Communication Solutions by ADONTEC
TNC Explorer sample application
32 Bit and 64 Bit Versions available!
Version 4 neu !
Use SuperCom Heidenhain SDK to controll easily Heidenhain TNC like TNC 320, TNC 360, TNC 426, TNC 430, iTNC 530, TNC 620, TNC 640, TNC640, TNC620, iTNC530, TNC426, TNC430, TNC360, TNC320, MANUALplus, DataPilot CP 620, DataPilot CP 640, DataPilot MP 620, DataPilot 4110, DataPilot 4290 and other. Access and control heidenhain TNC machines. SuperCom Heidenhain SDK for Windows and Linux. SuperCom Heidenhain Library for C#, C++, Delphi, Labview, Visual Basic, VB net.
Build a heidenhain client. Retrieve TNC type, NC-Version, PLC-Version and software version. Handle directories and files. Transfer files. Milling Machines. Query Active Program, Errors, Execution Mode (e.g. MANUAL,MDI,RPF), Program Status (STARTED,STOPPED,FINISHED,CANCELED,INTERRUPTED), Overrides Values (e.g. Feed, Rapid, Spindle Speed), Machine up time, Machine running time, Tool Info (e.g. ToolNr, ToolIndex, ToolAxis, ToolLen, ToolRad), Axes config & position, Cutter location, DNC Mode (Local or Remote), Spindle Speed (Nominal, Actual,..), Temperatures, and more. Read/Write memory locations, markers, counters, inputs, outputs, timers, ... Query and modify machine parameters and configuration values. Transfer special files like tool table or Log file or log entries. Read and change tables (TOOL.T, TOOL_P.TCH).
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Version 4 neu ! |
Control and monitor Heidenhain TNC through serial ports and Ethernet (TCP/IP)
The SuperCom Heidenhain Library enables fast and accurate data acquisition of machine and process state data from Heidenhain controlled machines.
The SuperCom Heidenhain Library contains functions to build stable and fast data connections to one or more Heidenhain TNC controllers. The connection can be setup using the serial interfaces or the TCP / IP protocol stack (Ethernet connection). The connection can be made locally within the factory or over a large distance via Modem, Internet or ISDN connection (see also SuperCom Suite).
The functions contained in the SuperCom Heidenhain Library, are all in-house development (as common to the SuperCom software) and do not use any tools or libraries from third-party providers but directly access the TNC themselves.
The SuperCom Heidenhain Library supports data communication to different Heidenhain TNC through serial lines or TCP/IP (Ethernet connection).
Acquire and monitor Heidenhain TNC machine state data, machine states or process data. Several functions enable fast data acquisition of the machine status. Collect data from the Heidenhain TNC machines (data collection software) or monitor the machine status (Machine Monitoring Software) of multiple machines simultaneously.
Loading and executing NC programs, checking files and directories, retrieving and examining machine parameters, log files (logbook), tool tables and much more. The SuperCom Heidenhain Library also contains direct memory access functions that can be used to retrieve or modify data directly from the PLC memory. The access to even rare information is thus easily possible.
The overall information provided by the SuperCom functions by many different ways also enables monitoring a TNC machine status.
A Heidenhain TNC client simply connects to the SuperCom Heidenhain library with older and newer TNCs that have a serial or TCP/IP connection.
The SuperCom Heidenhain Library almost hides the complexity of the data communication to a Heidenhain TNC and provides functions that perform the most wanted tasks by using simple function calls. SuperCom establishes the connection to the Heidenhain TNC directly via the serial port or the TCP/IP protocol stack. The whole data communication is running transparently in background using high-speed functions achieving rapid results.
The SuperCom Heidenhain Library is accessing the TNC directly without using any other third software layer (e. g. OPC Server) that may cause delays.
Controlling many connections or machines concurrently is supported and that is common to SuperCom software.
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SuperCom's Event-Driven file transfer functions enable accurate monitoring of the file transfer progress, providing continuously status information to the application, if needed. The library includes high-speed functions for event-driven file transfer to and from the Heidenhain TNC (send files, receive files), list directories, create or delete directories, rename or delete files, read TNC configuration data, retrieve machine status, machine data, process data, read and write memory etc. |
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Special Features*:Retrieve information like TNC type, NC-Version, PLC-Version and software version. Handle directories and files. Transfer files. Query program information (e.g. Name, Path, Program Block Number, active program, selected program), Errors, Execution | Operating Mode, Program Status, Overrides Values, Machine up time, Machine running time, Tool Info, Axes config, Axes position, Cutter location, DNC Mode, Spindle Speed (Nominal, Actual,..), Temperatures, and more. Read/Write memory locations, markers, counters, inputs, outputs, timers, query and modify machine parameters and configuration values, log entries, Read and change tables, ... * The amount of information may vary between the different machines (machine specific limits). |
The SuperCom Heidenhain Library implements the protocol functions using a SuperCom communication library (serial or TCP/IP) and the SuperCom LSV/2 protocol module* that provides a stable data communication link.
*Included with this library.
The SuperCom library provides fast and rock solid functions to extract information and control one or more TNC machines. It enables the software developer to control many connections to different TNC machines simultaneously. It enables to query information by different ways thus increasing the amount of information retrieved. Also, the amount of information supported and returned by the different TNC machines may differ.
There is only one API to learn! The same functions and parameters used with serial, TCP/IP or ISDN type of connections. Many sample programs are included.
«| HN_SetConfig | Configure the SuperCom software and/or the remote TNC |
| HN_GetCurrentDir | Retrieve the information about the TNC's current directory |
| HN_ChangeDir | Change the TNC's current directory |
| HN_MakeDir | Create a directory under the current directory |
| HN_RemoveDir | Removes a directory |
| HN_FileExists | Check if a specific file name exists on the TNC |
| HN_CopyFile | Create a copy of a specific file on the TNC |
| HN_DeleteFile | Delete a specific file on the TNC |
| HN_RenameFile | RenameFile a specific file on the TNC |
| HN_ReceiveFile | Retrieve a file from the TNC (Download, incl. Events and Progress-Information) |
| HN_SendFile | Transmit a local file to the TNC (Upload, incl. Events and Progress-Information) |
| HN_ChangeFileAttr | Changes a files attributes on the TNC |
| HN_SetFileTime | Changes a files time stamp on the TNC |
| HN_GetTNCVersion | Versions-Information der TNC abfragen |
| HN_GetTNCDateTime | Retrieve the date & time information of the TNC |
| HN_SetTNCDateTime | Set the date & time information of the TNC |
| HN_ReadMarkers, HN_ReadWords, HN_ReadInputs, HN_ReadTimers, ... | Access memory area to retrieve special information out of the TNC |
| HN_WriteMarkers, HN_WriteWords, ... | Access memory area to alter information on the TNC |
| HN_ActivateAndRun | Activate and run the specific program file |
| HN_GetRunInfoEx | Provides DNC state information |
| HN_GetPgmStatus | Retrieve the program status | HN_GetExecMode | Retrieve the TNC execution mode |
| HN_SetMachineParameters | Changes maschine parameter |
| HN_GetLog* | Retrieves the log file |
| HN_GetTimes* | Alternate function, retrieves runtime values |
| HN_ReadTimers | Retrieves Timer values |
| HN_ExtractToolData | Extracts single fields out of the tool table |
| HN_UpdateToolData | Changes a single field inside the tool table |
| HN_SearchLogFile | Search the log file for specific entry |
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* Requires a SuperCom Suite software version and license.
Technical Support
As with all products that we offer, technical support is very important. In addition to the large amount of functions contained in the SuperCom software, our customers can enjoy our extensive information database on the various Heidenhain machines, provided by our technical support team, which we have collected over the years and can may help with difficult constellations.
Hardware requirements
Heidenhain TNC with a serial port interface (serial LSV/2 protocol link) or Ethernet (TCP/IP) interface.
Heidenhain TNC 320, TNC 360, TNC 426, TNC 430, iTNC 530, TNC 620, TNC 640, MANUALplus, DataPilot CP 620, DataPilot CP 640, DataPilot MP 620, DataPilot 4110, DataPilot 4290 and more. Option 18 is not used.
License Information
Executable Applications (e.g. ".EXE") developed using the SuperCom library can be distributed royalty free. More ...
Supported compilers
C#, C/C++, C++ Builder, Delphi, Visual C++, Visual Basic, Visual Basic NET, VBA, LabView, FoxPro, PowerBuilder and other Windows programming tools (MS .NET ?).
What to order?
The SuperCom Heidenhain Library needs a SuperCom communication layer for the data transfer (Serial and/or TCP) e.g. SuperCom Serial for Windows, SuperCom Suite for Windows. The SuperCom communication layer is responsible for establishing connections and low level data transfer.
* The SuperCom LSV2 Protocol Module is included with the SuperCom Heidenhain Library.
Favorable combinations for Windows 
or Linux
A flexibel and portabel library for use in Windows or Linux application*.
* Please select the specific Windows or Linux product codes.
PDF Document: Output of some example programs
PDF Document: SuperCom-Heidenhain-Software-Library
Using SuperCom you overcome many limitations. SuperCom was designed and used from the beginning in high demanding data communication applications.
