Difference between revisions of "Software License Program ID List"

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(→‎How Our Licenses are Controlled with PIDs)
(→‎Benderlink Related PIDs in Numeric Order)
 
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| 358
 
| 358
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| CNC Bender LiteControl - v12-20100407
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| CNC Bender LiteControl - v12-2010040
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|-
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| 364
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| CNC Bender ProControl - v14
 
|}
 
|}
 
<br><br>
 
<br><br>
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| 359
 
| 359
 
| DOCS2Addison Benderlink
 
| DOCS2Addison Benderlink
 +
|-
 +
| 361
 +
| Benderlink for Chiyoda and KEINS - v6.1
 +
|-
 +
| 362
 +
| Benderlink for Chiyoda and KEINS OFFLINE - v6.9
 +
|-
 +
| 363
 +
| Benderlink for YLM
 +
|-
 +
| 364
 +
| CNC Bender v14
 +
|-
 +
| 365
 +
| Benderlink for CRIPPA to LASERVISION
 +
|-
 +
| 366
 +
| Benderlink for COMCO to LASERVISION
 +
|-
 +
| 367
 +
| Benderlink for COMCO to SUPRAVISION
 +
|-
 +
| 368
 +
| Benderlink for VLB to LASERVISION
 +
 
|}
 
|}
 +
  
 
<br><br>
 
<br><br>
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|-
 
|-
 
| 320
 
| 320
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| TubeCAD Pro
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| Unassigned
 
|-
 
|-
 
| 321
 
| 321
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| 360
 
| 360
 
| VTube-LASER Programmer
 
| VTube-LASER Programmer
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+
|-
 +
| 361
 +
| Benderlink for Chiyoda and KEINS - v6.1
 +
|-
 +
| 362
 +
| Benderlink for Chiyoda and KEINS OFFLINE - v6.9
 +
|-
 +
| 363
 +
| Benderlink for YLM
 +
|-
 +
| 364
 +
| CNC Bender v14
 +
|-
 +
| 365
 +
| Benderlink for CRIPPA to LASERVISION
 +
|-
 +
| 366
 +
| Benderlink for COMCO to LASERVISION
 +
|-
 +
| 367
 +
| Benderlink for COMCO to SUPRAVISION
 +
|-
 +
| 368
 +
| Benderlink for VLB to LASERVISION
 
|}
 
|}
 +
<br><br>
  
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==How Our Licenses are Controlled with PIDs==
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==About Hardware Keys==
  
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<table width=600 cellpadding=10 cellspace=10>
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We track licenses with hardware keys or dongles.  We refer to these devices as "hardware keys" because they are a physical device that you can carry and plug as opposed to an intangible software key that uses file data or registry data stored on the disk to control the licenses. See the [[Hardware Key]] knowledgebase page for more details on this method of licensing.<br><br>
  
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<tr>
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==How Licensing Works==
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<td width=200  valign="top" bgcolor=#a1b9eb>
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<b>About Hardware Keys</b>
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</td>
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<td  bgcolor=#afa2ea>
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<b>How Licensing Works</b>
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</td>
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−
</tr>
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−
<tr>
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* When you purchase a license, we program the appropriate '''program identification number''' (PID) into the hardware key memory.
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<td width=200  valign="top">
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<br>
−
We track licenses with hardware some call "dongles."  The picture at the top of this page shows one of the hardware key styles we send to customers.
+
* The PID is an integer value that we assign to a license type.  Examples are:
−
<br><br>
+
** TubeCAD = 351
−
We refer to these devices as "hardware keys" because they are based on a physical device that you can carry and plug as opposed to an intangible software key that uses file data or registry data stored on the disk to control the licenses.
+
** CNC Bender = 357
−
<br><br>
+
** VTube-LASER = 356
−
See the column to the right for details on how we setup and control licenses that are sent to customers.
+
−
<br><br>
+
−
See the [[Hardware Key]] knowledgebase page for more details on this method of licensing.
+
−
</td>
+
−
<td>
+
−
* When you purchase a license, we program the appropriate program identification (PID) number into the hardware key memory. The PID is an integer value that we assign to a license type.  Examples are TubeCAD is 351, CNC Bender is 357, VTube-LASER is 356, etc.
+
 
<br>
 
<br>
−
* When you install and run the software you purchased, the software searches for the correct hardware key and checks for the appropriate PID value in the key.  If it finds the correct PID, then it is allowed to run.
+
* When run, our software searches for the correct hardware key and checks for the appropriate PID value in the key.  If it finds the correct PID, then it is allowed to run.
 
<br>
 
<br>
−
* If you purchased different software licences that need to run on the same computer, then multiple PID values can be entered into a single hardware key.
+
* If you purchase different software packages, then multiple PID values can be entered into a single hardware key.
 
<br>
 
<br>
 
* These PID values work in either TIME-LIMITED or PERMANENT hardware keys.  Time-limited keys are for situations where an expiration date is appropriate. Permanent keys are used situations where the license never expires.
 
* These PID values work in either TIME-LIMITED or PERMANENT hardware keys.  Time-limited keys are for situations where an expiration date is appropriate. Permanent keys are used situations where the license never expires.
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* When you run [[KeyCheck]] with a USB hardware key plugged in, you should see at least one of these ID values in the list.  Use [[KeyCheck]] to find exactly which licenses are activated on the key we gave you.
 
* When you run [[KeyCheck]] with a USB hardware key plugged in, you should see at least one of these ID values in the list.  Use [[KeyCheck]] to find exactly which licenses are activated on the key we gave you.
 
<br>
 
<br>
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</td>
 
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</tr>
 
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</table>
 

Latest revision as of 19:58, 11 July 2022

Hasp hl pro.jpg

This is a list of Program IDs for Advanced Tubular licenses with a description of how we setup licenses.




CNC Bender Related PIDs

PID Program Licensed
315 CNC Bender ProControl
317 CNC Bender ProControl Offline
339 CNC Bender LiteControl
340 CNC Bender LiteControl Offline
341 DOD List Editor
352 CNC Bender ProControl Push Bend Option
353 CNC Bender ProControl PDA RVG Option
357 CNC Bender ProControl - v12-20100407
358 CNC Bender LiteControl - v12-2010040
364 CNC Bender ProControl - v14



VTube Related PIDs

PID Program Licensed
354 VTube-STEP
355 VTube-Pro
356 VTube-LASER
360 VTube-LASER Programmer


Benderlink Related PIDs in Numeric Order

PID Program Licensed
306 Benderlink for Keins/Chiyoda
307 Benderlink for Flexbender
308 Benderlink for Keins/Chiyoda Offline Programmer
309 Benderlink for U.T.E.
312 Benderlink for Trumpf-Pulzer
313 Benderlink for Eagle P2
314 Benderlink for Eaton Leonard
316 Benderlink for CNC Bender
318 Benderlink for Keins/Chiyoda Diagnostic
319 Benderlink for Addison MK5 to Supravision
321 Benderlink for Pines/Laservision
324 Benderlink for Supravision
325 Benderlink for Crown
326 Benderlink for MiiC
327 Benderlink for MK3 to Vector
328 Benderlink for Ped - Data Transfer Module
329 Benderlink for Ped - Data Transfer Management Module
330 Benderlink for Addison MK5 to Vector
333 Benderlink for BLM VGP
334 Benderlink for Keins/Chiyoda v5
335 Benderlink for Keins/Chiyoda v5 - Offline
338 Benderlink for SolidWorks
343 Benderlink for AMCS (Adaptive Motion)
344 Benderlink for Faro
346 Benderlink for MiiC DRMIII-15 Robotic Bender
348 Benderlink for Chiyoda and KEINS - v5
350 Benderlink for YSE - For linking YSE Controls to Vector Tube Measuring Centers
359 DOCS2Addison Benderlink
361 Benderlink for Chiyoda and KEINS - v6.1
362 Benderlink for Chiyoda and KEINS OFFLINE - v6.9
363 Benderlink for YLM
364 CNC Bender v14
365 Benderlink for CRIPPA to LASERVISION
366 Benderlink for COMCO to LASERVISION
367 Benderlink for COMCO to SUPRAVISION
368 Benderlink for VLB to LASERVISION




List of all PIDs

PID Program Licensed
301 TubeCalc
302 Bender to XYZ Calculator - v4 for use in Benderlink for Chiyoda and KEINS
303 Overbend Calculator
304 Sumitube Calculator
305 FIF Translator (obsolete)
306 Benderlink for Keins/Chiyoda
307 Benderlink for Flexbender
308 Benderlink for Keins/Chiyoda Offline Programmer
309 Benderlink for U.T.E.
310 XYZ to Bender Calculator for U.T.E.
311 Graphics Module for U.T.E.
312 Benderlink for Trumpf-Pulzer
313 Benderlink for Eagle P2
314 Benderlink for Eaton Leonard
315 CNC Bender ProControl
316 Benderlink for CNC Bender
317 CNC Bender ProControl Offline
318 Benderlink for Keins/Chiyoda Diagnostic
319 Benderlink for Addison MK5 to Supravision
320 Unassigned
321 Benderlink for Pines/Laservision
322 TubeCalc 3
323 AutoCAD DXF to Bender
324 Benderlink for Supravision
325 Benderlink for Crown
326 Benderlink for MiiC
327 Benderlink for MK3 to Vector
328 Benderlink for Ped - Data Transfer Module
329 Benderlink for Ped - Data Transfer Management Module
330 Benderlink for Addison MK5 to Vector
331 Network License Manager
332 Unassigned
333 Benderlink for BLM VGP
334 Benderlink for Keins/Chiyoda v5
335 Benderlink for Keins/Chiyoda v5 - Offline
336 Solid Edge 2 Bender Converter
337 TubeCAD Lite for Clark Fixture Modular Gauges
338 Benderlink for SolidWorks
339 CNC Bender LiteControl
340 CNC Bender LiteControl Offline
341 DOD List Editor
342 Autodesk Inventor to Bender
343 Benderlink for AMCS (Adaptive Motion)
344 Benderlink for Faro
345 FIF Translator 4.1 - Extended Supravision Conversion and Output
346 Benderlink for MiiC DRMIII-15 Robotic Bender
347 Reserved
348 Benderlink for Chiyoda and KEINS - v5
349 Bender to XYZ - Version 5 - For calculating centerline XYZ data from Bender data.
350 Benderlink for YSE - For linking YSE Controls to Vector Tube Measuring Centers
351 TubeCAD Pro v8-20100204 (32/64 bit)
352 CNC Bender ProControl Push Bend Option
353 CNC Bender ProControl PDA RVG Option
354 VTube-STEP
355 VTube-PRO
356 VTube-LASER
357 CNC Bender ProControl - v12-20100407
358 CNC Bender LiteControl - v12-20100407
359 DOCS2Addison Benderlink
360 VTube-LASER Programmer
361 Benderlink for Chiyoda and KEINS - v6.1
362 Benderlink for Chiyoda and KEINS OFFLINE - v6.9
363 Benderlink for YLM
364 CNC Bender v14
365 Benderlink for CRIPPA to LASERVISION
366 Benderlink for COMCO to LASERVISION
367 Benderlink for COMCO to SUPRAVISION
368 Benderlink for VLB to LASERVISION



About Hardware Keys

We track licenses with hardware keys or dongles. We refer to these devices as "hardware keys" because they are a physical device that you can carry and plug as opposed to an intangible software key that uses file data or registry data stored on the disk to control the licenses. See the Hardware Key knowledgebase page for more details on this method of licensing.

How Licensing Works

  • When you purchase a license, we program the appropriate program identification number (PID) into the hardware key memory.


  • The PID is an integer value that we assign to a license type. Examples are:
    • TubeCAD = 351
    • CNC Bender = 357
    • VTube-LASER = 356


  • When run, our software searches for the correct hardware key and checks for the appropriate PID value in the key. If it finds the correct PID, then it is allowed to run.


  • If you purchase different software packages, then multiple PID values can be entered into a single hardware key.


  • These PID values work in either TIME-LIMITED or PERMANENT hardware keys. Time-limited keys are for situations where an expiration date is appropriate. Permanent keys are used situations where the license never expires.


  • When you run KeyCheck with a USB hardware key plugged in, you should see at least one of these ID values in the list. Use KeyCheck to find exactly which licenses are activated on the key we gave you.


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