Difference between revisions of "VTube Communication for UNISON Benders"

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(Protocol)
(AVOIDANCE ROW with SLIGHTLY POSITIVE BEND ANGLE)
 
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This page describes the use of the VTube to UNISON Supravision file communications. Descriptions for VTube-STEP and VTube-LASER are included.<br><br>
+
This page describes the use of the VTube to UNISON Supravision file communications. Descriptions for communications through both VTube-STEP and VTube-LASER are included.<br><br>
 
<br><br>
 
<br><br>
  
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__TOC__
 
__TOC__
  
=Protocol=
+
=Network Protocol=
 
<table width=900>
 
<table width=900>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=300>
 
<td width=300>
[[VTube-STEP]] can send data directly to the UNISON LTD software YBC values.<br><br>  
+
The protocol used is called "Supravision Network" and runs through a standard network connection - wired or wireless.<br><br>
[[VTube-LASER]] can correct data in UNISON LTD for YBC bender corrections.<br><br>
+
[[VTube-STEP]] uses the protocol to send new part data directly to UNISON benders.<br><br>  
 +
[[VTube-LASER]] uses the protocol to send either new part data or YBC part corrections to UNISON benders.<br><br>
 +
 
 
</td>
 
</td>
 
<td width=300>
 
<td width=300>
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</table>
 
</table>
  
=STEPS TO SETUP FOR COMPUTER NETWORKING=
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=UNISON Control Setup=
 
+
These steps will require connecting two computers using network cabling. Some of the steps require CRIPPA or Advanced Tubular technical assistance.
+
<br><br>
+
<br><br>
+
 
+
===STEP 1: Plug in Cable 2 In The CRIPPA HMI Computer===
+
 
<table width=900>
 
<table width=900>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=500>
 
<td width=500>
 +
The connection uses a standard network connection between Windows computers. Attach the UNISON bender to a standard network to allow this kind of communication.<br><br>
 +
Either share a folder on the UNISON with the VTube-LASER computer, or allow the UNISON control to gain access to a network location for READ/WRITE access.<br><br>
 +
The most common networking method is to map a drive in the UNISON Windows system (like drive Z:) to the shared path location.<br><br>
 +
Please ask a UNISON technician for assistance in making a connection if you need help with this setup.<br><br><br><br>
  
*Connect the CRIPPA bender to the network following the CRIPPA tech support instructions.<br><br>
+
==YBC --> Supravision Screen==
*Be sure that ethernet cable 2 is plugged into Ethernet port 2 on the CRIPPA HMI computer. The cable is stored initially under the keyboard shelf.  You will need to drop the bottom of the shelf and uncoil the cable through the back like shown on the right.<br><br>
+
The UNISON Supravision screen in is where all communications occur.<br><br>Press the measuring center button in the YBC screen to load the Supravision screen.<br><br><br>
*Plug in cable 2 to port 2, then cable tie the cable to the other cables so that it will not bind when the door closes.<br><br>
+
*Be careful to NOT unplug or replace cable 1. This cable allows the CRIPPA software to communicate with the PLC inside the bender.<br><br>
+
</td>
+
<td width=300>
+
[[image:CRIPPA RJ45 Cable 2 From Under Keyboard Shelf.png|500px]]<br><br>
+
[[image:CRIPPA RJ45 Cable 2 Plugged in.png|500px]]
+
</td>
+
</tr>
+
</table>
+
  
===STEP 2: Plug The Other End of the Cable Into A Network Switch===
+
==Bender Number==
<table width=900>
+
Supravision can be preconfigured for use with a network of multiple benders.<br><br>
<tr valign=top>
+
The Supravision Network protocol requires that the bender NUMBER assigned inside the UNISON Supravision screen matches the bender number inside the VTube-LASER Bender Setup menu.<br><br>Therefore, it's important to know what bender number is being used during communications '''on both ends of the connection'''.<br><br>
<td width=500>
+
<br><br><br>
* Find cable 2 inside the electrical cabinet on the back of the bender. This is the other end of the same cable you plugged into the CRIPPA HMI computer in the previous step.<br><br>
+
* Plug this end of the cable into a network switch.<br><br>
+
* Plug another cable from the network switch into the VTube computer.<br><br>
+
</td>
+
<td width=300>
+
[[image:netgear switch.png|500px]]
+
</td>
+
</tr>
+
</table>
+
<br><br>
+
  
===STEP 3: Allow a Technician to Configure the CRIPPA and the VTube Computers===
 
<font size=3>[[image:Gear_warning.jpg|50px]] <b>These steps require technician-level assistance from CRIPPA or Advanced Tubular Technologies.</b><br><br></font>
 
<table width=800>
 
<tr valign=top>
 
<td width=500>
 
The technician will...
 
# Setup the IP address inside the CRIPPA HMI computer and inside the VTube computer<br><br>
 
# Setup Supravision network communications.<br><br>
 
# Share a CRIPPA folder and setup permissions for the VTube computer to read and write data to that folder.
 
 
</td>
 
</td>
 
<td width=300>
 
<td width=300>
 +
[[image:UNISON YBC Screen Press Measuring Center Button.png|500px]]<br><br>
 +
[[image:UNISON Supravision Bender Number.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
<br><br>
 
 
===STEP 4: Enable Supravision Communications in the CRIPPA UII Interface===
 
<table width=800>
 
<tr valign=top>
 
<td width=500>
 
The technician will...
 
# Setup the IP address inside the CRIPPA HMI computer and inside the VTube computer<br><br>
 
# Setup Supravision network communications.<br><br>
 
# Share a CRIPPA folder and setup permissions for the VTube computer to read and write data to that folder.
 
</td>
 
<td width=300>
 
</td>
 
</tr>
 
</table>
 
<br><br>
 
 
===STEP 5: Test the Network Connection on the VTube Computer===
 
<font size=3>[[image:Gear_warning.jpg|50px]] <b>These steps require technician-level assistance from CRIPPA or Advanced Tubular Technologies.</b><br><br></font>
 
<table width=900>
 
<tr valign=top>
 
<td width=500>
 
Test the network connection at the VTube computer using the Windows File Explorer.<br><br>
 
# Open the File Explorer.<br><br>
 
# Type in the network path for the CRIPPA computer.  It is safest to use a fixed IP in the path like this:  \\192.168.2.6<br><br>'''(The 192.168.2.6 is an example IP address. The number you will use will most likely be different.)'''<br><br>
 
# Press Enter and allow the VTube to connect to the CRIPPA computer. This may take a few seconds.<br><br>
 
# The CRIPPA computer will ask you to supply credentials (username and password).<br><br>
 
# Enter the credentials supplied by the CRIPPA or Advanced Tubular technician, then be sure the check the "Remember my credentials" checkbox before pressing OK.<br><br>
 
# If the connection works, then you will see a couple of folders in the File Explorer screen.  One of them will be something like "SVTransfer". Double click on that folder. The path that you see in the top of the Explorer window is the path you will need to program into VTube for communications to the CRIPPA. So, for this example, the path to use in setting up VTube is "\\192.168.2.6\SVTransfer".<br><br>
 
# Attempt to create a new text file in this folder. If you can, then the network connection is complete.  '''VTube must be able to write files to this folder.'''
 
</td>
 
<td width=300>
 
[[image:WindowsExplorer_NetPath_Crippa.png|500px]]<br><br>
 
[[image:Windows Security Network Password.png|500px]]<br><br>
 
[[image:VTL Explorer with CRIPPA Path in address box.png|500px]]
 
</td>
 
</tr>
 
</table>
 
<br><br>
 
<br><br>
 
  
 
=BENDERLINK SETUP STEPS FOR VTUBE-STEP AND VTUBE-LASER=
 
=BENDERLINK SETUP STEPS FOR VTUBE-STEP AND VTUBE-LASER=
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</table>
 
</table>
  
===STEP 2: Setup the Benderlink Network Grid for CRIPPA Supravision Network Protocol===
+
===STEP 2: Setup the Benderlink Network Grid for UNISON Supravision Network Protocol===
 
<table cellpadding=10 width=900>
 
<table cellpadding=10 width=900>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=500>
 
<td width=500>
#Choose an unused row in the grid for a new CRIPPA bender setup. (Click on the image at the right to see a zoomed image.)<br><br>
+
#Choose an unused row in the grid for a new UNISON bender setup.<br><br>
 
#Assign a bender name that will help operators identify which bender this is.  This text will be displayed at the top of the Bender Setup menu.<br><br>
 
#Assign a bender name that will help operators identify which bender this is.  This text will be displayed at the top of the Bender Setup menu.<br><br>
#Assign the CRIPPA SVNet protocol.<br><br>
+
#Assign the Supravision Network protocol.<br><br>
#Enter the path to the shared drive or folder in the NetPath field. This path should point to the CRIPPA folder that will receive command files from VTube. (The value shown on the screen is only an example.)<br><br>
+
#Enter the path to the shared drive or folder in the NetPath field. This path should point to the UNISON folder that will receive command files from VTube. (The value shown on the screen is only an example.)<br><br>
 
#Enter the IP address in the PING IP ADDRESS field if it is a fixed field. (This is not required. It allows VTube to ping the address to see if the network location is active before trying to open communications.)<br><br>
 
#Enter the IP address in the PING IP ADDRESS field if it is a fixed field. (This is not required. It allows VTube to ping the address to see if the network location is active before trying to open communications.)<br><br>
#If the Crippa rotates the Clockwise positive, then select YES in the CW Rotation Positive cell.<br><br>
+
#If the UNISON rotates the Clockwise positive, then select YES in the CW Rotation Positive cell.<br><br>
#The "Ignore Incoming Linear Unit" setting is optional.  This will not allow the CRIPPA to change the linear units in VTube-LASER if they are different.<br><br>'''SOME CRIPPA BENDERS ALWAYS SEND DATA IN MILLIMETERS - EVEN IF THE LINEAR UNIT SETTING IN THE FILE IS SET TO INCHES. THIS SETTING MUST BE ENABLED TO OVERCOME THAT ISSUE. IF THIS IS THE CASE, THEN IT ALSO IMPORTANT TO RECALL WITH VTUBE-LASER SET TO MILLIMETERS.'''<br><br>
+
#The "Ignore Incoming Linear Unit" setting is optional.  This will not allow the UNISON to change the linear units in VTube-LASER if they are different.<br><br>
 
#Press Close to save the settings.  VTube will save these values to a persistent configuration file that will not change unless you change them in this grid.
 
#Press Close to save the settings.  VTube will save these values to a persistent configuration file that will not change unless you change them in this grid.
  
 
</td>
 
</td>
 
<td width=300>
 
<td width=300>
[[image:VTube CRIPPA SVNET Benderlink Grid Setup.png|500px]]
+
[[image:Benderlink Network Unison SVNET.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
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=HOW TO SEND AND RECALL DATA FROM VTUBE-STEP AND VTUBE-LASER=
 
=HOW TO SEND AND RECALL DATA FROM VTUBE-STEP AND VTUBE-LASER=
  
==[[image:vtube-step_logo_2.png|200px]] How to SEND MASTER XYZ Data to the CRIPPA Control from VTube-STEP==
+
==[[image:vtube-step_logo_2.png|200px]] How to SEND MASTER XYZ Data to the UNISON Control from VTube-STEP==
  
 
You can import data or models into VTube-STEP then send the calculated LRA bender data to the CRIPPA bender using the VTube BENDER OUTPUT menu.<br><br>
 
You can import data or models into VTube-STEP then send the calculated LRA bender data to the CRIPPA bender using the VTube BENDER OUTPUT menu.<br><br>
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# Select the bender number.<br><br>
 
# Select the bender number.<br><br>
 
# Click on "Send to Bender"<br><br>
 
# Click on "Send to Bender"<br><br>
# The Send to Bender Complete window will appear.  This means that VTube has dropped the data file in the location where the CRIPPA control can automatically load the file and its data into UII.
+
# The Send to Bender Complete window will appear.  This means that VTube has dropped the data file in the location where the UNISON control can automatically load the file and its data into UII.
 
</td>
 
</td>
 
<td>
 
<td>
[[image:VTube-STEP Send Tube Data to CRIPPA SVNet.png|500px]]<br><br>
+
[[image:VTube-STEP Send Tube Data to UNISON SVNet.png|500px]]<br><br>
[[image:VTube-STEP Send Tube Data to CRIPPA SVNet Complete.png|500px]]
+
[[image:VTube-STEP Send Tube Data to UNISON SVNet Complete.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 2 - SAVE the Data at the CRIPPA UII Software===
+
===STEP 2 - IMPORT the Data at the UNISON Control===
 
<table width=900>
 
<table width=900>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=500>
 
<td width=500>
CRIPPA will ask for confirmation to update when it receives the incoming data.  Say "Yes".<br><br>
+
In the YBC page, press the measuring center button.<br><br>
The YBC data will change to match the data that was sent from VTube. You can compare a few values to be sure the data was updated properly.<br><br>
+
 
</td>
 
</td>
 
<td>
 
<td>
[[image:CRIPPA UII Supravision Update Confirmationld.png|500px]]<br><br>
+
[[image:UNISON YBC Screen Press Measuring Center Button.png|500px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 3 - SAVE and COMPILE===
+
===STEP 3 - READ NOMINAL===
 
<table width=900>
 
<table width=900>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=500>
 
<td width=500>
#Save and Compile, then Save the CRIPPA data again. (The UII program will ask you to save the data twice.)<br><br>
+
# Select the file that VTube-STEP just built. (You will need to find it on the network.)<br><br>
#Run the simulation (if you want to).<br><br>
+
# Press "Read Nominals" button<br><br>
#Setup and bend the part.<br><br>
+
 
</td>
 
</td>
 
<td>
 
<td>
[[image:CRIPPA Control HMI.png|500px]]
+
[[image:UNISON Read Nominal.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
=[[image:vtube-laser_logo_1.96.png|200px]] How to SEND MASTER LRA Data to the CRIPPA Control from VTube-LASER=
+
=[[image:vtube-laser_logo_1.96.png|200px]] How to SEND MASTER LRA Data to the UNISON Control from VTube-LASER=
  
You can also send the new LRA data from the VTube-LASER BENDER SETUP menu to the CRIPPA bender using the VTube '''Bender Output''' menu.<br><br>
+
You can also send the new LRA data from the VTube-LASER BENDER SETUP menu to the UNISON bender using the VTube '''Bender Output''' menu.<br><br>
  
 
===STEP 1 - Enter the BENDER SETUP menu in VTube-LASER===
 
===STEP 1 - Enter the BENDER SETUP menu in VTube-LASER===
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</td>
 
</td>
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Bender Setup Button.png|500px]]<br><br>
+
[[image:vtube-laser_navpane_bendersetup_orangetube.png|500px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
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Set the correct bender number at the top of the window.<br><br>
 
Set the correct bender number at the top of the window.<br><br>
 
You can select up to 100 different benders.<br><br>
 
You can select up to 100 different benders.<br><br>
You should see a CRIPPA SupravisionNET icon at the top left corner of the screen. The Bender Protocol should say "CRIPPA SVnet". (This assumes that you have already configured VTube's Benderlink in the Systems Options as described in the previous VTube-STEP section.)
+
The Bender Protocol should say "Supravision Network". (This assumes that you have already configured VTube's Benderlink in the Systems Options as described in the previous VTube-STEP section.)
 
</td>
 
</td>
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Bender Setup Bend Number.png|500px]]
+
[[image:VTube-LASER UNISON Bender Setup Bend Number.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
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<tr valign=top>
 
<tr valign=top>
 
<td width=500>
 
<td width=500>
This is for first-time setup for a new part. Data in this window is separate from data in the main VTube-LASER window, so it is necessary to bring data into this window when performing first-time setup of a part. This ensures that the correct data is sent to the CRIPPA. <br><br>
+
This is for first-time setup for a new part. Data in this window is separate from data in the main VTube-LASER window, so it is necessary to bring data into this window when performing first-time setup of a part. This ensures that the correct data is sent to the UNISON. <br><br>
 
*Click on "Setup this Window" in the expanding menu on the right.<br><br>
 
*Click on "Setup this Window" in the expanding menu on the right.<br><br>
 
*Click on copy MASTER LRA to SETUP LRA.<br><br>
 
*Click on copy MASTER LRA to SETUP LRA.<br><br>
*Be sure every field in the top panel has data that you want to send to the CRIPPA.<br><br>
+
*Be sure every field in the top panel has data that you want to send to the UNISON.<br><br>
 
*The blue columns below will eventually be converted to new YBC data at the bender. So check for numbers there.<br><br>
 
*The blue columns below will eventually be converted to new YBC data at the bender. So check for numbers there.<br><br>
 
</td>
 
</td>
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Copy Master LRA.png|500px]]
+
[[image:VTube-LASER UNISON Copy Master LRA.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 3 - Send data to the CRIPPA BENDER===
+
===STEP 3 - Send data to the UNISON BENDER===
 
<table width=900>
 
<table width=900>
 
<tr valign=top>
 
<tr valign=top>
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</td>
 
</td>
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Auto Send Master Data.png|500px]]
+
[[image:VTube-LASER UNISON Auto Send Master Data.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
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A window indicating that data was sent should appear for a few seconds then disappear automatically.<br><br>
 
A window indicating that data was sent should appear for a few seconds then disappear automatically.<br><br>
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Send to Bender Complete.png|500px]]<br><br>
+
[[image:VTube-LASER UNISON Send to Bender Complete.png|500px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 5 - SAVE the Data at the CRIPPA UII Software===
+
===STEP 5 - IMPORT the Data at the UNISON Control===
 
<table width=900>
 
<table width=900>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=500>
 
<td width=500>
Move to the CRIPPA control. CRIPPA will ask for confirmation to update when it receives the incoming data.  Say "Yes".<br><br>
+
In the YBC page, press the measuring center button.<br><br>
If you don't see this green banner, then communications did not occur.  You will need to trouble-shoot the connection to make it work.<br><br>
+
The YBC data will change to match the data that was sent from VTube. You can compare a few values to be sure the data was updated properly.<br><br>
+
 
</td>
 
</td>
 
<td>
 
<td>
[[image:CRIPPA UII Supravision Update Confirmationld.png|500px]]<br><br>
+
[[image:UNISON YBC Screen Press Measuring Center Button.png|500px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
=[[image:vtube-laser_logo_1.96.png|200px]] How to SEND CORRECTION Data to the CRIPPA Control from VTube-LASER=
+
 
 +
===STEP 6 - READ NOMINAL===
 +
<table width=900>
 +
<tr valign=top>
 +
<td width=500>
 +
# Select the file that VTube-LASER just built. (You will need to find it on the network.)<br><br>
 +
# Press "Read Nominals" button<br><br>
 +
</td>
 +
<td>
 +
[[image:UNISON Read Nominal.png|500px]]
 +
</td>
 +
</tr>
 +
</table>
 +
 
 +
=[[image:vtube-laser_logo_1.96.png|200px]] How to SEND CORRECTION Data to the UNISON Control from VTube-LASER=
  
 
===STEP 1 - Bend the Tube===
 
===STEP 1 - Bend the Tube===
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<tr valign=top>
 
<tr valign=top>
 
<td width=300>
 
<td width=300>
Bend the tube in the CRIPPA.<br><br>
+
Bend the tube in the UNISON bender.<br><br>
 
<td>
 
<td>
[[image:CRIPPA User Programming UII.png|400px]]
+
[[image:UNISON User Programming Control.png|400px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
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<td width=300>
 
<td width=300>
 
Measure and align the tube to determine if it qualifies by falling within the envelope tolerance for the tube shape. <br><br>
 
Measure and align the tube to determine if it qualifies by falling within the envelope tolerance for the tube shape. <br><br>
In the screen shot on the right, the red on the top left shows that the first END "A" LENGTH is out of tolerance. The length is 0.054" long.<br><br>
+
In the screen shot on the right, the red on the top left shows that the first END "A" LENGTH is out of tolerance.<br><br>
Also, the red cell in the tangent point grid on the lower right shows that the measured tube centerline shape is out-of-tolerance because the deviation is 0.121".<br><br>
+
Also, the red cells in the tangent point grid show that the measured tube centerline shape is out-of-tolerance.<br><br>
 
Also - VTube is very visual. The solid model on the right shows exactly where the part is out is exceeding the tolerance.
 
Also - VTube is very visual. The solid model on the right shows exactly where the part is out is exceeding the tolerance.
 
Click on the image to zoom in to see the values.
 
Click on the image to zoom in to see the values.
  
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Inspection Result.png|400px]]
+
[[image:Vtube-imc screen romer arm.png|500px]]<br><br>
 +
[[image:VTube-LASER UNISON Inspection Result.png|400px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
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<td>
 
<td>
[[image:VTube-LASER CRIPPA Click on Bender Setup.png|400px]]<br><br>
+
[[image:VTube-LASER UNISON Click on Bender Setup.png|400px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
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See [[VTube-LASER Multiple Screen Support]] for more information about this feature.
 
See [[VTube-LASER Multiple Screen Support]] for more information about this feature.
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Bender Setup Dual Screen.png|800px]]<br><br>
+
[[image:VTube-LASER UNISON Bender Setup Dual Screen.png|800px]]<br><br>
[[image:multi-screen support bender setup.png|500px]]
+
 
</td>
 
</td>
 
</tr>
 
</tr>
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Set the correct bender number at the top of the window.<br><br>
 
Set the correct bender number at the top of the window.<br><br>
 
You can select up to 100 different benders.<br><br>
 
You can select up to 100 different benders.<br><br>
You should see a CRIPPA icon at the top left corner of the screen. The Bender Protocol should say "CRIPPA SupravisionNET". (This assumes that you have already configured VTube's Benderlink in the Systems Options as described in the previous VTube-STEP section.)
+
The Bender Protocol should say "Supravision Network". (This assumes that you have already configured VTube's Benderlink in the Systems Options as described in the previous VTube-STEP section.)
 
</td>
 
</td>
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Bender Setup Correction - Set Bender Number.png|400px]]
+
[[image:VTube-LASER UNISON Bender Setup Correction - Set Bender Number.png|400px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 5 - RECALL CRIPPA YBC data===
+
===STEP 5 - Put the UNISON Control in COMMUNICATIONS Mode===
 +
<table cellpadding=10>
 +
<tr valign=top>
 +
<td width=300>
 +
Press the measuring center button in the UNISON YBC screen.<br><br>
 +
You should now see the UNISON Supravision screen.<br><br>
 +
Check to be sure that the bender number is correct.
 +
</td>
 +
<td>
 +
[[image:UNISON YBC Screen Press Measuring Center Button.png|400px]]<br><br>
 +
[[image:UNISON Supravision Bender Number.png|400px]]
 +
</td>
 +
</tr>
 +
</table>
 +
 
 +
===STEP 5 - At VTube-LASER, RECALL the UNISON YBC data===
 
<table cellpadding=10>
 
<table cellpadding=10>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=300>
 
<td width=300>
Be sure the that the Part Number value is the same as the part name in the CRIPPA control. The CRIPPA will not return data unless it recognizes the part number.<br><br>
 
Remember that the CRIPPA UII will only return data from the part that is SAVED TO THE DISK.  It will not return UNSAVED data in the UII screen.<br><br>
 
 
In the '''Bidirectional Communication''' menu on the right, click on RECALL.<br><br>
 
In the '''Bidirectional Communication''' menu on the right, click on RECALL.<br><br>
RECALLING data is a critical step during correction. If a RECALL is not performed before a CORRECTION, then VTube may not be able make adjustments to the correct starting YBC data. Be sure to perform this step before performing the CORRECTION step below.
+
RECALLING data is a critical step during correction. If a RECALL is not performed before a CORRECTION, then VTube may not be able make adjustments to the correct starting YBC data. Be sure to perform this step before performing the CORRECTION step below.<br><br>
 +
'''Important Note about UNISON benders:  UNISON benders return whatever data is in memory.  They do not attempt find the part on the UNISON disk based on the VTube-LASER part number. Whatever part is in the UNISON will be returned to VTube-LASER.'''
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA RECALL LRA.png|400px]]<br><br>
+
[[image:VTube-LASER UNISON RECALL LRA.png|400px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
Line 391: Line 349:
 
If you want to, it is even possible to invert the rotation direction to keep the tube from hitting the bender during rotations.
 
If you want to, it is even possible to invert the rotation direction to keep the tube from hitting the bender during rotations.
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Manually Adjust Correction Values.png|400px]]<br><br>
+
[[image:VTube-LASER UNISON Manually Adjust Correction Values.png|400px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 7 - Send the CORRECTION Values to the CRIPPA===
+
===STEP 7 - Send the CORRECTION Values to the UNISON===
 
<table cellpadding=10>
 
<table cellpadding=10>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=300>
 
<td width=300>
Click on AUTO SEND. This will send the ORANGE columns to the CRIPPA bender.<br><br>
+
Click on AUTO SEND. This will send the ORANGE columns to the UNISON bender.<br><br>
To be sure that a RECALL has recently been performed, VTube will show a CRIPPA CORRECTIONS NOTES as a reminder.<br><br>
+
 
+
  
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Send Orange Column Data.png|400px]]<br><br>
+
[[image:VTube-LASER UNISON Send Orange Column Data.png|400px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 8 - The SEND ADJUSTED Window===
+
===STEP 8 - The SEND to BENDER Complete Window===
 
<table cellpadding=10>
 
<table cellpadding=10>
 
<tr valign=top>
 
<tr valign=top>
 
<td width=300>
 
<td width=300>
 
A window should appear for a few seconds indicating that the Send to the Bender is complete.<br><br>
 
A window should appear for a few seconds indicating that the Send to the Bender is complete.<br><br>
 +
You can allow this window to close on its own in a few seconds, or press the close button to close it immediately.
 
<td>
 
<td>
[[image:VTube-LASER CRIPPA Send Adjusted Complete.png|400px]]<br><br>
+
[[image:VTube-LASER UNISON Send Adjusted Complete.png|400px]]<br><br>
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
  
===STEP 9 - SAVE the New Data at the CRIPPA UII Software===
+
===STEP 9 - IMPORT the Correction Data at the UNISON Control===
<table width=800>
+
<tr valign=top>
+
<td width=400>
+
Move to the CRIPPA control. CRIPPA will ask for confirmation to update when it receives the incoming data.  Say "Yes".<br><br>
+
If you don't see this green banner, then communications did not occur.  You will need to trouble-shoot the connection to make it work.<br><br>
+
The YBC data will change to match the data that was sent from VTube. You can compare a few values to be sure the data was updated properly.<br><br>
+
The VTube-LASER SEND will only update the UII data on the CRIPPA screen.  (Remember: CRIPPA only returns data from the file - see "RECALL" above.) This new data that the CRIPPA UII screen just received from VTube-LASER must be SAVED to the disk and compiled to take effect.<br><br>
+
  
 +
 +
<table width=900>
 +
<tr valign=top>
 +
<td width=500>
 +
Move to the UNISON control and follow these steps:<br><br>
 +
# Be sure the SVNET01.S2B file is selected.  The bender number will always be part of the filename.  For example, the file for bender 9 would shown as SVFILE09.S2B<br><br>
 +
# Press "Read File" button.The Read File button will import corrected data.<br><br>
 +
# Observe the changed data in the Correction Data values. (It will have changed.)<br><br>
 +
# Press Apply to apply the changes to the control.
 
</td>
 
</td>
 
<td>
 
<td>
[[image:CRIPPA UII Supravision Update Confirmationld.png|500px]]<br><br>
+
[[image:UNISON Read Correction.png|500px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
Line 441: Line 400:
 
<tr valign=top>
 
<tr valign=top>
 
<td width=300>
 
<td width=300>
Bend the tube in the CRIPPA (Step 1) then measure it again (Step 2) and follow the rest of the steps until the part is within tolerance.
+
Bend the corrected tube starting in Step 1, then measure it again (Step 2) and follow the rest of the steps until the part is within tolerance.
 
<td>
 
<td>
[[image:CRIPPA User Programming UII.png|400px]]
+
[[image:UNISON User Programming Control.png|400px]]
 
</td>
 
</td>
 
</tr>
 
</tr>
 
</table>
 
</table>
 +
 +
 +
=[[image:vtube-laser_logo_1.96.png|200px]] Other TIPS for the UNISON Bender=
 +
 +
=== AVOIDANCE ROW with SLIGHTLY POSITIVE BEND ANGLE===
 +
If you use an extra row in the bender data for an avoidance move, then it is important to know that the bend angle should be slightly positive, or the UNISON control will think that the skipped row is the LAST row.
 +
[[image:vtube_laser_bendersetup_unison_smallpositive_bend.png|800px]]
 +
 +
<br><br>
  
 
==Other Pages==
 
==Other Pages==
 
* See [[VTube-LASER]]
 
* See [[VTube-LASER]]
 
* See [[VTube-STEP]]
 
* See [[VTube-STEP]]
* See [[CRIPPA]] for information on CRIPPA benders
+
* See [[UNISON]] for information on UNISON benders

Latest revision as of 19:58, 17 May 2019

Vtube-step logo 2.pngVtube-laser logo 1.96.png

UNISON SVNet Logo.png UNISONBreezeBender.png

This page describes the use of the VTube to UNISON Supravision file communications. Descriptions for communications through both VTube-STEP and VTube-LASER are included.



Contents


Network Protocol

The protocol used is called "Supravision Network" and runs through a standard network connection - wired or wireless.

VTube-STEP uses the protocol to send new part data directly to UNISON benders.

VTube-LASER uses the protocol to send either new part data or YBC part corrections to UNISON benders.

Vtube-laser communication with UNISON.png

UNISON Control Setup

The connection uses a standard network connection between Windows computers. Attach the UNISON bender to a standard network to allow this kind of communication.

Either share a folder on the UNISON with the VTube-LASER computer, or allow the UNISON control to gain access to a network location for READ/WRITE access.

The most common networking method is to map a drive in the UNISON Windows system (like drive Z:) to the shared path location.

Please ask a UNISON technician for assistance in making a connection if you need help with this setup.



YBC --> Supravision Screen

The UNISON Supravision screen in is where all communications occur.

Press the measuring center button in the YBC screen to load the Supravision screen.


Bender Number

Supravision can be preconfigured for use with a network of multiple benders.

The Supravision Network protocol requires that the bender NUMBER assigned inside the UNISON Supravision screen matches the bender number inside the VTube-LASER Bender Setup menu.

Therefore, it's important to know what bender number is being used during communications on both ends of the connection.




UNISON YBC Screen Press Measuring Center Button.png

UNISON Supravision Bender Number.png

BENDERLINK SETUP STEPS FOR VTUBE-STEP AND VTUBE-LASER

You can perform this setup from VTube-STEP or VTube-LASER. The steps are identical in both.

STEP 1: Enter the SYSTEM OPTIONS Menu in VTube

  1. Load VTube.

  2. Click on Systems Options in the toolbar at the top of the screen.

  3. Enter the Measure 2 tab menu.

  4. Enter the Setup Benderlink Network menu.

VTube System Options Benderlink Network Button.png

STEP 2: Setup the Benderlink Network Grid for UNISON Supravision Network Protocol

  1. Choose an unused row in the grid for a new UNISON bender setup.

  2. Assign a bender name that will help operators identify which bender this is. This text will be displayed at the top of the Bender Setup menu.

  3. Assign the Supravision Network protocol.

  4. Enter the path to the shared drive or folder in the NetPath field. This path should point to the UNISON folder that will receive command files from VTube. (The value shown on the screen is only an example.)

  5. Enter the IP address in the PING IP ADDRESS field if it is a fixed field. (This is not required. It allows VTube to ping the address to see if the network location is active before trying to open communications.)

  6. If the UNISON rotates the Clockwise positive, then select YES in the CW Rotation Positive cell.

  7. The "Ignore Incoming Linear Unit" setting is optional. This will not allow the UNISON to change the linear units in VTube-LASER if they are different.

  8. Press Close to save the settings. VTube will save these values to a persistent configuration file that will not change unless you change them in this grid.

Benderlink Network Unison SVNET.png







HOW TO SEND AND RECALL DATA FROM VTUBE-STEP AND VTUBE-LASER

Vtube-step logo 2.png How to SEND MASTER XYZ Data to the UNISON Control from VTube-STEP

You can import data or models into VTube-STEP then send the calculated LRA bender data to the CRIPPA bender using the VTube BENDER OUTPUT menu.

STEP 1 - Use the BENDER OUTPUT Menu

  1. The BENDER OUTPUT menu can be loaded from the NAVIGATION PANE. Inside that menu...

  2. Select the bender number.

  3. Click on "Send to Bender"

  4. The Send to Bender Complete window will appear. This means that VTube has dropped the data file in the location where the UNISON control can automatically load the file and its data into UII.

VTube-STEP Send Tube Data to UNISON SVNet.png

VTube-STEP Send Tube Data to UNISON SVNet Complete.png

STEP 2 - IMPORT the Data at the UNISON Control

In the YBC page, press the measuring center button.

UNISON YBC Screen Press Measuring Center Button.png

STEP 3 - READ NOMINAL

  1. Select the file that VTube-STEP just built. (You will need to find it on the network.)

  2. Press "Read Nominals" button

UNISON Read Nominal.png

Vtube-laser logo 1.96.png How to SEND MASTER LRA Data to the UNISON Control from VTube-LASER

You can also send the new LRA data from the VTube-LASER BENDER SETUP menu to the UNISON bender using the VTube Bender Output menu.

STEP 1 - Enter the BENDER SETUP menu in VTube-LASER

Press the "BENDER SETUP button in the Navigation Pane.

Vtube-laser navpane bendersetup orangetube.png

STEP 2 - Choose the BENDER NUMBER

Set the correct bender number at the top of the window.

You can select up to 100 different benders.

The Bender Protocol should say "Supravision Network". (This assumes that you have already configured VTube's Benderlink in the Systems Options as described in the previous VTube-STEP section.)

VTube-LASER UNISON Bender Setup Bend Number.png

STEP 3 - Setup the Bender Setup Data in this WINDOW

This is for first-time setup for a new part. Data in this window is separate from data in the main VTube-LASER window, so it is necessary to bring data into this window when performing first-time setup of a part. This ensures that the correct data is sent to the UNISON.

  • Click on "Setup this Window" in the expanding menu on the right.

  • Click on copy MASTER LRA to SETUP LRA.

  • Be sure every field in the top panel has data that you want to send to the UNISON.

  • The blue columns below will eventually be converted to new YBC data at the bender. So check for numbers there.

VTube-LASER UNISON Copy Master LRA.png

STEP 3 - Send data to the UNISON BENDER

  • Click on "Setup the Bender" in the expanding menu on the right.

  • Click on "AUTO SEND the MASTER XYZ + BLUE Columns to the Bender".

VTube-LASER UNISON Auto Send Master Data.png

STEP 4 - The Send to Bender Complete Window

A window indicating that data was sent should appear for a few seconds then disappear automatically.

VTube-LASER UNISON Send to Bender Complete.png

STEP 5 - IMPORT the Data at the UNISON Control

In the YBC page, press the measuring center button.

UNISON YBC Screen Press Measuring Center Button.png


STEP 6 - READ NOMINAL

  1. Select the file that VTube-LASER just built. (You will need to find it on the network.)

  2. Press "Read Nominals" button

UNISON Read Nominal.png

Vtube-laser logo 1.96.png How to SEND CORRECTION Data to the UNISON Control from VTube-LASER

STEP 1 - Bend the Tube

Bend the tube in the UNISON bender.

UNISON User Programming Control.png

STEP 2 - Measure the tube with VTube-LASER

Measure and align the tube to determine if it qualifies by falling within the envelope tolerance for the tube shape.

In the screen shot on the right, the red on the top left shows that the first END "A" LENGTH is out of tolerance.

Also, the red cells in the tangent point grid show that the measured tube centerline shape is out-of-tolerance.

Also - VTube is very visual. The solid model on the right shows exactly where the part is out is exceeding the tolerance. Click on the image to zoom in to see the values.

Vtube-imc screen romer arm.png

VTube-LASER UNISON Inspection Result.png

STEP 3 - Enter BENDER SETUP

Click on the BENDER SETUP button in the Navigation Pane.

VTube-LASER UNISON Click on Bender Setup.png

For dual screen systems, VTube-LASER will let you press the Switch Screens button in the upper right corner in order to move the Bender Setup window to the second screen like this:

See VTube-LASER Multiple Screen Support for more information about this feature.

VTube-LASER UNISON Bender Setup Dual Screen.png

STEP 4 - Choose the BENDER NUMBER

Set the correct bender number at the top of the window.

You can select up to 100 different benders.

The Bender Protocol should say "Supravision Network". (This assumes that you have already configured VTube's Benderlink in the Systems Options as described in the previous VTube-STEP section.)

VTube-LASER UNISON Bender Setup Correction - Set Bender Number.png

STEP 5 - Put the UNISON Control in COMMUNICATIONS Mode

Press the measuring center button in the UNISON YBC screen.

You should now see the UNISON Supravision screen.

Check to be sure that the bender number is correct.

UNISON YBC Screen Press Measuring Center Button.png

UNISON Supravision Bender Number.png

STEP 5 - At VTube-LASER, RECALL the UNISON YBC data

In the Bidirectional Communication menu on the right, click on RECALL.

RECALLING data is a critical step during correction. If a RECALL is not performed before a CORRECTION, then VTube may not be able make adjustments to the correct starting YBC data. Be sure to perform this step before performing the CORRECTION step below.

Important Note about UNISON benders: UNISON benders return whatever data is in memory. They do not attempt find the part on the UNISON disk based on the VTube-LASER part number. Whatever part is in the UNISON will be returned to VTube-LASER.

VTube-LASER UNISON RECALL LRA.png

STEP 6 - OPTIONAL STEP - You Can Manually Change the ADJUSTMENT Values

You can manually change the ADJUSTMENT values before sending corrections if you want to. Some users like to set the first and last Length adjustment to zero in order to keep the start position of the carriage in the same place - for when they have extra length on the ends.

If you want to, it is even possible to invert the rotation direction to keep the tube from hitting the bender during rotations.

VTube-LASER UNISON Manually Adjust Correction Values.png

STEP 7 - Send the CORRECTION Values to the UNISON

Click on AUTO SEND. This will send the ORANGE columns to the UNISON bender.

VTube-LASER UNISON Send Orange Column Data.png

STEP 8 - The SEND to BENDER Complete Window

A window should appear for a few seconds indicating that the Send to the Bender is complete.

You can allow this window to close on its own in a few seconds, or press the close button to close it immediately.

VTube-LASER UNISON Send Adjusted Complete.png

STEP 9 - IMPORT the Correction Data at the UNISON Control

Move to the UNISON control and follow these steps:

  1. Be sure the SVNET01.S2B file is selected. The bender number will always be part of the filename. For example, the file for bender 9 would shown as SVFILE09.S2B

  2. Press "Read File" button.The Read File button will import corrected data.

  3. Observe the changed data in the Correction Data values. (It will have changed.)

  4. Press Apply to apply the changes to the control.

UNISON Read Correction.png

STEP 10 - REPEAT STEPS 1 THROUGH 9

Bend the corrected tube starting in Step 1, then measure it again (Step 2) and follow the rest of the steps until the part is within tolerance.

UNISON User Programming Control.png


Vtube-laser logo 1.96.png Other TIPS for the UNISON Bender

AVOIDANCE ROW with SLIGHTLY POSITIVE BEND ANGLE

If you use an extra row in the bender data for an avoidance move, then it is important to know that the bend angle should be slightly positive, or the UNISON control will think that the skipped row is the LAST row. Vtube laser bendersetup unison smallpositive bend.png



Other Pages