BACnet/OPC-Server User manual
Contents
1. en BACnet Client BACnet Device 1 BACnet Device 2 BACnet Device 3 cov polling cov Einbindung des Amann BACnet OPC Servers Page 3 23 2 Installation 2 1 System requirements Recommended PC requirements for the Amann BACnet OPC Server e Windows NT with service Pack 5 not Windows 2000 or Windows XP Note Running BACnet over IP currently requires Windows XP e 100 Mbytes of RAM is required for approximately 20 000 data points the memory requirement is dependent on the number data points in use Attention You must run BacOpc or BACBrowse at least once as administrator after booting your computer 2 2 Installation Run Setup exe from the distribution CD To check that the installation was successful and the Server was registered properly e Run the DCOMCNFG exe application Start gt Run gt DCOMCNFG e Verify that the entry Ammans OPCServer is available under DCOM Config as shown in figure 2 2 1 XP or figure 2 2 2 NT lol B Datei Aktion Ansicht Fenster 2 81 x e om X e amp P 5s 9 EI Konsolenstamm 2 Amanns OPCServer 0 Ob E B Komponentendienste mputer Arbeitsplatz E Com Anwendungen B E DCOM Konfiguration 3 Accstore Class AcroExch PDBookmark ActionAgent ADM Document Adobe Acrobat Document Adobe Acrobat Dokument m T APE Client APE Expediter APE Instance Manager APE Job Manager APE2. 6 3 BACnet specific Erro Code Snie eet ctum crore diede ge eoe e tens 22 7 ERROR HANDLING nid did 23 Page 2 23 1 Introduction The Amann BACnet OPC Server enables communication between BACnet devices and OPC Clients The Server is automatically started if required by an OPC client At start up a configuration file is read which defines the BACnet devices objects and parameters with which the OPC Server will communicate Configuration of the Server can be done simply at a global level using defaults at a device level or timing can be defined at an object level The Amann BACnet OPC Server supports COV change of value and polling Up to 50 000 OPC objects can be handled A debugging and monitoring feature of the Server enables status and error messages to be broadcast in real time to a Windows debug interface and also written into log files During runtime the BACnet OPC Server can be tested with the help of an OPC Client SOClient exe which is installed during the installation of the BACnet OPC Server In the field of the building automation the numbers of data points increases continuously Therefore a great effort has been made to develop a high performance application which needs minimal resources OPC Client Visualisisation OPC Client DEBUG Output Configuration amp Parameters for Example d SOClient exe ic Amann BACnet OPC Server OPC Server pr dd Configurationfile enf srv BACOPC exe
3. 885 Amanns BACnetoPCServ pel S e 16 12 Figure 4 1 Indication that the Server is running The Server status information is shown in a panel at the bottom of the maximised window see figure 4 2 The following status parameters can be seen Server running since Server start up date and time Devicecount Number of BACnet devices including the Server that the Server has been configured to communicate with Objectcount Number of BACnet Objects that the Server has been configured to communicate with Propertycount Number of Properties including the Server Properties that the Server has been configured to communicate with Object Max The maximum number of BACnet Objects that can be accessed at the same time by the Server license dependent active OPC ltems Number of OPC Objects that are being requested by all OPC Clients active BACnet Objects Number of BACnet Objects requested by all OPC Clients This value can be less than that of the active OPC Items because more then one OPC Client can be accessing the same BACnet Object at the same time Page 15 23 E Amanns EWMS BACnetOPCServer Ver 1 500 154 x NE BACnet OPC Server Dl Figure 4 2 Server status information shown in bottom panel of the maximised window 5 Runtime 5 1 Log files At runtime activities dependent on the debug level of the Server are logged With the aid of the application DBWIN32 exe the debug information can be issued live In a
4. Logger APE Manager El Figure 2 2 1 Windows XP DCOM configuration Page 4 23 Eigenschaften von DCOM Konfiguration 121x Standardsicherheit Standardprotokolle Anwendungen Standardeigenschaften Audiorecorder Bilddokument Medienwiedergabe WordPad Dokument Abbrechen ee Figure 2 2 2 Windows NT DCOM configuration under applications During the Amann BACnet OPC Server installation an OPC client SOClient exe is also installed figure 2 2 3 This can be used to test the Amann BACnet OPC Server by reading and writing to datapoints in the Server OPC Namespace 5 Softing OPC Toolbox Demo Client 10 x Eile Edit Session View D a El X xX f e New Open Save Properties Delete Stop Connect Start E Data Access Ej amp Amanns OPCServer Group Local Data Access V1 B E Data Access V2 Ej Amanns OPCServer B0994EBF 6807 484C B588 41BC445E 4904 ES J Cimetrics BACnet OPC Server V2 50 Hersteller Server Beschreibung O KEPware Enhanced OPC DDE Server OPCLoggingDelegator Class Softing OPC Toolbox DA Queued Device ID Sample Server Softing OPC Toolbox Demo OPC DA Server Alarms and Events mote nual El roo na DPC Servers DA Items AE Browse AE Events AE Conditions Errors Page 5 23 3 Configuration file The configuration of the Amann BACnet OPC Server is done by the cnf srv configuration file which is read only when the Server starts The loca
5. when it is not specified in the configuration file for a Device or Object The cycletime for a Device or Object is the time interval in which the Server requests a property from the BACnet Device or Object This is valid also for the Device properties Page 8 23 default use cov default 0 The default able to cov value is used as the Device ableToCOV value when it is not specified in the configuration file for a Device The ableToCOV parameter specifies the ability of a Device to COV or to poll the data points Valid values for the default able to cov and ableToCOV parameters are 0 data points must be polled 1 the device is able to COV and you can use the subscription service use confirmed notification default 0 0 subscribe unconfirmed COV 1 2 subscribe confirmed COV default use multi read write default 0 The default use multi read write value is used as the Device default use multi read write value when it is not specified in the configuration file for a Device The default use multi read write parameter specifies the ability of a Device to support multiple read writes for its properties Valid values for the default use multi read write parameters are 0 read write property multiple is not supported 1 service is supported Note This feature is currently not implemented default resubtime Sekunden default 1800 The default resubtime time is used as the Device resubtime when it is not specifi
6. 0 0 300 OPC Watch EditConfig exe 1 0 0 1 Konfigurationsdatei bearbeiten DBWIN32 exe 1 3 0 0 Ausgabe von Debugmeldungen SOClient exe 3 10 0 300 OPC Client cnf srv Beispiel Konfigurationsdatei c programme winpcap install log Logdatei Netzwerkinstallation uninstall exe Deinstallationsprogramm Netzwerk cAwinnt Cbndll dil 2 2 0 1 CRYPTO BOX Windows 32 bit DLL MFC42D DLL 6 0 8665 0 MFCDLL Shared Library Debug Version MSVCP60D DLL 6 0 8168 0 MS C Runtime Library MSVCRTD DLL 6 0 8797 0 MS C Runtime Library alrsvc dll 4 0 1374 1 Warndienst DLL OpcEnum exe 1 0 0 4 List installed OPC Servers amldb als Lizenz Datei tail exe Debug Tool Dateiausgabe grep exe Debug Tool Dateien durchsuchen MARXDEV1 REG CRYPTO BOX Registry Eintrage MARXDEV2 REG CRYPTO BOX Registry Eintrage MARXDEV3 REG CRYPTO BOX Registry Eintrage c winnt system32 _ OPCPROXY DLL 2 0 0 1 OPC Data Access 2 0 Proxy alcsrv dll 1 0 0 0 Amann Lizienz Server opc aeps dll 1 0 5 0 OPC Alarm and Event Server Proxy Stub opccomn ps dll 1 0 0 2 OPC Common Interfaces 1 0 Proxy SOProxy dll 3 5 0 263 OPC Interfaces Proxy ACTXPRXY DLL 4 70 12 15 ActiveX Proxy packet dll 2 3 0 33 WinPcap low level packet library wpcap dll 0 6 2 0 WinPcap high level library nicht benutzt CAWINDOWSSystem32 drivers npf sys 2 3 0 34 Netgroup Packet Filter Driver MARXDEV1 SYS 2 4 0 1 CRYPTO BOX 560 VERSA driver for NT MARXDEV2 SYS 2 4 0 1 CRYPTO BOX 560 VERSA driver for NT MARXDEV3 SYS 2 4 0 1 C
7. AMANN BACnet OPC Server User manual AMANN GmbH Digitale Regelungstechnik Manager Oliver Riesenberger Hauptstrasse 42 82008 Unterhaching Telefon 49 0 89 613 937 0 Telefax 49 0 89 613 937 99 www amann net de rev 2005 1 V1 55 00E 3 2 2005 Page 1 23 T INTRODUCTION ass 3 2 INSTALLATION I ann 4 2 1 System requirements en en Ca ca nes au eee E 4 2 2 finstallatlonies us nium e fesso aa cse see 4 3 OONFIGURATION FIEE idit eei a e ERU Se CODE RE LESE das 6 3 1 Overview of configuration file structure sssssssesesseeeeeeeeneeeennnnen nennen nente nnne 6 3 2 Example configuration tlle nico eere 2er aa ee Bienen 7 3 3 Description of parameters inne EP RED EE a er nn Ce RS ER Deer 8 3 3 1 General Server parameters 40sns4uunnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnananan 8 3 3 2 Device Parameter 1 iia ei BR re eee den ume x eb 12 3 3 8 Obj ct Parameteti sisii een aeei o ia ea i en iiaeaae rennes estt sterne nnns 12 4 SERVER START UP AND SHUTDOWN aaa ee 15 O RUNTIME casaron ii A then ees xu deu due aleae de 16 5 1 LOG Test AA iia 16 bie Onlifie statis sc ete tte etin ea wa act diate eta soe es acuti cc Hd TEL LEBENS 17 5 3 Rolls and COV a ennt ett metn eei m der iue e Lee 17 5 44 Demo mode RA en eer ent e 19 6 BPPENDR Eee Mte Eae ias 20 6 1 Detault values xen economie peaks 20 0 2 x PIOS stc sonne RE RERO Ep im eene eda 21
8. RYPTO BOX 560 VERSA driver for NT Page 21 23 6 3 BACnet specific Error codes o invalid_file_start_position invalid operator name D missingrequiredparameter nospaceforobject no space to add list element El AA character set not supported invalid array index invalidparam eterdatatype noobjectsofspecifiedtype po 6 B Page 22 23 7 Error handling Symptom Possible cause Fix The BACnet OPC Server won t shut down OPC Clients are still connected Look in the Task Manager for running OPC Clients and shut them down The BACnet OPC Server won t start The Registration has failed Please run the Setup again No Logfiles are written Debuglevel 0 Please change the Debuglevel Page 23 23
9. alog Output Analog Value cov increment cov increment cov increment object identifier object identifier object identifier object type object type object type object name object name object name description description description present value present value present value reliability reliability reliability status flags status flags status flags event state event state event state out of service out of service out of service units units units time delay priority array priority array high limit relinquish default relinquish default low limit time delay time delay deadband high limit high limit limit enable low limit low limit event enable deadband deadband notification class limit enable limit enable acked transitions event enable event enable notify type notification class notification class event time stamps acked transitions acked transitions notify type notify type event time stamps event time stamps Binary Input Binary Output Binary Value object identifier object identifier object identifier object type object type object type object name object name object name active text active text active text inactive text inactive text inactive text description description description
10. ce of an Object value by the Server unfortunately some devices don t do this The poll on subscripe parameter determines if Objects will be polled once after subscription to ensure the initialised data point in the Server is updated 0 no poll on subscription 1 poll once on subscription Page 11 23 3 3 2 Device Parameter begin device device 2100 device 2100 begin device identifies the section The first device 2100 declare a BACnet device reference to the device 2100 The second device 2100 defines the OPC reference of the BACnet device 2100 you can change this to any identifier you like bacbrowse will generate this name cycletime useCOV useMultiReadWrite resubtime writePrio polldelay These parameters correspond to the default xxxx global parameters and will override these if specified 3 3 3 Object Parameter begin object analog input 5 analog input 5 cycletime 20 begin object identifies the section The first analog input 5 defines the object identifier of the BACnet object The second analog input 5 is the OPC reference name analogous to the device definition cycletime This is the only attribute which can get redefined on object level Thus it is possible to poll a temperature once per 10 minutes but some other time critical value once a second presumed the total load of the network isn t too high Page 12 23 Following the effective BACnet properties Analog Input An
11. ddition to this rotating log files are written in the directory configured in the parameter dbg logfile location A maximum of 10 files each with a maximum size of 20 MB will be written The entries in the log file are divided into four classes Class Label in log file Description Error ERROR Global error General GENERAL General announcements about the Server BACnet BACnet Announcements of BACnet specific traffic OPC OPC OPC specific announcements Page 16 23 A table of debug messages follows Meldungen Logdatei Amann BACnet OPC Server Trying to start ioThreadMain BACless Version no bacnet threads get started Trying to start m queueReadMain Trying to start m queueWriteMain Activating Dev dev Obj obj Deactivating Dev dev Obj obj Unactivated Object deactivated inst obj Unexpected aq method encountered Call service Ilshould never happen else part in BACDevice ActiveList aquire BA OCstack couldn t be initialized properly ERROR BACstack couldn t be started properly BACnet traffic is enabled Wri Err from BACnet Writing to BACnet Dev dev Obj obj Prop prop Value val Prio prio Notific from BA Cnet Dev dev Obj obj9 Prop prop Pid pid X General A Fos X IX IX a IX x lam from BACnet Dev dev Whois to BACnet Dev dev Assumed onlinestatus onlst Score score Request to BACnet Dev dev Obj obj Prop prop Subscr to BACnet D
12. ed in the configuration file for a Device The resubtime for a Device is the time interval at which the Server will re subscribe for a COV service from that Device When a BACnet client in this case the Amann BACnet OPC Server uses a COV service to receive data from a Device it must re subscribe periodically to the requested COV data points If the BACnet client fails to re subscribe the BACnet Device won t report any changes of value COV of this object The resubtime is valid only if the Device ableToCOV parameter is set to 1 resubtimefaktor default 1 5 The Resubtimefaktor parameter defines the number of resubtime intervals the Device will wait before it cancels the Servers subscription This allows for times when the Server is unable to re subscribe to the object in time due to unexpected high loads or long operations Page 9 23 default_writing_prio default 16 The default_writing_prio value is used as the Device writePrio value when it is not specified in the configuration file for a Device The writePrio parameter specifies the priority level the Amann BACnet OPC Server will use for write operations to a Device Valid values for the default writing prio and writePrio parameters are 1 highest priority 2 16 lowest priority default polldelay ms default 10 The default polldelay time is used as the Device polldelay time when it is not specified in the configuration file for a Device The polldelay time specifies the
13. ev dev Obj obj Prop prop Unsubsc to BACnet Dev dev Obj obj Prop prop Answer from BACnet Dev dev Obj obj Prop prop Value val Cannot map bac type bac type to opc type opc vt Bitstring too long cannot convert Cannot map bac type bitstring to opc type VT_BSTR only Currently maping charstring to VT_BSTR only Cannot map Objectidentifier to opc type BA Ctype bac type OPCType opc vt mapping failed BACnet specific Errors are listed in the appendix 6 3 described REBNERRENENESERREEUNEBERBGGE NE b 5 x x x BEE 5 2 Online status Data points from a BACnet Device will only be polled or subscribed if the Online status of the device is ONLINE This has been previously described in the Server parameter whois_intervall section 5 3 Polls and COV In general BACnet Devices should be operated in COV Mode to reduce the BACnet traffic Traffic is reduced because only changes of Value will cause BACnet traffic Unfortunately not all BACnet Devices support COV and these Device then have to be polled at regular intervals thus increasing traffic Page 17 23 PollMode cycletim e Object Param eter 1 He gt cycletime Object Parameter 2 e gt cycletime Object Parameter 3 He BACnet Request 1 2 3 1 2 3 H4 poll delay Device Parameter COV Mode resubtim e Device P aram eter i gt re
14. ice is set to O Offline when its online counter 0 and set to 1 Online if its online counter O The Server initialises all online counters to 0 at start up If the Online Status of a BACnet Device is 0 Offline then no requests other than Who Is requests polls or writes are sent from the Server to the BACnet Device Logically when the BACnet Device is Offline it will not answer thus BACnet traffic will be reduced dbg level default 0 The dbg level parameter determines what level of debugging information will be written into the debug log files 0 no debug information 255 all debug information There are several kinds of debug messages and they are separated into the following 4 categories ERROR 128 GENERAL 64 OPC 32 BAC 16 These values are designed to get bit or d dbg logfile location default c bacopc log The dbg logfile location parameter determines the location where the debug log files will be found A double backslash V must be used to separate directories The 10 max rotating debug log files could use as much as 200 Mbytes of space serverdevicelD default calculated from nic address As defined in the BACnet standard all Devices on a BACnet network must have a unique BACnet ID to identify themselves The ServerdevicelD parameter sets the BACnet ID for the Server poll on subscripe default 0 Normally a Device will automatically send a Notification after the subscription to the COV servi
15. minimum period the Amann BACnet OPC Server will leave between two poll and or subscribe events to a Device It is used to ensure that slow Devices will not be swamped by poll and subscribe events default VTIA default 0 default VTR4 default 0 0 default BSTR default not inizialized The default VTIA4 default VTR4 and default BSTR parameters are all very similar in function These parameters define the start up values i e value before update from a Device of each of the different OPC data types used by the Amann BACnet OPC Server As stated earlier as the Server starts information about BACnet Devices and objects is read from the cnf srv configuration file As the namespace is created values of properties like status flag present value and object name are normally initialised to 0 0 0 or 0 depending on their type This default initial value of 0 0 0 or 0 can be changed by setting default VTI4 default VTR4 and default BSTR to another value The following example may clarify the usefulness of these parameters Perhaps alarms in your project are ON as the OK state This could potentially create a problem at start up of the Server as all alarm values would initially be set to OFF until updated from the BACnet device By setting default VTIA to 1 then all Binary Points and Multistates will be initialised to ON or 1 thus solving this problem Parameter General type OPC type BACnet example defaul
16. nquish default fault values time delay time delay event enable feedback value alarm values notification class event enable fault values acked transitions notification class event enable notify type acked transitions notification class event time stamps notify type acked transitions event time stamps notify type event time stamps Device number of apdu retries apdu timeout daylight savings status utc offset segmentation supported max apdu length accepted protocol object types supported protocol conformance class protocol version description location application software version firmware revision model name vendor identifier protocol services supported object name object identifier object type System status vendor name local date local time protocol revision device address binding Page 14 23 4 Server start up and shutdown If required by an OPC client the Amann BACnet OPC Server will start automatically and will run as long as a Client is connected It is also possible to start the Amann BACnet OPC Server manually and connect the OPC Clients later The Server can be stop only if all connected OPC Clients are disconnected The running Server is indicated by a symbol see figure 4 1 on the Task bar
17. present value present value present value reliability reliability reliability status flags status flags status flags event state event state event state out of service out of service out of service polarity polarity polarity time delay priority array priority array alarm value relinquish default relinquish default event enable time delay time delay notification class feedback value alarm value acked transitions event enable event enable notify type notification class notification class event time stamps acked transitions acked transitions notify type notify type event time stamps event time stamps Page 13 23 Multistate Input Multistate Output Multistate Value object identifier object identifier object identifier object type object type object type object name object name object name number of states number of states number of states state text state text state text description description description present value present value present value reliability reliability reliability status flags status flags status flags event state event state event state out of service out of service out of service time delay priority array priority array alarm values relinquish default reli
18. put 5 cycletime 20 description R Kanaldruckgeber Zuluft RLT Anl 05 Druckbel ftung TH object name R HH_4U2HC_H1_RLT05_00PZU001MA present value R 0 status flags R 0100b Objekt Parameter begin object binary value 1 722 binary value 1722 Page 7 23 description R object name R present value W status flags R Objekt Parameter begin object analog value 17 analog value 17 cycletime 1800 description object name present value W status flags These BACnet object types are supported analog input analog output analog value binary input binary output binary value multi state input multistate input multi state output multistate output multi state value 3 3 Description of parameters 3 3 1 General Server parameters begin APDU apduprops 1 Servereinstellungen begin APDU identifies the section apduprops 1 identifies this block As there is only one APDU block this name is in fact redundant but to keep conformity to server and object definitions it has been introduced The parameters follow they will become pseudo properties in the pseudo server Server and are accessible via OPC cov process id default 5000 This is a arbitrarily selectable number BACnet server use this value to distinguish several clients running on the same physical machine default cycletime Sekunden default 15 The default cycletime time is used as the Device or Object cycletime
19. subtime Device Parameter at resubtime Device Parameter at gt BACnet Subscription 1 2 3 1 2 3 H poll delay Device Parameter Page 18 23 5 4 Demo mode The demo version of the BACnet OPC server is restricted to 500 BACnet objects and will shutdown automatically after 48 hours f3 Amanns EWMS BACnetOPCServer Ver 1 500 mj xj BACnet OPC Server Page 19 23 6 Appendix 6 1 Default values 0 is logically FALSE 1 is logically TRUE Parameter Default Wert cov_process_id 5000 use_confirmed_notification 0 default cycletime 5 default use cov 0 default useMultiReadWrite 0 default resubtime 1800 resubtimefaktor a default_writing_prio 16 default_polldelay 10 default_VTI4 default_VTR4 1 default_BSTR NULL whois_intervall 60 whois_delay 20 alive_increment 5 alive decrement 1 alive max 20 dbg level 0 dbg logfile location c Xbacopc log serverdeviceID Calculated from nic address poll on subscripe 0 Page 20 23 6 2 Files Following files are installed on your Hard Disk during the installation process Default Zielverzeichnis Name Version Aufgabe c Programme Amann BACOPC BACOPC exe 1 0 1 0 BACnet OPC Server SOWatch exe 3 1
20. t VTIA Integer Boolean VT l4 binary value present value default VTRA Float VT R4 analog value present value default BSTR String VT BSTR analog value object name whois intervall Sekunden default 60 The Server creates an Online Status OPC data point for each Device The Online Status data point value indicates whether communications to the Device is online Online Status 1 or Offline Online Status 0 The Server uses a BACnet service called Who Is to periodically check communications with a BACnet Device The interval between Who Is requests to the same BACnet Device is the whois intervall time in seconds Page 10 23 whois_delay ms Sekunden default 20 The whois delay is the minimum time period between any two Who Is requests the two Who Is requests are not likely to be to the same BACnet Devices The whois delay enables optimisation or tuning out of the BACnet traffic bottlenecks Note the whois delay time is in milliseconds alive increment default 5 alive decrement default 1 alive max default 15 The Server has an online counter for each BACnet device For each Who Is request to a BACnet Device its online counter is decreased by the value of the alive decrement parameter For each I Am reply from a BACnet Device its online counter is increased by value of the alive increment parameter The alive max parameter sets the maximum value that an online counter can be increased to The Online Status of a BACnet Dev
21. tion of the cnf srv configuration file is always in the same directory as the BACOPC exe The configuration file contains all BACnet devices data points and special values for controlling the behaviour of the Server During the installation process an example cnf srv configuration file is provided that has one BACnet Device with BacnetlD 3400 and COV behaviour 3 1 Overview of configuration file structure The configuration file is separated into the following sections or OPC namespace objects each of these strting by the keyword begin Apduprops general Server settings begin APDU Device parameter 1 begin device Objekt Parameter 1 begin object Objekt Parameter 2 begin object Objekt Parameter n begin object Device parameter 2 begin device Objekt Parameter 1 begin object Objekt Parameter 2 begin object Objekt Parameter n begin object Device Parameter n A comment can be insterted by preceeding it with a double slash All typing until the line end is ignored Nomenclature of Parameter Parametername R W Wert Parametername is one of the summarized keywords below such as cov process id or present value It is optionally followed by R or indicating the property being read only default or writeable Note This flag defines the writeability of the OPC reference object The OPC server will forward a write request to the BACnet server Whether or not the BACnet property is actual
22. writeable depends on the BACnet server Furthermore an equal sign may follow indicating an initial value This value will be passed to OPC clients during startup until the actual value gets retrieved from BACnet which might take a longer in large installations Page 6 23 The configuration file largely doesn t need a special formatting Spaces and even line breaks may get freely used in most places exception Strings and comments 3 2 Example configuration file Allgemeine Server Parameter begin APDU apduprops 1 Servereinstellungen cov process id R 5000 use confirmed notification R 1 default cycletime R 15 seconds default use cov R 0 default use multi read write R 0 default resubtime R 1800 seconds resubtimefaktor W 1 5 default_writing_prio R 16 default_polldelay R 10 default_VTI4 R 1 default_VTR4 R 1 default_BSTR R NULL whois_intervall W 60 seconds whois_delay W 20 milliseconds alive_increment W 5 alive_decrement W 1 alive_max W 20 dbg level W 0 dbg logfile location R c oacopc0 log poll on subscribe R 0 serverdevicelD R 157751 Device Parameter begin device device 2100 device 2100 cycletime 3 seconds useCOV 0 useMultiReadWrite 0 resubtime 1800 seconds writePrio 16 polldelay 20 description R object name R 2 MUT ISPO1 RLT 1300 Objekt Parameter begin object analog input 5 analog in
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