camera 45

2.16 Adjusting the Tele Lens Focus (Cameras With L135 Tele Lens Only) 47

3 OPERATING THE CAMERA 48

3.1 General Procedure 48

3.1.1 Establishing the Power Supply of the Camera 48

3.1.2 Connecting the Camera 48

3.2 Overview of the Configuration Settings 50

3.3 Connecting the Camera 52

3.3.1 Ethernet: Power Supply Using a Network Power Adapter (MX PoE) 52

3.3.2 Ethernet: Power Supply Using a Network Power Rack (MX PoE) 53

3.3.3 Ethernet: Power Supply Using PoE Products (Power over Ethernet) 54

3.3.4 ISDN: Power Supply Using a Network Power Adapter 55

3.3.5 ISDN: Directly Supplying Power Using the External Power Supply 56

3.3.6 Ethernet and ISDN 56

3.3.7 Camera Startup Sequence 57

3.4 The First Image from the Camera 58

3.4.1 Preparing the Ethernet Connection 58

3.4.2 Preparing the ISDN Connection 60

3.4.3 Simultaneously Using ISDN and Ethernet Connections (Gateway) 60

3.4.4 The First Image in the Browser 61

3.4.5 Additional Information 62

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3.4.6 Camera Screens in the Browser 63

3.4.7 The First Image in MxViewer 64

3.5 Starting the Camera With an Automatic IP Address (DHCP) 68

3.6 Starting the Camera Using the Factory IP Address 69

3.7 Connecting External Devices and Sensors: MX Interface Connector and MOBOTIX Cam-IO 70

3.7.1 MX Interface Connector for Direct Connections 70

3.7.2 MOBOTIX Cam-IO: Expansion Module for Easy Installation 71

3.8 Signal Input/Output, RS232 Interface 72

3.8.1 Signal Input Pins 72

3.8.2 Signal Output Pins 73

3.9 M12 Drilling Templates (Scale 1:1) 74

APPENDIX: HARD- AND SOFTWARE FEATURES

IP65 CERTIFICATE, DECLARATION OF CONFORMITY M12 DRILLING TEMPLATE

SOFTWARE MANUAL PART 2

4 CAMERA USER INTERFACE

4.1 The First Image in the Browser

4.2 The First Image in MxViewer

4.3 Screens of the Camera

4.4 The Live Screen in the Browser

4.5 The Playback Screen in the Browser

4.6 The MultiView Screen in the Browser

4.7 PDA Screen

4.8 Guest Screen

4.9 Browser Settings

4.10 Configuring the Softbuttons

4.11 Fast Video Streaming

4.12 Operating Multiple Cameras

5 BASIC CAMERA CONFIGURATION

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M12 Camera Manual Part 1

Note

The following chapters (4 and higher) are all part of the Camera Software Manual. The main headings are listed below to give you an

overview of the

Software Manual

contents.

Page 6

5.1 Overview

5.2 Quick Installation

5.3 Connection Test

5.4 Basic Settings

5.5 Image Controls

5.6 Logos

5.7 Exposure Settings

5.8 Day & Night Modes

5.9 Managing Settings

6 SOFTWARE UPDATES

6.1 Overview

6.2 Preparatory Steps

6.3 Updating the Camera Software

6.4 Update Checklist

7 EVENTS, ACTIONS AND MESSAGES

7.1 Overview

7.2 Functional Overview

7.3 General Remarks on Operating the Camera

7.4 Screen Display of Event Settings in Live Image

7.5 Arming

7.6 Events

7.7 Actions and Messaging, Action and Messaging Profiles

7.8 Working with Profiles

7.9 Time Tasks

8 RECORDING

8.1 Overview

8.2 Recording Modes

8.3 Recording Types

9 TELEPHONY FEATURES

9.1 Overview

9.2 VoIP Settings for IP Telephony

9.3 Camera Phone (Listen, Speak and Intercom Modes)

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9.4 Phone Profiles: Outbound Phone Calls

9.5 Voice Dial-In: Inbound Phone Calls

9.6 Remotely Controlling the Camera Using a Phone

9.7 Sample Configurations for IP Telephony via Internet

9.8 Sample Configurations for IP Telephony via LAN

10 MOBOTIX CAMERAS ON THE WEB

10.1 Overview

10.2 Displaying Cameras on the Web

10.3 Configuring Routers and Firewalls

10.4 Configuring DynDNS

10.5 Updating Web Pages

11 SOFTWARE INTERFACES

11.1 Overview

11.2 Accessing Live Images

11.3 Accessing the Second Image Channel

11.4 Video Streaming

11.5 The HTTP API

12 TROUBLESHOOTING

12.1 Overview

12.2 Troubleshooting Checklist

12.3 Diagnostic Tools of the Camera

12.4 Monitoring Tools of the Camera

12.5 Potential Other Problems

12.6 Additional Information

12.7 Sending Back the Camera

12.8 Warranty

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M12 Camera Manual Part 1

Further information: www.mobotix.com

Technical information subject to change without notice!

No part of this manual may be reproduced by any means

without our written approval!

Note

Download the latest version of this document as a PDF file from www.mobotix.com, Services > Manuals.

Page 8

1 INTRODUCTION

The M12 camera range represents the next model of the second generation of MOBOTIX network cameras. Now more powerful than ever, the new models are capable of creating high-resolution live video streams with high frame rates. When showing VGA

video (640x480), the camera can deliver up to 30 fps. Even Megapixel video (1280x960) will still generate up to 10 fps. The camera transmits realtime sound

from the microphone, even in the browser.

Similar to previous MOBOTIX cameras, M12 cameras are available as SECURE, IT,

WEB and BASIC models with differing software features. The WEB and BASIC mo-

dels do not have a microphone. The M12 can be fitted with three M14 high-performance lenses; additional lenses will be available in the future.

Like all other MOBOTIX cameras, M12 models are more than "just a camera"; the integrated software features (Secure/IT models) include a multitude of functions, such as video motion detection, long-term recording, alarm messaging and vi- deo IP telephony. In camparison to camera systems from other manufacturers, buying and installing additional software on the computer is thus unnecessary. Instead of using a web browser, you can also download the free MxViewer for

Windows from www.mobotix.com, which allows displaying multiple cameras on one monitor. Moreover, MxViewer can also process incoming alarms from the camera and allows for comfortably searching and evaluating the alarm video clips (including audio).

Because of the low power consumption of only 3 Watts, the MOBOTIX M12 cameras feature the highest operating temperature range in the market from -30 to + 60°C (-

20 to 140°F). Since MOBOTIX cameras neit-

her fog up nor require heating, power can be supplied using standard PoE products. All models come with a wall mount that covers wall outlets which perfectly conceals the cabling.

Using the new MX Interface Connector with D Sub 15 HD socket, you can directly connect external lamps, devices, sensors, microphones and audio amplifiers. The MOBOTIX Cam-IO expansion box simplifies installing the camera and expands on these possibilities: All external devices, sensors and the Ethernet cabling are connected directly to the installation box. Likewise, the MOBOTIX Cam-IO installation box (available from November 2006) hooks up to the mains and supplies power to the camera, without requiring any other type of power supply.

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30 frames per second!

Everything integrated!

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1.1 The Concept Behind the MOBOTIX M12

High-Resolution Live Video (640x480) with up to 30 Frames/s

The second generation of cameras from MOBOTIX now delivers smooth live video display in VGA format with synchronous live audio, yet it keeps the network load to a minimum (approx. 2 Mbps). Live video display now match the performance of analog video systems. When recording, MOBOTIX systems easily outperform analog systems, since MOBOTIX cameras store the same resolution and quality with the same frame rates as in the live display. MOBOTIX technology thus allows si-

multaneously recording the video from 30 cameras in continuous recording mode on one standard PC at 30 fps each, including the audio channel of the

cameras.

Low Bandwidth Requirements

MOBOTIX' patent pending MxPEG streaming format allows fast live video with audio at extremely low network load (1 to 2 Mbps). Since the MOBOTIX camera itself detects movements in the image, video is only transmitted if movements occur, and when the video and audio data are stored.

Voice over IP and ISDN

Moreover, MxPEG provides for synchronized audio and two-way communication between the camera and your computer. Room surveillance with audio is possible using Internet Explorer or MxViewer. Alarm notification on your mobile via Internet (SIP) or ISDN telephony is just as easy as event-controlled voice messages directly from the camera.

IP Telephony and Video SIP

All telephone features can be used via Internet telephony thanks to the integrated SIP client. The SIP client allows remote-controlling the camera using the touchtone keys and also places the alarm calls of the camera. Video SIP establishes audio/video connections to the camera using Windows Messenger or similar applications (e.g. Counterpath x-Lite/eyebeam).

Long-Term Storage Included

MOBOTIX cameras have an integrated long-term storage system for Linux, Windows and Mac OS X computers. Every camera manages its own storage space as a ring buffer on the shared folder. Thanks to this decentralized approach, 30 live cameras can store images on a regular Pentium 4-class computer with 30 fps

each, including audio (also depends on the operating system).

Event Storage on SD Card

An SD card can be inserted into the integrated slot to increase the internal memory of MOBOTIX M12 cameras (SD cards will be supported after a software update, which will be available at the end of 2006). A 2GB card can permanently store up to 65,000 images in CIF format, 40,000 images in VGA format or 13,000 Megapixel

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IP Telephony!

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images, which are not lost in the event of a power failure. If long-term storage on a file server has been set up, the SD card adds yet another layer of security against loss of data, as the SD card can easily bridge longer network outages.

30 Live Cameras Using MxViewer

The free MxViewer Windows client for viewing up to 30 MOBOTIX cameras with audio now features an integrated layout editor for quick assembly of building plans-using full drag&drop support for positioning the live camera images. Load a floor plan as background image, drag&drop the cameras; done.

Event and Time-controlled

Just like event-controlled recording upon detecting movements in the image, the camera can also record when the volume picked up by the microphone exceeds a set trigger value. Using scheduled recording, time tasks can start or stop video recording, uploading of images to a web site or sending of emails with video/audio clips. Special programs control vacation times and holidays.

Remote Alert Popup

In case of an alarm, MOBOTIX cameras automatically pop up windows or activate other functions at a remote security control center. The cameras can use network/ wireless, GSM/GPRS/UMTS (3G) or Internet connections for this purpose.

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Download MxViewer free of charge from www.mobotix.com

Page 11

Day & Night

MOBOTIX Night models with two image sensors (color and B/W) deliver brilliant color images during the day and crisp B/W images at night. Cameras switch lenses automatically , depending on the illumination.

Integrated Power over Ethernet

Power is supplied via the network cables using either MOBOTIX Network Power Adapters with power supplies or the Network Power Racks (4/8/20 cameras per

rack) or devices that supply PoE according to IEEE 802.3af. Since the camera's plastic housing insulates well and does not fog up, no additional heating or fans are necessary. This is why MOBOTIX cameras have low power requirements (3 Watts) and can be operated every day of the year indoors as well as outdoors and why PoE can be used for supplying power—unlike in other cameras.

Weatherproof

MOBOTIX M12 cameras are certified according to IP65 and are designed for outdoor as well as indoor usage. As the cameras do not have any moving parts, they are extremely robust and resistant against heat or cold (-30°C to +60°C; -20°F to + 140°F).

Secure and Flexible Installation Using the SecureFlex Mount

The SecureFlex wall/ceiling mount (standard delivery) provides easy mounting of the MOBOTIX M12 to a wall or ceiling and also allows positioning the camera into virtually any direction, while the concealed cabling enhances the visual impression of the installation. The mount completely covers wall outlets and allows using a defined network end point, thus facilitating the installation.

Expanded Connections—MX Interface Connector D Sub 15 HD

Depending on your requirements, you can connect additional sensors via the D Sub 15 HD socket, allowing you to expand the range of sensors already in the ca-

mera. Likewise, you can use the signal outputs of the camera to switch external devices or to trigger external devices, such as alarm systems. This socket also provides a Line In pin, a Line Out pin, power supply for USB devices, USB master data signals and a pin for connecting a backup power supply, which can also be used by solar panels.

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No heating required PoE is no problem even in the wintertime!

Covers RJ45 wall outlets and conceals the cabling

Page 12

Easy Installation Using the Cam-IO Installation Box

The Cam-IO Installation box greatly facilitates setting up a security system as this module carries all pins of the MX Interface Connector and simplifies connecting external devices and sensors. Besides supplying power to the camera, the installation box can power lamps with up to 500 W/230 V (max. 4 A) and has heavy-duty connectors for the remaining pins of the D Sub 15 HD socket (e.g. Line In/Out or signal inputs of the camera).

Logos, Animated or Freestyle

The Logo generator of MOBOTIX cameras allows integrating different banners and graphics (including files loaded from any URL) into the current camera images—with optional scheduler control. MOBOTIX cameras are the only network

IP cameras supporting animated and transparent graphics.

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See section 3.7.2 for more detailed information

Logo generator integrated

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1.2 Product Advantages of the MOBOTIX M12

• MOBOTIX M12 camera models support the Power-over-Ethernet standard IEEE 802.3af as well as MOBOTIX PoE technology.

• Individual lens configuration possible:

• Internal memory can be expanded using non-volatile SD cards (available from end 2006 after updating the software).

• Optional Wireless or UMTS/3G functionality thanks to CF cards (only installed by MOBOTIX; available in future versions).

• High image quality with max. 1.3 M pixels resolution. The proven MOBOTIX software scaling delivers crisp images even for the smaller formats (PDA, CIF, VGA).

• Fully browser-based—no software installation required.

• Simple connection to IP network or DSL using the integrated 10/100 Ether- net interface, or ISDN.

• Camera configuration and playback of recorded images from any standard browser.

• Synchronous audio and intercom features when camera calls using in- tegrated IP telephony or ISDN.

• Audio room surveillance using standard browser (Internet Explorer). The camera microphone can be irreversibly deactivated.

• Minimal network load thanks to innovative MxPEG compression scheme (patent pending).

• Integrated event-controlled and scheduled recording.

• Live recording of up to 30 cameras simultaneously with full 30 fps each, including audio on one standard PC.

• No limitation regarding the number of cameras and storage media; the system is infinitely scalable.

• Long-term storage of video including audio or individual images in a freely selectable data storage (ring buffer) on a standard PC or file server.

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* not available for M12

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• Integrated data storage (ring buffer) can bridge network failures of up to 4,000 images or 6 minutes video; this can be further expanded when using an SD card.

• Maintenance-free and weatherproof from -30 to +60°C (-22 to 140°F) because the system has no moving parts.

• Alarm notification via e-mail, SMS or phone call.

• Backlight correction with predefined and customized exposure areas.

• Professionally equipped with integrated sensors: Video motion detection, microphone and speaker.

• Flexibly positioned with concealed cabling and covered wall outlets thanks to SecureFlex mount (standard delivery).

• D Sub 15 HD socket of the camera allows connecting three signal inputs (e.g. external sensors), three signal outputs (e.g. alarm systems), Line In, Line Out, USB devices, power backup.

• Can be further expanded using MOBOTIX Cam-IO, which allows direct connection to door openers, lamps, sirens, an external microphone (with pre-amplifier), a loudspeaker, external sensors (e.g. light barrier). Hooks up directly to the mains and supplies power to the camera via the network cable to the camera (PoE).

• Free MxViewer for Windows to display and manage MOBOTIX cameras and includes alarm management, background images, etc.

• Layout editor in free-of-charge MOBOTIX MxViewer for quickly creating building layout plans with cameras.

• Platform-independent SDK allows developing applications; includes sample applications (MxPlayer, MxPEG-to-MJPEG converter) and sample source code.

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1.3 Feature List

The MOBOTIX M12 includes the following main features (some features are modeldependent):

• Live images of up to 1280 x 960 pixels resolution via network, ISDN, GSM, GPRS, UMTS, wireless up to 30 fps (at 640 x 480 resolution), also adapted for PDAs.

• Digital zoom with three stages (1x, 2x, 4x) and integrated panning (from 2x: clicking in the browser image will move the visible image section in that direction).

• True software scaling using the proven and continuously improved MOBO- TIX algorithms which delivers brilliant images even with smaller image formats (e.g. 320 x 240).

• Audio video recording with three different recording modes: Event recording with audio, continuous recording with variable frame rate and audio as well as event-controlled Snap Shot recording of JPEG images.

• Telephony functions (SIP and ISDN) for Phone Call-In and remote-controlling from touchtone phones as well as voice phone calls from the camera for alarm messaging purposes.

• SIP Video (Internet telephony) with support for e.g. Windows Messenger, x–lite/eyebeam and video phones.

• File server tests can monitor a file server and use one or more of the defined messaging options for error notification.

• Camera tests where several cameras monitor each other, with failure notification using the defined messaging options.

• Playback of recorded images/video sequences with audio in the integrated video management system.

• MultiView screen for displaying multiple cameras or events in one browser window.

• Event notification by e-mail, SMS (using a provider), voice notification by phone using pre-recorded messages, sounds and by visual alarms (e.g. red frame in Live image) using two separate messaging paths.

• Object tracing for analyzing the paths of objects that are moving in the image.

• Logo generator for displaying logos in the camera images with dialogs for managing image files, image and logo profiles for controlling logo display.

• Logos can have transparent areas and can be displayed partially transparent at the same time (creating a watermark effect), banner rotation and animations are also possible.

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1280 x 960 pixels

Logo generator

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• Time Tables for handling customized days, e.g. for holidays and vacations. The time tables are used to control the camera's arming, image recording, action, messaging, logo, obscure image and other features.

• Remote signaling for master/slave cameras, with the master camera controlling the arming status of the slave cameras. This allows arming all slave cameras using a key switch that is connected to the master camera.

• Transfer profiles for improved handling of FTP, E-Mail, phone calls, network transmissions and messages.

• Multiple possibilities for connecting external devices, sensors and signal lines using the D Sub 15 HD socket of the camera or the MOBOTIX Cam-IO installation box.

• Speaker phone with talk, listen and intercom modes via Internet telephony (SIP) and ISDN using the integrated microphone and speaker.

• Phone Call-In to remotely control the camera using a touchtone phone via Internet telephony (SIP) and ISDN (retrieve camera information, establish Internet connection, announcement of retrieved IP address, intercom feature, etc.).

• MxPEG video compression using MOBOTIX MxViewer. The ActiveX plug-in for Internet Explorer users brings all advantages of MxPEG (including the audio stream from and to the camera) to the browser-based user interface.

• Routing allows using other network connections besides the standard route.

• DynDNS client for accessing the camera using a symbolic name (e.g. mymobotixcam.dyndns.org) although the provider is assigning a new IP address every time the camera connects to the Internet.

• Inerasable backup operating system that is used to restart the camera in the event that a software update has failed, allowing you to restart the update process.

• Enhanced startup options for the camera (obtain IP address via DHCP, announcement of IP address and other network data, reset to factory default settings).

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Speaker phone

Telephony features using ISDN or SIP connections (Internet telephony)!

Free software updates on www.mobotix.com

Software Updates

MOBOTIX provides free software updates on www.mobotix.com at regular intervals that improve and expand the camera’s functionality. Chapter 6,

Software Update

, in the

Software Manual

, provides more

information on the process.

Page 17

1.4 Hard- and Software Differences of the MOBOTIX M10/M12

To cut a long story short – nothing changes with the basic functionality or the looks of the camera. Users, who have worked with M10 models before will not

have any problems adjusting to a MOBOTIX M12.

Changing to the three times faster Intel "Bullverde" PXA270 processor with

520 MHz frequency has boosted image processing considerably, providing no-

tably higher frame rates (up to 30 fps in VGA, up to 10 fps in MEGA resolution). The new hardware also brings new features, such as SIP video (Internet telephony with video) and new possibilities for extending the hardware (SD card, CF slots, MX Interface Connector, USB master pins for MOBOTIX expansion modules, etc.).

The following table shows the most important differences in the hardware and

software:

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* Available end of 2006

** Supported in future versions. CF cards are only installed at the factory!

The only limitation versus the M10 is the power supply via ISDN cable, which is not possible any more. This can only be achieved using the MOBOTIX PoE products and the ISDN split cable

MOBOTIX M10

MOBOTIX M12

Hardware Differences

Housing color White, Gray

hite

Wall/ceiling mount

Lens options

Serial interface USB connector

Ball joint, SecureFlex mount for Secure models

Wide-angle L43, Tele 135

SecureFlex mount covers RJ45 wall outlets and conceals the cabling (all models)

Super Wide-Angle L22, wideangle L43, tele 135

D Sub 9

D Sub 15 HD USB master on D Sub 15 HD (for

MX expansion modules) SD card* CF slots**

Line In/Out pins for external audio devices

Backup power supply

SD card for extra storage

CF slots for MOBOTIX expansion

modules (wireless, storage, ...)

External microphones/PA

systems via D Sub 15 HD

Backup power (6 to 12 V, max. 1

A) on D Sub 15 HD ISDN power supply

PoE power supply

Software Differences

Frame rate (fps)

Power supply via ISDN NT

MOBOTIX PoE products (MX-NPA + power supply / NPR-4/8/20)

Not possible, but can be injected

into 8-wire cable (split cable and

power supply or PoE required)

MOBOTIX PoE products and stan-

dard PoE IEEE 802.3af

25 CIF • 12 VGA • 4 MEGA 30 CIF • 30 VGA • 10 MEGA

Image formats

SIP video

CIF, VGA, VGA2, MEGA, Custom--CIF, VGA, VGA2, MEGA, Pan-

orama, Custom

SIP video

M10

M12

Page 18

1.5 Important Notes

1.5.1 MOBOTIX M12-Weatherproof to IP65

The MOBOTIX M12 is IP65 weatherproof (absolutely dustproof, resistant against water jets).

1.5.2 Password for the Administration Menu

The administration area of the camera (Admin Menu button) is protected by a user name and password:

• User name is admin

• Password is meinsm

Enter the user name and password exactly as shown above. Note that both entries are case-sensitive.

When accessing the administration menu for the first time, the Quick Installation wizard will help you set the most important parameters that are relevant for your requirements. For security reasons, it is highly recommended to change the

adminstrator password after the camera has been configured properly.

1.5.3 Password for ISDN Dial-In

Dialing into the camera via ISDN is protected by a separate password. When setting up a dial-in connection from a computer, you need to provide this information:

• User name is linux

• Password is tux

Enter the user name and password exactly as shown above. Note that both entries are case-sensitive.

1.5.4 Irreversibly Deactivating the Microphone

Deactivating a camera's microphone may become necessary in order to protect the privacy of people at a workplace or for other reasons. You can permanently and irreversibly deactivate the microphone in the Admin Menu > Loudspeaker

and Microphone dialog.

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Administration menu: User: admin Password: meinsm

ISDN Dial-in User: linux Password: tux

The microphone can be irreversibly deactivated!

CAUTION: Make sure that you store information on user names and passwords in a secure place. If you loose the administrator password and cannot access the Admin menu, the password can only be reset at the factory. This service is not free!

CAUTION: This deactivation is permanent and cannot be reversed even by MOBOTIX engineers. Deactivating the microphone will also deactivate all features that use the camera's microphone.

Page 19

1.5.5 Starting the Camera Using the Factory IP Address

If the camera's IP address is not known any more, you can start the camera with its factory IP address. Section 3.6,

Starting the Camera Using the Factory IP Address

describes this procedure in more detail.

1.5.6 Resetting the Camera to Factory Defaults

All settings of the MOBOTIX camera can be reset to the factory default settings. This makes sense if you have, for example, obtained a camera without any information or you would like to reset all settings after testing the camera. In order to perform this procedure, you need to have access to the administration area of the camera (admins group). Open Admin Menu > Reset … to reset the camera to factory defaults.

Note: In contrast to the method described in section 3.6,

Starting the Camera

Using the Factory IP Address

, all users will be deleted (except the admin user)

when resetting the camera to factory defaults. Likewise, the admin user's pass-

word will be reset.

1.5.7 Activating Event Control for Security Applications

In its default configuration, the camera's event control and video motion detection features are not enabled. In order to activate event control as a whole, open Se-

tup Menu > General Event Settings and activate the Arming switch or click on the Arm & Record softbutton of the browser interface. The video motion detection

window is visible again (dotted frame in the center of the live image) and the camera stores images as soon as the video motion window detects movements.

1.5.8 Deactivating Text and Logo Options

As the camera arming has been deactivated in its default configuration (see preceding section), the MOBOTIX camera only displays the text WWW.MOBOTIX.COM, the time stamp and the MOBOTIX logo at the top of the image. Once the camera arming has been activated, the text at the bottom of the live image (event, action and messaging symbols) will also appear.

If the camera is armed, you can deactivate the status text at the bottom and the text at the top left corner of the live image by setting Text Display in the Setup Me- nu > Text & Display Settings dialog to

Off

. Setting Text Display to

Date & Time

will only display the time stamp in the live image. In order to hide the logo in the live image, open Admin Menu > Logo Profiles and set Logo Display to

Disable

1.5.9 Deactivating the Daily Reboot of the Camera

In its default configuration, the MOBOTIX camera will automatically reboot every morning at 3:36 am. In very rare cases, external influences (e.g. radiation in high locations) can lead to camera malfunctions. The automatic reboot will refresh the camera's memory and will ensure proper operation without requiring any interaction on the part of the user.

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The configuration can also be reset partially

If the dotted rectangle in the live image is visible, the camera is armed

Text and logos can be also deactivated or customized to your liking

Deactivating the camera reboot

Page 20

Open Admin Menu > Time Tasks and deactivate or delete the

Reboot camera

task. This will prevent the camera from rebooting automatically.

1.5.10 ISDN Compatibility Note

This product is compatible with Euro ISDN standard TBR3/TBR 3A1.

Note: MOBOTIX offers special models for the Japanese market that support the Ja-

panese ISDN standard. For additional information on this topic, see the Japanese section at www.mobotix.com.

1.5.11 Using Internet Browsers

Current Internet browsers (Internet Explorer, Netscape, Mozilla, Firefox, Safari, Konqueror, Opera, …) with JavaScript enabled can show the camera's live images with their standard settings. Text-based browsers (e.g. lynx) cannot display the user interface and are

not

suitable for operating the camera.

Section 4.8,

Browser Settings

, contains more information on browser compatibility.

Chapter 12,

Troubleshooting

, contains more information on how to track and remo-

ve errors when operating the camera.

1.5.12 Cleaning Instructions – Cleaning the Lenses

If a lens is dirty from the installation process, clean the lens using a lint-free cotton cloth.

1.5.13 Safety Notes for Operating MOBOTIX Cameras

Electrical surges can be induced by other electrical appliances, improper wiring, but also from the outside (e.g. lightning strikes to phone or power lines).

MOBOTIX cameras are protected against small electrical surges by numerous measures. These measures, however, cannot prevent the camera from being damaged when stronger electrical surges occur.

Special care should be taken when installing the camera outside of buildings for

protection against lightning, since this also protects the building and the whole

network infrastructure.

MOBOTIX recommends having MOBOTIX cameras installed only by specialists accustomed to installing network devices and having proper respect for the pertinent regulations regarding lightning protection and fire prevention as well as the current technology for preventing damages from electrical surges.

Section 2.4,

Wiring, Fire Prevention, Lightning and Surge Protection

, contains more

information on these topics.

1.5.14 Maximum Cable Lengths

According to UL regulations, the length of the cable to a MOBOTIX camera must be limited to 140 feet or less running outside of buildings. The installation must comply with articles 725 and 800 of the National Electric Code.

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1.5.15 Additional Information

For more information on this topic, see the News and Functional Overview pages in the online help of the camera's browser interface. Click on the yellow icon in

the top right corner to open the camera's online help.

In order to get more information on the camera and its current configuration, open the Camera Status dialog by clicking on the yellow icon in the top right corner of

the camera's browser interface.

Another source of information on all dialogs and parameters of the MOBOTIX camera is the Reference Manual that you can download from www.mobotix.com. The Reference Manual consists of the MOBOTIX camera's online help in one PDF file.

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Camera Help

Camera Status

Page 22

2 MOUNTING THE CAMERA

2.1 Delivered Parts, Camera Components and Dimensions

The MOBOTIX M12 is delivered with the SecureFlex wall and ceiling mount and is ready for use out-of-the-box.

2.1.1 Standard Delivery

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Make sure to check the delivered parts

Caution: Never use screws with countersunk heads to fasten the Secu-

reFlex mount, as these screws will destroy the mount.

Item Count Part Name

1 1

SecureFlex mount for ceiling or wall Ethernet cable CAT5 0.5 m/20", installed

3 4 5 6

en wrench 5 mm

Dowels 8 mm 4 4

Stainless steel washers Ø 6.4 mm

Stainless steel wood screws with hex head 6x50 mm

7 8

1 1

Cover Ø 27 mm for mount's foot

Insect protection (insta

lled

)

Additional NET plug for insect protection (Ethernet)

Caps (white) for covering hex screw heads

Allen wrench 5 mm (item 3)

SecureFlex wall mount (item 1)

Ethernet cable CAT 5

0.5 m (item 2)

Insect protection (item 8), Additional NET plug (item 9)

4 Dowels 8 mm (item 4)

4 Washers Ø 6.4 mm (Pos. 5), Wood screws 6x50 mm (item 6)

Cover Ø 27 mm for mount's foot (item 7)

4 caps (white) for covering hex screw heads (item 10)

Page 23

2.2 Camera Housing and Connectors

The MOBOTIX M12 camera housing is made of fiber-reinforced plastic (PBT-30GF, Polybutyleneterephtalate with 30% fiberglass). This material is used heavily in

the automotive industry and is sturdy, resistant against high temperatures, environmental influences, chemicals, etc.

2.2.1 External Sensors

• PIR sensor

• Microphone

• IR remote control

2.2.2 Connectors

• NET/10BaseT (Ethernet network) / power supply

• In/Out / RS232 / MX Interface Connector D Sub 15 HD

•ISDN

• Slot for SD card

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Ultraviolet resistant: No yellowing of housing even after years of outdoor use

MX Interface Connector for attaching Cam-IO or external sensors, audio amplifiers, etc.

"Right" lens

"Left" lens

Passive IR motion detector

"R" key

6 LEDs

"L" key

Speaker

Microphone

Rain and sun protection

ISDN

MX Interface Connector D Sub 15 HD

Ethernet (LAN)/ power supply

SD card slot

SecureFlex wall mount

Signals of the camera LEDs:

0 On

1 Camera

2 Ethernet

3 Operating Mode

4 ISDN/VoIP

5 Camera

Page 24

2.3 Optional Accessories

Power supply (MX-SNT-E/U/GB/J/AUS01-30-RJ)

The MOBOTIX power supply is required if you do not use a Network Power Box or Network Power Rack (see below), or a PoE-compatible switch or router.

Network Power Adapter (MX-NPA-3-RJ)

The Network Power Adapter allows injecting the power supply for the MOBOTIX camera into the network cable. It thus allows using a single cable for connecting to the camera and for remotely supplying power (up to 100 m/300 ft). The Network Power Adapter is required, if you are using the universal power supply and the SecureFlex mount, and power is not supplied using a PoE switch/router or a MOBOTIX Network Power Box/Rack.

Network Power Box for up to 4 Cameras (MX-NPR-4)

The MX-NPR-4 allows supplying power to up to four MOBOTIX cameras via the network cable. The NPR-4 thus replaces four separate power supplies and four Network Power Adapters. The Network Power Box delivery includes a (detachable) clip at the back, which simply clicks onto DIN rails.

Network Power Rack for 8/20 Cameras (MX-NPR-8/20)

The MX-NPR-8/MX-NPR-20 allow supplying power to up to 8/20 MOBOTIX cameras, respectively, via the network cable. These NPRs thus replace 8/20 separate power supplies and the same number of Network Power Adapters; they are easily mounted in 19" racks (2 rack units).

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Not required if network components are used that support the PoE (Power over Ethernet) standard IEEE 802.3af!

Power supply for smaller systems

Intelligent and robust power supply thanks to DIN rail installation

Zero maintenance and reliable as these devices do not require fans

Advantages of the MOBOTIX PoE Products

• Zero maintenance and reliable as the systems do not require fans.

• Higher reliability of the system as a whole, since standard switches without PoE can be used (lower risk of failure).

• Easy installation on DIN rails (

MX-NPR-4

) or in 19" racks

(

MX-NPR-8/20

Page 25

SecureFlex pole mount (MX-MH-SecureFlex-ESWS)

If you are intending to mount the camera on a pole, you should consider using the SecureFlex pole mount, which is made of 3 mm stainless steel (white, powder coated) and which has been designed specifically for outdoor usage. The supplied stainless steel straps allow attaching the mount to poles with diameters between 60 and 180 mm (2.4" to 7.1").

MOBOTIX Cam-IO (MX-CAM-IO)

This installation module for MOBOTIX cameras features numerous connectors for external devices. It thus expands the scope of camera applications when adding external sensors using its two signal inputs. On the other hand, it also allows controlling other devices (two signal outputs, Line In/Out for audio signals) and serves as power supply of the camera.

For additional information on the MOBOTIX Cam-IO, see section 3.7.2,

MOBOTIX Cam-IO: Expansion Mo-

dule for Easy Installation

The MOBOTIX Cam-IO will be available from November 2006.

Split cable for ISDN-only power supply

If only ISDN is available for the camera and only one cable should be used for connecting the camera, you will need to inject power into the 8-wire cable using either a power supply and the Network Power Adapter or an MX-NPR-4/8/20.

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SecureFlex Pole Mount: Outdoor quality made of 3mm stainless steel

Expansion box with various possibilities for attaching external devices and sensors

Power injection into one cable when using only ISDN

Page 26

2.4 Wiring, Fire Prevention, Lightning and Surge Protection

When installing the wiring inside or outside of buildings, make sure you always adhere to the relevant regulations on wiring, fire prevention and protection against lightning.

Find more information at an institution such as the International Electrotechnical Commission (IEC, www.iec.ch) or at a manufacturer of protection devices against lightning and electrical surges, such as Dehn (www.dehn.de).

2.4.1 Wiring

When installing the wiring, make sure you follow these guidelines:

• Data cable: Make sure to use only doubleshielded CAT 5/7 cable (S/STP) for Ethernet connections (see section 3.3,

Connecting the

Camera

• Outdoors: Installing the camera outdoors requires special precautions and measures regarding the cables as well as lightning and surge protection (see section 2.4.3,

Lightning

and Surge Protection

• Wire lengths: The cable segments must not exceed the maximum allowed cable lengths in order to ensure proper data transfer (see section 3.3,

Connecting the Camera

• Avoid induction: When running data cables parallel to existing regular power lines or high-voltage wires, make sure you observe the minimum distances to the power cables.

2.4.2 Fire Prevention

When installing the power lines to the camera, make sure you always adhere to the relevant regulations on wiring and fire prevention at the site of the installation.

2.4.3 Lightning and Surge Protection

To prevent damage from lightnings and surges, make sure you follow these guidelines:

• Lightning conductors: In areas exposed to lightning (e.g. on roofs), a distance holder (1 m/3 ft. higher, 1 m/3 ft. away from the camera) and proper lightning conductors need to be installed in order to prevent lightning strikes into the camera and to ensure that the energy of a lightning strike is properly led to the ground.

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• Surge protection: Make sure you have installed proper protection against electrical surges in order to prevent damage to the camera, the building and the network infrastructure. This includes surge protectors for 19" racks, adding an uninterruptible power supply (UPS) to the MOBOTIX camera, and installing surge arresters or similar for routers, switches, servers, etc.

2.5 Providing the Connections (Network/ISDN)

First, decide on which camera connections you would like to use.

Network is key

In general, you should always provide a network connection, if technically possible (a WiFi connection using a bridge or similar would also be acceptable), since a network connection brings a number of advantages:

• The highest frame rate is only reached if the bandwidth is high enough; ISDN and GSM/GPRS will

not

suffice to deliver smooth video images.

•The camera's external ring buffer (storing the video/audio data on a file server) can only be used via a network connection.

• Compared to the costs of dial-up connections (ISDN, GSM/GPRS), the costs for file transfers and other accesses by and to the camera are reduced considerably when using a network that is already up and running.

• Software updates are best accomplished using a network connection, if dismounting the camera is not an option.

SIP telephony reduces costs

ISDN connection of MOBOTIX cameras is not required if the network permits SIP connections for Internet phone connections. Thanks to the SIP capabilities of the

MOBOTIX M12 (see chapter 9,

Telephony Features

, in the

Software Manual

), the camera can place voice calls (e.g. for alarm notification) via the network and can also accept incoming voice calls via Internet telephony. You can call the camera from a phone to obtain the time and date of the last event, for example.

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Always use the network, if possible

Free software updates!

Internet telephony

Page 28

ISDN-only operation

When operating the camera only at the ISDN, you need to install an additional ISDN cable (see section 2.12,

Preparing the Installation

), then attach the power supply

using the pre-installed cable and the NET/10BaseT connector of the camera.

2.6 Power Supply of the MOBOTIX M12

In order to reduce the amount of cabling, you should always use the Ethernet cable (NET/10BaseT) to inject power into the camera cabling (Power over Ethernet).

For smaller installations, the MOBOTIX Network Power Adapter

MX-NPA-3-RJ

and

the universal power supply

MX-SNT-E/U/GB/J/AUS01-30-RJ

is sufficient. Larger installations would benefit from one or more MOBOTIX Network Power Boxes/ Racks that are available for supplying power to 4, 8 or 20 cameras (

MX-NPR-4

, -

or -20). See section 2.3,

Camera Accessories

, for more information on these and

other items or open shop.mobotix.com (Products > Accessories section).

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ISDN operation:

- Euro ISDN

- Japan (USA not supported)

The M12 supports the MOBOTIX PoE products for power injection into the network cabling and the Power-over-Ethernet standard IEEE 802.3af

MX-NPA-3-RJ: Easy installation for smaller systems

MX-NPR-4: For mounting in wiring cupboards; includes DIN rail clip

MX-NPR-8/20: 19" rack mount (2 rack units)

Caution

In contrast to the MOBOTIX M10, it is not possible to use an ISDN NT and the S0 bus to supply power to the M12. Using the ISDN split cable and MOBOTIX PoE products (see section 2.3, Optional Accessories), the power can be injected into the ISDN data cable (8-wire cable required).

Network Power Adapter

MX-NPA-3-RJ

Network Power Box

MX-NPR-4

Network Power Rack

MX-NPR-8/20

Advantages of the MOBOTIX PoE Products

• Zero maintenance and reliable as the systems do not require fans.

• Higher reliability of the system as a whole, since standard switches without PoE can be used (lower risk of failure).

• Easy installation on DIN rails (

MX-NPR-4

) or in 19" racks

(

MX-NPR-8/20

Page 29

Since the MOBOTIX M12 supports Power over Ethernet (IEEE 802.3af), you can also use PoE switches or routers for supplying power.

Section 3.3,

Connecting the Camera

, contains more information on the possible

combinations of connections and power supply options.

2.6.1 Using Uninterruptible Power Supplies (UPS)

In order to maintain a continuous power supply even when utility power fails, you should install an uninterruptible power supply (UPS). These devices also provide full protection against electrical surges and voltage fluctuations and thus enhance the reliability of the system as a whole.

When using more powerful 19" rack-mounted USPs, you can also protect all other network components (e.g. switches, routers, PoE switches, etc.).

Since MOBOTIX cameras do not require any heating even in the wintertime, the power consumption of 3 W is quite low. This in turn means that you can centralize the USP-protected power supply by injecting power into the network cables (max. 100 m/300 ft.). This kind of protected power supply can be used either with MOBOTIX PoE products (MX-NPA-3-RJ plus external power supply or MX-NPR-4/

8/20) or with PoE-compliant switches according to IEEE 802.3af.

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PoE components without fans increase overall reliability of the entire system

Note

If you are using Power over Ethernet (IEEE 802.3af) network compo-

nents for supplying power to the MOBOTIX M12, make sure that these

components do not have a fan. Since the power consumption of MOBOTIX cameras is very low compared to other products, this increases the reliability of the entire system and expands the life cycle of these components.

MOBOTIX NPR/ PoE Switch

PC/Server

Raid

USV

Page 30

2.7 Determining Where to Mount the Camera

Before attempting to mount the camera to a wall or ceiling, make sure that you have found the best camera position. It is important that the camera's field of view is not obstructed in any way.

Once the camera has been mounted to a wall or ceiling, you can fine-tune its position. Thanks to the design of the SecureFlex mount, the camera can be turned horizontally and tilted vertically until the built-in stops are reached.

The camera can be turned/tilted within the following ranges (see section 2.11,

Mounting the MOBOTIX M12 to a Wall or Ceiling

• horizontally: approx. 180°

• vertically: approx. 70°

When using a wall outlet, the mounting position should be set in such a way that the wall outlet touches the upper rim of the mount's foot.

Caution: When using a wall outlet for an outside installation, you should use silicone sealant to seal off the SecureFlex mount's foot against the wall. For additional information on this topic, see section 2.14,

Mounting the Camera to Different

Surfaces

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The SecureFlex mount covers and protects an RJ45 wall outlet

Wall outlet

CAT5 cable

SecureFlex wall mount

MOBOTIX M12

Drain holes for exit of condensation

water (never seal off!)

Apply silicone sealant!

Insect protection

Page 31

2.8 MOBOTIX M12 Lens Options

MOBOTIX currently offers five different lenses with M14 thread from Super Wide Angle (L22) with 22 mm to Tele (L135) with 135 mm focal length (equiv. to 35mm camera). Since MOBOTIX cameras are backlight-proof, these lenses do not require an auto iris. Without the iris as a mechanical component, these glass lenses are extremely robust and maintenance-free.

You can choose between the following lenses for the MOBOTIX M12: L22 Super Wide

Angle 90°, L43 wide-angle and L135 Tele.

The L22 Super Wide-Angle 90° has very little distortion, even when using the 4x digital zoom of the M12. Mounting a camera with the Super Wide Angle lens in the corner of a room will allow you to see the complete room (see figure right).

The lenses are installed, focused and sealed at the factory to prevent the lenses from losing focus (e.g. from vibrations). The L135 Tele lens is an exception as it is focused using the supplied adjustment ring (see section 2.16, Adjusting the

Tele

Lens Focus

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L22 Super Wide Angle 90°

* not available for M12 models

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Lens Table

Order name

Original image

L22 L32* L43 L65* L135

Equiv. 35 mm camera

Focal length

F-Number

Image angle horizontally

22 mm

4 mm

32 mm

6 mm

2,0

90°

2,0

60°

43 mm

8 mm

65 mm

12 mm

2,0

45°

2,0

31°

135 mm

25 mm

2,5

15°

Image angle vertically

Installed at 1 m

• Image width

• Image height

67°

45°

2,0

1,3

1,1

0,8

Installed at 5 m

• Image width

• Image height

Installed at 10 m

10,0

5,7

6,6

4,1

34°

23°

0,8

0,6

0,5

0,4

11°

0,3

0,2

4,1

2,7

3,0

2,0

1,3

1,0

• Image width

• Image height

Installed at 20 m

• Image width

20,0

13,3

11,5

8,2

40,0

23,0

• Image height

Installed at 50 m

• Image width

• Image height

26,6

16,4

100,0

66,0

57,5

41,0

8,2

6,1

5,5

4,0

16,4

11,0

2,6

1,9

5,2

12,2

8,0

41,0

30,5

27,5

20,0

3,8

13,0

9,5

* not available for M12 models

Note

The focal lengths of MOBOTIX lenses do not reflect the actual focal length of the lenses, but the focal length (

Lxx

mm) converted to 35 mm camera format. For example, the MOBOTIX Super Wide-Angle lens has an actual focal length of 4 mm. This would be the equivalent of 22 mm on a 35 mm camera and thus leads to the designation

L22

for the

lens.

Since the image sensors in digital cameras have different sizes, converting to 35 mm camera format provides for better comparing the image format and field of vision parameters of different lenses. Another benefit is that you can easily set a 35 mm camera (analog or digital) to the same focal length (

Lxx

) to obtain the same field of vision.

This approach greatly facilitates lens selection.

Focal lengths of MOBOTIX lenses are always given as compared to a 35mm camera!

To determine the lens you need, simply use a camera with zoom lens to find a matching MOBOTIX lens

Page 33

2.9 The MOBOTIX SecureFlex Mount

The SecureFlex mount (item 1) enables easy mounting of the MOBOTIX M12 models to a wall or a ceiling. Its innovative and flexible design allows positioning the camera into virtually any direction. On top, the SecureFlex wall mount covers RJ45 wall outlets (without the frame) and the concealed cabling improves the security of the camera. The SecureFlex mount is pre-installed on all MOBOTIX M12

models.

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MOBOTIX Network Power Adapter or Network Power Box/Rack or PoE-compatible switch/ router should be used

Note

Since the external power supply cannot be connected to the ISDN connector of the camera, it is recommended to use a Network

Power Adapter, a Network Power Rack or a standard PoE switch or router to inject power into the Ethernet

cabling. As an alternative, a suitable extension cable may also work.

Wall mount

Bottom cover

Cover

Turn/tilt unit

Drain holes for exit of condensation water (never seal off!)

Caution

The SecureFlex mount must not be installed upside-down, as the camera will not be dustproof and resistant against water jets (IP65) any more! The holes in the bottom cover always have to point downwards.

Camera holder

Page 34

2.10 Dimensions (Ceiling Mount/Wall Mount)

2.10.1 Dimensions—Ceiling Mount

2.10.2 Dimensions—Wall Mount

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Mounting to a ceiling

All measurements in mm!

Mounting to a wall

Mounting to a ceiling

Page 35

2.10.3 Dimensions of the SecureFlex Mount's Foot

Available Space Within Foot

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Max. torque for all Allen screws: 4Nm (2.95lbf ft)

All measurements in mm!

Note

Check the appendix for the drilling template, which will be helpful when drilling the holes. For more detailed information on planning, please download the MOBOTIX Planning Aid from www.mobotix.com.

Page 36

2.11 Mounting the MOBOTIX M12 to a Wall or Ceiling

The foot of the SecureFlex mount is large enough to completely cover a wall outlet (see section 2.12,

Preparing the Installation

2.11.1 Mounting to a Wall

Before attempting to mount the camera, make sure that you have found the best camera position. It is important that the camera's field of view is not obstructed in any way.

Once the camera has been mounted to the wall, you can fine-tune its position. Using the SecureFlex mount, the camera can be tilted horizontally and vertically.

2.11.2 Mounting to a Ceiling

Before attempting to mount the camera to a ceiling, make sure that you have found the best camera position. It is important that the camera's field of view is not obstructed in any way.

Once the camera has been mounted to the ceiling, you can fine-tune its position. Using the SecureFlex mount, the camera can be tilted horizontally and vertically.

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The mount covers RJ45 wall outlets and completely conceals the cabling

When mounted to a wall, the camera can be tur- ned/tilted as follows:

When mounted to a cei-

ling, the camera can be

turned/tilted as follows:

Caution

Never use screws with countersunk heads to fasten the mount, as

these screws will destroy the mount.

• horizontally: approx. 180°

• vertically: approx. 70°

• horizontally: approx. 360°

• vertically: approx 90°

Page 37

2.11.3 Converting the Wall Mount to Ceiling Mount

If the camera is to be mounted to a ceiling, the SecureFlex mount can be converted in four easy steps. Proceed as outlined in the following:

(1) Unscrew the upper Allen screw in the foot of the mount, which holds the

turn/tilt unit in place (5 mm Allen wrench, item 3). Remove the Allen screw, the washer and the hex nut from the mount and unplug the cover.

(2) Gently pull the turn/tilt unit and all cables out of the vertical opening of the

foot.

(3) First insert the cables, then the turn/tilt unit into the horizontal opening of the

foot (all the way to the stop).

(4) Place the hex nut into the corresponding hole, insert the Allen screw with

washer and lightly fasten the screw so that you can still easily move the camera.

Converting the ceiling mount back to wall mount follows the steps in reverse order. Only insert the supplied cover into the remaining opening once you have finished mounting the camera.

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Converting from wall mount to ceiling mount in four easy steps

Max. torque for all Allen screws: 4Nm (2.95lbf ft)

Mount

Pull out!

Push in until reaching stop!

Remove cover

Cover

Mounting to a wall

Mounting to a ceiling

Remove Allen screw, washer and hex nut

Page 38

2.12 Preparing the Installation

Mounting the SecureFlex mount to a wall allows covering RJ45 wall outlets (without cover) and also allows using a defined network end point.

When positioning the wall outlet, make sure that the outlet lines up with the upper rim of the mount later on (see figure below). If no wall outlet is present, use a suitable extension or an adapter to connect the camera to the network.

When installing an above-the-wall as-

sembly, breaking out one of the four openings in the mount's foot with suitable pliers will provide for properly guiding the

cable into the mount. When mounting the camera in outdoor scenarios, you should break out the opening that is pointing downwards. For additional information on this topic, see section 2.14,

Mounting the Camera to Different Surfaces

2.12.1 Insect Protection of the Camera

MOBOTIX cameras feature a pre-installed insect protection (item 8), which effectively prevents small animals from entering the camera. Make sure that the conden-

sation drain holes remain open. These

openings contain semi-permeable plugs, which allow condensation to exit the camera housing, but also prevent small animals from entering the camera.

Never push any objects into the drain holes as this may damage the plugs!

2.12.2 Connecting to the Network (Ethernet)

In order to connect to an Ethernet network, simply attach the pre-installed network cable into the wall outlet or the extension. Continue by mounting the wall mount at the camera location, as described in section 2.12,

Preparing the Installation

Never insert the pre-installed cable into an ISDN wall outlet! In order to attach to

an ISDN network, see section 2.12.3,

Connecting Another Cable (ISDN/RS232)

on how to install an additional cable for ISDN connections.

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The SecureFlex mount should completely cover the wall outlet

Insect protection (installed)

Simply connected to the network

Drain holes with membranes for

exit of condensation water

Page 39

2.12.3 Connecting Another Cable (ISDN/RS232)

In order to connect another cable besides the Ethernet cable (ISDN/RS232), it is necessary to open the bottom cover of the SecureFlex wall mount and to install the additional cables:

• Unscrew the Allen screw of the bot- tom cover using the supplied 5 mm Allen wrench (item 3) and remove the bottom cover, including the Allen screw and the washer.

• Guide the additional cable from below through the camera holder, the turn/tilt unit and the foot to the back of the foot (depending on the position of the wall/ceiling mount, it may help to remove the cover; see also section 2.11.3,

Converting the Wall

Mount to Ceiling Mount

• Remove the corresponding rubber plug and push the cable into the connector of the camera.

• Reseat the bottom cover and fasten the Allen screw and the washer.

• Mark the cable connector on the other end to prevent confusion about the cable's position in the camera.

2.12.4 Inserting an SD Card (Optional)

The MOBOTIX M12 can use an SD card for storing events (from end 2006, after updating the software).

• Remove the bottom cover of the SecureFlex mount.

• Remove the cables (ISDN/Ethernet/ power supply).

• Remove the insect protection.

• Insert the SD card until you feel a stop (see figure).

• After inserting the SD card, re-insert the insect protection and the cables and re-install the bottom cover of the SecureFlex mount.

To remove the SD card, gently press the card into the camera casing. The card pops out, allowing you to pull it out of the

camera.

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ISDN

Ethernet/power supply

Insect protection

Easy installation of additional cables (e.g. ISDN/ RS232/MX Interface Connector cable)

SD cards will be supported after installing the software update published at the end of 2006!

Page 40

2.13 Mounting the Camera

• Copy or print the drilling template for the SecureFlex mount at the back of the manual (make sure

not to scale

the tem-

plate).

• Mark the holes; when using a wall outlet, make sure that the outlet lines up with the upper rim of the mount so that the cable is not bent too sharply later on.

• Drill the holes and insert the supplied dowels (this is usually not necessary for a wooden wall or structure that is thick enough). Make sure to follow the instructions in section 2.14,

Mounting the Camera to Different Surfaces

• Connect the cables (see section 2.12,

Preparing the Installation

• Properly fasten the SecureFlex mount using the supplied screws and the appropriate washers to the wall. Make sure to follow the instructions in section

2.14,

Mounting the Camera to Different Surfaces

• Establish a connection from your computer to the camera (see chapter 3,

Operating the Camera

) and adjust the camera position according to the live

image delivered by the camera.

• Properly tighten the screws of the mount itself and make sure that all screws are properly fastened, then press the supplied caps onto the heads of the hex screws.

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Max. torque for all Allen screws: 4Nm (2.95lbf ft)

Find the folded drilling

template at the end of

the manual!

All measurements in mm!

Caution

Never use screws with countersunk heads to fasten the mount, as

these screws will destroy the mount.

Page 41

2.14 Mounting the Camera to Different Surfaces

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Note

Above-the-wall assembly:

When installing an above-the-wall assembly instead of using a wall outlet, you can break out one of the four cable openings in the base of the mount to properly guide the cable into the mount.

Mounting the camera outdoors:

When using a wall outlet for an outdoors installation, you should use silicone sealant to prevent water from entering the wall outlet and the cabling by sealing off the mount's base against the wall. You should break out the lower cable opening in the mount's base to prevent condensation from accumulating. Make sure not to seal off this opening.

When using an above-the-wall assembly, make sure that you install the cable from the bottom-most cable opening in order to prevent rainwater from entering the mount. When using an above-the-wall assembly, sealing off the SecureFlex mount and the wall is not absolutely necessary. Make sure that condensation can exit the mount despite the above-the-wall assembly. Make sure not to seal off this opening.

Wall thickness:

Make sure that the wall is at least five centimeters (2") thick if you intend to use the supplied dowels and screws.

Page 42

2.14.1 Mounting to a Wooden Wall or Surface

Use the supplied materials and suitable tools for mounting the SecureFlex mount to a wooden wall or surface. Follow the

Mounting Instructions

below to complete the

installation.

Use the supplied wood screws without dowels, if you are mounting the camera to a thick wooden wall or structure. If the wooden wall or surface is too thin or if concrete or brick is behind the wood, you should also use the supplied dowels for mounting. Make sure that you know how thick the wooden wall or surface is, before you start drilling the holes. Please also follow the instructions in the following sections.

Required Materials:

• 4 hex head screws (Pos. 6)

• 4 washers (Pos. 5)

Required Tools:

• Wrench or ratchet for M6 hex heads

• Allen wrench 5 mm (item 3)

• Possibly power drill and drill bit for pre-drilling

Mounting Instructions:

• Slide a washer (item 5) over every hex head screw (item 6).

• Press the SecureFlex mount against the wooden wall or surface.

• Insert the four screws (with washers) into the openings in the foot of the SecureFlex mount.

• Tighten the screws using the wrench or ratchet.

• Check the screws for proper tightness and push the caps onto the hex heads.

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Page 43

2.14.2 Mounting to a Drywall

Use the supplied materials and suitable tools for mounting the SecureFlex mount to a drywall. Follow the

Mounting Instructions

below to complete the installation.

Required Materials:

• 4 hex head screws (Pos. 6)

• 4 washers (Pos. 5)

• 4 dowels (Pos. 4)

Required Tools:

• Power drill

• Suitable drill bit

• Hammer (optional)

• Wrench or ratchet for M6 hex heads

• Allen wrench 5 mm (item 3)

Mounting Instructions:

• Hold the drilling template at the position where you would like to mount the camera.

• Mark the holes for drilling with a pencil or a sharp object, then remove the drilling template.

• Drill the holes with the power drill where you just marked.

• Insert a dowel into each of the holes you just drilled. If required, use the hammer to press the dowels into the holes.

• Slide a washer (item 5) over every hex head screw (item 6).

• Hold the SecureFlex mount against the wall. Make sure that the openings in the mount's foot line up with the dowels.

• Insert the four screws (with washers) into the openings in the foot of the SecureFlex mount and into the dowels.

• Tighten the screws using the wrench or ratchet.

• Check the screws for proper tightness and push the caps onto the hex heads.

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Find the drilling template at the end of the manual

Page 44

2.14.3 Mounting to a Concrete or Brick Wall

Use the supplied materials and suitable tools for mounting the SecureFlex mount to a concrete or brick wall. Follow the

Mounting Instructions

below to complete the in-

stallation.

Required Materials:

• 4 hex head screws (Pos. 6)

• 4 washers (Pos. 5)

• 4 dowels (Pos. 4)

Required Tools:

• Power drill

• Suitable drill bit

• Wrench or ratchet for M6 hex heads

• Hammer (optional)

• Allen wrench 5 mm (item 3)

Mounting Instructions:

• Hold the drilling template at the position where you would like to mount the camera.

• Mark the holes for drilling with a pencil or a sharp object, then remove the drilling template.

• Drill the holes with the power drill where you just marked.

• Insert a dowel into each of the holes you just drilled. If required, use the hammer to press the dowels into the holes.

• Slide a washer (item 5) over every hex head screw (item 6).

• Hold the SecureFlex mount against the wall. Make sure that the openings in the mount's foot line up with the dowels.

• Insert the four screws (with washers) into the openings in the foot of the SecureFlex mount and into the dowels.

• Tighten the screws using the wrench or ratchet.

• Check the screws for proper tightness and push the caps onto the hex heads.

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Find the drilling template at the end of the manual

Page 45

2.14.4 After Mounting the Camera

Controlling the image position and the focus

• Loosen both screws at the turn/tilt joints of the mount using the supplied Allen wrench (item 3) so that you can easily turn and tilt the camera.

• Display the camera images on a computer monitor, then turn and tilt the camera until you have found the best position.

• Tighten the screws at the turn/tilt joints of the SecureFlex mount using the Allen wrench (max. 4 Nm/2.95 lbf ft) to make sure that the position of the camera remains as set.

• If required, clean the lens' surfaces using a clean, lint-free cotton cloth.

• Check the image focus (tele lens L135 only) and the camera position on the computer monitor. Please also see section 2.16,

Adjusting the Tele Lens

Focus

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Max. torque for all Allen screws: 4Nm (2.95lbf ft)

Page 46

2.15 Installing the MOBOTIX SecureFlex Pole Mount

If you are intending to mount the camera on a pole, you should consider using the MOBOTIX SecureFlex

Pole Mount. This mount is made of 3 mm powdercoated stainless steel (white) and has been desig-

ned specifically for outdoor use. The supplied stainless steel straps allow fixing the mount to poles with diameters between 60 and 180 mm (2.4" to 7.1").

By design, the Pole Mount does

not

allow using a wall

outlet for the camera cabling.

2.15.1 Delivered Parts of the SecureFlex Pole Mount

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Robust and maintenancefree: Pole mount made of 3mm stainless steel

Item Count Part Name

4 8

Stainless steel screws M6x40 mm

Stainless steel washers Ø 6.4 mm 13 14 15

4 4

Stainless steel screws M6x25 mm

Stainless steel hex nuts M6

2 Stainless steel straps

2 stainless steel straps (item 15)

4 screws M6x40 mm (item 11) 4 washers (item 12)

4 hex nuts M6 mm (item 14)

4 screws M6x25 mm (item 13) 4 washers Ø 6.4 mm (item 12)

Page 47

2.15.2 Mounting the Pole Mount and the Camera

Use the supplied stainless steel straps (item 15) for affixing the pole mount to the pole.

•Guide the connector cables of the camera from behind through the opening at the center of the pole mount. In order to properly protect the cabling, you should let the cabling run from the inside of the pole through the pole mount directly into the camera.

Note: The cable to the camera should be running at least 50 cm (20") outside of the pole!

• Guide the stainless steel straps (item 15) through the pole mount (see figure). The stainless steel straps allow attaching the mount to poles with diameters between 60 and 180 mm (2.4" to 7.1").

• Firmly tighten the screws of the stainless

steel straps.

• Unscrew the upper Allen screw in the foot of the mount, which holds the turn/tilt unit in place (5 mm Allen wrench, item 3). Remove the Allen screw, washer and hex nut from the mount and pull out the turn/tilt unit out of the mount's foot. Remove the Allen screw of the

bottom cover and take off the cover.

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Page 48

• Remove any installed connection cables and guide the connection cables through the foot of the mount and the turn/tilt unit of the SecureFlex mount. Hook up the cables to the camera connectors, as described in section

2.12,

Preparing the Installation

• Re-install the turn/tilt unit and the bottom cover of the SecureFlex mount and lightly tighten all screws of the turn/tilt unit so you can easily find the best camera position later on.

• Use the supplied screws M6x25 mm (item 13), washers dia. 6.4 mm (item 12) and nuts M6 (item 14) to attach the pole mount to the pole, then press the white caps (item 10) onto the hex heads of the screws.

• Properly position the camera and then tighten all screws of the turn/tilt unit (max. 4 Nm/2.95 lbf ft) to make sure that the camera keeps its position.

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Max. torque for all Allen screws: 4Nm (2.95lbf ft)

Page 49

2.16 Adjusting the Tele Lens Focus (Cameras With L135 Tele Lens Only)

Once the camera has been mounted, the tele lens should be checked for proper sharpness and should be adjusted, if required. Make sure that you have the supplied adjustment ring ready for this purpose.

• Make sure that you see the camera's live image on a monitor for this purpose.

• Position the adjustment ring on the tele lens. The two prongs fit exactly into the notches of the lens' rim!

• Cautiously turn the lens in clockwise or counter-clockwise direction until the image is properly focused.

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Properly adjust the image focus of the 135mm tele lens. Adjusting the Sharpness software parameter cannot replace this step!

The 135mm tele lens is focused using the supplied

adjustment ring

Note

How to recognize the 135 mm tele lens: The 135 mm tele lens has

two notches opposite from one another and is not covered by a glass pane. It can be removed using the supplied adjustment ring, which is also used for adjusting the tele lens focus.

Page 50

3 OPERATING THE CAMERA

3.1 General Procedure

The MOBOTIX camera does not require any software installation; all you need is your preferred browser with JavaScript support to operate the camera. Thus, the MOBOTIX camera is supported by all common operating systems (such as

Windows, Macintosh and Linux, ...).

3.1.1 Establishing the Power Supply of the Camera

You can choose between the following options:

• External power supply and Network Power Adapter (MX-NPA-3-RJ): Po- wer supply of one camera injected into the network cabling (max. length 100m/110yd.), from the NPA to the 10BaseT/NET connector of the camera (see section 2.10,

Optional Accessories

• Network Power Box/Rack (MX-NPR-4, or 8/20): Power supply of 4/8/20 cameras injected into the network cabling (max. length 100m/110yd.), from the NPR to the 10BaseT/NET connector of the camera (see section 2.10,

Optional Accessories

• Power over Ethernet: Power supply using network components that are conforming to the PoE standard IEEE 802.3af.

3.1.2 Connecting the Camera

The camera has been set at the factory to support the following connection methods:

• Ethernet interface of the camera (10/ 100 Mbps Ethernet): Connect directly from a computer (using a crossover cable) or by using a Network Power Adapter or a switch and a regular patch cable. Launch a browser and enter the IP address printed on the camera label (e.g. 10.1.0.99). If your network does not support a Class A network (i.e. 10.x.x.x), your PC or laptop will have to be set temporarily to such a network address. For operating systems that allow multi-homing (Windows 2000, Windows XP, Linux, Mac OS X), you can set a second IP address in the 10.x.x.x network.

• ISDN interface of the camera: From a computer with ISDN card using a RAS connection (linux/tux). Launch a browser and enter the IP address printed on the camera label (e.g. 10.1.0.99).

Once a connection has been established, click on the Admin Menu button to start configuring the camera. The Admin Menu controls all network settings (IP address, netmask, DHCP, etc.), ISDN behavior and other options.

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MOBOTIX PoE products do not have any fans and are robust and reliable!

PoE components (IEEE

802.af) should not have fans as this will increase the overall reliability of the entire system

Computer settings:

• IP address: 10.1.0.11

• Netmask: 255.0.0.0

• Gateway: none

• DNS: none

In the RAS box (computer):

• camera phone number

• User: linux

• Password: tux

Page 51

The configuration follows these five general steps:

a) Establish the first connection (Ethernet or ISDN). b) Set the parameters for the desired connection type (Ethernet/ISDN) using the

Quick Installation.

c) Set the event control (events, actions and messages); see chapter 7,

Events,

Actions and Messages

, in the

Software Manual

. d) Set the storage parameters (FTP, internal and external ring buffer storage). e) Store the configuration in the camera's permanent storage (flash).

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Always use Quick Installation for initial configuration

Note

After first booting the new MOBOTIX camera or after resetting to factory defaults, accessing the Administration menu (Admin Menu button) will automatically start the Quick Installation wizard. This is where you configure the most important camera parameters in a step-by-step manner. If you have completed the Quick Installation wizard at least once, the standard Administration menu will open when you click on the Admin Menu button.

Live image: http://preparkcam.mobotixserver.de

Page 52

3.2 Overview of the Configuration Settingss

• Using the Quick Installation wizard

After first booting the camera or after resetting it to factory defaults, any access to the administration menu (Admin Menu button) will start the Quick Installation.

This wizard will guide you through the most important settings of the camera (configuration of the network interface, image control, etc.) and can also be used to reset the camera to its factory settings.

It is also recommended to use Admin Menu> Quick Installation later on as well, e.g. if you would like to change connection parameters or add a new connection type.

• Administration and setup of the camera

Basic configuration tasks of the camera (e.g. passwords, interfaces, software updates) are carried out from the administration menu (Admin Menu button) which requires the corresponding access rights (

admins

group).

Open the Setup Menu (button) and find the dialogs for changing the image, event and recording settings in the Image Control and Event Control sections. These options are also available for users belonging to the

users

group.

Some of these settings can be changed using the corresponding pull-down menus above the image on the Live screen.

• The image settings are already optimized

The factory image settings of MOBOTIX cameras deliver excellent images for most application scenarios and should not be changed. If you do wish to make changes, your changes should be minor and gradual. If you would like to reset changes without resetting the complete configuration to factory defaults, you can use the Factory button at the bottom of the dialog to reset only this dialog's settings. If you would like to reset all image settings, you may do so using the Manage Settings> Restore Image Settings pull-down menu above the image on the Live screen.

• All changes are temporary

All changes to the configuration are only temporary and can thus be tested easily. Restoring the old configuration settings can be achieved using the

Restore button in most dialogs or by running Admin Menu> Restore last stored configuration from flash (see also section 5.9,

Managing Settings

, in

the

Software Manual

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Always use Quick Installation for initial configuration

Admin Menu

User: admin Password: meinsm

Setup Menu

Recommendation: Always use factory image settings!

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Once you have finished configuring the camera, you should always store

the settings in the camera's permanent memory. You can do so in the

Configuration section of the administration menu (Admin Menu> Store current configuration into flash memory) or in each dialog (clicking on Set

at the bottom of each dialog will temporarily set the changes; clicking on Close will ask you to store the complete configuration in the camera's permanent memory).

The Configuration section of the administration menu provides more functions for storing, copying and managing camera settings. For additional information on this topic, see chapter 5,

Basic Camera Configuration

, in the

Soft-

ware Manual

• A camera that keeps time

Apart from a multitude of possibilities for controlling the camera using time (time tables, holiday and vacation, scheduled tasks, etc.), the camera can also synchronize its internal clock. This allows you to keep the camera in synch manually with a computer or fully automatic using a time server. The camera can use NTP time servers or time servers providing Time Protocol (RFC 868). For additional information on this topic, see section 5.4.2,

Date

and Time / Time Zones and Time Servers

, in the

Software Manual

• MOBOTIX cameras can do "More"

In order to provide a better overview, some of the camera dialogs hide lessoften used options when showing the dialog. These dialogs have a More button in the bottom right corner; click on it to display the advanced options. If all options are displayed, the Less button appears. Clicking this button will hide the advanced options.

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Make sure to permanently store changed parameters!

Automatic time synchronization using a time server

Click on the More/Less buttons to show/hide the advanced options

Page 54

3.3 Connecting the Camera

3.3.1 Ethernet: Power Supply Using a Network Power Adapter (MX PoE)

Make sure that you only use switches or routers that support the 10/100 Mbps

Ethernet interface of the camera and check the LED activity of the corresponding

port of the switch or router. For additional information on this topic, see section 4.11,

Operating Many Cameras

, in the

Software Manual

(1) Connect the Camera connector of the Network Power Adapter to the

10BaseT/NET connector of the camera.

2a) Connecting to an Ethernet switch or router:

• Connect the LAN/Power connector of the NPA to an Ethernet connector of the switch/router or the Ethernet wall outlet.

• Plug the RJ45 connector of the external power unit into the PC/Power con- nector of the Network Power Adapter.

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Use the MOBOTIX MXNPR-4 for smaller installations

Use the 19" MOBOTIX Netpower rack-mount units to supply power to 8 or 20 cameras (MX-NPR-8 or 20)

Uninterruptible power supply (UPS) should be installed

The Network Power Adapter replaces the crossover cable when directly connecting to a computer

Notes

The MOBOTIX M12 can only be powered using the 10BaseT/NET

connector of the camera. In order to inject the power supply into the

network cabling, MOBOTIX PoE products have proven reliable and easy to install for one camera (MX-NPA-3-RJ), for up to four came- ras (MX-NPR-4) and for 8 or 20 cameras (MX-NPR-8/20; see section

2.10,

Optional Accessories

It is highly recommended to use uninterruptible power supplies (UPS), which also protect the cameras and the network components against electrical surges. For more information on this topic, read section 2.6.1,

Using Uninterruptible Power Supplies (UPS)

Maximum Cable Lengths (Ethernet)

Data/power connection: max. 100 m (110 yards)

Page 55

2b) Connecting directly to a computer:

• Connect the PC/Power connector of the Network Power Adapter to the Ethernet port of the computer.

• Plug the RJ45 connector of the external power unit into the LAN/Power connector of the NPA.

3.3.2 Ethernet: Power Supply Using a Network Power Rack (MX PoE)

• Connect the CAM connector of the Network Power Rack (MX-NPR-8/

20) to the 10BaseT/NET connector of the camera.

• Connect the LAN connector of the Network Power Rack to an Ethernet connector of the switch/router.

A Network Power Box (MX-NPR-4) is connected in the same way.

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The Network Power Adapter replaces the crossover cable when directly connecting to a computer

MOBOTIX PoE products have zero maintenance and are reliable as the systems do not require fans

Advantages of MOBOTIX PoE Products

• Zero maintenance and reliable as the systems do not require fans.

• Higher reliability of the system as a whole, since standard switches without PoE can be used (lower risk of failure).

• Easy installation on DIN rails (

MX-NPR-4

) or in 19" racks (

MX-

NPR-8/20

Page 56

3.3.3 Ethernet: Power Supply Using PoE Products (Power over Ethernet)

• Connect the 10BaseT/NET connector of the camera to the Ethernet connector of the switch/router. The network components need to support the

PoE standard IEEE 802.3af.

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PoE components without fans increase overall reliability of the entire system

Note

If you are using IEEE 802.3af Power over Ethernet network compo-

nents for supplying power to MOBOTIX cameras, make sure that these

PoE IEEE 802.3af!

Page 57

3.3.4 ISDN: Power Supply Using a Network Power Adapter

(1) Push the designated connector of the ISDN split cable (

MX-OPT-ISDN-SPLIT;

optional accessory) into the 10BaseT/NET connector and the remaining cable into the ISDN connector of the camera.

(2) Use an 8-wire (patch) cable to connect the Camera connector of the Network

Power Adapter to the socket of the ISDN split cable.

(3) Connect the LAN/Power connector of the Network Power Adapter to the

ISDN S0 bus/NT.

(4) Plug the RJ45 connector of the external power unit into the PC/Power con-

nector of the Network Power Adapter.

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Make sure not to exceed the maximum cable lengths

Maximum Cable Lengths (ISDN)

Connection to ISDN outlet: max. 5-10 m (16 to 33 ft.) Connection to NT (without termination resistors): max. 5-10 m (16 to

33 ft.)

Connection to NT (with termination resistors): 120 m (130 yd)

Caution

Missing termination resistors and wrong cable lengths are the

most common installation errors!

Always observe the instructions regarding maximum cable lengths

and proper ISDN termination!

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3.3.5 ISDN: Directly Supplying Power Using the External Power Supply

1) Connect the ISDN connector of the camera to the S0 bus/NT.

2) Plug the RJ45 connector of the external power supply into an RJ45 extension cable and plug the extension into the 10BaseT/NET connector of the camera.

3.3.6 Ethernet and ISDN

In order to use Ethernet and ISDN simultaneously, plug the Ethernet and ISDN cables into the corresponding connectors of the camera. Power is supplied only

via the Ethernet cable and the 10BaseT/NET connector of the camera (using

MOBOTIX PoE products or Power over Ethernet according to IEEE 802.af).

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Maximum of 12 wall outlets, with up to 8 devices attached

ISDN is a bus system, which requires termination (100Ohms) at both ends

Example: German Telecom

ISDN Ethernet/power supply

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3.3.7 Camera Startup Sequence

As soon as the camera's power supply has been established, the six LEDs will show the progress of the starting sequence:

• Hardware test: After the power has been connected, the LEDs 1 and 5 will light up for about two seconds. The camera's computer (boot loader) checks the camera hardware.

• Backup system test: The camera checks the operating system. In case of an error, the camera will start using the backup operating system, allowing you to re-install the system software.

• Unpacking the OS: The boot loader unpacks the operating system from the Flash EPROM and copies it to the camera's memory (the LEDs 1 and 5 light up for about 10 seconds).

Starting the OS: The Linux operating system unpacks its data to the ramdisk

and initializes the system. All operating system components are verified against their checksums in order to detect changes.

• Boot mode: As soon as all LEDs light up, you can either start the camera using DHCP ("R" key) or the factory default IP address ("L" key). See sections

3.5,

Starting the Camera With an Automatic IP Address (DHCP)

, and 3.6,

Star-

ting the Camera Using the Factory IP Address

, respectively, for more informa-

tion.

• Starting the applications: Once the application software is running, the LEDs 1 and 5 will start blinking (provided they have not been switched off for this configuration). You can now access the camera using a web browser.

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Hardware Test

Backup System Test

Unpacking/ Starting OS

Boot Mode

Ready

Signals of the camera LEDs:

0 On

1 Camera

2 Ethernet

3 Serial interface

4 VoIP/ISDN

5 Camera

Note

During the startup sequence, the LEDs will always light up, even if they have been deactivated in Admin Menu> LED Setup.

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3.4 The First Image from the Camera

As soon as the Ethernet connection (see section 3.4.1,

Preparing the Ethernet Con-

nection

) or the ISDN connection (see section 3.4.2,

Preparing the ISDN Connection

) has been established, you have the following possibilities to get the first image from the camera:

• Direct access using a browser (section 3.4.4,

The First Image in the Browser

)

• Display the camera using MxControlCenter (free Windows client for MOBOTIX cameras; section 3.4.7,

The First Image in MxControlCenter

) Open the browser-based user interface of the camera to complete the remaining configuration tasks (see section 4.3,

The Live Screen in the

Browser

, in the

Software Manual

3.4.1 Preparing the Ethernet Connection

For this example, we will use a camera with the factory IP address 10.1.0.99.

Replace this IP address with the IP address of your camera. You will find this

address on a small sticker on the camera. Accessing the camera is always the same and is independent of the connection type: simply enter the camera's IP address in the address field of the browser (see section 3.4.4,

The First Image in

the Browser

Your computer has to have a network or a wireless interface, and it should be in the same subnet as the camera. If your n etwork also uses IP addresses of a class A network (e.g. 10.x.x.x, network mask 255.0.0.0), you should be able to access the camera directly (provided no other network device uses the same IP address).

Determine the IP address of

your computer:

• Open a command shell (Windows) or a terminal (Linux/UNIX/OSX) and enter the following command:

Windows 2000/XP: ipconfig Linux/UNIX/OSX

: ifconfig

You will find the IP address of your Windows computer under IP address; for Linux/ UNIX/OS X computers, search for the inet address parameter of the eth0 device (the first network interface). If your computer does not use an IP address in the

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Working with the webbased user interface only requires a web browser with activated JavaScript!

Caution: Netmask 255.0.0.0

Open a Command Prompt (Windows): Start> Run, enter "cmd", then press [Return]

Note

Pressing the "R" key on the front of the camera will let the camera

announce the current IP address of the camera on the loudspeaker.

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10.x.x.x range, you should change the network configuration of your computer or add a new IP address (see below).

Make sure that no other network device uses the camera's IP address:

• Open a command shell (Windows) or a terminal (Linux/UNIX/OSX) and enter the following command:

ping <factory IP address>

If you receive an answer from another network device although the camera is not connected, you will have to remove that device until you have reset the MOBOTIX camera to a free IP address. We recommend using the Quick Installation wizard for this task.

If your computer does not use an IP address in the 10.0.0.0 network (e.g. a

192.168.x.x or 172.x.x.x network), you should temporarily set a new IP address in the 10.x.x.x range:

Windows 2000/XP

(1) Open the Network Con-

nections and open the Properties of LAN Connection.

(2) Double-click Internet

Protocol (TCP/IP).

(3) On the General tab, acti-

vate the Use the follo- wing address option.

(4) Enter an IP address (e.g.

10.1.0.11) in the class A network (10.x.x.x) that is unique in your network and that is not the same as the camera's IP address.

(5) Close all dialogs by

clicking on OK.

Linux/UNIX/OSX

(1) Open a terminal as root user and enter the following command (eth0

usually is the first network interface):

ifconfig eth0:1 10.1.0.11

The computer now has the additional IP address 10.1.0.11, allowing it to access the camera with its factory IP address in the 10.x.x.x network (10.1.0.99 in this example).

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The factory IP address is printed on the sticker on the camera housing

Example: 10.1.0.99

Make sure that you use the IP address of your camera instead of 10.1.0.99!

Setting up an IP address on Windows computers

Setting up a second IP address on Linux/UNIX computers

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3.4.2 Preparing the ISDN Connection

Your computer must have a properly configured ISDN card to establish a connection. If your network has an ISDN router, contact your network administrator for more information.

(1) Create a new Point-to-Point connection

(PPP) on your computer.

(2) Enter linux as user name and tux as

password.

(3) Enter the phone number (a free MSN) of

the ISDN port to which you connected the camera. If your computer is connected to an internal telephone system, make sure that you enter the prefix that is required to obtain an outside line. The MOBOTIX camera can automatically determine the MSN (see section 5.2.2,

Quick Installation Pages in Detail

, in the

Software Manual

(4) Establish the connection.

By factory default, the camera will react to every MSN of an ISDN port (you may change this in Admin Menu> ISDN Connections).

3.4.3 Simultaneously Using ISDN and Ethernet Connections (Gateway)

In most cases, MOBOTIX cameras will be used either on an Ethernet LAN or on ISDN, not both. The gateway (for accessing computers outside of the local network) needs to be set manually for Ethernet; it is usually obtained automatically for ISDN.

In order for the camera to open an ISDN dial-out connection while both Ethernet and ISDN are used, the default route has to be set to the preferred ISDN dial-out connection (Admin Menu> ISDN Data Connections> Dial-Out Connections). Section 5.2,

Quick Installation

in the

Software Manual

, contains more information

on this topic.

If you would like to use connections to different networks for other tasks (e.g. backup to an FTP server), you can set more network routes in Admin Menu> Routing. See the Routing topic in the camera help for more information.

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Requires an ISDN interface card in the PC

Assign different MSNs (phone numbers) to the cameras if they are on the same S0 bus

Routing allows reaching different network addresses using different connection types/routes

Note

Default ISDN access credentials for RAS connections

User Name: linux Password: tux

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3.4.4 The First Image in the Browser

Now that you have successfully started the camera for the first time, you can access the camera using your preferred browser to see the live video stream and the user interface. Internet Explorer, Mozilla, Firefox, Safari or any other graphical browser with activated JavaScript is suitable. The operating system is of no importance, even PDAs can be used without any problems.

After entering the camera's IP address in the browser address bar (e.g. http://

10.1.0.99), you will see the Live screen of the MOBOTIX camera with its user interface controls, such as softbuttons, buttons for the different camera screens, pull-down menus (

Quick Controls

), icons for accessing the online help and the

camera status, and status information elements above and below the live image.

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Camera access: http://10.1.0.99 (example IP)

The factory IP address is printed on the sticker on the camera

Administration menu: User Name: admin Password: meinsm

Softbuttons are freely

configurable

Make sure that you use the IP address of your camera instead of

10.1.0.99!

Note

Credentials for accessing the Administration Menu

User Name: admin Password: meinsm

Softbuttons

Camera screens

Quick Controls

Camera help, camera status

Video motion windows

Logo within the image

Camera audio channel in the browser (ActiveX)

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3.4.5 Additional Information

For more information on this topic, see the News and Functional Overview pages in the online help of the camera's browser interface. Click on the yellow icon in

the top right corner to open the camera's online help.

In order to obtain more information on the camera and its current configuration, open the Camera Status dialog by clicking on the yellow icon in the top right

corner of the camera's browser interface.

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Changing the factory IP

address: Always use Admin Menu> Quick Installation

Audio announcement of the IP address works on

all cameras

Camera Help

Camera status

Notes

Factory Defaults: Every MOBOTIX camera has its individual factory IP

address (e.g. 10.1.0.99). You will find this address on a small sticker on the camera housing. If you have started the camera using DHCP or you have set the IP address manually, use the new IP address (e.g. 192.168.0.99) instead of the factory IP address. Pressing the "R" key on the back of the camera will prompt the camera to announce its current IP address. For additional information on this topic, see section 3.5,

Starting the Camera With an Automatic IP Address (DHCP)

Troubleshooting: If your web browser does not show the camera's Live screen after you have entered the IP address, you should try to

locate and resolve the error as described in chapter 12,

Troubleshoot-

ing

, in the

Software Manual

MxControlCenter: In order to see the live image of the camera, you can also use other applications or the integrated programming interface of the MOBOTIX camera. MxControlCenter for Windows is such an application and is provided free of charge

by MOBOTIX. Besides

its ability to display fast live video of up to 30 cameras simultaneously

at 30fps each on one PC, MxControlCenter also allows recording and

playing back video clips with realtime audio via the network and can control pan/tilt heads using a joystick or the mouse. Download the newest version of MxControlCenter from the MOBOTIX website. The website contains more information on MOBOTIX systems as well as

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3.4.6 Camera Screens in the Browser

Per factory default, the MOBOTIX camera first shows the Live screen. You can set a different start page in order to prevent others from changing the settings. In addition to this, you can assign user names and passwords to prevent unauthorized access or you can restrict access to the current live image only by setting the Guest screen as the start page.

The following screens are available:

• Guest screen: Only shows the current live image with reduced frame rate (see section 4.7,

Guest Screen

, in the

Software Manual

• Live screen: Shows the current live image and allows changing the

image and event settings of the camera (see section 4.3,

The Live

Screen in the Browser

, in the

Software Manual

• Playback screen: Shows all recorded images or video clips with exten-

ded functions for searching and downloading images, regardless of where the images are stored (in the internal or the external ring buffer on a file server or PC; see section 4.4,

The Playback Screen in the Browser

, in the

Software Manual

• MultiView screen: Shows multiple cameras or the last events in a freely definable layout (see section 4.5,

The MultiView Screen in the Browser

in the

Software Manual

• PDA screen and PDA Event List: Both screens are optimized for PDAs with a

focus on fast data transmission with low bandwidth requirements (GSM, GPRS) on devices with small displays (PDAs, mobile phones, sub notebooks). The PDA Event List in particular gives a quick overview over the last events since the live image is not transferred (see section 4.6,

The PDA Screen

, in

the

Software Manual

For more information on camera screens, see the online help of the camera's browser interface. Click on the yellow icon in the top right corner of the Live

screen to open the corresponding page of the online help.

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Use the Administration menu to set the camera screen that should appear initially when accessing the camera IP address

http://10.1.0.99/pda opens the PDA screen

Live/Playback/MultiView: Click on to open the online help pages for the camera screens

Note

Use MxControlCenter's Layout Editor to design the layout of the camera display on the screen (number of cameras, arrangement, size). The editor supports Drag&Drop, MxPEG clips, and allows using building or property plans and similar graphics as a background

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3.4.7 The First Image in MxControlCenter

The MOBOTIX MxControlCenter is a free Windows application that allows displaying multiple MOBOTIX cameras on one computer and provides alarm manage- ment functions. It can easily handle displaying 30 cameras with CIF resolution

simul-taneously at 30fps each in MxPEG format on one standard PC with Intel

Pentium4 and 3GHz.

MxControlCenter can do quite a bit more than simply display the video and audio data from MOBOTIX cameras. The unique features of MxControlCenter and the MOBOTIX cameras create a full-featured security system: Intelligent alarm handling, various ways of arranging the camera views on different layouts (MultiView screens), ability to display cameras that are sending alarm notifications, and integrated camera management functions.

Further Information on MxControlCenter

For further information on MxControlCenter, download the

MxControlCenter User

Manual

from www.mobotix.com:

• Saving and loading MxPEG video clips

• Creating and editing layouts using the Layout Editor

Further Information in the Software Manual

• Section 4.3.5:

JPEG, MxPEG and Audio

• Section 4.3.6:

Background Information on JPEG, MxPEG and Audio

• Section 4.10:

Fast Video Streaming

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Download MxControlCenter free of charge from www.mobotix.com

MxControlCenter Windows client with alarm list, background image and freely positioned cameras

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Installing and Starting MxControlCenter

Follow these steps to install MxControlCenter:

• Download the newest version of MxControlCenter:

www.mobotix.com > Services > Software Downloads

• Download and install the MSI file (Windows Installer file).

You can also download the EXE file for manual installation:

• Download the ZIP file to a suitable folder and unpack it.

• Create a shortcut by right-clicking on MxControlCenter.exe in this fol-

der.

• Copy the shortcut to the desktop.

Double-click the shortcut or the program file itself to start MxControlCenter.

Defining Video Sources

If you start MxControlCenter for the first time on a computer without having defined any video sources (MOBOTIX cameras) before, the MxControlCenter Video Sour- ces dialog will appear.

Depending on the task at hand, select the appropriate option in the Select video sources group:

• Scan network for MOBO-

TIX cameras (default): Click on OK to open the

Scan Network for MOBOTIX Cameras dialog.

MxControlCenter will automatically scan the subnet for MOBOTIX cameras and will display a list of camera IP addresses.

• Define video sources manually: Click on OK to open the Define Video

Sources Manually dialog and manually add the cameras.

In the Layout options group, select Show video sources in default layout. This will prompt MxControlCenter to automatically generate a standard layout that comprises all video sources (i.e. cameras) once they have been defined either automatically or manually.

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The Layout Editor of MxControlCenter offers wide-ranging possibilities for creating different layouts

Download MxControlCenter free of charge from www.mobotix.com

Defining cameras as video sources

Note

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Automatically Searching MOBOTIX Cameras on the Same Subnet

MxControlCenter displays the Scan network for MOBOTIX cameras dialog:

• Click on the Subnet dropdown list and select the desired subnet.

• Click on Scan to start the camera search.

If MxControlCenter finds only one subnet, the scanning process will start automatically.

In the first pass, MxControlCenter searches the selected subnet for MOBOTIX cameras and in the second pass, MxControlCenter verifies if it can access the cameras.

MxControlCenter then highlights all cameras in the list, which have a status of

Access denied

Using the Highlighted Cameras

Click on OK to use the

highlighted

cameras and to include them in the default

layout generated by MxControlCenter:

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Automatically Searching MOBOTIX Cameras on all Subnets

Future versions of MxControlCenter will be able to search MOBOTIX cameras not only in the current subnet of the computer, but also in all subnets, which can be reached within the same physical network (e.g. not closed off by routers or other mechanisms).

This means that MxControlCenter can find cameras with factory IP address (e.g.

10.1.0.99 as in our sample), although the computer is in a different subnet (e.g.

172.16.0.0).

MxControlCenter can thus find MOBOTIX cameras automatically and without changing the computer configuration providing the camera has been plugged into the same switch as the computer.

Manually Defining MOBOTIX Cameras

If you have selected the Define video sources manually option in the MxControlCenter Video Sources dialog, you can manually add the IP addresses or DNS na-

mes of the MOBOTIX cameras.

• Add: Add the IP address or DNS name of the MOBOTIX camera you entered to the list.

If possible, MxControlCenter shows the image of the last camera you added in the preview window. Click on OK to use

all

cameras in the list and to include them in

the default layout generated by MxControlCenter:

Displaying MxPEG Video Clips

MxPEG video clips represent the files that contain the video and audio data stored by either MOBOTIX cameras or MxControlCenter. These clips can be displayed in Mx-Viewer just like the camera images. In order to display one or more MxPEG video clips, activate the Layout Editor, right-click the desired camera windows of the layout one by one and select the Load Clip command.

To download sample MxPEG video clips, download and install the MxControlCen-

ter Demo Pack from www.mobotix.com: Services > Software Downloads.

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Enhanced search features

Manually adding cameras and loading recorded video streams

MxControlCenter can show multiple MxPEG clips at once!

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3.5 Starting the Camera With an Automatic IP Address (DHCP)

If your network has a DHCP server, you can start the camera with DHCP support. In this case, the DHCP server automatically assigns an IP address.

As soon as startup has been completed, the camera automatically announces its IP address, its network mask and its MAC address. Please note that this feature needs to be activated for this to work. Note that this announcement function can be deactivated (Admin Menu> Loudspeaker and Microphone).

Proceed as follows to start the camera using DHCP:

• If the camera is powered on, disconnect the power supply of the camera by unplugging the corresponding cable.

• Reconnect power to the camera and observe the LEDs.

• Wait until all six LEDs are lighting up simultaneously.

• After the LEDs have lit up, press the "R" key for about one second.

• LED5 briefly blinks to acknowledge the command and the camera plays a sound ("Boing, Boing").

• After about another 10 seconds, the camera will announce the network parameters.

You can now access the camera using the IP address it just announced.

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Activate the camera speaker!

Announce IP address: Press "R" key

In case of an error, the camera uses its last IP address

Press "R" key

Note

Simply press the "R" key once if you would like to prompt a running camera to announce its network settings.

Caution

When starting the camera with DHCP support, make sure that the network has a properly functioning DHCP server. If this is not the case, the camera cannot obtain a valid IP address and will fall back to its last known IP address.

until this LED blinks

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3.6 Starting the Camera Using the Factory IP Address

Under certain circumstances, you may have to reset the camera to its factory IP address. This could be the case if the IP address of the camera has been lost or the camera does not react to the last known IP address.

Proceed as follows to start the camera using its factory IP address:

• If the camera is powered on, disconnect the power supply of the camera by unplugging the corresponding cable.

• Reconnect power to the camera and observe the LEDs.

• Wait until all six LEDs are lighting up simultaneously.

• After the LEDs have lit up, press the "L" key for about one second.

• LED1 briefly blinks to acknowledge the command and the camera plays a sound ("Boing").

The camera is now accessible again using its factory IP address (see label on the camera housing).

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Passwords and camera settings will not be changed!

Make sure you store the factory network configuration to the permanent flash memory

Users and passwords will

not be changed!

Note

If you use the camera's "L" key to load the factory network configuration, this configuration is not automatically saved to flash memory. Upon restarting the camera the next time without using the camera's "L" key, the

last stored network configuration

will be used. To permanently store the new network configuration in the camera's flash memory, open Admin Menu> Store ...

Caution

As opposed to resetting the camera using Admin Menu> Reset configuration to factory defaults (see section 1.4.5), the users and passwords defined in the camera will not be reset if the camera is being booted using the factory IP address.

Press "L" key until this LED blinks

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3.7 Connecting External Devices and Sensors: MX Interface Connector and MOBOTIX Cam-IO

3.7.1 MX Interface Connector for Direct Connections

The MOBOTIX camera's MX Interface Connector (D Sub 15 HD) features one

signal input pin and one signal output pin for switching loads. In addi-

tion, the interface also provides two signal inputs and two signal outputs

of the RS232 interface. You can use the camera's signal input/output pins

to detect an opening door (using a Reed switch) or to switch an external device (e.g. a lamp).

The interface connector also has Line In/Out pins for external audio devices. You can use the Line In pin to have the camera transmit and record external audio signals (e.g. from an external microphone with pre-amplifier). On the other hand, the camera can use the Line Out pin to transmit sound to external devices (e.g. an audio amplifier). This in turn opens new possibilities as the camera can feed external loudspeakers (such as announcement systems on a train station) or it can use external and more sensitive microphones that can be placed farther away from the

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Pin-out of MX Interface Connector D Sub 15 HD

Pin5Signal

GND

lternative Description

Ground for RS232, USB, Backup V-In

Remarks

Audio

46Line-In +

Line-In -

1014Line-Out +

Line-Out -

udio input, Line signal level U

RMS

=1V

udio output, Line signal level U

RMS

=1V

Galvanically isolated by transformer (DC decoupled)

In/OutUSB

91In 1

Out 1

1311USB +5V

USB D+

Serial interface

122USB D-

RxD

3TxD

Signal input, active < 0,5V, inactive > +3V,max. voltage=24V

Signal output, OpenCollector, active vs. GND, max. 24V/

50mA, inactive 10kOhms vs. 3.3V

Power supply for USB devices 5V/100mA vs. GND

USB master data signals, 0V to 3.3V

With backup power (12V) or PoE, 500mA also possible

RxD RS232 active = -3V to -12V, inactive = +3V to +12V

RxD I/O

TxD RS232

Signal input, inactive: open or voltage > 3V, active: GND or voltage < 0V, max. ±12V

active = -3V to -12V, inactive = +3V to +12V

7 RTS

8 CTS

15 Backup V-In

TxD I/O

RTS RS232

Signal output, inactive: < 3V max. 3mA, active: > +3V max. 3mA, max. voltage ±12V

active = +3V to +12V, inactive = -3V to -12V

RTS I/O

CTS RS232

Signal output, inactive: < 3V max. 3mA, active: > +3V max. 3mA, max. voltage ±12V

active = +3V to +12V, inactive = -3V to -12V

While the system boots, the signal state is undefined

CTS I/O Signal input, inactive: open or voltage > 3V,

active: GND or voltage < 0V, max. ±12V

Backup power 6V to 12V vs. GND, max. 1A

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camera (e.g. when using a MOBOTIX camera as a video conferencing system and in access control scenarios).

3.7.2 MOBOTIX Cam-IO: Expansion Module for Easy Installation

This expansion module has the following main tasks:

• It represents a unified installation platform with power supply for the MOBOTIX M12 and M22 models with SecureFlex mount.

• It is a unified interface for attaching external sensors (using the signal inputs) and to control external devices using the camera's signal outputs.

• It hooks up directly to utility power and thus can power lamps with up to 500W (230V) or 250 W (115V) or other devices with a power consumption of max. 4A.

• It can control one more external device using an external relay.

• It allows connecting external amplifiers and microphones (using a pre-amplifier) in order to implement announcement systems or door communication/ intercom systems, for example.

The MOBOTIX Cam-IO will be available from early 2007.

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3.8 Signal Input/Output, RS232 Interface

The MOBOTIX camera provides a signal input/output as well as two additional signal input pins and two signal output pins on its RS232 interface (not available on WEB and BASIC models). You can use the camera's signal input/output to detect an opening door (using a Reed switch) or to switch an external device (e.g. a lamp using a relay). The signal input/output pins of the RS232 interface can be used for attaching additional sensors and devices.

3.8.1 Signal Input Pins

Pin 9 of the D Sub 15 HD connector is used for detecting the signal input. To trigger the signal input, simply connect pin 5 (ground) to pin 9 (no current required). You can also connect other devices (e.g. SPS machines) that close a contact (0V) to trigger the signal input.

Click on Setup Menu> Event Settings to specify which state of the signal input should create an event—an open loop or a closed loop. For example, if you would like to secure all windows and doors of a building, connect all closed switches in a serial loop and connect the wires to signal input (pin9) and ground (pin5). The loop should have a resistance of less than 2kOhms. This pin of the camera is already equipped with a low pass filter (10kOhms/10nF).

Open Setup Menu> Event Settings to activate the additional signal input pins of the RS232 interface (

Closed/Low

Open/High

option; CTS: pins 8-5, RxD: pins 2-

5). Open Admin Menu> Setup of serial interface and modem and configure the serial interface accordingly (Serial:

Data

, Mode:

I/O Mode

Click on Admin Menu> LED Setup and set one or more LEDs to

Signal input

to dis-

play the state of the input signal for testing (

Signal input

option: loop closed = LED

on).

"0": Current higher than +3V ==> inactive ==> LED off

"1": Current lower than 0.5V ==> active ==> LED on

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The signal lines of the serial interface can also be programmed as additional signal inputs. Setup Me-

nu> Event Settings> Second/Third/Fourth Signal Input> Signal Input 1/2/3. This means

that you can use three additional signal input lines

Polarity can be switched

Bridge < 2 kOhms

Integrated low-pass filter: 10kOhms, 10nF

Page 75

3.8.2 Signal Output Pins

When an event is detected, the MOBOTIX camera can switch the signal output (pin1). Use the corresponding options in Setup Menu> Actions to set how long the camera should close the signal output.

• Off: Signal output is open (10kOhms on 3.3V)

• 1s, 2s, 5s, 10s, 30s, 1min, 5min: Closes the contact between pin1 of the D Sub 15 connector and ground (pin5). The signal output is protected against power surges and unwanted feedback (±48V) and switches up to 50mA. It can thus switch a 12V relay with 0.6W and a 24V relay with 1.2W.

Open Setup Menu> Enhanced Signal Out Options to set custom switching times for any combination of events (not WEB and BASIC models). This dialog also allows using a time table and setting a dead time.

Click on Admin Menu> LED Setup and set one or more LEDs to

Signal input

display the state of the input signal for testing (

Signal input

option: loop closed =

LED on).

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M12 Camera Manual Part 1

Notes

In contrast to the signal output pins of the RS232 interface (pins 3 and

7), the signal output pin 1 assumes an inactive state and will stay inac-

tive while the camera is booting.

The

Pin-out of MX Interface Connector D Sub 15 HD

table in section

3.7.1,

MX Interface Connector for Direct Connections

, contains a detai-

led explanation of the individual pins.

Activate the signal output in Admin Menu> LED Setup or for specific events in Setup Menu>

Event Settings

The event settings allow activating the signal output for a certain time only (to generate an impulse)

Example setup

Select the trigger condition:

- Open (high)

- Closed (low)

- Rising (low to high)

- Falling (high to low)

- Change: (rising or falling)

Besides detecting the current state (open or closed), you may also trigger upon rising, falling or changing signal flanks.

Page 76

3.9 M12 Drilling Templates (Scale 1:1)

SecureFlex wall mount

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M12 Camera Manual Part 1

Wall outlet at upper rim

Note

Make sure that the drilling templates are not scaled nor adjusted to the paper size when printing.

When printing the PDF file, you should print two pages onto one to obtain an unscaled printout of the drilling templates.

Page 77

SecureFlex wall mount (centered wall outlet)

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M12 Camera Manual Part 1

Wall outlet centered

Page 78

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M12 Camera Manual Part 1

M12M-Web

MX-M12-Web-D43

M12D-IT

MX-M12D-IT-D43D135

M12D-IT-DNight

MX-M12D-IT-DNight-D43N43

M12D-Sec

MX-M12D-Sec-D43D135

M12D-Sec-DNight

MX-M12D-Sec-DNight-D43N43

M12D-Sec-DNight

MX-M12D-Sec-DNight-D135N135

M12 Hardware Features

Outdoor weatherproof (IP65) IP65 IP65 IP65 IP65 IP65 IP65

Ethernet, ISDN, USB, RS232

SD card

Microphone/speaker

Mono (M) / Dual (D)

E /I / - / -1E /I / - /R

-/S

M/S

E /I / - /R1E /I / - /R

M/S

D-Night

M/S

E /I / - /R1E /I / - /R

M/S

D-Night

M/S

D-Night

Image sensor

Standard lens

Image size

Resolution horizontal x vertical

Color

L43

Color

L43/L135

Mega

1280x960

VGA

640x480

Max. frame rate CIF/VGA/Mega

Sensitivity at 1/60 second (Lux)

Sensitivity at 1 second (Lux)

Automatic night lens switch

30/30/10130/30/-

0.05

Color & BW

L43/L43

Color

L43/L135

VGA

640x480

Mega

1280x960

Color & BW

L43/L43

Color & B

L135/L135

Mega

1280x960

Mega

1280x960

30/30/-

0.1

30/30/10

0.005

0.05

30/30/10

0.1

30/30/10

0.1

0.005X0.005

Storage (MB)

Video ring buffer (MB)

CIF images approx.

VGA images approx.

750

450

2000

1250

Mega images approx.

External audio (Line-In/Out)

Switch/signal input pins

Switch/signal output pins

150

1/2

128

2000

1250

4.000

2.500

128

4.000

2.500

4000

2500

800

1/2

800

1/2

Concealed cabling

In stock

Yes

* not available for M12

Page 79

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M12 Camera Manual Part 1

Basic Models

eb Models

Models

Secure

Models

Software Features (All Models)

Digital zoom (2x, 4x) with panning X X

Motion JPEG/MxPEG video streaming

Custom exposure windows

Video Motion detection

Time and event control (FTP, email, logos)

X/X

Time tables with holidays

Web functionality (FTP, email)

Quad/MultiView in browser

Recording/Playback in browser

Logo generator, animations

Single image recording (pre-/post-alarm images)

Terabyte ring buffer (Win/Lin/Mac) via network

Continuous video/audio recording, 0.2 to 30 fps

Video/audio recording (event-triggered)

Event-controlled frame rate with continuous audio

Flexible event logic

Master/Slave arming by one camera

Scheduled privacy zones, several areas

Bidirectional audio (IP) from/to browser

Customized voice messages

VoIP telephony (Audio/Video, SIP)

Alarm calls to softphones (SIP) e.g. Xten

Remote alarm notification (via TCP/IP, IP Notify)

RS232 Data Logger/Terminal

Programming interface/HTTP API

Model Limitations

Image size

Image sensor (color / BW)

VGA

Color

Mega

Color

VGA

Color & BW

Mega

Color & BW

Standard lens for software version

Audio support (Microphone/Speaker)

L43

-/S

L43

-/S

L43

M/S

L43

M/S

M12

D12

M22M

Page 80

IP65 Certificate

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M12 Camera Manual Part 1

Page 81

Declaration of Conformity

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Page 82

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M12 Camera Manual Part 1

Notes:

Page 83

All pictures in this manual are genuine MOBOTIX camera images.

Enjoy the image quality!

Manufacturer: CEO:

MOBOTIX AG Dr. Ralf Hinkel Luxemburger Str. 6 67657 Kaiserslautern Court of Registration: Germany Amtsgericht Kaiserslautern

Registration Number: HRB 3724

Phone: +49 (631) 3033-103 Tax Code: 19/650/0812/1 Fax: +49 (631) 3033-190 Tax Office: Kaiserslautern

http://www.mobotix.com VAT ID: DE 202203501 sales@mobotix.com

Download the newest version of this document from: www.mobotix.com, Services section.

Technical information subject to change without notice!

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M12 Camera Manual Part 1

MOBOTIX ... the new face of IP video

Page 84

MOBOTIX AG • Security-Vision-Systems • Made in Germany

www.mobotix.com • sales@mobotix.com • 19.10.2006

Current PDF File:

www.mobotix.com > Services > Manuals

MX-CM-M12-EN-01

Complete integration for web and security

Wall bracket

with cable cover

for RJ45 wall outlet

30 Frames/s

VGA (640 x 480)

10 fps Mega

-22°F to +140°F

Weatherproof

-30°C to +60°C, IP65

no heating necessary

IEEE 802.3af

PoE

network power

even in winter

Video SIP Client

IP-Telephony

alarm notify,

cam remote control

lip-syncronized audio

Recording

event-ringbuffer

30 cams each 30 fps

Backlight

safe using CMOS

without mechanical iris

Video motion

multiple windows

precision pixel-based

microphone & speaker

Audio

bi-directional via IP

variable framerates

Live viewing

30 cams at 30 fps

all on one screen

Megapixel

1280 x 960

software zoom

Robust

no moving parts

fiber glass housing

M12

Camera Manual

MOBOTIX ... the new face of IP video

MOBOTIX

Security-Vision-Systems

Part 1

VGA

30 fps

480 lines

CIFCIF

30 fps

288 lines

Mega

10 fps

960 lines

Image

detail

Mobotix M12 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual