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1. repl ces the aignal on fiber channel Fb 6 by another audio signal and this au io signabreaches the Blue R2 R003 and the Orange R2 R004 Fiber channel 7 Fb 7 is used by all R2 s Every R2 receives and transmits an au io signabover this channel This way every R2 can use a source of the previous R2 and replace it by another signal which can be received by the next R2 in the ring network Same as channels Fb 2 and Fb 3 the Red R2 R005 transmits an audio signal over fiber channel Fb 8 This signal reaches all devices and can be used by all devices Setting up the project This chapter describes a step by step setup procedure which teaches you how to configure an R2 setup with multiple devices as shown on the previous pages NOTE Don t make any ethernet or fiber connections until this point The setup should be configured in the same seguence as described in this step by step guide 1 Configuration of R2 Address The first thing which should be done is configuring the IP and bus addresses of all devices used in your setup When devices are cascaded through fiber the control can be done in two different ways Method 1 Connect one device to Ethernet and control the other devices in your setup through the same IP address The data will be transferred between the devices over the fiber conductor The advantage of this method is Only one Ethernet connection is necessary The disadvantage of this method is
2. 2 AUDAC Index Introduction Environment Safety requirements Caution servicing Chapter 1 Pin connections and connectors Attention Chapter 2 Overview front and rear panel Front description Rear description Audio in and outputs Priority S PDIF amp Fiber link inputs Peripheral interfaces Control ports Chapter 3 Wire up the system Chapter 4 R2 Quick start guide Connecting the R2 Configuring the R2 Chapter 5 User interface amp configuration Open the user interface Login screen Main screen Zone settings Sound settings Test signals Configuration screen Digital input setection Timer settings Time settings Network settings Paging settings Priority settings Wall panel settings R2 Address settings Fiber settings Amplifier bridging Password settings Factory settings 15 16 16 17 TT Lite User Interface Login screen Main screen iPhone iPad Chapter 6 Peripheral interfaces Wall mounted control panels DW3018 4018 Basic wall panel DW5065 All in one wall panel Connection possibilities Chapter 7 Paging Chapter 8 Cascading the R2 Principle Fiber audio flow Setting up the project Connection possibilities Chapter 9 Additional information IP Basics Updating the R2 Technical specifications Personal notes 34 34 34 35 6 AUDAC Environment Do not place this unit in an enclosed environment such as a bookshelf or closet Ensure there is adeguate ventilat
3. buttons Logically the volume will be increased after pressing the Vol button will be decreased after pressing the Vol button When the volume is changed the display will show the volume level for two seconds and after those two seconds the routing will be displayed again Maximum cable length The maximum cable length depends of the number of connected wall panel When only one wall panel is connected a maximum cable length of 600 meters can be reached The table below gives an overview of the maximum cable length depending of the connected wall panels No of DW3018 4018 Wall panels Maximum cable length 600 meter 600 meter 400 meter 300 meter 200 meter 150 meter 120 meter 100 meter DW5065 All in one wall panel Functions The DW5065 is the advanced All in one wall panel for the R2 This wall panel has a grahic display and can control the routing volume bass treble and mute for multiple Zones up to 8 on one R2 Besides those control functions it also provides the possibility to connect a microphone and a stereo line input source The DW5065 wall panel should be connected to the R2 by means of a UTP FTP Cat6 or better cable First read the PI connection principles in the beginning of this chapter before making any connections co SI 0 RON The following functions of multiple zones of the R2 can be controlled Volume within a range of OdB to 70 dB All inputs can be se
4. Multiple APM paging consoles can be connected to one PI port using a bus structure with ARJO3 junction boxes When multiple APM paging consoles are connected to one Pl port only one APM console can announce messages at a time so the paging is priority based Paging with different APM consoles in different zones is possible when the APM s are connected to separate Pl inputs Connection possibilities Working connections Multiple DW3018 4018 s on one PI input PI1 to PI10 One DW5065 and multiple DW3018 4018 s to one PI input PI1 to PI8 One APM and multiple DW3018 4018 s to one PI input Pl1 to PI8 Multiple APM s priority and multiple DW3018 4018 s to one PI input PI1 to PI8 Connections that don t work DW5065 and APM to one PI input DW5065 to PI9 or PI10 APM to PI9 or 0110 Multiple DW5065 to one PI input Important Always make sure the R2 is powered off when connecting or disconnecting devices to the PI ports Wall mounted control panels The R2 installation can be expanded with additional wall control panels There are two kinds of wall panels available one standard wall panel DW3018 4018 which allows to adjust the routing and volume for a particular output zone and one All In One wall panel DW5065 which provides the possibility to connect an additional Line of Microphone signal source in a specific zone UNE IN O Oc MIC IN DW3018 4018 Left amp DW5065
5. can be done by repeating step 5 to 8 of this procedure Make sure every device has an unigue bus and IP address 10 Now all devices have an unigue bus and IP address and no device is connected to the Ethernet network 11 Connect all devices to your ethernet network Connect the R2 s with each other through fiber conductors using the loop principle as shown in Figure 1 13 Restart all R2 s All R2 s should display now Fiber OK on top of their main page next to the connection status 7 Hi _ ethernet E ethernet I 192 168 0 191 I I 192 168 0 191 v v R2 4 P Sai A o A ethernet 192 168 0 192 v v BI R2 p R2 R003 R003 ethernet 192 168 0 193 E ethernet 192 168 0 194 8 R005 LG RoE A R005 E ethernet E 192 168 0 194 Example setup with 5 R2 s on the left side with only one Ethernet connection Method 1 while on the right side every R2 has a separate ethernet connection Method 2 LS AUDACR2Audio Matrix FIBER SETTINGS Fiber Channel 1 Fiber Channel 2 Fiber Channel 3 Fiber Channel 4 Fiber Channel 5 Fiber Channel 6 Fiber Channel 7 Fiber Channel 8 Ghapter 9 Additional information IP Basics Many AUDAC products are control
6. different zones can be done at the same time multiple APM s are trying to page to the same zone at the same time then paging is priority based and only the message coming from the APM with the highest priority lowest address will be announced Paging over fiber When multiple R2 s are cascaded with each other through the fiber interconnection interface paging messages can be transferred over the fiber conductor making paging possible in multiple zones of multiple R2 s When this option is enabled audio channel one FB1 is dedicated for paging purposes whereby this channel can t be used for other purposes Paging over fiber is always priority based and only one APM can page to multiple R2 s at the same time Limits When multiple APM s are connected on one Pl port using a bus structure a maximum of 6 APM s can be connected to one PI port with a maximum cable distance of 300 meter for the total APM bus Connection limits summary Maximum 6 APM s on one PI port Maximum 100m when Cat 5 cable is used Maximum 300m when Cat 6 cable is used Always use ARJOSP junction boxes with external power supply when multiple APM s are connected using Bus structure Use ARJO3P with external power supply when the cable length for one APM exceeds 200m Max 300 meter DAI AUDACR2Audio Matrix PAGING VOLUME Volume Volume a AUDACR2Audio Matrix PAGING CONFIGURATION General configuratio
7. interface ports with the letters PI followed by a number ranging from 1 to 10 each representing one PI port on the rear side of the R2 As this already suggests there are 10 PI ports available on the rear side of the R2 each of them performed with an RJ45 connector 8 of these PI ports are capable of transporting bi directional audio and data ports PI 1 8 while the remaining two ports are only capable of transporting data ports PI 9 10 Devices possible to connect to the Pl ports DW3018 4018 Basic wall panel with routing and volume control Mutliple DW3018 4018 wall panels can be connected in a bus structure This wall panel is only using digital data transfer and no audio transfer so it can be connected to all peripheral interface ports from PIT to PI10 The assignment of the wall panel with a zone should be done in the user interface DW5065 Advanced wall panel with graphic display stereo line input and microphone input This wall panel can control multiple zones and has a direct digital audio link to the R2 Only one DW5065 wall panel can be connected on one PI port and only PI1 to PI8 can be used for connecting DW5065 wall panels APM Paging system The APM paging system can be used to page to different paging zones of the R2 Paging to zones on other R2 s is also possible when multiple R2 s are linked with each other through the optional fiber interface APM paging consoles can only be connected to PI ports PI1 to PI8
8. one single PI input by using bus cabling connecting all the wall panels in parallel or each wall panel can be connected to an Pl input by a separate cable It doesn t matter which PI port is used for which zone the settings for which wall panel should control which zone can be made in the user interface 4 Connecting a computer A computer can be connected to the R2 through true ethernet If the computer is directly connected to the R2 a crossed network cable is necessary If the R2 is connected to a local LAN network connected to a router switch hub a straight network cable is necessary Ask your IT administrator for help To get access to the user interface enter the following address in your internet browser address bar http 192 168 0 191 This is the factory default IP address of the R2 can be changed in the user interface The default administrator password gives you access to all functions is R2 and the default user password gives you only access to the basic functions is user If you want to make any changes to the settings you should log in with the administrator password Configuring the R2 1 Changing the IP address You can skip this step when the default IP address 192 168 0 191 is not used by another device in your network and is OK for you If you like to change the IP address go to the Setup menu click the icon in the upper right corner of the main screen and click Network S
9. their main page next to the connection status Method 2 Connect all devices to Ethernet and control them by their own IP address The advantage of this method is you can see the VU meters of all connected R2 s The disadvantage of this method is every device needs his own Ethernet connection and IP address To configure your system according to Method 2 proceed with the following procedure 1 Connect the first R2 of your setup to your Ethernet network 2 Set the address for the first R2 to R001 this can be done in the Setup menu under R2 Address Settings 3 Change the IP address for the first device to one which is available in your ethernet network For example 192 168 0 191 This can be done in the Setup menu under Network Settings 4 Disconnect the first R2 of your setup from the Ethernet network 5 Connect the second R2 of your setup to your Ethernet network o Set the address for the second R2 to R002 this can be done in the Setup menu under R2 Address Settings 7 Change the IP address for the second device to one which is available in your ethernet network For example 192 168 0 192 This can be done in the Setup menu under Network Settings Make sure this IP address is different from the first device s IP address 8 Disconnect the second R2 of your setup from the Ethernet network 9 Give all the R2 s in your setup an unigue bus and IP address This
10. you can only see the VU meters in the user interface of the R2 which is direcltly connected to the Ethernet network All other settings can me made except the VU meter bar graph which is only visible for the direct connected R2 To configure your system according to Method 1 proceed with the following procedure 1 Connect the first R2 of your setup to your Ethernet network 2 Set the address for the first R2 to RO01 this can be done in the Setup menu under R2 Address Settings 3 Disconnect the first R2 of your setup from the Ethernet network 4 Connect the second R2 of your setup to your Ethernet network 5 Set the address for the second R2 to R002 this can be done in the Setup menu under R2 Address Settings 6 Disconnect the second R2 of your setup from the Ethernet network 7 Repeat this procedure for all R2 s in your setup and assign an unigue bus address to every R2 in your setup 8 After this is done all R2 s should have an unique bus address and no R2 is longer connected to the Ethernet network 9 Connect one of the R2 s in your setup to the Ethernet network It doesn t matter which one you connect to the Ethernet network but mind you can only see the VU meter bar graph moving of the connected R2 10 Connect the R2 s with each other through fiber conductors using the loop principle as shown in Figure 1 11 Restart all R2 s All R2 s should display now Fiber OK on top of
11. 2DIS provided The power button is a latching type and should be used for powering up the system When the power button is pressed the R2 will startup When the startup procedure is taking place the LED on front of the amplifier will blink blue After the startup procedure is completed the LED will light up blue and the R2 will be ready for operation The rectangular area on the front of the amplifier is the location where the optional touchscreen should be installed R2DIS This touchscreen can be used for controlling and configuring all the functions of the R2 amplifier This unit consists of a 7 touchscreen with a format of 16 9 and a resolution of 800 x 480 px A small integrated computer controls the functions of the touchscreen The lower USB connection port on front of the amplifier is dedicated for software updates When the touchscreen is installed the other three USB connections can be used to connect several peripherals to the amplifier like an USB keyboard or mouse When the optional touchscreen is not installed and the lower usb connection is connected to your pc the other three USB ports act as a hub to your computer The peripherals connected to the USB ports will be connected to your PC Line Inputs Line level 008 O 00 amp Bet y y y Left Right 2 Audio in and outputs 8 line level in and outputs are provi
12. Control units DW3018 4018 UTP FTP Cat5 cable or better DW5065 UTP FTP Cat6 cable or better APM UTP FTP Cat6 cable or better 3 Music sources and line level zone outputs must be connected with high quality audio cable and connectors 4 Ethernet connection UTP FTP Cat5 cable or better Chapter 4 R2 Ouick start guide This chapter guides you through the setup process of a basic project with one R2 audio matrix and 8 standard DW3018 4018 wall panels Wall panels 5 gr j a ge 3 8 3 Audio sources Amplifiers Overview of the R2 setup Connecting the R2 1 Connecting audio sources Connect all your audio sources CD players tuners to the line inputs RCA connectors on the rear panel of the R2 Adjust all input gains to the appropriate level so no clipping occurs 2 Connecting amplifiers and or speakers Connect amplifiers 100V or Iow impedance to the line outputs RCA connectors on the rear panel of the R2 When the optional power amplifier kit is installed low impedance loudspeakers can be connected to the loudspeaker outputs Euroblock terminal connectors on the rear side of the R2 3 Gonnecting wall panels Connect the DW3018 4018 wall panels to the PI Peripheral Interface inputs RJ45 connectors on rear panel of the R2 Multiple DW3018 4018 wall panels can be connected to
13. INGS Manual clock settings eat Month Day nou Mi a Time server settings Enabled rs 7 Di AUDAC R2 udio Matrix NETWORK SETTINGS D AUDACR2Audio Matrix PAGING VOLUME Zone Volume Zone 1 LS AUDAC R2Audio Matrix PRIORITY 1 SETTINGS gt Priority 1 Priority 2 gt Priority 3 Priority 4 TRIGGER OUTPUT VOLUME OUTPUT VOLUME B v Da AUDAC R2Audio Matrix WALL PANEL SETTINGS Selected wall panel Selectable inputs Wall control panel Zone 1 Set Wall Panel Address Sel Wall panel inputs Di AUDAC R2 udio Matrix R2 ADDRESS ER AUDAC R2Audio Matrix FIBER SETTINGS D AUDAC R2Audio Matrix unnectim status ONLINE BRIDGING BRIDGING BRIDGING BRIDGING AMPLIFIER BRIDGING BRIDGING BRIDGING BRIDGING BRIDGING LS AUDAC R2Audio Matrix PASSWORD SETTINGS Change Admin Password Change User Password Old Admin Pas s AUDAC R2Audio Matrix RESTORE FACTORY SETTINGS Password RE Next Zone gt Y ON MAUDAC iPhone iPad Here comes the information about the iPhone and iPad apps Chapter 6 Peripheral interfaces The R2 offers the possibility to connect many additional input and control units in addition to the standard direct line inputs To connect those additional units peripheral interface ports are provided on the rear side of the R2 In the further explanations of this user manual we will refer to the peripheral
14. Right Wall panels The wall panels should be connected with the peripheral ports on the rear side of the R2 by means of Twisted pair UTP FTP Cat5 or better cabling for DW3018 4018 and UTP FTP Cat6 or better cabling for DW5065 It is possible to connect multiple standard DW3018 4018 wall panels on one single peripheral port Up to 32 wall panels according to RS485 specification Only one All In One wall panel with audio inputs DW5065 can be connected to each peripheral port DW3018 4018 Basic wall panel Functions The DW3018 4018 is the basic wall panel which allows to control the routing and the volume of the R2 A selection out of up to 8 input signals can be made by means of the DW3018 4018 wall panel The inputs which are selectable by means of the wall panel can be configured in the user interface How this works is extensively described in the Wall panel Settings menu First read the PI connection principles in the beginning of this chapter before making any connections Change routing In normal conditions the DW3018 display will show the routing by indicating the number of the selected input signal which is routed to the related zone If the Prog button is pressed the next pre defined input will be selected if the Prog button is pressed the previous pre defined input will be selected Change volume The volume in the corresponding output zone can be changed by pressing the Vol and Vol
15. console contains 8 zone selection buttons which makes it possible to page separately to all zones or to page to multiple zones at a time R2 Priority Paging is always priority based When multiple APM consoles are connected to one R2 and multiple APM s give a command to announce a message at the same time it depends of the priority settings which message will be announced The priority level is related to the address of the APM table which is unique The APM with the lowest address has the highest priority This means when two APM s are connected and APM with address 002 is announcing a message while at the same time APM with address 001 wants to announce a message the message from APM 002 will be interrupted and the message from APM 001 will be audible For voice files and messages which are stored inside the APM memory the priority works different A priority number can be assigned to each stored message making it possible to give emergency messages a higher priority Connection possibilities Two different connection methods are possible for connecting multiple APM s to one R2 1 Bus structure Multiple APM s can be connected in a bus structure on the same PI Input Only one APM paging console 2 Separate PI input Multiple APM s can be connected to the R2 each of them using a separate PI Input If the selected paging zones are different paging to
16. ded in its standard configuration Each line input is fitted with stereo RCA input connectors and a clipping LED which illuminates when the signal reaches the clipping level By means of the gain control potentiometers the level of the input signals can be controlled Each zone output is fitted with RCA stereo connectors for the connection of external amplifiers When the optional power amplifier kit is installed R2POW each output zone has an amplified stereo with a power of 2 x 40 Watt 4 Ohm or 2 x 20 Watt 8 Ohm The amplified zone outputs can be bridged in the graphical user interface to obtain a power of 80 Watt 8 Ohm for each output zone Priority S PDIF amp Fiber Two audio priority inputs and two priority contact inputs provided Depending of the configuration 4 priority signals can be used The actions that need to happen when a priority signal occurs can be freely programmed There can be automatically switched to the priority audio inputs when a audio signal is applied or the internal routing can be adapted when a signal is available on the contact inputs A digital S PDIF in and output connection is provided which is both coaxial and optical implemented The digital input signals can be routed just like the analog inputs to the desired output zone The digital outputs can be programmed in a way that there is a freely selectable zone output available on this channel without a volume control This can be useful for making
17. e network is completed To control all the functions of all the R2 s in one network only one connection with the ethernet network of one R2 in the ring network is reguired When multiple R2 s are connected in a ring network first a selection box will be displayed whereby can be selected which R2 you want to control Each R2 can transfer one or multiple of his input channels through the fiber ring network This can be any input of the R2 Line input PI audio input Digital input The selection of which input signal should be transfered over the fiber ring network can be selected in the Setup menu after selecting the Fiber settings window Every signal which is received through the fiber ring network can be used as a regular input just as all the other inputs can be selected through the wall panels and can be patched to any of the output zones When an R2 transfers an audio signal over the fiber ring network there is the possibility to transfer the signal to all R2 s in the same ring network or to transfer the signal only to the next R2 in the ring network If the signal is only needed for the next R2 in the ring network the second R2 can use this channel to transfer another signal to the third R2 and so on Fiber audio flow The diagram shown below shows an audio flow of an example project with 5 R2 s cascaded through the fiber interconnection interface where every R2 has a
18. ed by means of the text colour inside the tables When APM paging consoles are connected and paging over fiber enabled then channel Fb 1 is dedicated for paging use and can t be used to exchange other audio channels For this reason channel Fb 1 is always marked with Paging An overview of the audio signals transmitted over the fiber interface Fiber channel 1 Fb 1 Fiber channel 2 Fb 2 Fiber channel 3 Fb 3 Fiber channel 4 Fb 4 Fiber channel 5 Fb 5 Fiber channel 6 Fb 6 Fiber channel 7 Fb 7 Fiber channel 8 Fb 8 This channel is dedicated for paging purposes The Red R2 R005 transmits an audio signal over fiber channel Fb 2 Thi signal reaches all devices and can be used by all devices Same as channel Fb 2 the Red R2 R005 transmits an audio signal over fiber channel Fb 3 This signal reaches all devices and can be used by all d vices e The Yellow R2 R001 transmits an audio signal over fiber channel Fb 4 Thi signal reaches all devices and can be used by all devices The Blue R2 R003 transmits an audio signal over fiber channel Fb 5 Thi signal reaches all devices and can be used by all devices Channel 6 is used by two R2 s The Orange R2 R004 transmits an audio signal over fiber channel 6 Fb 6 and this signal reaches the Red R2 R005 the Yellow R2 R001 and the Green R2 R002 The Green R2 R002
19. el and user level If you log in using the administrator password you get access to all functions and configuration options of the 12 Amplifier The factory default password for administrator acces is R2 When you log in using the user password you only get access to the basic functions of the 12 Amplifier such as changing the volume and changing the routing for a particular output zone The factory default password for user acces is user After the right password is entered click the OK button and you will be redirected to the main screen of the R2 interface NOTE The passwords can be changed in the Configuration gt gt Password settings menu Only administrator 1 AUDAC R2Audio Matrix JE Setup Zone 1 Zone 2 Zone 3 Zone 4 Zone 6 Zone 7 Zone 8 Settings settings 0 49 Setting Settings Settima AUDAC R2Audio Matrix ZONE 1 SETTINGS WALL INPUTS FIBER INPUTS VP A3 3 3 E EE 7 ky 2 e e o 2 Es AUDAC R2Audio Matrix a AUD AC R2Audio Matrix Test Signals ent TOS ETES SETTINGS c m LS AUDAC RZAudio Matrix DIGITAL INPUT SETTINGS Coaxial S PDIF Optical S PDIF Ca AUDAC R2Audio Matrix im statue ONLINE TIMER SETTINGS OUTPUTS MM 4 4 42 EE es Z ACTION Day Mon Tue Wed Thu Fr Sat Sun Hour ACTIONS DI AUDAC R2Audio Matrix unnectim status ONLINE TIME SETT
20. er delay can be set by means of three dropdown boxes This setting can also be changed in the DW5065 settings menu If Block settings menu is not checked 7 When the settings are made press the Save to Wallpanel button and the settings will be send to the selected DW5065 wall panel Previously made settings can be retrieved from the wall panel by clicking the Load from Wallpanel button Hereby the settings which are stored in the wall panel will be displayed in this window making it possible to make any changes to the current settings Maximum cable length for DW5065 The maximum cable length for the DW5065 wall panel is 300 meter Connection possibilities 35H E Bis Multiple DW3018 4018 and one DW5065 Wall panel on one PI Port Pl1 to PI8 AUDAC Ghapter 7 Paging 1 Zone paging example The most basic example of an R2 paging system is an R2 audio matrix in combination with an APM101 paging console This setup makes it possible to announce messages in 1 or more pre defined zones and with a pre defined volume for every zone R2 8 Zone paging example A second paging example of an R2 paging system is an R2 audio matrix in combination with an APM108 paging console The difference between the previous example with APM101 are the amount of paging zones The APM108
21. ernet LAN network For more information about network connections and settings see IP basics in chapter 8 The standard factory default IP address of the R2 is 192 168 0 191 make sure this address is within the IP range of the connected Ethernet LAN network subnetmask 255 255 255 0 If the default network address is not within range of your LAN network contact your network specialist The network address can be changed with the Standard Web Based User Interface but therefore a network connection has to be made first Any device PC Laptop PDA or even a Smartphone with a web browser and the Macromedia Flash 8 0 plug in or higher installed can be used to control the web based user interface For mobile devices such as PDA s smartphones or even iPhones or iPads special applications are developed to control the standard functions of the R2 Matrix Open the user interface Start your default web browser and enter in the address bar the IP address of the embedded web server of the R2 The factory default IP address is http 192 168 0 191 If multiple R2 s are cascased with each other through the fiber interconnection interface first a selection screen will be displayed whereby the R2 should be selected which you want to control Login screen First the login screen will be displayed A password should be entered to get access to the web interface of the R2 amplifier There are two different access levels administrator lev
22. ettings Now you can change the IP address and click OK to apply the changes and save Afterwards your browser will be automatically redirected to the new IP address of the R2 and the default IP address is not longer valid 2 Changing the password You can skip this step if the default password R2 for administrator and user for users is OK for you buy we always recommend to change these passwords especially when your R2 is connected to a public network where external users have access to If you like to change the password go to the Setup menu and click Password settings Here you can change the passwords First the old password needs to be entered and subseguently the new password needs to be entered twice Max 10 characters Press the OK button to save the new password Now you always need to log in with the new passwords and the default passwords are not longer valid 3 Configuring wall panels and sources Go to the Setup menu and click System configuration Now you have the possibility to choose between Paging DW5065 and DW3018 4018 To configure the settings for the DW3018 4018 wall panels click the corresponding button By the dropdown list on the left side you can choose for which zone you want to configure a wall panel After the desired zone is selected you can assign one of the connected wall panels with that particular zone by clicking Set Address The d
23. ion to cool the unit Do not block the ventilation openings Do not place the unit in environments which contain high levels of dust heat moisture or vibration Do not use the unit near water or other liguids Make sure no water or other liguids can be spilled dripped or splashed on the unit The unit is developed for indoor use only Do not use it outdoors Do not place objects books vases on top of the unit Place the unit on a stable base or mount it in a stable rack s AUDAC Chapter 1 Safety reguirements Always handle the unit with care Only use a grounded socket outlet and a power cord with grounding plug to plug in the unit This unit is not a toy It should not be operated by children Do not stick objects through the ventilation openings of the R2 Do not open the unit risk for electrical shock The R2 contains several jumpers which can be set These settings may only be done by gualified people CAUTION SERVICING This unit contains no user serviceable parts Refer all servicing to gualified service personnel Do not perform any servicing unless you are gualified to do so NOTE This product conforms to the following European Standards EN 50081 1 1992 EN 50082 1 1992 EN 60065 1994 1 AUDAC 12 AUDAC Chapter 2 Overview front amp rear panel Front O mmm On the front of the R2 amplifier are a power button four USB connection ports space for an optional touchscreen R
24. isplays on all wall panels will start blinking with the selected zone number Push the Program button on the wall panel if you want to assign that particular wall panel with the selected zone After the Program button is pressed the wall panel will be linked with the selected zone and the display will stop blinking The R2 contains many different inputs which can be selected to link with a zone 8 of those inputs are accessible through the Quick menu dropdown list on the main page The same inputs which are available in the Quick menu can be selected on the DW3018 4018 wall panels The other inputs are accessible through the settings menu if you are logged in as administrator You can choose the inputs which are selectable in the Quick menu and by means of the DW3018 4018 wall panels in the wall panel settings menu Standard are line inputs 1 to 8 selected Simply select the desired input signals by the dropdown lists next to the corresponding numbers on the right side of the window After the desired input channels are selected click the Set wall panel inputs button to save the changes The selected inputs are now selectable in the Quick menu and by means of the wall panel Ready Your system is now ready for use with the wall panels 15 AUDAC Chapter 5 User interface amp configuration To get access to the control and configuration settings the R2 should be connected to a computer or an Eth
25. lable by Ethernet The Ethernet connection which is used on the AUDAC products is TCP IP based like 99 of the computer networks There are some basics which you need to know to successfully make a TCP IP Ethernet connection The data in TCP IP networks is always send in packages all these packages must be delivered at an unique address just like the mailman delivers mail at your home mailbox In TCP IP networks this address is called the IP address The IP address is always a number in the following format 192 168 000 001 As you can see this address consists of 4 separate numbers ranging from 000 to 255 In simple terms only the latest number of an IP address can be different within a network so there is a maximum of 256 unique addresses within a network ranging from Xxxx xxx xxx 000 to XXX XXX xxx 255 The first three numbers must be the same to make communication between several devices possible else the devices can not communicate with each other Example Device 1 IP address 192 168 000 001 Device 2 IP address 192 168 000 002 Device 3 IP address 192 168 001 003 In this example Device 1 can communicate with Device 2 but not with Device 3 because the first three numbers must be the same These first three parts are called the IP range so the devices must be in the same IP range to communicate with each other The IP range of home and office networks are defined by the net
26. lected Mute can be activated Bass within a range from 9dB to 9dB Treble within a range from 9dB to 9dB Configuration Before the DW5065 can operate the configurations should be made First of all an address need to be assigned and the available inputs need to be defined Follow these steps to configure 1 Go to the Setup menu and click System configuration Now you have the possibility to choose between Paging DW5065 and DW3018 4018 To configure the settings for the DW5065 wall panels click the corresponding button Now a window is displayed which provides all the configuration possibilities for the DW5065 On the left side a dropdown list is displayed whereby the address for the DW5065 can be selected The address can be selected between W001 and W008 Logically you start with address W001 for the first wall panel and increases for every additional wall panel After the desired address is selected click the Set address button After this button is pressed the DW5065 will start blinking To confirm the selected address with the wall panel click the big rotary button on the front of the wall panel When this button is pressed the address will be assigned to the selected wall panel 2 The zones which you want to control with the selected wall panel can be selected by means of the Controlled zones dropdown list When selecting a zone in this dropdown list the zo
27. lossless recordings The link in and outputs are optical fiber connectors which can be used for cascading multiple R2 s For this feature the optional fiber interconnection module has to be installed moe 00 Left Right Let Right Peripheral interfaces 10 RJ45 connectors for expansion with additional wall panels and in and output modules are provided All these connectors carry RS485 signals This allows the control of the amplifier from 10 different locations 8 of these connectors are able to carry digital audio signals PI1 to PI8 for expansion with additional wall line input units 2 a EME 8 Control ports The RJ45 remote control input should be connected to a LAN network This makes it possible to control the R2 system over Ethernet by means of a web browser or any other device supporting Ethernet The 15232 connection can be used to control the R2 with external control equipment supporting RS232 This allows to couple the R2 with your home automation system and control it through hardware of other manufacturers like AMX Crestron Chapter 3 Wire up the system The wiring of the system must be done according to the following rules to guarantee a proper functioning of the system in all circumstances 1 Speaker cable for amplified 70116 outputs minimum 2 x 1 5 mm distance gt 15m 2 x 2 5 mm 2 Wall Mounted Input amp
28. n Connection Information Layers UE De AUDAGCR2Audio Matrix PAGING CONFIGURATION Button Configuration Layer Layer Layer Select Select Select D AUDACR2Audio Matrix PAGING CONFIGURATION Button function Selected Zones LS AUDACR24udio Matrix PAGING CONFIGURATION Button function Message Priority Save Button Cancel 46 AUDAC Chapter 8 Cascading the R2 This chapter explains the fiber interconnection possibilities between several R2 amplifiers and guides you through a setup process of a project with 5 R2 s cascaded with each other by means of the fiber interconnection interface Principle The optional fiber interconnection interface makes it possible to transfer 8 stereo audio signals and one data channel over one single fiber optic conductor The data channel is transmitted automatically and can t be configured by the user The 8 stereo audio channels which should be transfered over the fiber conductor can be configured by the user The fiber interconnection interface of the R2 works like a ring network This means that every R2 has one fiber input and one fiber output This ring must be closed in all cases and this can be done by connecting the output of the first R2 with the input of the second R2 The output of the second R2 should be connected with the input of the third R2 and so on At the end the output of the last R2 has to be connected with the input of the first R2 This way a ring is closed and th
29. n address going from R001 to R005 Next to every R2 are shown which signals are received and transmitted over the fiber while next to the connection line is shown which signals the fiber is carrying at this point Diagram i Paging R005 1 R005 1 R003 1 ment Fb4 Fb5 Fb6 Fb7 Channel zl Z most 3 nos man Z na ot Paging ROOS 1 ROOS 1 ROO3 1 z Sl 2 i g 1 elele H Z 8 d Sl 818 8 818 0 ITI a _ _ I R003 d 01 Fb2 03 Fb4 Fb5 Fb6 Fb7 Fb8 Channel ID P S Sl S 3 S S ot 8 8 8 SIS Sl lt l lt s s I v 151213 EIE ESS 8 Paging R005 1 R005 1 man R005 3 R005 EE Fiber audio flow Diagram explanation Every R2 is indicated with a different colour and next to every R2 is a table shown with 8 incoming fiber audio channels and 8 outgoing fiber audio channels Between two devices a connection line is shown representing the fiber conductor and next to this connection line is always a table shown which indicates the audio channels the fiber conductor is carrying at this point The audio channels between the output from the previous device and the input of the next device are always unchanged This is clearly display
30. n the same IP range Updating the R2 Overview The R2 update consists of three steps 1 DSP update 2 FPGA update 3 Website update Reguired software All the reguired software to accomplish a software update is available in the zip archive which can be downloaded from the website Step 1 DSP update 1 Turn the R2 power on 2 Connect a computer with the lower USB port USB B on the front of the R2 amplifier o OOO 3 If the driver is reguested then install the supplied driver from the zip archive 4 Run DSP2 exe from map DSP amp FPGA 5 Press F6 6 Enter R2533H1 Idr as filename 7 Wait for finish don t close the application Step 2 FPGA update 8 Press F9 9 Enter R2F11H1 rpd as filename 10 Wait for finish 11 Press Esc to close the application 12 Disconnect the USB cable 13 R2 power off power on Step 3 Website update 14 Connect the R2 network cable 15 Run MPFS2 exe from map Website 16 In point 1 select map 1 7 in map Website 17 In point 2 selecy BIN 18 Press settings in point 4 and enter the R2 IP address in the box Device Address If you do t know the IP address use Microchip Ethernet Discover in the map Website to find the IP address of the R2 19 Press Generate and Upload to start uploading the new website 20 Clear your internet browser cache If you don t do this your browser will load the
31. ne name will appear in the listbox below The zones can be removed again from this listbox by selecting them and clicking the Remove Zone button 3 The inputs which are selectable with the selected wall panel can be selected by means of the Selectable inputs dropdown list All inputs which available on the R2 can be selected in this dropdown list such as the direct line inputs the peripheral inputs the fiber inputs the priority inputs and the integrated DSP signals When selecting an input signal in this list the signal name will appear in listbox below The input signals can be removed again from this listbox by selecting them and clicking the Remove Input button A maximum of 24 signal inputs can be selected The inputs which are selected in this listbox are available for all zones which can be controlled by this DW5065 wall panel Those inputs are not linked with the quick menu like the inputs on the DW3018 4018 are 4 Certain actions such as Volume change Input change Mute change Tone control change and settings change can be blocked by checking the checkboxes 5 The microphone input has the possibility to provide 15V phantom power for powering condenser microphones The pantom power can be switched ON and OFF by clicking the Enable Mic Phantom checkbox This setting can also be changed in the DW5065 settings menu If Block settings menu is not checked 6 The Backlight level screensaver and screensav
32. old website from his cache 21 Finished Technical specifications Sensitivity Line input Freguency respon e THD N at 1 kHz Signal to Noise ratio Slew rate Digital control Remote zone control Web based control Zone outputs 1 8 Power Sup ly p Weight Dimensions W x H x D Unit height 20 4 dB 25k Ohm 20 Hz 20 kHz less than 0 02 100 dB 1kHz 13V usec RS 232 RS 485 Ethernet 3dB 100 Ohm unbalanced 240V AC 50 60Hz 10 kg 482 x 132 x 350 mm 3HE 5 AUDAC
33. work administrator this means that the IP range of your home or office network can be different from another network AUDAC products have the following IP address as default 192 168 0 xxx this means the standard IP range of AUDAC products is 192 168 000 xxx If your network is using a different IP range the AUDAC products will not be accessible from your network You can change the IP address of the AUDAC products to make them work properly in your network This can be done in the settings menu and is described extensively in the Settings chapter of this user manual Of course to make changes to the settings menu of the AUDAC products you must have access to the user interface on the products webpage This can be done by temporarily giving your computer an IP address within the IP range of the AUDAC product for example 192 168 0 200 After the IP address of your computer is within the IP range of the product the user interface is accessible and the IP address of the product can be changed to an IP address within the IP range of your network If the IP address of the product is within the IP range of your network you can change the IP address of your computer again to it s former IP address and the product should work properly in your home or office network Ask your network administrator for help if you are not familiar with networks Summary All devices must have an unique IP address All devices must be withi

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