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adu200 manualSoftware application used to test ADU products and allow programmers to become familiar with the ADU ASCII commands. Software development kit ( SDK ) in CHM ( Windows Help File ) format. AduHidHelp.chm VisualC-EG ( folder) Visual C program examples from SDK VisualBasic-EG ( folder) Visual Basic program examples from SDK BorlandC-EG ( folder) Borland C program examples from SDK Various support files First time users should first review the ASCII command set for the ADU200 and then use AduHidTest to become familiar with the operation of the various features of the product. Note: The AduHid DLL requires one of the following Windows operating systems. 98SE, 2000 or XP Application programs should be written using the Software Design Kit ( SDK ) located in the ADU-SDK. The SDK contains explanations of how the various communication pipes can be accessed using the AduHid DLL. Example code is given for Visual Basic, Visual C and Borland C. The SDK help file is designed to be run on the development PC when programming. This allows programmers to cut-andpaste specific functions directly into an application. Page 3 of 15 ADU200 User Manual 4 3. Connecting the ADU200 to a USB Bus The ADU200 can be connected to the USB bus via the enclosed 10' A-B USB cable. The cable provides both power and communications connections to the ADU200. W hen first connected, the STATUS led will turn RED indicating power is applied. Select, Let Windows Search for a Driver and click next. After a few seconds, the STATUS led will turn green indicating enumeration is complete. The enumeration process is completely transparent to the application program as it is completed by the Windows operating System The STATUS led will remain green unless a watchdog timeout ( See Special Commands Section ) occurs. The ADU200 can be connected directly to the host hub or either, external powered, or non-powered hubs.http://coastalstatesinsurance.com/file/diesel-locomotive-operators-manual.xml

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Caution: ( Use of System Standby ): If the Windows operating systems puts the system into Suspend mode, all USB hubs are issued a Reset when the Suspend mode is exited. This will cause the ADU200 to lose power briefly, resulting in the event counter data being lost and all relays to reset. Open the power options section in the Windows control panel and ensure System Standby is set to never. Caution: ( Use of PWR Terminals ): The auxiliary power connections labelled VDD and GND are a nonisolated output and no external power supply should be connected to these terminals. The power output is provided to allow use of dry contact inputs to the digital input lines. If the supply is to be used with dry contact inputs, GND should be connected to COM, and the dry contact connections made between VDD and the selected digital input line. If this power output is used for external circuits, no more than 5mA should be drawn if all relays are to be energized at once. Up to 65 ma can be drawn depending on how many relays are to be energized at one time. Derate this current by 15mA per relay. Page 4 of 15 ADU200 User Manual 5 4. AduHidTest USB Device Test Program AduHidTest is a USB Device test program used to test the connection of ADU data acquisition devices to a USB port. The program is also a useful tool to allow programmers to become familiar with the ADU command set. The program is located in the root directory of the ADU-SDK. Note that the program requires the AduHid.dll to operate and it should be copied to the dame directory as the AduHidTest.exe file. Getting Started: There are three steps in using a USB device in any application software. The three steps are, 1. Obtain a handle for the ADU Send commands to the ADU Receive data from a ADU200. STEP 1: Obtain a handle for the ADU200 A handle is a unique code that application software uses to identify a USB device for the purpose of reading and writing to the device.http://alansh.com/pic/diesel-manual-transmission-remote-start.xml A USB bus can have up to 128 devices connected to a single host and there are three criteria that can be used to open a handle. The three criteria are, Vendor ID, Product ID and Serial Number. If a single device is connected to the bus, any of the three criteria may be used. Click on the Show List button to view the devices connected to the USB bus. ( Note: Only ADU devices will be listed ) Figure 2 is the window that appears when the Show List Button is clicked. The AduHidTest main window will now display the product ID and Serial number. Pipes are the individual connections to functional sections of the ADU200. The Device Pipe is used to send standard ASCII ADU commands to control the peripherals built into the ADU200 such as the relay outputs or event counter inputs. To read responsive commands, simply click the Receive ADU button and the data will be displayed. The method of sending commands is identical to device pipe, in that you simply enter the ASCII command string, and click the Send 232 button. Data is received, and then displayed when the Receive 232 button is clicked. Note1: The RS232 pipe is designed to send and receive ASCII strings which use a CR ( 0Dh) as a termination character. AduHidTest automatically adds the CR to the string being sent. The maximum string length for both send and receive is 40 characters. The ASCII string should not contain any NULL ( 00h ) characters in both incoming and outgoing strings. Note2: The ADU200 does not support the stream pipe and so no explanation of its operation is listed in this document. PK Returns status of PORT K in decimal format. PA Returns status of PORT A in decimal format. Page 10 of 15 ADU200 User Manual 11 6. ADU200 Command Descriptions All commands are specified as non-terminated ASCII strings. The maximum length of command and data strings is 7 bytes. Commands are passed via the AduHid DLL to the ADU200 as a seven byte packet and unused bytes are sent as NULL ( 00h ).http://ninethreefox.com/?q=node/14898 6a) RELAY COMMANDS ( PORT K ) There are 4 type A relay contact outputs on the ADU200 rated at or 5A at 30VDC. The relays may be SET or RESET individually or as a 4 bit port. The port lines can be read individually or as a 4 bit port. The event counters count low to high transitions and store them in a 16 bit counter that can be read or, read and cleared. The following commands are used to implement these features. The RS232 port has a programmable baud rate from 9600 to 56K. This setting determines the BAUD rate used for both transmit and receive. This parameter should be set before RS232 transmission or reception commences. Any command sent to either the DEVICE or RS232 pipe will reset the watchdog timer. To determine if a watchdog timeout has occurred, read the timer setting. If the watchdog was set to 2, and no command was sent for 10 seconds, a 0 will be returned indicating a timeout has occurred. This is done using simple API calls from the application language AduHid DLL location The AduHid.dll is located in the ADU-SDK and includes explanations of how the pipes to the various ADU200 features operate. Programmable baud rate from 9600 to 56K. Mounting Options Desktop, Velcro, Panel, DIN Rail Page 15 of 15 ADU200 User Manual Installation and User Manual Part Number Description Packages available Learns 40 transmitter Switches 4 Digital and 1 Serial Data All rights reserved.Should you have any questions or comments, please visit www.paradox.com and send UK WEA-Base User manual for load cell transmitters Version 3.2 UK Gateway for integration of KNX equipment into Modbus (RTU and TCP) control systems. Generator Paralleling Controller GPC multi-line 2 4189340225C Quick Installation General instructions It is connected to the EIB via the bus connecting terminal supplied. Instrument When connecting CRM-WIC, the installer has several interface User Manual 127356A Basic Specifications.http://cqitracker.com/images/colt-m4-carbine-22lr-manual.pdfUse the meter KNX TCP slave EIB Bus IntesisBox Ethernet slave LinkBoxEIB Configuration Product Guide ACCESS meters are compatible with Modbus networks as both slaves and Registration DFPLayer Mini. 1.2.Features. 1.3.Application. 2.1. Specification Description While the software supports TF card driver, supports FAT16, FAT32 All Rights Reserved. All Rights Reserved. Copyright Copyright 2013-2014 BOLYMIN, INC. All rights reserved. No part of the materials may be reproduced, copied or translated HART transparent driver. No. 9107MCM100(1328) To use this website, you must agree to our Privacy Policy, including cookie policy. This includes items that are defective in ways that render them difficult to use, items that require service or repair, or items missing essential components. See the seller's listing for full details. Ver1.2C2003 Ontrak Control Systems Inc. Table Of ContentsThe ADU-SDK diskette inlcudes the following files. AduHid.dll. AduHidTest.exe. AduHidHelp.chm. VisualC-EG. VisualBasic-EG. BorlandC-EG. Various support filesSoftware application used to test ADU products and allow programmers toSoftware development kit ( SDK ) in CHM ( Windows Help File ) format.Visual C program examples from SDKVisual Basic program examples from SDKBorland C program examples from SDK. AduHidTest to become familiar with the operation of the various features of the product. Note: The AduHid DLL requires one of the following Windows operating systems. 98SE, 2000 or XP. Application programs should be written using the Software Design Kit ( SDK ) located on the ADU-SDKThis allows programmers to cut-andpaste specific functions directly into an application. Additional examples and applications are posted onSTATUS led will turn RED indicating power is applied. A message will flash on the screen indicating;Depending on the version of Windows, the host may prompt to search for a driver. Select. Let Windows Search for a DriverAfter a few seconds, the STATUS led will turn green indicating enumeration is complete. TheWindows operating system. The STATUS led will remain green unless a watchdog timeout ( See Watchdog Commands Section )Caution: ( Use of System Standby ): If the Windows operating system puts the system into “ SuspendThis will cause the. Open the power options section in the Windows control panel and ensure “System Standby” is set toCaution: ( Use of PWR Terminals ): The auxiliary power connections labelled VDD and GND are a nonisolated output and no external power supply should be connected to these terminals. The power outputIf the supply is to be used withIf this power output is used to powerAduHidTest is a USB Device test program used to test the connection of ADU data acquisition devices toThe program can beNote that the program requires the AduHid.dll to operateGetting Started. There are three steps in using a USB device in any application software. The three steps are. A handle is a unique code that application software uses to identify a USB device for the purpose ofA USB bus can have up to 128 devices connected to a single host andThe three criteria are, Vendor ID, Product IDFigure 1: AduHidTest Main Window. Click on the Show List buttonThe display indicates that there are two ADU200 devices connected with serial numbers A00222 and. B00099. Select a device by clicking on the desired device. The AduHidTest main window will now displayFigure 3: Connected to B00099. Pipes are theThe Device Pipe is used to send standard. ASCII ADU commands to control the peripherals built into the ADU200 such as the relay outputs orADU button indicating the command was sent. Some commands will cause a response to be sent from the ADU device to the host computer. ForDIGITAL COMMANDS ( PORT A and PORT B ). RPyn. RPy. PAyRKn. MKddd. RPKnRCx. DBnAll commands are specified as non-terminated ASCII strings. The maximum length of command andEach of the two input ports has a COM connection ( COM A and COM B )Input devices can be connected usingThe VDD output terminals provide a nominal 5VDC output that can beB ( or both ) to allow a return path for input current. Figure 6A shows how dry contacts can be connected. Note that GND is connected to COM A. Figure 6A: Dry Contact Connections Using Internal VDD Supply. Figure 6B demonstrates the connection of dry contact inputs using an external DC supply. Note that theRPynExample. RPyExample. PyExample;The following command has been included to allow polling of both digital ports with a single command. The response to the PI command is an 8 bit response represented in decimal format ( 000 to 255 ). The. LSB of the response is PA0 and the MSB is PB3.Example1;Example2;AC or DC load may be connectedFigures 6C and 6D show the properFigure 6C: Connection of DC Loads. Figure 6D: Connection of AC Loads. The relays may be SET ( ON ) or RESET ( OFF ) individually or as an 8 bit port. The relay commandsSKnResponseMKdddExample;ResponseRPKnReturns status of PORT K in decimal format.Example;Each digital input line on PORT A and PORT B has an event counter associated with it. The eventC o unter. P O R T A ssignmentRExExample. RCxExample;DBnReturns present de-bounce setting.Example;A programmable host watchdog is provided to allow predicted operation in the event the host PC stopsFor example, if the watchdog is enabled with a timeout of 10If the watchdog was set to 2, andFollowing aReturns watchdog setting.Example;Notes to Watchdog Operation:This is done using simple APIAduHid DLL location. The SDK is located on the ADU-SDK diskette and includes explanations of how the pipes to the various. The SDK contains examples for use with Visual Basic, Visual C and Borland C. Additional programmingS upply C urrent ( A ll R elays ON )S o lid-S tate P ho to M O S. A C Ratings. D C R atings. V in H IG H ( M A X )R eso lutio nInput T ype. C o ntact, T T L, V o ltage up to 28VD C. C o ntact, T T L, V o ltage up to 28VD CD eskto p, Velcro, DIN R ail. D eskto p, Velcro, DIN R ail. O perating T emperature. R elay Outputs ( 8 ). T ype. D igital Inputs ( 8 ). Input Z ( MIN ). E v ent C ounters ( 8 ). M ax Frequency. Input Z. P ro gram m able D eB o unce. M o unting Optio ns. Back to login Login here Includes 30 day warranty. MPN: ADU200 Custom Label: 6-MM2E-39319-GX We do not store credit card details nor have access to your credit card information. Rev. DateAll interfaces in the router network that must be able to join in a multicast group must have. IGMP and PIM-SM enabled.GRE tunneling. Therefore the configuration shown atGeneric Routing Encapsulation (GRE) is a tunneling protocol designed to encapsulate a wideThe original packet is theGRE was developed by Cisco and was designed to be stateless;This is accessible through the consoleIn this case use the serial portTFTP server. The router configuration file is then an ASCII formatted text string. This can beAvailable typically in. Windows.Rev. DateRendezvous point router:Rev. DateRev. DateAccess router:Rev. DateObserve that the passwords inside the configuration files are anonymised with ”xxxxx”. You can enter any password of your liking to secure your router from unauthorizedRev. DatePART-3: TetraFlex. ApplicationsRev. DateFor complete system description, refer to ref.1: “TetraFlex v7.5 System description.pdfThere was coherency between numberA node could be a radio node, GW node or a combination of these.The dongle controls which software release and which part of the release that can beThe customer may decide to execute the total package or only some of the files in theRev. DateIf the End-User decides only to execute some of the files in the package he must check theRev. DateStation Controllers (and on an ordinary PC or Server as well), and adapts automatically to theThe software supports the use of Redundant Base Station Controllers, as one BSC will beCommunication and supervisory between the two BSC’sFigure 3-1: BSC-GUIRev. DateThe BSC-GUI can be started from the TetraFlex Start menu or the Taskbar. The GUI canThe GUI has 7 tabs (8 for the BS41x version). Status: (se figure 3-1) gives an overview of the status of the BSC, TR (Transceivers) and PSBSC and BS (Only BS41x), Restart and Stop the BSC, and Update of software and RestoreThese are functions also available in Network. Management. Console: The Console window is updated at each BSC start-up, and shows the start-upThe window is dynamic and will be updated when the status of the BSCThe Clear Button deletes the actual content of the console window.Rev. DateMAIN: From the Main window the fundamental parameters for the BSC can be set andThe LAN and WAN address can be selected from the actual IP setting in Windows and the. If GPS is enabled the GPSRev. DateIf it is disabled the coordinatesBSS: From the BSS window most of the SwMI parameters can be set and displayed. TheThe corresponding parameters can be set in NM so please find the explanation for theRev. DateBSC: From the BSC window a Redundant BSC can be defined. Also the Transceivers (TR)The corresponding OM command to BSC starts with F (e.g. F00). The settings are stored in c:\tetra\active\data\CnfgBsc.txtRev. DateTetraOM application (OM). This indicates that most of the functions in the NM may as well beThe Network Management (NM) software may be executed on any PC which has an IPThe NM must be able to listen to the multicast which meansFigure 3-2: Network Management Main ScreenFigure 3-3: NM Toolbar. The toolbar is divided in to two areasRev. DateFigure 3-4: NM command line. The command line has 4 selections. File. View. Tools. HelpSelecting File, two menus appearSelections available under the Options menuFigure 3-5: NetworkRev. DateThe options menu allows the choice of Local IP, Multicast group IP and multicast portAs default the Local IP should be set to Specific and the LAN IP should be chosen.Specifies the path to the Tetra OM application. Figure 3-6: TetraOM pathSpecifies the path to log client application. Figure 3-7: Log Client path setupAllows configuration of the Remote Desktop: Normally preconfigured. Figure 3-8: Remote desktop setupRev. DateWhen enabled in the dongle various languages can be selected for NM. Default is English. Figure 3-9: Language selectionThere are two security setting that allows or disallows users to make change in System. Parameters and Subscribers from NM. Figure 3-10: Security settingRev. DateConfiguration of the wav files to be played when an alarm is present in NM. Figure 3-11: Alarm sound configurationThe Tools option allows clearing alarms on all nodesGeneral information regarding the NM version number and link refers to www.damm.dk.Rev. DateFigure 3-12: Application select and alarms. The Graphical tool for fast selection has 7 access icons and 5 notifications. NOTE: the Node, Map, and Status windows are linked. This means that pointing to a node inFour information icons are present on the graphical tool bar. Log Servers. Registrations. Group calls. Indv. Calls. Number of nodes presently active. Number of Log Servers attached to the system. Number of registered units on system. Numbers of on-going Group calls. Numbers of on-going Individual calls. When moving the mouse to the Nodes field the actual status is shown. Missing. Two Active. No Active. L3 Blocked. L2 Alarm. L1 warning. Ok. Numbers of nodes with a missing alarm. Numbers of nodes where 2 BSC are active at the same time. Numbers of nodes where no BSC are active. Number of level 3 blocking alarms present. Number of level 2 non-blocking alarms present. Number of level 1 warnings present. Number of nodes that are ok, without alarms. If one of or more Alarms are present the Nodes field turn into red and the alarm sound alerts.Rev. DateWhen right click on the Nodes status you get a dialog to handle alarms. Ackowledge all. Unackowledge all. Clear alarm. This acknowledges all alarms in the system. This unacknowledges all alarms in the system. Clear all latched alarms in the systemThe node window shows the general status and description of all nodes in the system. When Left Mouse Click is executed on a node line, the Node Status window displays theIf Right Mouse Click is executed on a node line in the Node List window, a new menuRev. DateFigure 3-13: Node options showing Active and Standby BSCDelete all previousRev. DateFigure 3-14: Status. The Status window shows the status and alarms for the node chosen in the Node List. By pressing the specific buttons the window also allows direct connection to (please see theRev. DateAnd if a standby BSC.exe is present:If connected to the internet, the map window will show Google Map with GPS positions of allIf the internet connection is not present, the map window will be inactive, but the system willFigure 3-15: MAP. When Left Mouse Click on a node position, the Status and Node window displays informationThe selected node will be displayed as. If an alarm is present the node symbol will turn into redRev. DateFigure 3-16: BSC List. A number of information regarding the node may be chosen by the tabs in the top of theThis setting allows seeing and changing the BSC that is not active e.g. RedundantA red LED indicates an alarm conditionIndicates whether there is an active alarm present on a node and which component(s) theRight mouse click on the node description of a specific node allows a change of the nodeStatus selection also shows information’s regarding. HW type. Software Version. Dongle date limit. Activation time. Number of nodes. Numbers of Log serversRev. DateRight mouse click on the following items allows the change of the configurations.Please use the appropriate code for the countryCnfgMain.txt)Rev. DateBy right click the Mode-field in the subscriber tab the subscriber register mode typeMode. The encryption Key. Register must reside on this node. A redundant BSC must be set to the same mode asKey:Further information in grayed out fields refer to the count of the different subscriber typesTo see the non active BSC e.g. Redundant BSC the All BSC’s flag must be set.Rev. DateShows the two distinct checksums calculated for the Organization (Org Ckx), Profile (Prof. Ckx) and Subscriber registers (SubsCkx). If the checksums of all nodes are equal theTo see the not active BSC e.g. Redundant BSC the All BSC’s flag must be set.Right mouse click on the following items allows change of the configurations.Rev. DateShows the resources used on the nodesBy right click on the field theShows Yes or No depending on the Sync.Rev. DateA button allows the view to shift between All Nodes and Active CellsAllows configuration of the different radio parameters (per node or system). Right mouse clickAIE - Air Interface Encryption Off or On. Sync - Handover settings. GPS sync. Sync. must be enabled on each node to make seamless handover. SCCH - Setup of 1 to 3 secondary control channels (SCCH). Fallback - System sends fallback information to the MS. If set to Yes (and. Depending on the MS programming) this can be used for the MS to decide toTX PWR - Maximum Mobile Station TX power allowed (not TR output power!). RX Lev - Minimum Mobile Station RX access level before leaving a node. DuringIf during the operation the received downlink signal dropsRev. DateThis, to reduce the MSThe ETSI defines it likeThe idea is simple: If the MS isThe value of -53dBm maximizes the effect of power reduction:The value of -23dBm minimizes the effect of power reduction:The higher the RDT value is, the longer the MS stays on a channel with bad quality. Factory setting middle value (1152TS). SRT - Slow Reselect Threshold above fast (Factory setting 10dB). FRT - Fast Reselect Threshold (Factory setting 12dB). SRH - Slow Reselect Hysteresis (Factory setting 10dB). FRH - Fast Reselect Hysteresis (Factory setting 10dB). The parameters SRT,FRT,SRH and FRH are for network planning and are defining theThe parameters are explained inUnless there is trouble with MS cell reselection the factory settings should not be changed.Rev. DateBy right click on TRxx carrier number the TR Frequency Configuration window comes up. TR fault will switch to the spare TR (with the same Freq. settings). The carrier number is related to the frequency band selected in the radioRev. DateConfigure the neighbor cells as auto (recommended for small systems covering a uniformRight mouse click on the following items allows change of the configurations.The following is information onlyRight mouse click on the following items allows change of the configurations.Org. Reg.Activation of GW (yes or No). Gateway organization number that are allowed. Selection if GW should register at the SIP deviceIP address of SIP deviceRemote port number. Default 5060Local port number. Default 5060Rev. DateRestriction of simultaneous calls. Must be equal orPriority of Voice GW calls (0-15). The following is information only:Status of GW functions. By right mouse click youNumber of present callsBlock. Number of free GW. Number of blocked GWSee also section 2.11 Voice Gateway for Voice GatewayThis setup describes the configuration needed to setup the system for SIP operation. The PABX samples are shown for the Innovaphone IP800, but may be any SIP compatibleThe TetraFlex system needs at least one Voice Gateway configured on any node available toFigure 3-17: OM command S13 - Voice Gateway StatusRev. DateTo configure a Voice Gateway, use the NM application or use the TetraOM as described hereYou can also set registration name with the BSCGui-BSS VoiceGW The nameThis can be setup in. NM - Subscriber register in the various profiles where PABX access is wanted or by. Where x is 1 for primary GW and x is 2 for alternate GW.Rev. DateRight mouse click on the following items allows change of the configurations.A drop down box allows the view to shift between All Nodes and Active Cells. For details on the Packet Data configuration please see section 2.12 Packet Data Gateway.Note: Number of application GW’s must be set in the Node Dongle and API dongle must beDAMM Dispatcher application uses the application GW and usesRight mouse click on the following items allows changing the configurations.Rev. DateApplication gateway e.g. used in the dispatcher. The following is information onlyA drop down box allows the view to shift between All Nodes and Active Cells. For details of the API configuration please see section 2.13 Application Gateway for setup ofRev. DateThe subscriber window is divided in to 4 partsProfile (Maximum 2.000 profiles standard and 10.000 in optional enhanced ver.). Subscriber (Maximum 20.000 subscribers and 150.000 in Optional enhanced ver.). Sec. Key (Security Key Update). The relation between Organization, profile and SSI is shown in this drawing. Organization 0. Organization 2. Organzation 1. Organization x. Profile 10Profile x. SSI0x. Profile 100Profile 200. Profile 210. Profile x. SSIx. A SSI is related to one Profile and a profile is related to one Organization.Rev. DateOrganization 0 is intended for the network operator and this Org.By double click on an organization or push the button “Change” the Change OrganizationRev. DateThis must be unique and at least org. 0If connecting an API Application or the Dispatcher to org. 0 itAPI applications andExisting profiles can always be edited. New profiles mustNew SSI must be within this range.Existing User no. can always be edited. New User no.Existing IP addresses can always be edited. New IPRev. DateThis will make it possible to create sub-profiles if needed. Figure 3-18: Subscriber ProfileRev.