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This document provides general information on how to configure hardware components for use
with the AccuMark software. For additional support please contact Customer Service. The toll-
free number for the Customer Service Center is 1-800-321-2448 and the fax line is 1-860-871-
3862.
3. Select Display.
4. Select Settings.
5. Set the Screen Resolution. Click and drag the slider bar until 1280 x 1024 (or 1600 x
1200) is selected in the Desktop area.
6. Set the Color Quality. Set colors to 256 colors or higher and select OK.
The system may prompt you that Windows will be restarted for changes to take effect.
The Hardware Configuration icon is located in the AccuMark folder, from Start/Settings/Control
Panel/Gerber Devices, or from the AccuMark Explorer. AccuMark allows any peripheral to use
any available port. However, it is recommended that you stay with the standard port
configuration whenever possible. Hardware Configuration must be run after installing
AccuMark to configure the following peripherals:
➢ Digitizer
➢ Pen and Tablet or Silhouette Table
➢ Plotter
➢ Function Box
Overview
Verification of digitized data can now be performed by any system on a network. It is no longer
limited to the PC physically connected to the digitizer.
The AccuMark digitizer, by default, creates raw digitized data in the c:\userroot\devq\digitzer
directory. In order for another PC on the network to be able to access this area, the parent
directory must be shared to others. In this default scenario, it would be the c:\ that would need
to be shared – but if this directory is shared, it is essentially exposing the entire hard drive.
Therefore, it is recommended to create a new area (directory) and only share this new area and
below.
The user logged into the digitizer PC must have sufficient rights to create new folders to perform
the following steps. It is recommended to log in as administrator to avoid any problems.
For example, create c:\DigitizerFiles then create the subdirectories userroot\devq\digitzer (thus:
c:\DigitizerFiles\userroot\devq\digitzer, Note that it is digitzer and not digitizer). Then share
c:\DigitizerFiles to users or groups who will need access for verification. Users will need Full
Control access to create, edit, and delete raw digitizer files. For help with Sharing and Security,
please refer to the On-line Help in Microsoft Windows Explorer.
To see this new folder in the AccuMark Explorer, a drive must be mapped to the directory. Using
the Windows Explorer select Tools, Map Network Drive. Type in the computer name of the
digitizer system followed by the directory just created. In this example: select Drive letter J: and
type in Folder: \\testlab88/DigitizerFiles. This new drive should appear in the windows explorer.
Create an environment variable to inform the digitizer where to put the raw digitized data as it
is created. Create a system environment variable named DIGITIZEDRIVE and set its value to the
mapped drive just created.
❖ Enter the Variable Name: DIGITIZEDRIVE and Variable Value: J (drive letter only, no
colon). Select OK and continue through the remaining dialog boxes selecting OK.
Reboot the PC connected to the digitizing system in order for this new system variable to take
affect. To verify that the environment variable was set correctly, select Start, Run and type: CMD
to go to a command prompt. Type: SET followed by the Enter key and note the new variable and
its value. Look for “DIGITIZE DRIVE=J” (example).
Open the AccuMark Explorer and expand the new digitizing folder. In this example, select (J:)
testlab88. A folder named Digitzer should appear.
Two additional folders are required in the userroot directory for the AccuMark Explorer to see it
as a valid area. In the userroot directory, create the folder called ‘storage’. Then in the ‘storage’
folder, create another folder of any name. This folder will not be used; it is only necessary to
validate the new digitizing area. Create this folder using Windows Explorer.
You must then run AccuMark DataScan so it can put this new location in its list of storage areas.
You can run the Start, All Programs, Startup, AccuMark DataScan or starting with V8.1.2, you can
use the View, Refresh Storage Areas function in the AccuMark Explorer.
Digitize a test piece to verify that the raw digitized piece data gets created in the new folder (to
see the new data, select Refresh in the AccuMark Explorer when done digitizing). Open with Edit
Digitize or Pattern Design to view the piece data (make sure the Process Preferences for Digitize
Processing are set to the proper storage area).
Once the digitizing system has been properly setup to share the new digitizer location, the raw
digitizer files can be verified by any system on the network.
To enable a remote system to verify digitized data on the network, a drive must be mapped to
the digitizer system. If the network location does not appear in the Digitizing Options dialog,
refresh the file list. The location may not have been available for access when the Ackmgr
program ran at start up.
To map a drive to the digitizer system, select Start, Run and type in its computer name. In this
example: \\testlab88, then highlight the DigitizerFiles folder and select Tools, Map Network
Drive. Select a drive letter (for example, F:) and select OK. Open the Windows Explorer to verify
the drive letter and connection.
Users on this remote system will need Full Control access to create, edit, and delete raw digitizer
files. For help with Sharing and Security that must be applied on the digitizer system, refer to
step 1 above and refer to the Sharing and Security section in the On-line Help in Microsoft
Windows Explorer.
You may have to run the AccuMark DataScan program to see the new drive. Open the AccuMark
Explorer and expand the new digitizing folder. For example, select (F:) testlab88. A folder named
Digitzer should appear with the sample test piece name just digitized. Set the Process
Preferences for Digitize Processing to a storage area to be used for placing the verified piece
data (this must also contain the Rule Table if one was referred to during digitizing). Open with
Edit Digitize or Pattern Design to view the raw digitized data.
Setup is now complete. Continue digitizing and accessing the raw digitized data from the remote
system. Setup other remote systems as desired, using care when more than one system
accesses the same data at the same time.
Overview
The AccuMark software can plot to HP plotters using a combination of the manufacturer’s
Windows printer driver and the AccuMark’s windows device driver. Updated drivers are usually
available from the website of the device manufacturer.
There are two configurations described in this document. These are simply examples, use the
updated drivers provided by the device manufacturer.
HP Designjet HP-GL/2 Raster Driver version number 5.2.1 for Windows XP Professional
Languages supported: English, French, Italian, German,
Portuguese, Spanish, Japanese, Korean,
Simplified Chinese, Traditional Chinese
The driver supports the following HP plotters:
There are three configuration areas to set up in order to plot to the HP Designjet 500.
1. Install the HP printer driver 5.2.1 or latest available from HP website. Set it up for a
custom page size for the largest paper that the plotter can accommodate. For example,
the HP Designjet 500 would be 42 wide x 600 inches long.
2. The AccuMark software must be configured using the “HP Windows Device Driver” in
the Gerber Device Configuration.
3. Define a media setting in the AccuMark Plotter Settings based on the options set up in
the HP printer driver properties.
Select the Printing Preferences button from the bottom of the screen.
Paper Sizes:
Example:
Right click in the task bar on the plotter icon and select Plotter Settings. Open the Default
media setting and edit to accommodate printer driver property settings. Save plotter media
setting and make this the current media in the Plot Queue. At plotter panel: turn plotter
online. Submit plot from the AccuMark.
Configure plotter
• On the plotter front panel, choose page setup -> size = INKED AREA
Troubleshooting
• The plot is clipped.
If large portions of the plot are clipped: Check the printer driver, verify that the page
size is correct. This is the largest that the page size that the printer driver will support.
If clipped slightly near the edges: Make sure page margins are correct.
• The plot is made up of many very small pages.
Make sure that the AccuMark plotter configuration and the printer driver are both
configured to have the correct page size: 36"x125".
This documentation and associated software was tested using HP driver 4.33 for the HP DesignJet 750C
Plus.
Remote storage areas are accessed just like storage areas on any of the local drives. Highlight
the DEVICE: field. Then do a lookup (F4 or right click) and select the desired drive letter. Simply
select the mapped drive letter from any of the AccuMark drive lookups. Then use lookup (F4 or
right click) to access the storage areas on that drive.
In AccuMark Explorer select the network drive letter in the left pane to display the network
storage areas.
Local Plotting
To use a Local plotter select the LOCAL radio button and then select OK.
This will add the environment variable “queue” with value “SERV, X:<machine name>” where X
is the mapped drive letter to the AccuMark directory on the server. For example for PC01:
SERV,X:pc01.
This modification must be made to all AccuMarks on the network regardless of where the
plotters are connected.
To submit jobs to a network plotter, simply select the plotter queue name from Marker Plot,
Piece Plot or PDS.
Before a network plot queue can be established, the AccuMark system that has the plotter
physically attached to it must be configured in Hardware Configuration, located in AccuMark
Explorer from the File Menu or the left pane.
AccuMark allows any peripheral to use any available port. However, it is recommended that you
stay with the standard port configuration whenever possible. Hardware Configuration must be
run after installing AccuMark to configure a plotter.
❖ Systems that have plotters physically attached are the only ones that need to have a
plotter configured in Hardware Configuration.
In order to plot to a network queue, the plot queue location must be created first.
• Named as dev.q, this folder automatically created by the system connected to the
plotter.
o If you get the “Fatal error 4500 creating S:\dev.q\****” you do not have
permissions to create the directory structure for the plot queue name. You will
need to get admin permissions to this location (read/write/modify).
Map the system connected to the plotter to the queue on the server
To make the network plot queue visible in AccuMark Explorer, a drive must be mapped to the
directory name one level above dev.q
Create an environment variable in AM Explorer to inform the plotter where to put the plot data
as it is created.
On a standalone plotter station that uses WinPlot, the system environment variable must be
created manually.
• Select OK and continue through the remaining dialog boxes selecting OK.
QUEUE=SERV,S:MP18
Open AccuMark Explorer and view the left pane. A plot queue named MP18 should appear.
Once the system that is configured to a plotter is properly setup to send plot files to the new
network queue location, plot files can be generated to the queue on the network.
A system environment variable must be set up on each AccuMark system that will need to plot
to the network queue. This requires a QUEUE statement just like the one created on the plotter
system but it must be a unique name. This queue name identifies the systems in the network so
it can see the plot queue name. It is like a neighborhood where every home or unit has a unique
address. The name can be up to 4 alpha/numeric characters.
Create an environment variable in AM Explorer to identify the AccuMark system that is not
connected to a plotter.
QUEUE=SERV,S:PC01
Open AccuMark Explorer and view the left pane. A plot queue named MP18 should appear.
❖ There should only be queue names for systems that have plotters. You may have to run
the AccuMark DataScan program or reboot to see the new queue.
Once this setup is complete, the remote AccuMarks should be able to generate piece or marker
plots directly to the new network plot queue.
• Setting the Plot Options to the same network queue will make it “stick” in the Plot
Destination field in the Marker or Piece Plot forms.
Create a media in Plotter Settings that matches the plotter physical properties like paper width.
Bite length should be set correctly according to the plotter type.
• Right click over the plotter icon from the system tray in the minimized icons section or
from the Plot Queue screen.
Plot jobs are viewed from the AccuMark Plot Queue and should be sent using the correct media
details like plotter paper width, which was created in Plotter Settings.
Before the AccuMark can access the network server location, the network administrator must
address the following issues:
• The user account must have full rights to the directory structure being used for the
AccuMark data.
• ACCUMARK (can be any desired name) directory must be created by the Network
Administrator, full rights must be given to the AccuMark users. This is the point to MAP
ROOT the network drive letter.
• The USERROOT directory must be created by the Network Administrator and full rights
must be given to the AccuMark users. Storage areas can still be created using the
STORAGE AREA section of AccuMark System Management or AccuMark Explorer.
• The DEV.Q directories are created by PCs that have a plotter configured. The AccuMarks
will create these automatically.
Multiple plotters can be configured off of a single system. This requires that this system serve
as a Plotter Server. Once the plotters are configured on the Plotter Server, plots can be
submitted from other AccuMarks on the network to any of the plotters connected to the server.
It is highly recommended to have a server-type system to be used for the PC that will be
controlling the input and output to the plotters.
Connections must be established from all AccuMark systems that will be plotting to the Plotter
Server. Connections from each of the plotters must also be made to the Plotter Server. Possible
connection scenarios include:
• Using a hub: connect the AccuMark systems and plotters to the hub, then use an
Ethernet connection from the hub to the Plotter Server
• Serial ports: directly connect the AccuMark systems and plotters to the serial ports on
the Plotter Server
This diagram illustrates a sample network scenario for use with Infinity plotters. The AccuMark
systems could also be connected to the hub.
A hub can be used to connect multiple plotters and/or systems to the same PC. An Ethernet
connection can be used to connect the hub to the PC.
2. Select the Advanced button. A dialog box appears that provides controls to create and
deleted queues.
6. You will now see the queue name appear in the first dialog above. Select the OK button to
accept your settings.
7. Select the Apply button to accept and keep the settings. You may be prompted to restart the
plotter.
8. Repeat steps 1 through 7 for each plotter connected to the plotter server. Select OK when
finished configuring all plotters. You may need to run HW Configuration if the pc with plotters is
restarted.
You must share the drive specified for the plotter queues on the Plotter Server to allow the
AccuMark systems access to the queues. You can do this through the windows explorer by right-
clicking on the drive letter and selecting Sharing and Security. It is recommended to select the
New Share button and enter a name for the share instead of using the admin share for the drive.
Users who will be accessing the queues must have full permissions to this share (use the
Permissions button to assign the appropriate permissions).
Once the plotters on the server are configured, the other AccuMarks on the network need to be
configured for network plotting.
Once the Plotter Server is configured the individual AccuMarks on the network also need to be
configured. In the example below, AccuMark2 (AM02) is configured to plot to any of the 4
plotters illustrated.
On each of the AccuMark systems, map a drive to the share on the Plotter Server. You can use
the Start, Run and type in the name of the Plotter Server system. You should see the share name
that you created above. Right-click on the share and select
Map Network Drive. Choose a drive letter and then the OK
button.
Select OK.
To submit jobs to any of the four plotters, simply select the plotter Queue Name (as you defined
through hardware configuration) in the Plot Destination field from Marker Plot, Piece Plot or
PDS.
You can also view the plotters’ queues through the AccuMark Explorer, by selecting Plotters in
the All Folders pane. You can then open and view the plots in each of the queues.
Overview
The AccuMark supports the configuration of the Investronica P2000 pen plotter starting with
version 8.1.0 and higher. The AccuMark software can plot to the Investronica P2000 Plotter,
however the plotter must first be initiated.
➢ Turn on plotter by pressing the power switch only. This is the switch under the clear cover.
Important! The plot queue needs to be empty when turning on the plotter. If it is not, delete the
jobs in the queue and stop the
plotter executable. Then, turn off
the plotter.
➢ At the plotter console, turn the black “RESET” switch on the plotter to the “ON” position.
>>>>>
➢ Press the green start button on the plotter when the plotter reaches the white/online state.
The plotter is now ready to receive plot jobs.
Important! Do not press the green start button on the plotter until the plotter icon is online.
This can cause the plotter to function incorrectly, resulting in bad plot output.
There are multiple P2000 drivers to accommodate different configurations. The two main
drivers as well as a few additional drivers that are configurable based on your plotting needs.
Please contact your local service representative if you need further assistance.
Note: These new drivers only support the Investronica P2000 plotter; not the Zund P2000.
This is the default P2000 driver. The plotter will produce better curve quality.
This driver will be faster but has slightly reduced curve quality.
There are several inf files that correspond to different plotter configurations.
Users may, however, adjust the parameters to adjust (and tradeoff) speed, smoothness, pauses,
etc.
− Changing the "max_acceleration" from 12 to 16 will increase the speed. This will
reduce quality.
Pauses
• The driver tries to draw the longest segments possible providing the best throughput.
• If the delay between segments is too large, there are two suggestions.
Scale
• There are serveral different inf files that can be chosen in Hardware Configuration. Try
each to find the appropriate scale.
• In the inf file, x_unit and y_unit can be changed. These values can be found in the
Investronica plotter configuration on the Investronica system.
• The page_advance_scale can be edited to correct gaps or overlaps during a page feed.
Overview
The AccuMark supports the configuration of the Investronica Partner inkjet plotter starting with
version 8.1.2 and higher. The AccuMark software can plot to the Investronica Partner plotter,
once the USB driver has been installed.
➢ Power up the plotter by turning on the black switch on the back of the plotter. Ensure that
the display panel indicates that it is online. It should display “automatico ok”
➢ Connect USB cable for plotter to the AccuMark PC and turn on the power to the AccuMark
PC.
➢ Wait for a prompt indicating that the USB hardware has been detected. If no message
appears, to make sure the plotter turned on and the cable is connected to the plotter. If a
USB connection is detected, a message will appear:
Windows “Found New Hardware” wizard. Select from the following Wizard prompt options:
1. Can Windows Connect to Windows Update to search for software? Select No, not at
this time.
c. Select the device driver to install for this hardware device. It should be “USB
Driver for plotter Partner”.
d. Select Finish. The hardware should now be installed and ready to use.
➢ Run Hardware Configuration and select the Investronica Partner plotter. This will start
the wplotter application and put a plotter icon into the system tray. When the plotter
reaches the ready state (no X through the plotter icon in the system tray), the plotter is
ready to receive plot jobs.