Granville Phillips 358 RS232, PXI-8430 Module Communication

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• No Interface of SERAGLIO OR couldn't find NI PXI-8430/8 RS232?

  Hello to all,

  I tried to instaler a serial NI PXI-8430/8 RS - 232, the installation went well

  SERIES OR software on PC

  Material on the module a PXI-1042 chssis

  and when I do the verification test on Troubleshooting Wizard a message tells me that the software installation is well verified

  Unlike hardware, installation.

  , in your opinion it is a configuration of what this problem? What can I do pour settle? I en HEPL AI tried in vain

  Thank you.

  BJR;

  It was just a matter of checking the installation of the interface 8430/8 RS232 ports

  Under en MAX effect "Interface and devices." This last is not displayed.

  The solution was simply one boot priority, he had to turn on the PXI before the computer

  and the problem is solved.

  Thanks to soon.

• I have an installed with real-time PXI-8109 module. Displays the indicator USER1?

  Hi all

  I have an installed with real-time PXI-8109 module.

  USER1 indicator LED displays on the Panel?

  Thank you

  The LEDs of the user are the indicators that you can control programmatically if needed be.

  -Jayk

• Would it not correct to say that the PCI-6110 can be set to 'redeclenchables' but the PXI-6115 module cannot use this property?

  Would it not correct to say that the PCI-6110 can be set to 'redeclenchables' but the PXI-6115 module cannot use this property?  If Yes, where is it documented the series cards can do trigger?  For example, is it possible to configure the trigger on the PXI-6124?

  Hi Joel_Neptune,

  The PCI-6110 and other materials as the PXI-6115 S series and SMU-6124 do not natively support NOR-DAQmx analog input alarm. However, you can use one of the generalist counters/timers of the Council to generate a reenclenchees pulse train, then use this as the sample clock pulse train. This transportation example shows how:

  LabVIEW\examples\DAQmx\Synchronization\Multi-Function.llb\Multi-Function-Ctr Retrigg Pulse Train generation for the Clock.vi sample

  In addition, the new material of the simultaneous sampling X series are supported trigger analog input without using a separate task of counters/timers.

  Brad

• How to set up the PFI lines as input to PXI-6713 module

  Hello

  I have 6713 PXI module in my chassis PXI-1044. I have configured the PXI-6713 module to geneate some analog signals to my Board of Directors.

  Council inturn process this analog signal and answers in return the status signals through a registry to the Board of Directors. In my application, the status bits in the register state of the governing body are mapped on the PFI 0:3 bits of the PXI-6713 (pins 11,10, 42 and 43) module.

  My query is how can I configuration lines PFI as 6713 PXI module entries to read these status bits?

  May be less than the explanation could give you little more information w.r.to my request.

  When I use NI USB - 6008 module to read the same bits, because this unit has 12 e / s digital, I was able able to read the status bits in the last 4 digital lines by setting up those digital lines as input.

  In the PXI-6713 module, I have only 8 digital lines. These 8 digital lines I used to send digital signals to the Board of Directors. I find myself with no digital i/o. Therefore, I could not use these digital lines. I'm left with only one option to use. Joana re PFI lines. Also the bits of status in the axis of the room are mapped such that the bits can be read through the PFI lines.

  I was wondering do we have any example code to use inorder to read these status bits to the Board of Directors using the PFI lines.

  Please let me know if you need more information to help out me.

  Thank you.

  Hello

  When using the PFI PIN as input, you can individually configure each PFI for edge detection or level and the selection of the polarity.  This information of PFI are referenced in the manual of Series DAQ Analog Output on page 6-1 (http://www.ni.com/pdf/manuals/370735e.pdf).  Unfortunately, the PXI-6713 PFI lines are able to time a signal input and output for functions, AO or counters/timers.  The ability to create static DI of the PFI lines is not available for the PXI-6713. However, some cards have this capability.  The latest National Instruments products with PFI lines have the option of setting as PFI lines:

  1. Static digital input
  2. Static digital output
  3. Input signal of sync for functions HAVE, AO, DI, or counters/timers
  4. Output signal of the calendar functions HAVE, AO, DI, or counters/timers
     (http://digital.ni.com/public.nsf/allkb/14F20D79C649F8CD86256FBE005C2BC4)

  When the static value such as DIO, PFI lines are assigned to a different port (for example. PFI0-7 is Port1).  More details on this subject can be referenced at:

  http://digital.NI.com/public.nsf/allkb/DA2D3CD0B8E8EE2A8625752F007596E1

  http://digital.NI.com/public.nsf/allkb/862567530005F09E8625677800577C27

• Variation of thermal EMF of the PXI-2530 modules

  This message/question is a companion of my the most recent message in another thread.

  In addition to watching some resistance higher than expected that affected current measurements using modules PXI-2530 multiplexer 4W topology, I saw systematic variation in track-to-track blood pressure measurements. Tensions would increase gradually through the 16 channels in a configuration by measuring the voltage at the terminals a resistor 1.5 kOhm with 0.5 au crossing (75 uV). I've identified that the thermal EMF of the reed in the PXI2530 module switches is on the same order of magnitude of these measures and set out to quantify the differences EMF thermal track-to-track between my three modules.

  Test method: I have a TB-50 which is configured to mux the signals of tension for a DMM. I connected each of the four DB-50 one cable of 176 pins to this block and collected with a PXI-4071 pressure readings set to 7.5 digits precision in the range of 100 mV and > 10 GOhm impedance. For most channels, it took several minutes for the voltage stabilize - or at least appear that it was to stabilize.

  I enclose three graphs. Note that the vertical scale is the same on each.

  Data that triggered this survey was collected with MUX1, via connector P2 to voltage. The magnitude was not quite the same-probably related to the phenomenon of stabilization time, but obviously the worst group of channels three multiplexer modules.

  The three modules were all bought at the same time (about 2 years ago), but had only limited its use in the first year or more. The three now have various 'mileage' based on my use. But MUX1 clearly behaves differently two other modules. The

  I changed my test conditions to spend 0.5 au via a higher resistance to thermal EMF less important. The PXI-2530 sheets indicate that thermal EMF must be less than 50 uV. In most of my measurements, it is. But not for MUX1!

  Any thoughts?

  Thank you

  Jeff

  Hi Jeff,

  You can check that all the three modules are PXI-2530, not PXI-2530 b (while, as the PXI-2530 b parts slightly higher thermal emf)?

  Specification of emf thermal 50uV of the PXI-2530 is a typical value, is not a guarantee of spec.  See a few channels higher than the spec is not a cause for alarm, but it shows that we must take account of this in our measurement error.  Note that the industry standard for the technical measure thermal emf is to close the relay, wait a few minutes and then take a measure of tension.  For example, if you scan through a switch faster than a relay per minute or so, the thermal emf will be less predictable and stable.  A single module performs worse at these low voltages is not indicative that this module is a failure, etc. the module is fine.  Unfortunately, the reed relays have more emf thermal relay of the armature, mainly because of the many layers of metal in a Reed compared to a frame (each metal junction is a source of emf if these metals are not the same).

  Thermal EMF is proportional to the temperature, it may be interesting to note the position of the chassis of the less powerful module.  Placing hottest modules (scanners, Ara, RF, etc.) will reduce the thermal emf.

• blue screen on the PXI-8106 module: hardware malfunction

  Hi all

  I have a module, PXI-8106 (2 GB of RAM) - with a PXI-6254 and I was running trials with the attached screw (continuous acquisition of 16 I and 32 DI triggered by RTSI 4-5 kHz).

  When I started this morning, I got a blue screen of death saying this:

  Hardware malfunction

  Call your provider of support material

  NMI: Parity parity CheckMemory error

  The system stopped *.

  Now, I restarted the PXI revived the VI and it works again.

  Is there something I can do to ensure that this error will not be shown again?

  Thanks in advance for any help

  Meh... I know I'll be back on a fairly old post, but I found the solution.

  For some reason any installation Vision Acquisition software 8.5.1 created the problem by defining itself as the default driver for the network card. Then, go to 'manage' by right clicking on the 'Bureau', go to the hardware section, network card and select the intel driver solved the problem.

• Cross Module Communication?

  Hello

  I created two separate Modules that are called from a Soft Shell:

  1.) PersonModule has that charge people and displays them in a grid, and

  (2.) an AddressModule that shows the data for the address for a PersonID.

  Two of them work properly.

  3.) then I created a third Module: Contactmanagement that combines the two modules. Its both laoded of the Shellapp.

  If a person is selected (in PersonModule), the address of that person should appear (in the AddressModule).

  I know not hot to do, if the two DataGrids are in the same Module, but:

  How can I get the PersonID selected from the PersonModule to the AdressModule?

  The AddressModule knows what to do, if Gets a PersonId.

  Thanks for the pointers!

  Martin West

  The following documents may be useful:

  http://www.flexafterdark.com/docs/Flex-modules

  About 3/4 of the way down the page there is a section on the Communication specified.

  Let me know if that help is brings more questions...

  Ben Edwards

• How to identify a particular relay on a PXI-2532 module

  I have a defective relay on a map of PXI-2532 matrix. I don't know who it is, but I do not know how to identify on the map itself relay. I would like to replace it. Any information would be appreciated.

  With a few head scratches, it helped a lot. Thank you!

• The PXI-2510 module for 2013 has different names

  Hi, I'm upgrading of VeriStand 2011 to 2013. I downloaded the new device custom of the add-on for the injection of PXI-2510 or http://www.ni.com/example/31248/en/unit. I noticed, however, that the channel names are now different. Instead of strings being 'Ch. 00' thru 'Ch. 67', they are now preceded by the word "Fault", becoming "fault Ch. 0" to "Fault Ch. 67", without the zero not significant.» Therefore, it is difficult to make an upgrade without breaking the mappings for each channel. There are several other functional changes to equipment custom 2013? At the moment I intend just mass compilation my 2011 version into something usable for VeriStand 2013. Thank you.

  Hey Harris,.

  I was surprised to hear this feedback as custom device actually only has a source code that is built in 2011, 2012 and 2013. So there shouldn't be any change in behavior.

  Looking into the source, the chain is indeed "fault c." to which is added a number: ".

  

  So I think that if you have downloaded version 2011 from the Web site, you would also see this behavior. The channels are not rename protected. You are sure that the user not the do not rename them at one point? Speaking of which, you should not re-add the device custom during the upgrade of your system definition. If the custom device was present in the definition of system of 2011, it should be also present in the system 2013 defintiion. Make sure that the custom device is installed on the computer and you should be good to go.

• 8430 PXI cannot open serial ports

  Hi all

  I have problems using the NI PXI-8430/8 map serial ports.

  After installing the driver, the device works very well and the troubleshooter MAX serial shows all 8 ports as adopted and I can access ports.

  After a restart of the system, I can not access the ports of 8430. This utility lists all the ports 'Impossible' with the message "cannot open port.

  In the Device Manager configuration seems correct. Also, I find no error in the Windows registry (COMDB,...). Everythings seems good enough.

  I think that theres might be no other application that could take control of all ports, especially not after a reboot.

  I tried to reinstall the drivers, reorganize the com-numbers and I have already changed the material 8430. Nothing solved the problem...

  Does anyone have a solution or any ideas?

  My configuration:

  Rack of 1078 / controller: PXI-8135 / Serial Ports: PXI-8430/8

  Windows XP

  I have another system that works pretty well in the same configuration.

  Hello

  I found the solution. It was a conflict situations with the MT7 3 m touch screen driver.

  Special thanks to french colleagues, their position causes an appeal me the right way.

  Here is the link: http://forums.ni.com/t5/Discussions-au-sujet-des-autres/Ports-COM-des-cartes-NI-bloqu%C3%A9s-par-le-...

  You must disable the service "Search MT7 Service series" (configuration/Administration/Services Board). After I did that it worked well...

• Common modules need + hotkey controls driver for Satellite A300

  Hi all...

  I'm having a problem here... I recently installed * Windows * 5.1.2600 * XP SP3 * v.5657 Build 2600 on my PORTABLE Toshiba Satellite A300/600 PSAG4A.
  the problem is that I * cannot use the FN key * at all. I did a search and I recon the problem coused by Toshiba common modules (1) and (2) Hotkey driver controls.

  I have ' tried many things to install and picked up lots of different drivers, but I came out with * nothing *. And these drivers are not available in toshiba.com.au websire... I tried different toshiba site but my model is not available...

  Please help me because I'm losing my sight... the bightness is very low: S

  Hello!

  I agree with you, on http://www.isd.toshiba.com.au I didn t find the common module.

  But I found the utility module commune and hotkey on Toshiba Europe. Your model is (PSAG4A) there is not available, but also satellite A300 and the pilots should also work on your laptop.
  You can search this site Internet Satellite A300 without model number and then you will find all the drivers.
  http://EU.computers.Toshiba-Europe.com-online decision-making supported Downloads & => Download drivers

  Good bye

• Connector for cable PXI-2568?

  I'm creating a test set-up and we probably intend to use the PXI-2568 (and the mating cable) to connect, but want the cable directly into my test setup. I think that there are a few standards D - 62, and I do not have the PXI-2568 module still to test.

  What (for example) a connector suitable for mating with the PIX-2568 cable?

  http://www.digikey.com/product-detail/en/Te-connectivity-amp-connectors/5749639-1/A31926-ND/808312

  Hi Osbock,

  The connector on the PXI-2569 is a standard 62 connector pins D - SUB, male, so it turns out that the connector that you found should work for your test setup.

  I looked at the section "Accessories" of the data sheet and a female front connector, it says 62-pin D - SUB, female of any manufacturer, so I expect the same thing to the male connector on the other end of the cable.

  http://www.NI.com/PDF/manuals/373787h.PDF

• PXI-5441 vs PXI-5421

  Anyone know if the PXI-5441 module can be ordered with the LVDS output option?

  In the data sheet is indicated, that a similar, more simple PXI-5421 can generate low-voltage-diff-signal, too (not only the complete analog single).

  Hello

  All NI PXI-5441 modules come with the connector of the SDC, and for later reference, all options of memory except the 8MB for the NI PXI-5422/21 option will come with the SDC as well. A PIN for the CSD can be found here http://zone.ni.com/reference/en-XX/help/370524M-01/siggenhelp/5441_ni_5421_digital_connector/

• SCB-68 Terminal Block quick reference label does not match PXI-7831R pinout diagram

  I want to connect 3 analog inputs for the of IO reconfigurable NI PXI-7831R Module, use the connection series SCB-68 M block.  I noticed a gap between the analog inputs, shown on the terminal block of the SCB-68 quick reference Label and the analog inputs captured in the pinout diagram 0 connector NI PXI-7831R.  For example, the NI PXI-7831R connector 0 pinout diagram shows AI3 - and AIGND3 on the 29 and 30 pins, respectively.  The label for quick reference of SCB-68 watch GND AI and AI 3-pin 29 and 30, respectively.  There are at least six other cases where there is an incompatibility between the quick reference label and the pinout diagram.  Has anyone else seen elsewhere?

  Look at the label of SCB - 68 quick reference? M-series would be for the cards M Series DAQ devices where as the PXI-7831R is in the R series. You can see the difference here in this KB which has both the M series connector and connector M 7831R.

  I hope this clears up things!

  Greetings from Austin,