DF3000IP-PoE-DN DF3000IP-PoE-D

Transcription

1 Installation and Configuration English Colour IP camera (Day/Night) DF3000IP-PoE-DN DF3000IP-PoE-D Rev /

2 Information about copyright, trademarks, design patents 2010 Dallmeier electronic All rights reserved. This document may not be copied, photocopied, reproduced, translated, transferred to an electronic medium or converted to a machine-readable form either whole or in part without first receiving written permission from Dallmeier electronic GmbH & Co.KG. We reserve the right to make technical modifications. The manufacturer accepts no liability for damage to property or pecuniary damages arising due to minor defects of the product or documentation, e.g. print or spelling errors, and for those not caused by intention or gross negligence of the manufacturer. Dallmeier electronic GmbH & Co.KG Cranachweg 1, D Regensburg, Germany info@dallmeier.com All trademarks identified by are registered trademarks of Dallmeier electronic. All trademarks identified by *) are trademarks or registered trademarks of the following owners: Adobe and Flash of Adobe Systems Incorporated headquartered in San Jose, California, USA Digital Pixel System of Pixim, Inc. headquartered in Mountain View, California, USA IBM of International Business Machines Corporation headquartered in Armonk, New York, USA Microsoft, ActiveX, DirectX, Internet Explorer, Windows and Windows Vista of Microsoft Corporation headquartered in Redmond, Washington, USA Third-party trademarks are named for information purposes only. Dallmeier electronic respects the intellectual property of third parties and always attempts to ensure the complete identification of third-party trademarks and indication of the respective holder of rights. In case that protected rights are not indicated separately, this circumstance is no reason to assume that the respective trademark is unprotected. 2

3 Table of contents 1 Introduction Validity Documents Conventions Safety instructions General notes Scope of delivery Transportation and packaging Appropriate use Performance features Warranty Approvals/Certifications Requirements General Power supply Outdoor Operation Views and connection assignment Views Connection assignment Installation and commissioning Attaching the lens Adjusting the back focus Installation and commissioning Connection and login System requirements IP address Connection Login Basic settings Language System time Manual configuration Time server Camera name User management Login mode User groups User Define a user Edit user Rights

4 9 Network Basic settings Manual configuration DHCP Alarm hosts Settings Messages Scheduler Week timer Exceptions Copy exceptions Copy Delete alarm host entry Video streaming Transfer protocol and format Transfer method TTL IP-Finder Camera protocol Video Video standard Sensor Global Image optimization Encoder settings Encoder Encoder Audio Motion detection SmartFinder Active areas Interfaces Serial interface Relays Data display Filter Position Service and Info Event log Configuration file Download Upload Configuration recovery Configuration transfer to several devices Info MAC address

5 13.5 Factory settings Activations Image transmission Web browser RTSP application Maintenance Pin assignment DC auto iris interface Analogue video preview output Serial interface Technical data Technical drawings

6 1 Introduction 1.1 Validity This document applies to the colour IP cameras (Day/Night) DF3000IP-PoE-DN and DF3000IP-PoE-D. The descriptions in this document are based on the software version and apply to all above-mentioned device variants. If text passages require distinctions to be made between the device variants, the complete product names will be mentioned. Pictures in this document may differ from the actual product. 1.2 Documents Commissioning The document entitled Commissioning contains the most important steps for the connection and commissioning of the device. Installation and Configuration (this document) The document entitled Installation and Configuration contains detailed descriptions of the installation, connection, commissioning and configuration of the device. Safety instructions, general notes and technical data are additionally provided. The target audience is exclusively specially trained and authorized professionals (installers). 1.3 Conventions This document contains various warning words and symbols that indicate potential sources of danger. DANGER DANGER indicates a hazardous situation which, if not avoided, will result in death or serious injury. WARNING WARNING indicates a hazardous situation which, if not avoided, could result in death or serious injury. CAUTION CAUTION indicates a hazardous situation which, if not avoided, could result in minor or moderate injury. NOTICE NOTICE indicates practices for preventing property damage, incorrect configurations or faulty operations. 6

7 Instructions are indicated by arrows ( ). Expressions in bold/italics generally indicate a control element on the device (switches or labels) or on its user interface (buttons, menu entries). Paragraphs in italics provide information on basic principles, special features and efficient procedure as well as general recommendations. 7

8 2 Safety instructions Only use this unit if it is technically in proper working order, to the intended purpose and while keeping safety and potential dangers in mind. Qualified personnel Installation, mounting, connection, commissioning and configuration of the unit may only be carried out by qualified personnel. This also applies to the maintenance, testing and repair, whereat the regulations of the DIN VDE 0701 series of standards (repair, modification and inspection of electrical appliances) must be followed. Regulations The use of video and audio surveillance systems in general is strictly regulated. Inform yourself about the applicable laws and regulations regarding data, working and environmental protection before using the unit and ensure compliance with them. System components Only use internal components that have been tested and approved by Dallmeier. Inappropriate internal components can cause malfunctions, damages and data loss and can result in loss of warranty. Modifications Do not make any modifications to the hardware or software that has not been tested and approved by Dallmeier. Inappropriate modifications can cause malfunctions, damages and data loss and can result in loss of warranty. Documentation Carefully and completely read the documents included in delivery. Always observe the contained instructions, notes and warnings. Condensation water If the unit is brought from a cold to a warm environment, resulting condensation water can cause malfunctions and damages. In this case wait (up to 8 hours) until the unit has reached room temperature before commissioning. Operating conditions Unfavourable operating conditions can shorten the life of the unit and can cause malfunctions, damages and data los s and can result in loss of warranty. Observe the specifications given in the technical data, the operating condition requirements and the maintenance instructions. Shocks Shocks can cause malfunctions and damages. The unit may not be moved while in operation. Foreign bodies If objects or liquids get into the unit, immediately disconnect it from the power supply (pull out the power plug). Contact the sales partner responsible for your area. 8

9 Burnt smell If you notice burnt smell or formation of smoke from the unit, immediately disconnect it from the power supply (pull out the power plug). Contact the sales partner responsible for your area. Opening The housing of the unit may only be opened by qualified personnel for inspection, maintenance and repair. Disposal Disconnect the unit from the power supply. Remove all connected devices. Return the unit to your respective sales partner. 9

10 3 General notes 3.1 Scope of delivery Included in the standard scope of delivery is: 1 DF3000IP-PoE 1 2-pole Weidmüller connector 1 Video adapter cable (2.5 mm phone jack/bnc) 1 Documentationn Installation and Configuration (CD) 1 Documentation Commissioning (in print) The scope of delivery may differ depending on the ordered equipment, the device variant or the country of destination. The functional range of the device depends on the ordered equipment or device variant and may differ from this document s content. Certain functions and features may require an activation that is subject to costs. 3.2 Transportation and packaging Store the original packaging for transportation at a later date. Dallmeier electronic is not responsible for damage resulting from unprofessional/improper transportation. The goods should only be shipped in their original packaging. If the original packaging is no longer available, ensure that the packaging used sufficiently protects the unit against damage, moisture, heat and cold. 3.3 Appropriate use The DF3000IP-PoE is a high-resolution UWDR (Ultra Wide Dynamic Range) colour IP box camera. It is designed for indoor use and can be operated via PoE (Power over Ethernet, Class 0) or at 24 V AC. 3.4 Performance features Horizontal resolution: 540 TV lines Digital Pixel System *) (DPS) chipset ⅓" DPS image sensor with 17-bit Digital Signal Processing technology High light sensitivity at F0.95, 50IRE: 0.5 lux and (-DN) 0.2 lux Progressive Scan image capture and image transmission ICR function for Day/Night switching Integrated Dallmeier Image Optimiser for perfect image quality, even under difficult lighting conditions Enhanced image quality by means of numerous control functions like AWB, AGC, BLC and extended slow shutter Integrated motion detection with selectable sensitivity 10

11 Hybrid IP camera with analogue preview output Video compression with either MPEG-2/-4, MJPEG Resolution up to D1 and frame rate up to 25 fps at all resolutions Alarm message via and FTP image upload Integrated 64 MB RAM video buffer PoE capable Power supply: PoE or 24 V AC DIN EN compliant For detailed information see chapter Technical data on page Warranty The terms and conditions valid at the signing of the contract shall apply. 3.6 Approvals/Certifications Following approvals/certifications were valid at the time of document compilation. Refer to for possible updates. CE FCC UL ACA CB DIN EN compliant 11

12 4 Requirements The device is designed for indoor use. If used outdoors, the device has to be mounted into a corresponding weather-proof housing (ventilated, temperature-controlled). 4.1 General Unfavourable local conditions may shorten the life of the product and can cause malfunctions or damages. ¾¾Do not install/operate the device in places with large scale dust and dirt. with steam or oil vapors (e.g. kitchen). with direct sunlight. strong heat emission (e.g. radiator). with improper ambient temperatures. near sources of strong radiation (e.g. radio transmitters, magnetic fields). with corrosive surroundings (e.g. gases, salt water). insufficient air ventilation (e.g. closed cabinet). 4.2 Power supply The device can be operated via PoE (Power over Ethernet, Class 0) or at 24 V AC. ¾¾Ensure that the existing network supports the PoE standard IEEE 802.3af if you want to supply the device with power over Ethernet. 4.3 Outdoor If used outdoors, the device has to be mounted in a weather-proof housing. Note that direct insolation can cause very high temperatures inside the housing. In this case it is absolutely necessary to use a ventilated, temperature-controlled metal weather-proof housing and a sunshield if required. To ensure optimal heat conduction, a metal carriage should always be used if the device is mounted in a (weather-proof) housing. 12

13 4.4 Operation ¾¾Observe the following notes for the operation of the device: If the device or the cables connected to the device are located near sources of strong radiation, the video image may be distorted. The device is equipped with automatic gain control (AGC). In low light the image may be altered (e.g. noise). This is not a malfunction. The quality of the video image depends on the lens, the lighting and the used monitor. Automatic white balance depends on the lighting used and can cause colour distortions in artificial light. Poor lighting can lead to faulty white balance. 13

14 5 Views and connection assignment 5.1 Views A B C Fig. 5-1 Front view D C A DC auto iris lens (not included in the standard scope of delivery) B Locking screw for back focus adjustment ring (2 mm Allen screw) C ¼" tripod socket (on top and bottom side) for camera mounting D CS lens mount and back focus adjustment ring 14

15 5.2 Connection assignment H I J G F E K Fig. 5-2 Housing back side E DC auto iris interface for iris control F Power input terminal 24 V AC G Power LED H Analogue video preview output (2.5 mm phone jack) I Audio IN (3.5 mm phone jack) J LAN port (RJ45, 10/100 Mbit/s, PoE conformity IEEE 802.3af) K Serial interface (RS485, 2-pole Weidmüller connector) For pinout information see chapter Pin assignment on page

16 6 Installation and commissioning 6.1 Attaching the lens M L = max. 5 mm N Fig. 6-1 Lens M Lens N Lens thread NOTICE Possible damage to the sensor! The length of the lens thread plus any protruding parts must not exceed 5 mm (L). ¾¾If using a C-mount lens, you have to screw a C-/CS-mount adapter ring (5 mm) between the lens and the camera. The camera is by default configured for use with DC auto iris lenses. If using a lens with manual iris control, you have to reconfigure the camera accordingly (see section Sensor on page 48). Video signal-controlled lenses are not supported. NOTICE Possible damage to the sensor caused by improper cleaning! ¾¾Only use approved methods and products for sensor cleaning. For more information please contact the Dallmeier support. ¾¾Remove the rear lens cap and the camera body cap. ¾¾Screw the lens carefully into the CS lens mount (D). ¾¾If using a DC auto iris lens, connect the lens cable to the DC auto iris interface (E). 16

17 6.2 Adjusting the back focus The back focus is the distance between the lens support on the camera and the image sensor. Optimum focus is only possible when the correct distance is set. It may be necessary to adjust the back focus in individual cases due to production tolerances of the lens. The iris of the lens must be open as wide as possible (smallest iris value) to adjust the back focus. For lenses with automatic iris control, you will require a ND filter (gray filter) to prevent the iris from closing in bright light. Adjustment for lenses with a fixed focal distance If the focus cannot be set exactly by turning the focus ring (lens), proceed as follows: ¾¾Point the camera at an object with sufficient contrast. The distance to the object should be greater than 1000 the focal distance. ¾¾Open the iris on the lens. ¾¾Set the distance at the lens to infinity ( ). ¾¾Loosen the locking screw (B) on the camera with an adequate Allen wrench. ¾¾Turn the back focus adjustment ring (D) until the optimum focus is achieved. ¾¾Tighten the locking screw (B). Adjustment for lenses with a variable focal distance (zoom) If the focus changes as the focal distance changes, please proceed as follows: ¾¾Point the camera at an object with sufficient contrast at a distance of approx. 2 m. ¾¾Open the iris on the lens. ¾¾Set the maximum focal distance (tele end) at the lens. ¾¾Set the optimum focus with the focus ring. ¾¾Set the smallest focal distance (wide end). ¾¾Loosen the locking screw (B) on the camera with an adequate Allen wrench. ¾¾Turn the back focus adjustment ring (D) until the optimum focus is achieved. You may need to repeat steps 3, 4, 5, and 7 several times to obtain the best results. ¾¾Tighten the locking screw (B). 17

18 6.3 Installation and commissioning The camera has a ¼" tripod socket located on the top and bottom side. CAUTION Camera may falling down! Danger of injury. ¾¾Before initial startup, ensure that the camera is securely mounted. NOTICE Possible damage to the camera caused by inappropriate mounting equipment! ¾¾The length of the tripod screw must not exceed 7 mm. Possible damage to the camera caused by incorrect installation! ¾¾Pay attention to the manufacturer s documentation when installing the camera into a weather-proof housing. ¾¾Mount the camera on a wall/ceiling bracket or on a pan/tilt head etc. using the ¼" tripod socket (C) and an appropriate tripod screw. ¾¾Connect the camera via LAN port (J) to the network. ¾¾The camera can be aligned via CVBS monitor. For this purpose connect the delivered adapter cable to the analogue video preview output (H). If Power over Ethernet (PoE) is NOT available, proceed as follows: WARNING Electric shock! Danger of death. ¾¾Disconnect the power supply unit from the mains socket before connecting the camera. In order to comply with the UL requirements, you have to use a UL-certified, limited power source (LPS) Class 2 power supply unit. ¾¾Connect the camera via power input terminal (F) to an appropriate power supply unit. ¾¾Connect the power supply unit to the mains socket. The power LED (G) illuminates and the camera boots up. The camera can be configured via network after approx. 45 seconds. 18

19 7 Connection and login The configuration of the device is carried out with a PC/web browser via the local area network (LAN). Alternatively, the PC can be directly connected to the device via an Ethernet crossover cable. 7.1 System requirements To configure the device with live video display, the PC must meet the following minimum system requirements: Computer Processor (CPU) IBM *) -PC compatible 1.3 GHz Random access memory (RAM) 256 MB Operating system Microsoft *) Windows *) 2000 Web browser Graphics card Ethernet Software Microsoft Windows XP Windows Vista *) each with latest service pack Microsoft Internet Explorer *), latest version DirectX *) 9.0 compatible 100 Mbps Adobe *) Flash *) Player, latest version Dallmeier control for ActiveX *), latest version Note that a more powerful PC is required if several devices are configured with live video display simultaneously. a DirectX compatible graphics card and the Dallmeier control for ActiveX are not required for the configuration without live video display. the Dallmeier control for ActiveX can be downloaded from the Dallmeier Partner Forum. the Dallmeier control for ActiveX can be automatically downloaded via Internet after the connection to the device (only with Microsoft Internet Explorer and if it is not already installed). the configuration without live video display may be possible with any operating system and web browser. However, the Adobe Flash Player is always required for the configuration. 7.2 IP address The factory default IP address of the device is To find out the current IP address of the device, proceed as follows: ¾¾Ensure that the device is disconnected from the power supply. ¾¾Connect the video preview output of the device with an adapter cable to a CVBS monitor. 19

20 ¾¾Switch on the monitor. ¾¾Connect the device to the power supply. ¾¾When the device starts, wait for approximately one minute. The current IP address of the device is displayed for approximately 30 seconds on the monitor. 7.3 Connection ¾¾Ensure that the PC/web browser can establish a connection to the device via Ethernet. ¾¾Start the web browser. ¾¾Enter the IP address of the device into the address bar of the web browser. ¾¾Confirm the input. The connection to the device is established. The graphical user interface (GUI) of the live mode is displayed. A B C D E F Fig. 7-1 Live mode with adjustable video resolution A Hide/show title bar B Switch between live and configuration mode C Live video D Adjust video resolution E IP address of device F Log out of configuration mode 20

21 ¾¾Note the explanations below. ¾¾Hide the title bar (A) if required. ¾¾Activate the Networks with routers (NAT) checkbox if required. ¾¾Adjust the live video resolution (D) if required. This resolution setting only affects the live video display in the web browser and is not related to the encoder settings. Network with routers If the network connection to the device is established via a router/gateway with NAT (Network Address Translation) function, the live video may not be shown in certain circumstances. In this case, two solutions are available: The router/gateway has to be configured for a correct address translation of data packets sent by the User Datagram Protocol (UDP). UDP is by default used by the streaming function of the device. An easier solution is to activate the Networks with routers (NAT) checkbox. In this case, the device switches the protocol of the streaming function to the Transmission Control Protocol (TCP). To receive the data packets, the port for the DaVid Protocol 1 and port 80 for the Hypertext Transfer Protocol (HTTP) must be open. Note that at data transmission over TCP normally no packet loss (lack of images) occurs. short-term peaks in network traffic may occur. low delays may occur. The Networks with routers (NAT) function does not affect the Video streaming function (see section Video streaming on page 44). 7.4 Login The graphical user interface of the configuration mode is displayed after the successful identification as authorized user. Note that the factory default password of user group Group 1: admin is 3. NOTICE Risk of misuse by unauthorized users! ¾¾Change the factory default password as soon as possible. ¾¾Click CONFIG in the user interface of the live mode. The login dialogue is displayed. 1 Dallmeier Video Protocol 21

22 Fig. 7-2 ¾¾Enter the Username if required. ¾¾Enter the Password. ¾¾Confirm with OK. The graphical user interface of the configuration mode is displayed. A B C D E F G H Fig. 7-3 Configuration mode A Hide/show title bar B Switch between live and configuration mode C Disable/enable live video display D Live video E Configuration menu F Configuration dialogues G IP address of the device H Logout of configuration mode 22

23 Note that the live video display in the configuration mode can be disabled if only a low bandwidth is available. a new login is required after 5 minutes without user action. 23

24 8 Basic settings The basic settings and the user management are integrated in the Common settings menu. 8.1 Language The graphical user interface can be displayed in various languages. ¾¾Open the User interface dialogue via Common settings > User interface... Fig. 8-1 ¾¾Set a Language. ¾¾Confirm with OK. 8.2 System time The system time can be set manually or synchronized with a UTC time server. The time zone must be set in both cases. ¾¾Open the Time settings dialogue via Common settings > Time... ¾¾Select the Time zone tab. Fig. 8-2 ¾¾Set the Time zone. ¾¾Confirm with OK. 24

25 8.2.1 Manual configuration Note that no manual configuration is possible if the UTC time server synchronization is enabled. ¾¾Select the Date/Time tab. Fig. 8-3 ¾¾Set the Date. ¾¾Set the Time. ¾¾Confirm with OK Time server Note that the time server must always be accessible via the network. ¾¾Select the Time server tab. Fig. 8-4 ¾¾Enter the IP address of the time server. ¾¾Activate the Use time server checkbox to enable the UTC time server synchronization. ¾¾Confirm with OK. 25

26 8.3 Camera name The camera can be assigned a name. It can be integrated in the output video. ¾¾Open the Camera name dialogue via Common settings > Camera name... Fig. 8-5 ¾¾Enter a name. ¾¾Activate the Insert name in video checkbox if required. ¾¾Confirm with OK. 8.4 User management The user management allows the definition of various access and configuration rights for three separate user groups. In addition, several users can be assigned to each user group if required Login mode The configuration of the device is only possible after a successful authentication as a valid user. The login mode defines the type of authentication. Mode Group login User login Type Group password User name + user password or Group password The authentication with the group password is also possible in the User login mode. ¾¾Open the Login options dialogue via Common settings > User management > Login options... Fig. 8-6 ¾¾Set the Login mode. ¾¾Confirm with OK. 26

27 8.4.2 User groups The group names of the three user groups can be changed. Note that the factory default password of Group 1: admin is 3. the factory default password of Group 1: admin must be changed for security reasons. Group 2: user and Group 3: guest are defined without a factory default password. a login of Group 2: user and Group 3: guest is only possible after a password is defined. ¾¾Open the User groups dialogue via Common settings > User management > User groups... Fig. 8-7 ¾¾Select the tab of the relevant group. ¾¾Enter a new Group name if required. ¾¾Enter a New password. ¾¾Repeat the new password in the Confirm password field. ¾¾Finally confirm with Apply User In the User login mode, individual users can be assigned to the three user groups Define a user ¾¾Ensure that the Login mode is set to User login. ¾ ¾ Open the User groups dialogue via Common settings > User management > User groups

28 Fig. 8-8 ¾¾Select the tab of the relevant group. ¾¾Click New. The New user dialogue is displayed. Fig. 8-9 ¾¾Enter a new User name. ¾¾Enter a New password. ¾¾Repeat the new password in the Confirm password field. ¾¾Finally confirm with OK Edit user ¾¾Ensure that the Login mode is set to User login. ¾¾Open the User groups dialogue via Common settings > User management > User groups... ¾¾Select the tab of the relevant group. ¾¾Select the relevant user from the users list. ¾¾Edit or Delete the user by clicking the related button Rights The three user groups, and so the assigned users, can be granted individual rights. Additionally the general public (user group anonymous) can be granted or denied access to certain types of live images. 28

29 Note that the rights of the Group 1: admin can not be restricted. certain rights can not be set to all permission levels. certain rights are partially or fully relevant for external applications (e.g. DaVid) only. ¾¾Open the Rights configuration dialogue via Common settings > User management > Rights... Fig The various rights are displayed each in a line. The permission level of each user group is displayed with a symbol in the corresponding column. Symbol Tool tip Right allow allow read only deny The dialogue will be displayed. The settings can be changed. The function can be used. The dialogue will be displayed. The settings can not be changed. The dialogue will not be displayed. The settings can not be changed. The function can not be used. 29

30 ¾¾Find the relevant right (line). ¾¾Change the permission level with a click on the symbol in the column of the relevant group. ¾¾Proceed as described above for all rights and groups. ¾¾Finally confirm with OK. 30

31 9 Network 9.1 Basic settings The network settings of the device can be configured manually or automatically assigned by a DHCP (Dynamic Host Configuration Protocol) server. In order to avoid network conflicts, you should clarify if intended network settings are permitted. In particular, the allocation of an already used IP address may result in malfunctions. ¾¾Open the Network settings dialogue via Network > Basic settings... Fig. 9-1 : Network settings and MAC address Default settings Connection type: automatic DHCP: deactivated Hostname: ipcam IP address: Netmask: Gateway: Allow IP-Finder network configuration: activated NOTICE Incorrect settings may result in the device being no longer available via the network. ¾¾For troubleshooting purposes, write down the MAC address and all new settings before changing the configuration. ¾¾Note the explanations below. ¾¾Select the transfer rate and the duplex mode from the drop-down list Connection type. The Connection type > automatic (Autonegotiation) is suitable for most applications. 31

32 9.1.1 Manual configuration If no DHCP server is available in the local area network (LAN) or if you want to assign the network settings manually, proceed as follows: ¾¾Pay attention to the designated and valid IP address ranges in your network. ¾¾Ensure that the DHCP checkbox is deactivated. ¾¾Enter the IP address you want to assign to the device. ¾¾Enter the Netmask. ¾¾Enter the Gateway address. ¾¾Deactivate the Allow IP-Finder network configuration 2 checkbox if not required. ¾¾Finally confirm with OK. The Hostname is for internal purposes only. A modification is not necessary. The connection to the device is terminated and the new network settings are assigned DHCP To automatically assign the network settings by a DHCP server, proceed as follows: ¾¾Ensure that an active DHCP server is available in the local area network (LAN). ¾¾Activate the DHCP checkbox. ¾¾Deactivate the Allow IP-Finder network configuration checkbox if not required ¾¾Finally confirm with OK. The connection to the device is terminated and the new network settings are assigned by the DHCP server (pay attention to the lease duration). The newly assigned IP address can be determined by the MAC address of the device with the IP-Finder or at the DHCP server. The IP-Finder must be executed in the same LAN where the device is located. 2 IP-Finder: Dallmeier software for determination and configuration of network-compatible Dallmeier devices 32

33 9.2 Alarm hosts The device provides event-triggered messaging functions for text notification, messaging and FTP image upload to various alarm hosts. Note that the device and the relevant alarm host must be located in the same LAN or must be able to communicate via a gateway. ¾¾Click Network > Alarm hosts. If no alarm host has yet been set, only the New... item is displayed. ¾¾Click Network > Alarm hosts > New... The configuration menu is expanded with the Alarm host 1 item and the related dialogue is displayed. To edit an already set alarm host, click the related item in the configuration menu Settings In the Settings tab the alarm host settings are configured. Fig. 9-2 ¾¾Note the explanations below. ¾¾Select the Type of the transfer protocol. ¾¾Enter the Name and the IP address of the alarm host. ¾¾Activate the active checkbox to enable event-triggered alarm messaging for the currently selected alarm host. ¾¾Configure all necessary settings of the selected transfer protocol. ¾¾Confirm with OK. The alarm host name in the configuration menu is updated automatically after saving. 33

34 DaVid (PGuard) The alarm/event messages are sent to the alarm host via DaVid protocol. Note that a DaVid Protocol capable software for message evaluation (e.g. PGuard advance 3 ) must be running on the relevant alarm host. SMTP server The alarm/event messages are sent as s via SMTP to the alarm host (SMTP server) which then may forward them to several recipients. Depending on the used SMTP server and its configuration the sender is arbitrary or a SMTP authentication is required. Fig. 9-3 ¾¾If necessary, enter the Username and the Password for the SMTP authentication. ¾¾Enter the Sender. ¾¾Enter the addresses of the Recipients (separated by semicolon) to which the SMTP server should forward the . ¾¾Enter the Subject and the Message of the . 3 Dallmeier evaluation and management software for messages 34

35 The following variables could be used for the subject and the message: %ALARMTYPE% Alarm/event type %ALARMHOSTNAME% Name of the alarm host %CAMERANAME% Name of the device %ALARMTIME% Date and time the alarm/event is triggered %DEVICEIP% IP address of the device ¾¾Activate the add image as attachment checkbox to attach the current live image present at the moment when the event is triggered. ¾¾Select Encoder 2 or Encoder 1 from the drop-down list Image source to define the source of the live image which should be attached. Encoder 2 is deactivated by default. To attach the current live image of Encoder 1 the Encoder mode > MJPEG must be set (see section Encoder settings on page 53). ¾¾Click Test to send a test . FTP server The current live image, present at the moment when the event is triggered, is uploaded to the alarm host (FTP server). Fig. 9-4 ¾¾Enter the Username and the Password for the FTP authentication. ¾¾Enter the full path to the directory where the live image should be saved to into the Folder path field. Ensure that read and write permissions are set for the specified directory and enough free disk space is available. 35

36 ¾¾Enter the Filename the live image should be saved with. ¾¾Select the Filename definition: Filename +.jpg The existing image will be overwritten. Filename + number (ring) +.jpg The oldest image will be overwritten after a certain number of saved images (Ringbuffer size). Filename + number +.jpg Existing images will not be overwritten. Filename + date +.jpg Existing images will not be overwritten. ¾¾If necessary, enter the Ringbuffer size. ¾¾Select Encoder 2 or Encoder 1 from the drop-down list Image source to define the source of the live image which should be uploaded. Encoder 2 is deactivated by default. To attach the current live image of Encoder 1 the Encoder mode > MJPEG must be set (see section Encoder settings on page 53). ¾¾Click Test to test the FTP image upload Messages Depending on the selected transfer protocol type, various alarm/event types can be set for alarm/event messaging: ¾¾Select the Messages tab. Fig. 9-5 ¾¾Select all relevant messages which should be sent out by activating the related checkbox. ¾¾If necessary, set the Interval of FTP image uploads (see below). ¾¾Confirm with OK. 36

37 Interval The interval option is helpful to reduce the number of FTP image uploads if lots of alarm/ events are triggered within a short time. The less the Duration (sec.) between two FTP image uploads is set, the more the network utilization rate (traffic level, bandwidth consumption) may increase Scheduler The scheduler function allows scheduling the messaging function. Note that scheduler settings only apply to the currently selected alarm host. the minimum selectable period is 15 minutes. the week timer applies to the entire year if no exceptions are set Week timer ¾¾Click Scheduler... The Week timer tab is displayed. Fig. 9-6 Light gray areas in the week timer represent active periods. During active periods the messaging function is enabled. By default, the entire period in the week timer is active. Select inactive periods ¾¾Click inactive. ¾¾In the week timer, click and hold the left mouse button and draw a rectangle over a relevant period. ¾¾Release the mouse button. ¾¾Repeat the last two steps until all relevant inactive periods are selected. 37

38 Fig. 9-7 Dark gray areas in the week timer represent inactive periods. During inactive periods the messaging function is disabled. In the example shown (Fig. 9-7) the period on Monday from 02:00 to 07:15 am is inactive. During this period no messages are sent out. ¾¾Confirm with OK if you do not want to make any additional settings. Delete inactive periods ¾¾Click active. ¾¾In the week timer, click and hold the left mouse button and draw a rectangle over an inactive period. ¾¾Release the mouse button. ¾¾Repeat the last two steps until all relevant inactive periods are deleted. It is also possible to delete sections (at least 15 minutes) between inactive periods. ¾¾Confirm with OK if you do not want to make any additional settings. 38

39 Exceptions For days with deviations, exceptions can be defined. Note that exceptions will overwrite the settings of the entire relevant day in the week timer. ¾¾Select the Exceptions tab. Fig. 9-8 ¾¾Click New... The Calendar is displayed. Fig. 9-9 ¾¾Select a date. ¾¾Confirm with OK. 39

40 The selected date is added to the exceptions list. Fig Dark gray areas in the timetable represent inactive periods. During inactive periods the messaging function is disabled. By default, the entire period (24 hours) in the timetable is inactive. Select active periods ¾¾Click active. ¾¾In the timetable, click and hold the left mouse button and draw a rectangle over a relevant period. ¾¾Release the mouse button. ¾¾Repeat the last two steps until all relevant active periods are selected. Fig Light gray areas in the timetable represent active periods. During active periods the messaging function is enabled. In the example shown (Fig. 9-11) the period from 02:00 to 06:00 am is active. During this period messages are sent out. ¾¾Confirm with OK if you do not want to make any additional settings. 40

41 Delete active periods ¾¾Click inactive. ¾¾In the timetable, click and hold the left mouse button and draw a rectangle over an active period. ¾¾Release the mouse button. ¾¾Repeat the last two steps until all relevant active periods are deleted. It is also possible to delete sections (at least 15 minutes) between active periods. If the exception settings should also apply to other days, they can be can copied to another date (see below). ¾¾Confirm with OK if you do not want to make any additional settings Copy exceptions ¾¾Select a date from the exceptions list. ¾¾Click Copy... The Calendar is displayed. Fig ¾¾Select the new date to which you want to copy the exception settings. ¾¾Confirm with OK. The new date with the copied exception settings is added to the exceptions list. 41

42 Fig To delete exceptions, select the relevant date in the exceptions list and click Delete. ¾¾Confirm with OK if you do not want to make any additional settings Copy The copy function allows copying the saved settings to other alarm hosts entries. ¾¾Click Network > Alarm hosts. ¾¾Select a saved alarm host entry from the configuration menu. The related dialogue is displayed. Fig ¾¾Click Copy... The configuration menu is expanded with the name of the copied alarm host entry with the addition (1) (represents copy 1) and the related dialogue of the copy is displayed. 42

43 Fig ¾¾Customize the relevant settings. ¾¾Finally confirm with OK Delete alarm host entry To delete an alarm host entry, proceed as follows: ¾¾Click Network > Alarm hosts. ¾¾Select the alarm host entry to be deleted from the configuration menu. The related dialogue is displayed. Fig ¾¾Click Delete. The alarm host entry is deleted and its menu item removed from the configuration menu. 43

44 9.3 Video streaming The video streaming function provides the streaming of audio and video data to the network without requesting the data actively with a RTSP (Real Time Streaming Protocol) or DaVid Protocol capable client (e.g. Dallmeier recorder or PView). Note that the format of the RTP payload to be transported must correspond with the encoding method. For information about encoder settings see section Encoder settings on page 53. ¾¾Open the Video streaming dialogue via Network > Video streaming. Fig ¾¾Note the explanations below. ¾¾Select Encoder 1 or Encoder 2 from the drop-down list Input. ¾¾Select the transfer protocol, format and method from the drop-down list Mode. ¾¾Depending on the selected transfer method, enter the Multicast IP address or the Destination IP address. ¾¾Enter the port number of the service which should receive the data packets into the Port ( ) field. ¾¾Enter the TTL value of IP packets into the TTL (0 255) field. ¾¾Confirm with OK Transfer protocol and format The transfer protocol defines the communication rules for the exchange of the audio and video data in the network. The IP packets are transferred via UDP (User Datagram Protocol). Note that UDP provides data transmission with a relatively low delay. packet loss (lack of images) may occur during transmission. The transfer format defines the RTP payload to be transported. 44

45 MPEG The audio and video data is packetized for a MPEG-2 Program Stream. The data must be encoded in MPEG2 format. RTP/MPV The video data is packetized for a MPEG-2 Video Stream by the Real-Time Transport Protocol (RTP). Audio data is not transferred. The data must be encoded in MPEG2 format. The packaging is based on the following standards: RFC RTP: A Transport Protocol for Real-Time Applications RFC RTP Profile for Audio and Video Conferences with Minimal Control RFC RTP Payload Format for MPEG1/MPEG2 Video RTP/MP4V-ES (RFC 3016) The video data is packetized for a MPEG-4 Video Elementary Stream by the Real-Time Transport Protocol (RTP). Audio data is not transferred. The data must be encoded in MPEG4 format. The packaging is based on the following standards: RFC RTP: A Transport Protocol for Real-Time Applications RFC RTP Profile for Audio and Video Conferences with Minimal Control RFC RTP Payload Format for MPEG-4 Audio/Visual Streams RTP/MJPEG The video data is packetized for a MJPEG Video Stream by the Real-Time Transport Protocol (RTP). Audio data is not transferred. The data must be encoded in MJPEG format. The packaging is based on the following standards: RFC RTP: A Transport Protocol for Real-Time Applications RFC RTP Profile for Audio and Video Conferences with Minimal Control RFC RTP Payload Format for JPEG-compressed Video Transfer method The transfer method defines the distribution of audio and video data in the network. Multicast The data packets are transferred via point-to-multipoint connection to a group of receivers (clients) including the specified IP multicast address and port number. The packets have to be transferred only once, the distribution to the members of the group is done for instance by specially configured routers. 45

46 A member of the group only receives the data packets if it is aware of the multicast IP address and the appropriate application service is available with the specified port number. IP multicast uses the address range from to (Class D). Note that certain IP multicast address ranges are reserved for special purposes. Unicast The data packets are transferred via point-to-point connection to exact one receiver (client) in the network including the specified destination IP address and port number. The receiver only receives the data packets if the appropriate application service is available with the specified port number TTL The TTL value (Time To Live) defines the lifetime of an IP packet. Every router an IP packet passes through reduces the time to live value by one (1). If the value is zero (0), the IP packet is discarded. While preventing IP packets from endlessly circulating in the network due to routing errors, this method stops IP packets from breaking through the limits of the LAN and being sent to the WAN (TTL = 1). According to requirements a TTL value from can be entered. When entering 0 (zero), the default values are used (TTL = 1 for multicast, TTL = 64 for unicast). 9.4 IP-Finder The access to the device with the IP-Finder can be restricted. ¾¾Open the Network settings dialogue via Network > Basic settings. Fig ¾¾Deactivate the Allow IP-Finder network configuration checkbox to protect the network settings of the device from being configurable via the IP-Finder. ¾¾Confirm with OK. 46

47 9.5 Camera protocol If required from external devices/applications, the camera protocol can be specified. ¾¾Open the Camera protocol dialogue via Network > Camera protocol. Fig Default settings Manufacturer: Dallmeier Type: DF3000IP-DN ¾¾If required, enter the Manufacturer and the Type of the camera protocol. ¾¾Confirm with OK. 47

48 10 Video 10.1 Video standard Countries and territories use different broadcasting televisions systems. To ensure a correct video signal transmission, the appropriate video standard for your country must be set at the device. ¾¾Open the Video standard dialogue via Video > Video standard. Fig Note that this dialogue may be locked by external devices/applications. ¾¾Select a Standard. ¾¾Confirm with OK Sensor The sensor settings provide the configuration of the image sensor and the adjustment of the image processing parameters to the local situation. ¾¾Open the Sensor settings dialogue via Video > Sensor. Fig ¾¾Note the following explanations. 48

49 ¾¾Set the relevant options. ¾¾Finally confirm with OK. You can restore the factory sensor settings at any time Global The Global tab allows the following settings to be made: Synchronization ¾ ¾ Choose between Internal 1, Internal 2, AC-Linelock, Flicker-free and None for Synchronization. Flicker-free is recommended if cameras without Linelock that are operated with a mains frequency of 50 Hz must be enhanced for scenarios with neon tubes. Lens ¾ ¾ Choose Manual for lenses with manual iris control or DC Control for DC auto iris lenses. Flip ¾ ¾ Set Flip = On to horizontally flip the image. This setting is necessary to obtain an accurate-to-side presentation of the image if recording occurs via a mirror. Progressive Scan Progressive Scan = Off Two fields with differing time index are successively captured and transmitted (interlaced scanning). Due to the different points in time of capturing within one frame the interlace effect may occur with moving objects. Compared to progressive capture rapid movements are displayed more smoothly and in a less jerky manner by twice as much motion phases per second. Progressive Scan = On The frame is captured at one point in time. Via PsF method (Progressive segmented Frame) the captured frame is segmented in two fields with the same time index, which then are transmitted one after another. Compared to interlaced scanning, every reassembled frame has only one motion phase. The interlace effect is thus prevented, whereas rapid movements are displayed in a more jerky manner. To record camera images with maximum resolution the Dallmeier recorder should be operated in full picture mode and the camera should be set to Progressive Scan = On. Color The Color menu item allows you to toggle between color and black-and-white mode. Color night 49

50 With Color night, you can select whether the camera will take color (On) or black-andwhite (Off) images in the night mode. Backlight The Backlight function compensates for the silhouetting effect of backlit objects (e.g. in front of windows, glass doors or other sources of light). The camera analyzes the light conditions within the field of view and adjusts the exposure parameters accordingly. ¾ ¾ Choose between None, Up, Lower and Down to define the position of the field of view. Day/Night mode The camera has a special setting that allows for detailed shots at night. Here, the camera can be manually or automatically set to day/night mode. Day/Night mode = Day The camera is set to day mode. Night mode is deactivated. Day/Night mode = Automatic This setting automatically switches the camera to night mode at certain light conditions. Day/Night mode = Night This setting immediately changes the camera to night mode, regardless of the prevailing light conditions Image optimization ¾¾Open the Sensor settings dialogue via Video > Sensor. ¾¾Select the Image optimization tab. Fig

51 The Image optimization tab allows the following settings to be made: Presets The following presets are available: Universal Scenes full of contrast with strong backlights. The relevant details are in the highlights. The maximum dynamic range of the camera is used. Large differences in brightness are adjusted. Details 1/2 Scenes full of contrast with strong backlights. Details are displayed in high resolution. The maximum dynamic range of the camera is used. Indoor/Shadow Preset for indoor scenes full of contrast. The relevant details are in the shadow. Detail resolution in the shadowy area is optimized. Bright areas of the picture are displayed brighter than normal. Indoor Preset for indoor scenes with medium contrast. Details are displayed in high resolution. Detail resolution in bright areas is optimized. Fluorescent Use for indoor scenes with fluorescent light and low contrast. Detail resolution in bright areas is optimized. Typical flickering with neon lights is compensated. Low Light Preset for low light scenes with slowly moving objects. The following 4 presets are only available in the DF3000IP-PoE-D. If necessary, please contact the Dallmeier electronic sales department to purchase the activation code. Poker table This Preset has been developed to meet the special requirements at the poker table ensuring optimal identification of red and black cards. Gambling A preset for games that require chips. This preset allows the chip colors to be optimallydisplayed. Wheel This Preset has been developed to meet the special requirements at the roulette wheel ensuring optimal identification of the numbers and colors of the wheel. Slot machine This Preset has been developed to meet the special requirements for slot machines ensuring optimal identification of the symbols. 51

52 White balance The white balance mode allows you to influence the white balance of the camera: ATW With ATW (Auto Tracking White Balance) the white balance is continually recalculated. The white balance is readjusted accordingly in different recording conditions. AWB With AWB automatic white balance is carried out for the situation current at the time of measurement. Choose AWB and hold a white sheet of paper in front of the camera. Then click the Apply White Balance button. The camera is then calibrated for the most realistic color representation possible, regardless of the actual scenario. With light and therefore color temperature modifications, no new measurement for white balance is carried out. Manual ¾ ¾ Choose Manual to manually adjust the white balance in the White balance manual field. White balance offset The White balance offset function can be used when the automatic white balance produces an unsatisfactory color representation of monochrome scenarios. This function modifies the metered color temperature. Gamma mode Gamma defines the brightness range within the color space and thus the differentiation between lights and shadows. ¾¾Choose Gamma = Automatic for scenarios with strongly varying light conditions. ¾¾Choose Gamma = Manual to manually adjust Gamma. Brightness The Brightness field allows you to adjust the image brightness. Sharpness The Sharpness field allows you to adjust the image sharpness. Saturation The Saturation field allows you to adjust the image saturation. Range Bias (DF3000IP-PoE-D only) Range Bias allows you to shade or brighten the different brightness areas. Gainlimit (DF3000IP-PoE-D only) Gainlimit allows you to set the max. gain with which the amplitude of the video signal is raised in poor light conditions. 52

53 10.3 Encoder settings The audio and video encoding is configured in the Encoder settings dialogue. This dialogue may be locked by external devices/applications Encoder 1 ¾¾Open the Encoder settings dialogue via Video > Encoder settings... The Encoder 1 tab is displayed. Fig ¾¾Note the explanations below. ¾¾Select the encoding standard from the drop-down list Encoder mode. ¾¾Select the frame rate from the drop-down list Frames/Second. ¾¾Select the Resolution (width height in pixels). ¾¾Select the Deinterlacing mode. ¾¾Select the Bitrate. ¾¾Select the Bitrate mode. ¾¾Select the GOP-size (only with MPEG). ¾¾If required, activate the B-Frames checkbox (only possible at a GOP-size > 6). Frames/Second The frame rate (value in fps) defines the number of consecutive frames produced per second. The higher the frame rate is, the smoother the video playback. Note that audio encoding is only available at a frame rate of 25 fps (PAL) or 30 fps (NTSC). Bitrate The bit rate refers to the number of bits per second used to encode the video. The more bits are used to represent the video data per second, the higher the quality is. Low bit rate High image compression Small data volume Poor image quality 53

54 High bit rate Low image compression Large data volume High image quality The most requirements in surveillance systems are met with a bit rate between 4 and 6 Mbps. Bitrate mode The bit rate mode allows configuring a constant or a variable bit rate for the video encoding. The variable mode changes the bit rate in accordance with the activity (changes) in the image. The allowed bit rate variations can be limited by the according percentage value. Example: With a set bit rate of 4 Mbps and a bit rate mode of variable 50 %, the bit rate can vary from 6 to 2 Mbps. Variable bit rates make better use of the available hard disk space.ace. GOP-size GOP (Group Of Pictures) is a variable for specifying how images are used to generate the MPEG data stream. The higher the GOP-size is, the better the image quality, although a higher GOP-size will also result in an increase in the delay. A GOP-size between 6 and 15 generally represents a good compromise enabling good image quality with high compression. A GOP-size of 1 denotes a low compression factor and should only be used for special applications (e.g. multiplex mode). As from a GOP-size of 6 the use of B-Frames can be enabled by checking the appropriate checkbox. This setting also has a positive effect on the image quality but again results in a slight delay. GOP-sizes greater than 15 belong to the extended GOPs. Reverse playback has limited quality (frame drops) with extended GOPs (> 15). Deinterlacing The aim of this function is to enhance the image quality by computationally eliminating the so-called interlace effect, which may occur after merging two fields into a frame, from the frame. However, whether a higher quality can be achieved depends on many factors such as the speed of the motions in the image or the type of output device on the decoder side (digital or analogue monitor). It is therefore not possible to provide a general recommendation to activate or deactivate this function. Therefore, we do recommend that you test the output on the monitor/decoder after the function has been configured. For this purpose, select a playback scene typical for the camera concerned. If the interlace effect can be detected with moving objects i.e. if moving edges are slightly displaced between two fields, this effect can be reduced by activating Deinterlacing. However, the playback thus may be jumpy. In this case the deactivation of this function may, in certain circumstances, result in a smoother playback. Note that Deinterlacing is only possible with a resolution of HalfD1 or higher. 54

55 Encoder 2 Encoder 2 only encodes images to MJPEG format. The images encoded by Encoder 2 can be used for video streaming, accessed via RTSP and sent to an alarm host. ¾¾Select the Encoder 2 tab. Fig Encoder 2 is deactivated by default. ¾¾Activate the use encoder checkbox if required. ¾¾Select the frame rate from the drop-down list Frames/Second. ¾¾Select the Resolution (width height in pixels). ¾¾Confirm with OK Audio The audio bit rate setting allows you not only to control the audio quality, but also the amount of required hard disk space to a certain extent. The higher the audio bit rate, the better the audio quality. A higher bit rate, however, requires more hard disk space than a lower bit rate. ¾¾Select the Audio tab. Fig Note that audio encoding is only available at a frame rate of 25 fps (PAL) or 30 fps (NTSC). ¾¾Select the Audiobitrate. ¾¾Confirm with OK. 55

56 11 Motion detection The motion detection function analyses if and how much two consecutive images differ from each other. If the difference satisfies the set criteria, the function assumes a motion event. Actions/functions which are based on motion events: Recording Event recording SmartFinder 4 Message transfer to alarm host This dialogue may be locked by external devices/applications. The motion detection settings can be tested with the motion indicator in the live video frame. ¾¾Click Motion detection in the configuration menu. Fig ¾¾Note the explanations below. ¾¾Set the Level SAD. ¾¾Select the Sensitivity. ¾¾Confirm with OK. Level SAD Every image is split into sectors, with each being analysed for differences compared to the previous image. The Level SAD (SAD = Sum of absolute differences) defines the minimum level of alteration necessary to mark an image sector as altered. 200 Major changes required 10 Minor changes required 4 Dallmeier system for the intelligent search of motion events within an image 56

57 Sensitivity The Sensitivity defines the maximum number of objects (linked changed image sectors) that may exist in the entire image. If the number of objects is exceeded, the already detected event will be discarded. The limitation of the number of objects prevents motion event triggering with lots of small changes (e.g. image noise or snowfall). very sensitive 1 object few events sensitive 2 objects normal 3 objects less sensitive 4 objects least sensitive 5 objects lots of events off Function switched off 11.1 SmartFinder To enable the intelligent search for motion events within an image with a Dallmeier recorder, SmartFinder has to be activated. ¾¾Activate the Enable SmartFinder checkbox. Fig ¾¾Note the explanations below. ¾¾Select the Sensitivity. ¾¾Enter the Fade Out Time (s) (value in seconds). ¾¾Confirm with OK. Level SAD Function as described above but the value is predetermined by the system. Fade Out Time (s) This value in seconds defines how long an object (linked changed image sectors) is valid. If another object is detected in the same area during this period, it will not be assessed as a new event but will be discarded. 57

58 This setting allows reducing the number of events triggered by the repeated motion of the same object. Example: 0 Every object is a new event Very large number of events Sensitivity This function checks the extent to which an old (still valid) object and a new object overlap. If the non-overlapping area is larger than an (internally) set value, the new object will be assessed as a new event. This function therefore represents a refinement of the mechanism set by the fade out time. very sensitive Event even if non-overlapping area is small Lots of events least sensitive Event only if non-overlapping area is very large Few events 11.2 Active areas The motion detection function is active in the entire image area by default. In order to ignore motion events in certain areas, inactive areas can be defined. The current video image is only displayed in the dialogue if Encoder mode > MJPEG is set or Encoder 2 is active (see section Encoder settings on page 53). ¾¾Click Active areas. The Active areas / Encoder 1 dialogue is displayed. Fig Active areas (red) Button Pencil: select active (red) areas Button Eraser: select inactive (green) areas 58

59 To define inactive (green) areas, proceed as follows: ¾¾Click the Eraser button. ¾¾Move the mouse pointer over the image area, click and hold the left mouse button and draw a rectangle over the relevant area. ¾¾Release the mouse button. ¾¾If necessary, repeat the last two steps until all inactive areas are selected. ¾¾Confirm with OK. Fig Inactive areas (green) To define active (red) areas, proceed as follows: ¾¾Click the Pencil button. ¾¾Move the mouse pointer over the image area, click and hold the left mouse button and draw a rectangle over the relevant area. ¾¾Release the mouse button. ¾¾If necessary, repeat the last two steps until all active areas are selected. ¾¾Confirm with OK. 59

60 12 Interfaces 12.1 Serial interface External devices, such as a Pan/Tilt head or the RS485 contact interface, can be connected to the camera s serial interface. The Crosslink functionality is only supported via the DaVid Protocol (e.g. with PView). ¾¾Open the Serial port dialogue via Interfaces > Serial... Fig ¾¾In the Function field, select between Crosslink (e.g. for a Pan/Tilt head), Contact Interface (for the RS485 contact interface) or none. The fields for Mode, Baud, Bits etc. are set to default values. However, the required settings depend on the external device you wish to use. See the manual supplied with the external device for details of the required values. ¾¾Click OK to apply your settings Relays This dialogue allows the Contact OUT relays to be configured. This function is not supported by the DF3000IP-PoE-DN. This function can be used with a RS485 contact interface only. ¾¾Open the Relays dialogue via Interfaces > Relays

61 Fig Function ¾¾Select the Function in which case the relay should be switched. Timer (Holding Time) ¾¾Set the Timer to On to enable the relay activation timer (holding time). ¾¾In the Time (sec.) field, enter the relay activation time in seconds. Type In the Type field, select whether the relay should act as make contact (NO - Normally Open) or as break contact (NC - Normally Closed). ¾¾Finally confirm with OK Data display Filter The data display function provides the embedding of data transferred from external devices/applications (via DaVid Protocol). The embedded data is displayed in live mode of DaVid Protocol capable devices/applications. A recording of the embedded data has to be configured separately. For detailed information refer to the separate documentations. The external transferred data can be filtered before embedding. The filtering (selection) only takes effect on external sent data. ¾¾Open the Data display - Filter dialogue via Interfaces > Data display > Filter

62 Fig By default, no external transferred data is embedded. To embed external transferred data, proceed as follows: ¾¾Activate the Display active checkbox. ¾¾Select the relevant data by activating the related checkbox. ¾¾Select the Duration. ¾¾Confirm with OK. The external transferred data is embedded in the current image (frame) present at the moment when the data is received and keeps embedded for the selected Duration (frames) Position The embedded data can be positioned for displaying in live mode with DaVid Protocol capable devices/applications. ¾¾Open the Data display - Position dialogue via Interfaces > Data display > Position... Fig

63 The right-hand side of the dialogue (blue rectangle with Dallmeier logo) represents a screen for displaying live videos with full PAL or NTSC resolution. The white lines illustrate the stylized graphical user interface (GUI) of a typical application for displaying live videos. The white rectangle with the yellow corner (in the bottom right) shows the display area of the embedded data. On the left-hand side of the dialogue the coordinates and dimensions of the display area are displayed (values in pixels). The coordinates refer to the top left corner of the display area.the display area can be positioned by drag & drop. Fig The display area can be resized by dragging its yellow corner (in the bottom right). Fig An exact positioning and resizing is possible by using the corresponding input fields. ¾¾Adjust all relevant settings. ¾¾Confirm with OK. 63

64 13 Service and Info 13.1 Event log The device logs IP addresses of applications that temporarily blocked certain resources of the device in a log file. The list of IP addresses is displayed in the Event log dialogue. ¾¾Open the Event log dialogue via Service > Event log. Fig Configuration file The configuration of the device can be exported to a file and thus be saved. In addition to recover the configuration of the device that is currently connected, the configuration can also be transferred to several devices simultaneously Download NOTICE If the configuration file should be transferred to several devices, the Network settings must not be exported. ¾¾Open the Configuration file management dialogue via Service > Configuration file > Download... Fig

65 ¾¾Select all relevant settings which should be exported to the configuration file by activating the related checkbox. ¾¾Confirm with OK. ¾¾Follow the instructions of the download dialogue and save the configuration file to a data storage device. The configuration file name contains the IP address of the related device Upload The saved configuration file can be transferred to an individual device. This allows the recovery of the configuration of the device that is currently connected. In addition, the configuration file can also be transferred to several devices simultaneously. This is a very effective method of configuring several devices identically in terms of certain configuration groups Configuration recovery To recover the configuration of an individual device, the connection to the device must be established first (see section Connection on page 20). ¾¾Open the Configuration file management dialogue via Service > Configuration file > Upload... Fig ¾¾Click Browse. ¾¾Select the relevant configuration file on your data storage device. ¾¾Confirm with OK. At the end of the transfer the list of transferred (or skipped) configuration settings is displayed Configuration transfer to several devices As a precondition all relevant devices must be located in the same LAN (with suitable cabling and a separate IP address for each device). In addition, the access rights to all devices must be identical (same user name and password). Before the configuration file can be transferred, it must be saved as described above. However, the configuration of the Network settings must not be included in the configuration file. If these settings were included, the same IP address would be transferred to all devices. Since, however, every IP address in a LAN must be unique this would cause massive problems in the network. 65

66 NOTICE Ensure that the configuration of the Network settings is not transferred to several devices. To send the configuration file to several devices, the connection to one of the devices must be established first (see section Connection on page 20). ¾¾Open the Configuration file management dialogue via Service > Configuration file > Upload... Fig ¾¾Click Browse. ¾¾Select the relevant configuration file on your data storage device. ¾¾Activate the Broadcast checkbox. ¾¾Enter the First IP address and the Last IP address of the relevant device group. ¾¾Enter the Username. ¾¾Enter the Password. ¾¾Confirm with OK. At the end of the transfer the list of transferred (or skipped) configuration settings is displayed. 66

67 13.3 Info General information about the device is displayed in the Info dialogue. ¾¾Click Info in the configuration menu. Fig The following information is displayed: Device type Software version number of the device Version number of the encoder Version number of the Linux kernel Serial number Uptime 13.4 MAC address The MAC address of the device is displayed in the Network settings dialogue. Fig

68 13.5 Factory settings The device can be reset to its default factory settings at any time. ¾¾Open the Factory settings dialogue via Service > Factory settings. The Factory settings dialogue is displayed: Fig ¾¾Confirm with OK Activations The Activations dialogue allows you to activate 4 additional casino presets. If necessary, please contact the Dallmeier electronic Sales Department to purchase the activation code. ¾¾Open the Activations dialogue via Service > Activations... Fig ¾¾Enter the Activation code. ¾¾Confirm with OK. 68

69 14 Image transmission The device can be configured as active network component for streaming of audio and video data (see section Video streaming on page 44). In addition the device, as a passive network component, can be triggered for transmission of audio and video data via various transport and data protocols by external devices and applications Web browser Current video data can be retrieved as a single image (JPEG) by any web browser. Transmission protocol HTTP Transport protocol TCP Port 80 Note that the used Encoder must be set to MJPEG. the used Encoder must be activated. the JPEG live access right must be activated. Use the following retrieve expression for the various encoders: Encoder 1 Encoder 2 address of the device/live/image0.jpg address of the device/live/image1.jpg The displayed image can be refreshed anytime. The retrieve expression can be integrated in a HTML (JavaScript) page that refreshes the image automatically RTSP application The live video can be retrieved and controlled (start and stop) by external RTSP capable applications. This function does not affect the Video Streaming function (see section Video streaming on page 44). Communication protocol RTSP Transmission protocol RTP Transport protocol UDP Port

70 Note that UDP provides data transmission with a relatively low delay. packet loss (lack of images) may occur during transmission. the used Encoder must be activated. the RTSP live access right must be activated. Use the following retrieve expression for the various encoders: Encoder 1 Encoder 2 rtsp://ip address of the device/encoder1 rtsp://ip address of the device Encoder 1 and 2 can be retrieved by two applications simultaneously. This allows realizing a dual streaming functionality (two streams with different quality). The required bandwidth rises proportionally when several applications request the data of one encoder. In this case a multicast configuration should be preferred, because it requires the bandwidth for one stream only. 70

71 15 Maintenance Cleaning If cleaning is required, wipe the housing (outside) with a dry, anti-static cloth. NOTICE Damage to the surface of the device! ¾¾Do not use detergents. 71

72 16 Pin assignment Analogue video preview output (2.5 mm phone jack) Serial interface (RS485, 2-pole Weidmüller male connector) DC auto iris interface for iris control Fig Housing back side 16.1 DC auto iris interface Fig Pin DC auto iris 1 Control - 2 Control + 3 Drive + 4 Drive

73 16.2 Analogue video preview output Fig Video signal 2 Not used 3 Video Ground 16.3 Serial interface RS485 (A) / TR+ RS485 (B) / TR- Fig