Manual Doorcom Ip Dcip 740-0

Transcript

Manual DoorCom IP DCIP 740-0 Contents 1 System description 3 2 Safety remarks System requirements 3 3 3 Structure DCIP 740-0 Group calculation Max. number of PC users Terms 4 5 6 4 Components Calling Input module, camera module Power supply, programming, IP video server Software Siedle Multi 10 11 12 5 Installation Wiring diagrams DCIP 740-0 Terminals DCIP 740-0 LED display SIVS 610 Block diagrams Wiring diagram Siedle Multi 14 15 16 17 8 9 6 Commissioning DCIP 740-... 20 SIM 740-... 21 Multicasting 22 Configuration software DCIP CO 24 Software client DCIP SC 26 7 Setting the speech volume, level adjustment DCIP 740-... 28 8 DoorCom DCA 740-01 29 9 Factory reset 29 10 DoorCom IP FAQ and trouble shooting 30 11 Glossary, index 33 2 1 System description DoorCom IP 740-0 2 Safety remarks System requirements DoorCom IP 740-0 Siedle DoorCom IP links the Siedle world of building communication to the IP world. Door calls are transformed via the DoorCom IP and transmitted via the IP network to certain PCs. If video cameras are fitted at the door station, the picture of the visitor is additionally transmitted. The DoorCom IP Software Client is used here as a virtual in-house telephone for communication to the door station. The Software Client must be installed on every PC in the network which is intended to receive a door call. Assignment of door calls to the Software Clients takes place using an IWA address (Interface Working Address) which is entered in the DoorCom IP with the aid of the configuration software. Danger Find out about the necessary safety measures and system requirements before starting installation and commissioning of the DoorCom IP. Mounting, installation and servicing work on electrical devices may only be performed by a suitably qualified electrician. Failure to observe this regulation could result in the risk of serious damage to health or fatal injury due to electric shocks. • When working at the device, observe the instructions for mains cut-off. • Observe the standard DIN EN 60065! When establishing the electronic connection, observe the requirements of VDE 0805 / EN 60950. • An all-pole mains switch must be provided in the building installation with a contact opening of at least 3 mm. • Ensure that the connection point in the building installation is fused with max. 16 A. • When planning, the required distributor space for switch panel mounted devices must be taken into account. • External voltages >30 V AC/ DC must not be injected into the in-house telephones. System requirements for the configuration software • PC with Intel Pentium III from 1 GHz or comparable processor • at least 256 MB RAM • min. 25 MB hard disk memory • Serial COM interface RS232 or USB interface • CD-ROM drive for installation • VGA graphic card with at least 1024 x 768 pixel • Operating system Windows 2000/ XP • Admin rights for installation Additional memory capacity is required for: • Acrobat Reader 7 • Microsoft Internet Explorer from version 4 DCIP 740-0 The DoorCom IP 740-... serves as an interface between a Siedle Multi system and an IP network. The DoorCom IP is able to display the picture on the PC monitor in conjunction with the Siedle Software Client and at the same time hold the door call via the PC. The door call can optionally also be held over the telephone system using a telephone, while the picture is displayed by the Software Client and all control functions such as door release can also be initiated by the software. For this, a DCA 740-01 must additionally be connected to the DoorCom IP. Devices with 230 V connection In accordance with DIN VDE 0100 Part 410, Section 411.1.3 ensure that the DoorCom installation and the mains voltage are securely isolated. The sheathing of the connection cable (safety extra-low voltage) should only be stripped back far enough to ensure that reliable connection is possible. ! System requirements for the Software Client • Operating system Microsoft Windows 2000/XP • Pentium IV from 1.8 GHz or compatible CPUs • min. 256 MB RAM • Graphic card with at least 1024 x 768, 128 MB and 16 bit colour depth MPEG 4 capability • 100 Mbit Ethernet card • Sound card • Microsoft DirectX 9.0b or newer • Microsoft Internet Explorer from version 4.0 for reading the help Speech quality The audio quality (speech transmission) is highly dependent on the quality of the audio components built into the PC (headset, handset and sound card). For mains connection and network settings such as assignment of the IP address, the responsible network administrator must be consulted. 3 3 Structure DCIP 740-0 Siedle Multi with link to system telephone Camera assignment mode PRI 602-... USB DCIP 740-... Siedle Multi link The DCIP 740-... behaves in the system in the same way as an internal call station and is consequently bound by the same system limitations (range and number of users). The DCIP 740-... can be used in two operating modes (camera assignment and monitor assignment). The operating mode is set in the SIM 740-... The operating mode depends on the arrangement and system topology. The DCIP 740-... comprises the components: • SIVS 610-.., system interface video server. Processing and adjustment of data, audio and video. • IPVS 600- .., IP video server. Transmits data, audio and video to the IP network. • SIM 740-... system interface Multi. Interface to Siedle Multi Camera assignment mode The SIM 740-... is assigned to a door / camera. In this mode, the device can be assigned up 4 to 49 different call destinations which correspond to the functions of 49 Multi telephones. In this operating mode, a DCIP 740-... is required for each door. This operating mode is advisable in systems with a small number of doors and a large number of PC users. Monitor assignment mode: Up to a maximum of 4 call destinations, i.e. Siedle Multi system addresses, can be assigned to the interface SIM 740-...  These correspond to the functions of the 4 Multi telephones. The call destination can be dialled from every door within the Siedle Multi (max. 254). This operating mode is advisable in systems with a large number of doors and a small number of PC users. Power supply The DCIP 740-... is supplied directly from the Siedle-Multi bus. A separate supply is consequently not required. An optionally connected DCA 740-01 is supplied from the SIVS 610-...  The a/b public network interface is supplied from the TC system. It is not possible to connect an individual public network telephone directly to the a/b line of the DCA 740-01. The DCIP 740-... or the IPVS 600-... is linked using a standard network cable with RJ45 plug to the IP network. Functions • Door call from the Siedle Multi system and signalling to the PC • Text display of which door or which Multi telephone is calling. • Door release actuation by means of a mouse click • Light actuation by means of a mouse click • Selective dialling of a connection to a Multi door station or Multi in-house telephone. • Initiation of control and switching functions via a mouse click to the Multi system • Reception of status messages from the Siedle Multi bus • Speech connection via PC (headset) or optionally via the telephone. 3 Group calculation Max. number of PC users Monitor assignment mode PRI 602-... USB Commissioning and programming After connection of the supply voltage, the devices SIM 740-... and SIVS 610-... can be programmed with the aid of a PRI 602 via the PC. (See commissioning chapter 6) No programming is required for the DCA 740-01. For programming and configuration of the TC system, see the relevant product information and programming instructions of the manufacturer. Mounting and installation The DCIP 740-... can be connected at any optional point of the Siedle Multi system bus. The devices are intended for switch panel mounting. These should preferably be mounted directly one next to the other. The maximum conductor length of the device connection must not exceed 1 metre. The SIM 740-... is linked to the SIVS 610-... with 6 cores. Actuation of the link between the SIVS 610-... and the IPVS 600-... takes place via the patch cable. Performance features • Transmission of door calls with/ without video via the Ethernet to PC users • Free combination of PC call stations and Multi Siedle terminals • Audio transmission also possible via the telephone network (DCA 740-01) • Full duplex calls between door call station and Software Client • Actuation of the door release and light possible from the PC with a mouse click. • Video: MPEG-4 (ISO/IEC 14496) Codec, Audio: G.711; (300Hz 3.4KHz) • From 1 door up to 49 different PC call users can be connected • Selective connection to a door station. (Audio and/or video) • Parallel call possible to max. 25 PC users • With the TLC 640-... in combination with code lock module COM 611-..., alphabetical input module AEM 645-0 or display call module DRM 611-... direct calls are possible from PC users. Calculation For calculation of the maximum number of possible PC users (single and parallel calls), the following rules are applied: • In general, an IPVS can manage a maximum of 50 registrations. • In the monitor assignment mode, the maximum number of users is four. This applies depending on which limit is reached first. • Every PC user to which a door call has been established currently occupies 2 registrations in the IPVS. Camera assignment mode: • If no groups are created, a maximum of 49 single PC users can be integrated. If one of these PC users is called, it currently occupies 2 registrations, the others occupy only one each. In total, this adds up to 1*2+48=50, which is the maximum possible assignment per IPVS. • If several groups are created, the biggest group is decisive for the calculation. The maximum group size is 25. If this group is called, each PC user currently occupies 2 5 3 Terms registrations. In total, this adds up to 25*2=50, which is the maximum possible assignment per IPVS. In the following is a list with five combinations. Each example comprises a group with a different number of users and individual clients. Clients Individual Calculation in group Clients 5 40 5*2+40=50 10 30 10*2+30=50 15 20 15*2+20=50 20 10 20*2+10=50 25 0 25*2+0=50 Example in case of several groups: The following is a combination example comprising two groups and five individual clients, with each group and each individual client occupying one address. Consequently a total of seven addresses are used in the system. Group 1: 20 PC users Group 2: 5 PC users Clients: 5 individual PC users • If the biggest group (group 1) is called, this group occupies 20*2=40 registrations in the IPVS. Group 2 and the individual PC users each occupy 5 registrations. In total, this adds up to 20*2+5+5=50, which is the maximum possible assignment per IPVS. Monitor assignment mode: • If no groups are created, a maximum of 4 single PC users can be integrated. If one of these PC users is called, it currently occupies 2 registrations, the others occupy only one each. In total, this adds up to 1*2+3=5. In this operating mode, this represents the maximum number of users. • If several groups are created, the biggest group is decisive for the calculation. The maximum group size is 25. If this group is called, each PC user currently occupies 2 registrations. In total, this adds up 6 to 25*2=50, which is the maximum possible assignment per IPVS. In the following is a list with four combinations. Each example comprises a group with a different number of users and individual clients. Clients Individual Calculation in group Clients 23 3 23*2+3=49 24 2 24*2+2=50 24 1 24*2+1=49 25 0 25*2+0=50 Example in case of several groups: The following is a combination example comprising two groups and two individual clients, with each group and each individual client occupying one address. Consequently a total of four addresses are used in the system. Group 1: 20 PC users Group 2: 8 PC users Clients: 2 individual PC users • If the biggest group (group 1) is called, this group occupies 20*2=40 registrations in the IPVS. Group 2 occupies 8 registrations and the two individual PC users each occupy one. In total, this adds up to 20*2+8+2=50, which is the maximum possible assignment per IPVS. For parallel calls to groups, note the section on multicasting, page 22. Camera assignment A Siedle Multi door station can be assigned up to 49 different PC users. This operating mode is only possible with DCIP 740-...  Client PC user connected to a network. Full duplex Both users (PC client and door station) have an unrestricted speech connection. Open duplex communication, i.e. as opposed to the simplex speech mode. Gateway Gateways link two different networks and create connections across network boundaries. During this process, both the physical transmission modes and also protocols and addresses are adjusted accordingly. Half duplex Two speaking users have one speech connection which they can use alternately, also known as push to talk. HTTP The Hypertext Transfer Protocol is a protocol used for the transmission of data via a network. It is used mainly to load websites and other data from the Internet into a web browser. Hub The term hub when used in relation to network technology describes a device which links network nodes in a star formation. Normally, the term hub is used to denote a multiport repeater. It is used in order to link network nodes or other hubs, for example by means of an Ethernet. IP address Internet Protocol address An IP address is a number which permits PCs and other devices in an IP network to be addressed. In technical terms, the number is a 32- or 128-bit binary number. IP Internet Protocol The IP is a network protocol in widespread use in computer networks. IP forms the first layer of the Internet protocol family which is independent of the transmission medium. This means that computers can be grouped within a network into logical units known as subnets by means of an IP address and subnet mask. IGMP V3 The Internet Group Management Protocol is based on the Internet Protocol (IP) and permits IP multicasting (group communication) in the Internet. IP multicasting is the distribution of IP packages under an IP address to several stations simultaneously. Here, it is possible to specify which source is required for the multicast stream. IWA Interface Working Address Six-digit address with which the system interface video server SIVS 600-... addresses the PC users. These IWA addresses are stored in the Software Client. LAN Local Area Network Local, cable-linked network. Monitor assignment Up to 254 Siedle Multi door stations can be assigned to a maximum of 4 different PC users. This operating mode is only possible with DCIP 740-... . Multicasting Term to denote group/parallel calls with video image to several PC users which have the Software Client installed. For this to be possible, the UDP and IGMP V3 protocols must be implemented in the network. Push to Talk In case of a connection using the half-duplex mode (push to talk) a button always has to be pushed to change the speech direction. Router A router is a network device which links several computer networks. Network packages of a protocol arriving at the router are analysed for information and forwarded or routed to the intended destination network. RS232 Designation for a serial interface, for instance the COM interface of a PC. RS485 Interface for serial data transmission in the half-duplex mode. Transmission to a pair of cores. UDP User Datagram Protocol The UDP is a minimal connectionless network protocol which belongs to the transport layer of the Internet protocol family. It is the task of the UDP to assign data transmitted via the network to the right application. Vario bus Various different input and control units can be connected to the Vario bus. It comprises 4 cores. The Vario bus is a RS485-bus. The information will be transfered on the Vario bus protocol. Web browser Software for the display and indication of Internet pages or corresponding configuration pages. E.g. Internet Explorer or Firefox. Server A server is a program which waits to be contacted by a client program, after which it exchanges data with the client program. The hardware on which the server runs is known as the host. Subnet mask The subnet mask, also known as network mask, is a bit mask which separates an IP address into a network and a device or host section. It is used in IP networks in order to make routing decisions. TCP Transmission Control Protocol The TCP is a protocol which determines the way in which data is exchanged between computers. All operating systems in modern computers have TCP capability and use this protocol for data exchange with other computers. The protocol is a reliable, connection-oriented transport protocol used in computer networks.It is part of the internet protocol family, which forms the foundation of the Internet. 7 4 Components for DCIP 740-... Call buttons BTM 650-01 - BTM 650-04 Bus call button modules for In-Home bus. 1-4 call buttons, integrated LED lighting. Connection via ribbon cable to the TME 645-... Power supply to the LED lighting via terminals b and c with 12 V AC/DC, current consumption 25 mA per bus call button module BTM 650-... TME 645-0 Call button module extension with interface to the Vario bus for max. 8 TME 645-... . Suitable for connection of call button module BTM 650 -... A maximum of 16 bus call button modules can be connected per TME 645-… . With an acoustic signal which sounds on button assignment. The call button modules are connected to the TME 645-… by means of a ribbon TM 612-1 - TM 612-4 Call button modules, potential-free buttons, 1-4 call buttons, integrated LED lighting. Connection by means of terminal block. Power supply to the LED lighting by means of terminal b and c with 12 V AC/DC, current consumption 25 mA per call button module TM 612-... Used as call buttons 1-4 directly at the SIVS 600-... TME 640-0 Call button module extension in protective housing with screw terminals, for connection of call button modules TM 612-... or call buttons of other makes. A maximum of 16 call button modules can be connected to the TME 640-… by means of a matrix installation. Dimensions: 100 x 50 x 20 mm 8 cable. Dimensions: 99 x 99 mm 4 Components for DCIP 740-... Input module, camera module CMC 612-... Camera module, colour. Integrated 2-step heating system, day/night switchover, infrared lighting and video signal transformer. Power supply using line rectifier NG 600-... or VNG 602-... With Siedle Multi via PCM 640-.../NG 600-..., NG 608-... or NG 640-... Heating power supply 12 V AC, 100 mA. COM 611-01 Code lock module as an input unit in conjunction with the Siedle Vario bus. A C button for deleting incorrect inputs. LED as status display (external potential-free contact). Operating voltage 12 V AC /DC Current consumption max. 100 mA Ambient temperatue -20°C to +70°C Dimensions: 99 x 99 mm AEM 645-0 Alphabetical input module with keypad A - I. Input unit for alphanumerical selection of PC users. For use in Siedle Multi systems only in conjunction with the TLC 640-02, COM 611-01 DIM 640-0 and SIVS 600-... Operating voltage 12 V AC /DC Current consumption max. 100 mA DRM 611-0 Display call module as an input unit with 4-line display for placing door calls. To scroll through the name index, there are two arrow keys provided for „up/down“. An external DR button can be connected. • 4-line display x 18 characters each, with LED backlighting • 3 displacement-free piezo buttons • Button actuation confirmed by acoustic tone • Backlit symbols Operating voltage 12 V AC/DC • Current consumption max. 200 mA Ambient temperature -20°C to +70°C Dimensions: 99 x 99 mm 9 4 Components for DCIP 740-... Power supply, programming, video server NG 600-0 Line rectifier in 10-grid switch panel housing for universal power supply. Suitable for surface mounting with ZAP 10-0. Primary 230 V AC, 50 Hz, +6%-10% Secondary b/c: 14 V AC, 1 A; +/-: 24-28 V DC, 0.7 A Ambient temperature 0°C to +40°C, protection rating IP 20 Dimensions: 180 x 89 x 60 mm PRI 602-... USB Programming interface for connection of a Windows PC via USB interface to the Vario bus. Required for configuration of the system interface video server with software DCIP CO 600-... version 1.1. or higher. IPVS 600-0 System interface video server Processing and adjustment of audio and video, transmission of data, audio and video to the IP network. Dimensions: 112 x 85 x 40 mm DCA 740-01 The DoorCom Analog DCA 740-01 can be connected to a universal a/b interface. In conjunction with the DCIP 740-... it serves as an alternative speech connection if no speech connection via PC is preferred. Connection takes place at the standardized a/b interface of a TC system (analogue PBX extension) or directly at the analogue telephone network. Dimensions: 107 x 89 x 60 mm 10 4 Device overview for DCIP 740-... Software DCIP SC 600-0 DoorCom IP Software Client PC program, which depicts a virtual house telephone with video on a PC monitor. Door calls with video are possible to one or more Siedle door stations. Execution of switching and control functions such as door release, light switch or display of messages on the PC monitor. For each installation of the Software Client on a PC, a licence is required for the DCIP SC 600-0. DCIP CO 600-0 DoorCom IP configuration software PC program for set-up and programming of the Siedle interface video server SIVS 610-... Programming takes place via the USB programming interface PRI 602-... USB configuration software version 1.1. or higher. Commissioning software for the administrator. CD contains • DoorCom IP Software Client (DCIP SC 600-0) • DoorCom IP Configuration software (DCIP CO 600-0) • DoorCom IP Manual • Siedle default configuration for IPVS 600-... • Java Runtime Environment (JRE) 5.0 • Microsoft Installer 3.1 11 4 Device overview only DCIP 740-... Siedle Multi SIVS 610-0 System interface video server, for connection of Siedle Multi to the IPVS 600-0. The SIM 740-0 is required for connection. The SIVS 610-... features galvanic isolation in addition to the SIVS 600-0. Dimensions: 144 x 130 x 55 mm SIM 740-0 The Multi system interface processes all Multi data protocols. System information is managed here and forwarded in neutral form to the SIVS. The SIM 740-... is able to simulate several Multi telephones, depending on the operating mode. Only one of these “virtual telephones“ can ever be active at one time, i.e. conduct a call. Dimensions: 107 x 89 x 60 mm VMS 641-0 Video monitor switching unit, links the SIVS 610-... with the Multi video bus, in order to create the connection to the corresponding door call station. Is required in the monitor assignment mode when the SIM 740-... simulates more than 1 user. Dimensions: 62 x 230 x 35 mm TLC 640-02 Door loudspeaker controller in 6-grid switch panel housing. Control unit to be used between TLM 645-... and Siedle-Multi, for two speech channels. Dimensions: 107 x 89 x 60 mm 12 5 Terminals CMC 612-0 Block diagram CMC 612-0 +M/-M Vc/- VKA A1/A1 b/c Supply voltage Video 20 - 30 V DC Actuation from door loudspeaker for camera on. With DoorCom IP the contact is permanently active. Potential - is switched via the UPS terminal. Actuation of camera distributor -M is switched Potential-free contact for additional applications Power supply 12 V AC for heating 13 5 Terminals DCIP 740-... b a c f g e d h i Terminals and LEDs IPVS 600-0 a No function b Connecting socket to the SIVS 610-... c RJ45 socket ETH network connection d Reset button to recreate the as-delivered status (after a reset, the Siedle modes must be reinstalled, see page 30.) e LED operating status lights up in green on readiness for operation f LED L lights up in green with an existing network connection g LED T flashes orange on data transmission via the network j Terminals IPVS 600-0 h Video input 1Vss from the SIVS 610-... i Audio-Line-In to the SIVS 610-... j Terminal plug for control signals k Audio-Line-Out to the SIVS 610-... k c d a b e g f 14 Terminals SIVS 610-... a Video signal 1 Vss (cinch jack) b Terminating resistor 75 Ohm ON/OFF c IN = video signal 1 Vss input, D = Video signal 1 Vss throughput d Terminals for installation e Connection to IPVS 600-... f Terminals for installation g Grounding terminal 5 LED display SIVS 610-... /SIM 740-0 and IPVS 600-... LED signalling SIVS 610-... /SIM 740-0 Switching on LED green LED red OFF ON ON ON Fast flashing ON Function After reset, power on: Device boots to operating status. The boot area is checked. Software runs in the flash After a software update, the boot area is recreated. This can take up to around 3 minutes. Operation LED green ON Slow flashing Fast flashing LED red OFF OFF OFF Function Booting is complete. All OK. Normal status Display, a connection exists A software update or reconfiguration process is under way Fault LED green LED red OFF Slow flashing ON Slow flashing ON Fast flashing OFF OFF Function ERROR, software running only in bootloader. Program memory defective. (Device defective, possibly new software update or exchange.) Variobus address error (error remedy possible on site) The 15 V power supply (terminal bv, cv) is overloaded. (Error remedy possible on site) (only SIVS 610-...) If supply voltage is definitely connected, the device is defective. (Exchange) Frequencies: Slow appr. 2 Hz, fast appr. 16 Hz LED signalling IPVS 600-... The underneath of the IP video server IPVS 600-... has 3 LEDs which display operating statuses and can provide an indication of possible errors. LED operating status OFF Lights up in green Flashes green Lights up in red (briefly) Lights up in red (continuous) Function IPVS 600-... is switched off. IPVS 600-... is switched on Access to the IPVS 600-... Start process running Error in the device or failed upload LED L Lights up in green Network connection exists LED T Lights up in orange Active data transmission via the network 15 5 Terminals SIVS 610-0, SIM 740-0 Block diagram SIVS 610-0 G E4 E3 E2 E1 cv- bv+ Da/Db + - Tö Tö Li USP SN1 SN2 n1 n2 Reference for the inputs E1–E4 not assigned not assigned not assigned not assigned Power supply for Vario bus, 15 V DC, max. 300 mA Vario bus Supply voltage 24 V DC not used, DR via TLC 640-02 not used Universal Serial Port, RF signal, path SIM 740-...–SIVS 610-... RF signal for connected DCA 740-01 Block diagram SIM 740-0 S1 S2 S3 S4 cv- bv+ 1–8 E1 E2 E3 Da/Db SN1 SN2 16 Switching output 1 Switching output 2 Switching output 3 Switching output 4 Power supply for 15 V DC Siedle Multi Input 1 Input 2 Input 3 Vario bus RF signal, path SIM 740-...–SIVS 610-... Monitor assignment mode Siedle Multi requires additional supply devices which are not listed in this wiring diagram! 5 Installation DCIP 740-... Siedle multi 17 Camera assignment mode Siedle Multi requires additional supply devices which are not listed in this wiring diagram! 5 Installation DCIP 740-... Siedle multi 18 DCIP 740-... Siedle multi Functional characteristics Depending on the operating mode camera assignment or monitor assignment, 49 or 4 PC users can be called. Calling, speech and door release via the Software Client DCIP SC 600-... . The Software Client must be installed on every PC which receives door calls. Standard call tones for the Software Client 3-tone chime. A dedicated *.wav file can be assigned for each call tone. It is not possible to listen in to an existing call from other PC users in the network. The door is opened by the called PC user using a “virtual door release button”, the light switching function is actuated using a “virtual light button”. The door call can be muted with an optical display on the monitor. Camera assignment mode The SIM 740-... is assigned to a door / camera. In this mode, the device can be assigned up to 49 different call destinations, i.e. Siedle Multi system addresses which correspond to the functions of 49 Multi telephones. In this operating mode, a DCIP 740-... is required for each door. This operating mode is advisable in systems with a small number of doors and a large number of PC users. Remarks a) Door release 12 V AC, use at least 20 Ohm (e.g. TÖ 615-...) • 12 V AC consumers in the wiring diagram: • Door release appr. 600 mA • Light contact load in the door loudspeaker max. 24 V AC, 2 A c) Distance of the SIVS 610-... to the door station max. 200 m with J-Y(ST)Y 0.8 mm core material. Distance between the two devices SIVS 610-... and IPVS 600-... in the distributor max. 1 m. During installation, ensure that the door release is laid in a separate cable. Power supply voltage bv+/cv- of the SIVS 610 15 V DC, max. 300 mA When connecting additional devices to the Vario bus (terminals Da/Db), the Vario bus requires an additional power supply. d) ***Optionally the DCA 740-01 can be connected to the PBX extension of a telephone system. Active door calls can then be routed via the telephone. The functional features of the Software Client can still be used. Monitor assignment mode: Up to a maximum of 4 call destinations, i.e. Siedle Multi system addresses, can be assigned to the interface. These correspond to the functions of the 4 Multi telephones. The call destination can be dialled from every door within the Siedle Multi (max. 254). This operating mode is advisable in systems with a large number of doors and a small number of PC users. 19 6 Commissioning DCIP 740-... Siedle multi The procedure for commissioning the DCIP 740-... is broken down into 4 steps: 1 Configuration of IPVS 600-... 2 Configuration of SIM 740-... 3 Configuration of SIVS 610-... 4 Installation of the software DCIP SC 600-... on the PCs Step 1 on this page Configuration of IPVS 600-... Issue of the IP address, subnet mask address and gateway address for assignment in the network. In the case of group calls, issue of the Multicast address. Step 2 on pages 21 Configuration of SIM 740-... Here, the multi-specific parameters of the SIM 740-... are entered. Selection of whether the DCIP 740-... should run in the camera or the monitor mode. Step 2.1 Configuraion of DRM 611-... Names are programmed with the PRS-Software. The correspronding numbers are also entered here. Step 2.2 Configuration of DCA 740-... The DCA 740-... will not be configured. The numbers are given in the DCIP configuration programm, by activating the DCA 740 and entering the phone numbers. Step 3 on pages 24 Configuration of SIVS 610-... Assignment of Multi bus addresses (now IWA address) to subsequent PC users. Additional modules such as the code lock module or display call module are programmed at the TLC 640-... . After completion of programming, a file (*.dcip) is created for the Software Client. 20 Connection of the PC to IPVS 600-... Step 4 on pages 26 Installation of the Software Clients The Software Client has to be installed on the PC users in the network. Import of the generated file (*.dcip). Selection of addresses to be signalled on the affected PC user. Step 1 Issue of the IP address and subnet mask in the IPVS 600-... • The connection can be established using a crossover network cable. The IPVS 600-... can also be addressed via the network if the PC and IPVS 600-... are in the same address area. • Start the Internet Explorer on the PC and enter the following in the address line: http://192.168.0.1 The IP settings in the as-delivered status of the IPVS 610-... IP address 192.168.0.1 Subnet mask 255.255.255.0 Gateway address 0.0.0.0 User name: Servicing Password: None issued on delivery • The user interface is opened.. • In the user interface, select the menu point Settings. • On the left-hand side, select the menu point Service parameters. • Click the submenu Network. On the right-hand side, the relevant settings are opened up. • The following settings can be performed for operation in the network. IP address Subnetmask address Gateway address Video transmission HTTP browser port Type of network connection Changes to the IP address, subnet mask address or gateway address are transmitted to the device by clicking on the Set button. However, these only become valid after restarting the device. • After entering a new IP address, click onto the Set button. • Enter the old IP address in the address line of the web browser, followed by /reset (for example 192.168.0.11/reset). The IPVS is restarted and can subsequently only be reached using the new IP address. 6 Configuration SIM 740-... Configuration of SIM 740-... Programming the SIM 740-... takes place using a connected PC via PRI 602-... USB and SIVS 610-... The SIM 740-... is selected in the configuration software DCIP CO 600-... The SIM 740-... can be used in two operating modes (camera assignment and monitor assignment). The operating mode depends on the application and the system topology. The required operating mode is selected in the first mask. Basic parameters Master monitor address This address is one of the addresses which can be selected under the next tab (SIM addresses). Using this address, the SIM 740-... can be accessed for servicing purposes. If there are several SIM 740-... units in a Multi system, ensure that each SIM 740-... is given a different master monitor address. Speech channels Select the installed speech channel. Please note: In group systems, speech channel 2 must be switched off. Upgrade stage In stage 1, address area from 1 - 254, only speech channel 1 and 2 are allowed. Application in older systems, e.g. with HT 641/642/643. In step 2, address area from 1 - 500, speech channel 1 and 2, or speech channel 1 and the group speech channel are allowed. For current applications, e.g. with HT 740-..., HT 840-... SIM addresses In the mask SIM addresses, the physical Multi bus addresses are selected under which you wish to be able to reach the SIM 740-... or the relevant PC users. The master monitor address is already entered. The DCIP Software Client is the PC on which a Siedle in-house telephone is depicted by the software. When using the “monitor assignment” mode, 3 additional addresses can be selected. When using the camera assignment mode, 48 additional addresses can be selected. The functions 1 - 256 correspond to the virtual buttons 1 - 256. Each of these functions (buttons) can be assigned a command. Messages In the Messages mask, status messages are configured which are displayed in the Software Client. In the Multi system, status messages 1-8 exist in addition. The statuses ON and OFF are transferred. Each of these messages can be assigned to an individual text. Free text input Display of texts at the SoftwareClient. Example Display of three statuses in the Software-Client. Messages in the Multi system are only transmitted when a status is changed. After power ON, the status is unknown. In this case, the status „Not initialised“ is displayed at the Software Client. Only when the status is changed for the first time is the current status displayed. Functions In the Functions mask, only remote switching functions can be assigned. Parameters 1-9 correspond to the remote switching functions 1-9 on the Multi bus. In the Multi system various devices can be programmed for this remote switching function in order to initiate an action. (e.g. FSM 740-...) The functions 10 - 256 are intended for future applications. 21 6 Configuration Multicasting Multicasting Alongside the 1:1 connection between one IPVS 600-... and one software client (Unicast) each, the IPVS 600-... also offers facility for several software clients to receive the video signal at the same time. This takes place either by duplicating the data stream in the IPVS 600-... and subsequent distribution over several software clients (multiunicasting) or by distribution of an individual data flow in the network itself to several recipients in a defined group (multicasting). For each IPVS 600-..., a separate multicast address and the relevant port must be configured each per video link. Note The requirement for multicasting operation is a network with multicasting capability using the UDP protocol and the IGMP protocol. Other group management protocols are not supported. The TCP protocol does not support multicast connections. The requirement for multicast operation in a network with multicasting capability is the set-up of a special IP address (class D address). The network must support the set-up of a group IP address and the Internet Group Management Protocol (IGMP V3). The address area is 225.0.0.0 to 239.255.255.255. The multicast address can be the same for several IPVS 600-... units. However, in this case it is necessary to use a different port in each case to ensure that several data streams are not transmitted simultaneously via the same port and the same multicast address. 22 The following settings must be performed separately in each IPVS 600-... . Multicast address video 1 For each IPVS 600-..., enter a multicast address which you wish to operate in the multicast mode (duplication of the data streams in the network). With the setting 0.0.0.0, the IPVS 600-... works in the multi-unicast mode (copying the data streams in the device). The IPVS 600-... supports multiunicast connections for up to five recipients connected simultaneously. Duplication of the data in the device requires high computing power and can compromise image quality under certain circumstances. Port: With simultaneous data streams to the same multicast address, the data streams must be assigned to different ports. Here, enter the relevant port address. Streaming Click in the checkbox in order to activate multicast streaming operation for the relevant stream. Activation is not necessary for operation. Multicast audio port 1 Alongside video data, audio signals can also be transmitted and received. Audio transmission takes place in a separate data stream in parallel to the video data and so increases the network load. The audio data is encoded in accordance with G.711 and requires an additional bandwidth of appr. 80 kBit/s per direction. If audio signals have to be transmitted in multicasting mode, these must be assigned to their own port as this is a separate data stream. Here, enter the relevant port address. Audio signals are only transmitted if the audio settings and audio function are switched on in the configuration. Multicast package TTL A value can be entered which determines how long the multicast data packages are active in the network. If multicasting is operated via a router, the value must be greater than 1. 23 6 Configuration software DCIP CO 600-... Configuration of DCIP 740-... The configuration software DCIP CO 600-... is required for configuration of the SIVS 610-... and SIM 740-...  Configuration takes place via a Windows PC. Connection to the SIVS 610-... takes place via the PRI 602-... USB. With the configuration software, the call buttons are assigned to addresses. When configuring the PC user, these addresses are assigned to the Software Client. The addresses are designated in the software as IWA addresses and have 6 digits. Once programming for the SIVS 610-... has been completed, this is used to generate a file (*.dcip). This is then imported into every Software Client. System requirements for the configuration software • PC with Intel Pentium III from 1 GHz or comparable processor • at least 256 MB RAM • min. 25 MB hard disk memory • Serial COM interface RS232 or serial USB adapter • CD-ROM drive for installation • VGA graphic card with at least 1024 x 768 pixel • Operating system Windows 2000/ XP • Admin rights for installation Additional memory capacity is required for: • Acrobat Reader 7 • Microsoft Internet Explorer from version 4 Procedure for the configuration software • Installation of the configuration software •Serial connection of the PC via PRI 602-... to the SIVS 610-... • Start the configuration software • Selection of whether DCIP 600-... or DCIP 740-... should be programmed • Project data can be optionally entered • Selection of the required speech connection, half-duplex or full24 duplex • Input of the IP address of the IPVS 600-.. for which the configuration is applicable. This input is required to ensure that the Software Clients are able to locate the DCIP in the network. • Set Master-Monitor address. This is the main address on which the SIM 740-... is identified on the multi-bus. • Monitor- or camera-assignment, if camera-assignment is choosen the address of the door (TLC 640) must be given. • Define speakpath 2 or group speakpath, it depends on the installation. • To SIM addresses, enter the addresses of the Multi-SIM 740-... • Write the configuration to the SIM 740-... with Send configuration. • Below entries are details of the SIM 740-... and the SIVS 610-... synchronized. There is also the associated phone number given. • System initialization on the Multibus (with HT 644). • Multi-device list for import into the SIVS 610 -... • In the menu File DCIP, generate the SC file for later import into the Software Client. (If required, users can be deselected which do not receive a call.) Note: This step is intended to create different configurations for different Software Clients (e.g. one workstation has access to doors for which another workstation is not authorized). The configuration is saved as a file with the suffix *.dcip. Note Assign an unambiguous description to the *.dcip file (e.g. Secretarial. dcip). 25 6 Client-Software DCIP SC 600-... Installation of the Software Clients The Software Client DCIP SC 600-... must be installed on every PC you wish to receive door calls. The Software Client communicates with the calling station, the DCIP 600-... After installation, the file (*.dcip) generated using the configuration software must be imported.The addresses to which the client is intended to respond are selected from the imported file. System requirements for the Software Client • Operating system Microsoft Windows 2000/XP • Pentium IV from 1.8 GHz or compatible CPUs • min. 256 MB RAM • Graphic card with at least 1024 x 768, 128 MB and 16 bit colour depth Graphic card and driver must be MPEG4 capable. • 100 Mbit Ethernet card • Sound card • Microsoft DirectX 9.0b or newer • Microsoft Internet Explorer from Version 4.0 to read the help Procedure for installation • Install the DCIP SC 600 software • It may be necessary to install additional programs such as Microsoft Direct X Version 9.0b. • Start the Software Client • The Software Client configuration can be opened by pressing the righthand mouse button on the virtual in-house telephone. • In the first tab Configuration, select add DCIP SC file and import the file exported by the configuration software (*.dcip). • It is then possible under DCIP SC-Edit file to assign an IWA address to the Software Client for the relevant DCIP 600-..., to which you wish the PC to respond. • Other IWA addresses can optionally be assigned to the Software Client 2. (e.g. for receiving an additional door call). 26 Licence regulations For each installation of the Software Client on a PC, a licence is required for the DCIP SC 600-0. The DCIP 600-0 includes four licenses, additional licenses must be ordered. Audio transmission The quality of the audio transmission via the Software Client DCIP SC 600-0 at the PC depends largely on the equipment of the PC or the sound card used in it, and consequently cannot be directly influenced by the PC software. If a secured audio transmission in TC quality is required, or if an audio connection must always be possible to and from the door irrespective of your network or the status of the PC, then we recommend using our DCA 740-01. Possible error sources • No speech connection from the PC to the door. The microphone amplifier may not be activated. • Installation must take place as administrator, so that all registered users have access to the Software Client later. • Marked echo on the line in speech mode. In the Windows volume regulation for sound reproduction, Sound off must be activated under the microphone controller. This selection prevents the PC microphone signal being reproduced in the PC loudspeaker. • The other party is not audible at the PC. Possible causes: • No loudspeaker connected at the PC/monitor • No driver for the sound card • The loudspeaker is set to mute under the audio properties. (sound off) • If there is an active firewall, the application file DCIP SC 600-0.exe must be defined as an exception or as a permanently authorized program/application. • In order to establish a video link, it may be necessary, for the drivers for the used graphic card to be updated to the latest status. Other settings in the Software Client: Free buttons Selection of functions for buttons 1–3. Each button can be assigned an individual inscription text. Call tones Selection of call tones for door call and internal call. Alternatively, you can select your own *.wav files. Setting the volume for call tones Speech volume Setting the speech volume. Loudspeakers and microphones can be separately set. It may be necessary to carry out other settings in the control panel under “Sound”. General Selection of the Software Client language. “Start application automatically after logging onto the system?” 27 7 Setting the speech volume Level adjustment DCIP 740-... Level adjustment IPVS 600-... Setting the volume of the PC user in the direction of the door station. • Set the optimum volume at the door loudspeaker for Siedle Multi users. • Establish the connection to the PC. • At the PC, open the configuration menu of the Software Client and select the tab “Speech volume“. • Using the “Microphone“ controller, starting from 0% adjust the volume in the direction of the door in such a way that the same volume is achieved as for the Siedle Multi users. As a rule, the optional field microphone amplifier remains switched on. This field can only be switched off in the case of microphones with a very high output level. • If the control range of the microphone controller is not sufficient to achieve an optimum volume in the door loudspeaker, the SIM 740-0 with SW1 offers a switch for level selection. SW1: OFF = 0 dB (as-delivered status) ON = +9 dB 28 Level adjustment TLM 645-... Setting the volume of the PC user from the door station in the direction of the PC user. • Establish the connection to the PC. • At the PC, select Reproduction in the volume menu. Ensure that “Tone off“ has been selected under the heading Microphone. • Using buttons + and –, set the optimum volume (starting from 0%). • To ensure that the levels are stored, these must be performed via the configuration menu. Level adjustment DCA 740-01 Set the volume of the speech connection to the telephone system. • Set the optimum volume at the door loudspeaker for Siedle Multi users. • Establish the link to the TC system or public network telephone. • Using potentiometer P1 in the DCA 740-01, set the optimum volume at the door. If applicable, the switch SW1 in the SIM 740-0 must be set to ON. • With potentiometer P2 in the DCA 740-01, set the optimum volume in the receiver. (Comparison: Normal volumes with public network calls). 9 DoorCom IP Factory setting IPVS 600-... 8 DoorCom DCA 740-01 The DoorCom Analog DCA 740-... is used as an interface between DoorCom IP and an analog telephone connection of a telecommunication system. To each IWA- or client address a call number can be assigned. The functionality depends in the main on the capability of the telephone system / on the telephones connected to it. The assignment and functionality can be programmed in the SIVS 610-...  The selection of users and control and switching functions takes place by means of DTMF dialling. The telecommunications system and the connected telephones must therefore possess DTMF dialling capability. from the telecommunication system or the a/b public network connection from the exchange. It is not possible to connect an individual public network telephone directly to the a/b line of the DCA 740. Handling DTMF dialling 0 - 9 #0 #50 #51 -#59 #61 Function door call acceptance terminate connection light System- Control function 1-9 door release With the reset button at the IPVS 600-..., it can be reset to the as-delivered status. It is essential to load the Siedle factory configuration in the IPVS 600-... after a reset. Proceed as follows. 1 Open the Internet Explorer. 2 Access the video server (IPVS) with its IP address 3 Access the following menus in sequence: Setting Service parameters Firmware and configuration upload 4 Under Configuration upload, select the configuration file with „search...“ The file is on the supplied CD. 5 Select the file with the rtc_image with upload. Using the Upload button, start the update. Functional characteristics The PBX extension of the telephone system must operate using the dual tone multiple-frequency (DTMF) dialling method. It is of no consequence whether the telephone system is an ISDN or analogue installation. After pressing the call button, the DCA 740-... dials the previously in the SIVS programmed call number; a telephone connected to the telephone system rings. After picking up the receiver, the active door call is superposed / signalled. By pressing a numerical button (0-9) at the telephone, it is possible to speak to the visitor (this function can be switched off). If the number #61 is pressed, the door release is actuated for 3 seconds. (For connection of more than one telephone, a so-called group call or collective call function must be set up in the telephone system. For details, ask the telephone system installer). Power supply The DCA 740-... is supplied directly from the SIVS 610-...  A separate supply is consequently not required. The power to the a/b public network interface is supplied 29 10 DoorCom IP FAQ and trouble shooting FAQ Why does the DCIP SC 600-0.exe software have to be enabled in the firewall? In order to permit a network connection of the software DCIP SC to the gateway (video server). The software independently establishes a network connection to the video servers. This entails bidirectional exchange of data. Is door release also possible without Siedle Software ? No Exception: Via Visiomatic or via system partners such as Crestron, AMX ...with the DCIP -OEM Must PCs have a fixed IP address? No. Only the IP address of the IPVS needs to be a fixed IP address. The IP address of the PC can (may) change. Exception: In case of a connection via cross cable e.g. when servicing. Is it possible to record images? No Is it possible to record speech? No Which PC performance features are required? (For Windows 2000 only with the DCA 740-0) Personal Computer CPU Pentium IV 1.8 GHz- RAM 256 MB operating system Windows 2000, XP (SP2)graphic card and driver with at least 1024x768, 128 MB memory and 16 Bit colour depth. (MPEG4-capable) Ethernet card 100 MBit sound card DirectX 9.0b Can several PCs be switched in parallel? Yes max. 25 Is it possible to reroute a line at the PC? No Can a call forwarding command be placed at the PC? No 30 Is brokering possible at the PC? No Are telephone calls stored? No Is it possible to speak directly via IP telephones? No. (Only via the DCA 740-... and an a/b connection of the TC system) Is SIP telephony possible? No Troubleshooting PC software Client DCIP SC 600-0 The door call is signalled at the client PC, the video is not displayed. Enter the software „DCIP SC 600-0. exe“ in the Windows firewall as an exception. Update the graphic driver to the latest version. (This problem occurs primarily with laptops.) Check in the BIOS whether the memory assignment can be set for the graphics card. If so, set this to 32 MB. (this problem occurs primarily with laptops.) Set the hardware acceleration of the graphics card (display) to max. Speech goes from the PC only in the direction of the door. Enter the software „DCIP SC 600-0. exe“ in the Windows firewall as an exception. Ensure that the configuration data has been transmitted via the configuration software to the SIVS 610-0 and SIM 740-0. Audio reception sounds distorted in the door loudspeaker. (like a robot‘s voice) Close the PC client and restart. This can occur during regeneration of the PC client, e.g. after a brief power failure (storm). When first accessing the PC client, the picture only appears after around 30 seconds. Load the current JAVA version. At least version 1.5 xxx- Ensure that the DNS server can always be reached. (If a DNS server is entered which is not reached, a number of time-outs run before the connection can be established). Marked echo at the PC and at the door. In the sound card menu, go to the „Reproduction“ option (not the „Recording“ option) and set the microphone to „sound off“. Troubleshooting PC configuration software DCIP CO 600-0 After software start, a general error message appears. Experience value: Install the Net Framework 1.1 Version on your PC. (even if version 2.0 is already installed.) Troubleshooting IPVS 600 The IPVS 600 cannot be addressed via the network. The IP address of the IPVS 600 does not agree with the network structure. In order to change the IP address of the IPVS 600-... , this must be connected via a cross cable to a PC (laptop). The laptop must now be adjusted to the IP address area of the IPVS 600. It must now be possible to address IPVS 600. If the IPVS 600-0 is addressed via the browser, only a cross is displayed at the menu points. Is Java installed on the PC? At least version 1.5.xxx- Check the Java network settings. Set the button „Use browser network settings“ or enter the IP address of the IPVS 600 as an exception for which the proxy server should not be used. 31 10 Service Measured values Measurement values for DoorCom IP, to be measured using a digital multimeter Idle status min. max. Voltage +/- at line rectifier NG 608-... 24 V DC 28.5 V DC Voltage b+/c- at SIVS 610-... 15 V DC Voltage Da/Db at SIVS 610-... 0.3 V DC Speech mode Voltage +M/- at CMC 612-... 20 V DC 30 V DC 20 V DC 60 V DC DCIP mit DCA 740-... analogue PBX extension La/Lb ­­­­­­­­­­­­­­32 Index 11 Glossary Connection As-delivered status Block diagram Camera assignment Client Commissioning Config Cross-over DoorCom Factory setting Full duplex HTTP IP IP address IWA LAN LED display Licences Line rectifier Monitor assignment Multi Multicasting Network cable Power supply Programming Push to talk Reset RS232 RS485 Server Siedle Multi Software Client Subnet mask System interface video server System requirements TCP Terminals UDP Vario bus Web browser Wiring diagram 17 29 13 4, 6 6, 26 20 20 20 10 29 6 6 6 6 6 6 15 11, 26 10 5, 6 4, 18 6, 22 20 10 20 6 29 6 6 6 4, 18 24 6 10 3, 24 6 13 7 7 7 17 AEM 645-... BTM 650-... CMC 612-... COM 611-... DCA 740-... DCIP CO 600-... DCIP SC 600-... DRM 611-... IPVS 600-... NG 600-... PRI 602-... SIM 740-... SIVS 610-... TM 612-... TME 640-... TME 645-... VMS 641-... 9 8 9, 13 9 10 11 11 9 10, 14 10 10 12, 16 12, 16 8 8 8 12 The current issue of the “ DoorCom IP “ system manual is available from the download area under www.siedle.de. Technical additions and printing errors do not constitute grounds for any claims to damages. ­33 S. Siedle & Söhne Postfach 1155 D-78113 Furtwangen Bregstraße 1 D-78120 Furtwangen Tel. +49 7723 63-0 Fax+49 7723 63-300 www.siedle.de [email protected] © 2007/02.09 Printed in Germany Order no. 0-1101/037156 EN