control of Instruments of California 3091LD load Programmable with LabVIEW

Similar Questions

• The PSC-2000 is programmable with LabVIEW 2010 SP1 / Real Time 10.0.1?

  I have a PSC-2000 camera I want to use for a small project.  I see on the site OR that it is said»

• "Support for LabVIEW Real-time 8.5.1 and earlier" and "Support for Windows Vista and earlier versions.  It means that I can not use the latest version of LabVIEW (2010 SP1) with time real (version 10.0.1) running on a Windows 7 computer?  If not, what version of LabVIEW, real-time and operating system do I need?

When I tried to add a new target under LabVIEW 2010 SP1, the PSC-2000 was not among the choices.

As the support NOR documents indicate, you need LV version 8.5.1 or earlier to program the cFP-20xx devices family.  Version 8.5.1 of LabVIEW does not work under Win7.  You will need Windows Vista or something earlier like XP.

• Best way to code structure to control several instruments

  Hello

  I am a novice but not inexperienced labview programmer. I'm writing a labview code to control a physical optical experiement. This involves writing a GUI which of your interfaces then with a variety of instruments (such as motorized turntables, lock-in amplifiers, power supplies, Renault, etc...) all connected to the computer through various means. All the instruments are delivered with their own labview drivers to complete their most important functions. Essentially, the instruments will operate independently, but occasionally, will be a set of steps involving several instruments (such as move, take a step, move again,...)

  My question is what is the best way to structure the top level VI where all GUI controls? I have currently the code structured so that each instrument has an event structure that manages keys and commands for it. Simple events like the movement are dealt with in the cases where structures themselves while queues and occurrences are then used to handle more complicated events in external loops. It is an appropriate way to handle this scenario, or is it that most commonly architecture?

  Thank you for the help

  You play with fire when using several structures of the event. My preferred method for executing an instrument that has a 'stream' mode (example: a spectrometer where you always see the spectrum), is to provide that it is a clean line, with a dequeue item. The 'element' may have a message part (or State) in the form of an enum or string, as well as some data in the form of a Variant. You want to set a parameter, you could send a cluster containing the enum "Set the parameter" as well as the value of the parameter in the form of a Variant. The default case would be to get a spectrum and update a graph (or send another message to a user interface management loop that updates the chart).

  You can open the project template QMH who comes with LabVIEW to see how a line would work, and then you can add multiple queues for different instruments. I keep the new loops in their own SubVIs and reference to the queue in a global functional to clean the main schema.

  Here is an example of what your data of the module flow record might look like (the string constant empty considered double quotes is by default to expire the message dequeue)

  

• With LabVIEW how to control an instrument with a RS232 output, using a USB RS232 converter cable.

  With LabVIEW how to control an instrument with a RS232 output, using a USB RS232 converter cable, since I do not have rs232 ports. I have two instruments I want for the control in this way. One is a guarantee of strength Imada SPAS with RS232 output. The other is a micrometer Panasonic HL-G103-S-J laser sensor which is RS422. I have done significant programming LabVIEW using GPIB, but I have no experience with devices such as these. No matter what tutorial or examples would be greatly appreciated.

  Thank you.

  When you plug the USB-RS-232 converter, it installs a driver under Windows which makes it look like any other RS-232 port.  You may need to install the driver of everything that came on the CD with the converter.  It will get a Com as Com5 port number according to what is the next available number.

• Recommend products OR for my application (controlling several instruments at the same time)

  I'm new to Labview, currently only using the trial version.      There is money in my budget to buy control software, but I need to qualify my needs.

  What I try to do is to control several pieces of equipment to test as a single system, which allows me to perform automated on conventional measures

  and digital two way radios.

  Here is a list of the material I want to control:

  First of all, my controller is a & Rohde Schwarz 3 PSL.   Fully GPIB active and ready.  It is the PC control software will reside on.

  Equipment:

  Spectrum analyser Rohde & Schwarz FSEA 30 with modulation analysis package digital option B7

  FSEA 30 second, same configuration

  R & S AMIQ4 I / modulation generator Q (files of the software residing on the PSL3)

  Generator of analog signals from R & S SMY 02

  Agilent E4431B analog-to-digital signal generator

  Agilent E4406A spectrum analyzer/digital radio test set

  E4418B Agilent RF wattmeter with sensor

  General Dynamics R2670B service monitor

  A typical application will be a test of classical radio on VHF or UHF analog channel.

  The idea is to enter pass and receive frequencies through Labview or any software is best suited for the job, as well as modulation parameters.

  and have the following things occur: assume usage of 150,000 MHz with a FM frequency modulated 1 kHz sounds modulated to the deviation of 2.5 KHz

  in total, with your 127,3 Hz subaudible to a gap of 300 Hz

  Test phase of receiver: send commands to control of instrument of Agilent E4431B signal generator.   Level set to-60 dBm.  Set to 150,000 MHz frequency.  Set

  Audio 1 to 1 KHz and audio tone 2 to 127,3 Hz at a level of 8 pecent of your 1.  SD total do not exceed 2.5 KHz.      Inject the test signal into port RX

  on the radio.

  The value R2670B SINAD function, related to the radio via the audio output port.

  Signal level to ramp down to the SINAD falls to 12 dB.

  Increase the level of the signal to the attenuation of 20dB.   Measure the audio distortion.

  Testing of transmitter: using the attenuators appropriate necessary on the analyzers of spectrum, and/or using a switched network of wiring.

  place radio to transmit using above specifications frequency and modulation.    Analyzers to receive on the frequency designated value

  and measure the transmitter specifications, including nonessential radiation measurement and harmonics.    Measure actual output power

  Via E4418B-power meter.

  I use two monitors to perform multiple tests in a same transmission. One is optimized for spectral purity tests while

  the other analysis of modulation characteristics.    Frequency, duration and RBW are defined according to the needs.

  When you test a digital radio, the signal chain is slightly different.  The AMIQ I / Q modulation generator s I / Q outputs are sent to the

  I / Q inputs on the Agilent generator, the power is on to accept external I / entered Q and the FSEA Spectrum Analyzer (an a)

  the) is passed to a preset that implements all relevant digital parameters so that it can be used to directly evaluate the digital transmissions.

  It is not a very developed in the planning system, but I do not know now whether Labview is everything I need or if I'll need to Teststand or another

  software packages.

  I'll probably want to ask for some advice on how to get this set up, eventually.

  LabVIEW is more than capable of this task. That's what it was designed to do. Use the help > find the instrument Drivers to find and install the drivers that you can use to control and read.

  TestStand generally requires the use of a programming language. It runs the tests that you write and provides functionality built for the production of record and report database then you would need to write these modules yourself with LabVIEW fair and some add on box to tools. For a single test configuration, it is perhaps an exaggeration, but it is interesting to watch as an addition.

• If I use my like my DAQ GPIB controller to control my instruments?

  Hi, I am a beginner in BT and need your help for dead on my undrestanding clarification:

  Suppose I want to control 7 instruments (such as temperature sensor, osciloscope,...), instruments using my GPIB controller, in other words, my pieces as my DAQ GPIB (am I right this step?) doesn't not need to communicate between them, but whenever I read the temperature value, I'm doing some calculations in my code LV and then decide what changes apply to instruments for example reduction of the frequency of the signal generator , pls I would like to know if I have done my DAQ correctly? (I mean if the GPIB controller acts as my DAQ) then comment how to decide what kind of GPIB is suitable for my work

  I really need your help,

  Thank you

  elahetal,

  If you have all the tools you need, you now have the following equipment (to summarize)

  (1) to a computer.  It must be decently fast, especially if you order 5 + machines, but it should not be surprising.

  (2) a GPIB card that works with your computer (PCI slot or PCIe, etc.).  I HIGHLY recommend a NI GPIB card, especially if you use it to write a labview program.  3 party cards can complicate your life village.

  (3) GPIB cables to each machine (if you have 2 computers, there are 2 cables).  If a machine is not a GPIB connector, it can not be controlled of GPIB.  There may be a RS-232 or USB drive.  These connections need not a GPIB cable, they need their respective cables.  Some machines also cannot be digitally controlled.  A DMM from the 1960s is probably not the connectors or the internal hardware to be part of your installation.  Make sure that each piece of equipment can be controlled by the computer

  Things I would do to get started on your code LV.

  (1) download the drivers for each instrument.  The drivers are code LV, when it is executed, allowing you to communicate with your instrument.  Some drivers are pre-assembled with interfaces that resemble your machine controls, others come with orders but no interface.  The quality of each driver can vary.  If there is no such thing as no driver, reading extensively the manual of the instrument and the protocols of the connection you are using (GPIB, USB, etc.).

  (2) get each work unit separately.  If you can get each device to be controlled entirely by computer, you are 80% of the way.  This can take a long time.  I know that I took several weeks to get each device works correctly.  Once, you have separate codes and know that each device can be controlled by the computer (or only dump information), then you are ready to code.

  (3) build the master code by bringing together the different parts.  If you think of him as Fortran or C programming, it becomes very easy.

  Regarding semantics, data acquisition is the whole plant; instruments + computer + GPIB.  Your computer is the controller and the bus is the GPIB cables where are transmitted data, commands and responses.  Read up on it.

• How can I control Sierra Instruments MFC using LabVIEW without the necessary drivers?

  I am trying to program these MFCs with labview and it would be much easier with the drivers. I have chekced OR network driver and can't find anything. If anyone knows how to program controllers without drivers, or even better, if anyone knows where I can find the drivers, it would be much appreciated. Thanks in advance.

  Sergio,

  Check out these documents:

  Development of instrument LabVIEW Plug-and-Play Drivers
  Resources and development tools

• How can I control external devices using a stand-alone touchscreen with a LabVIEW app

  For my senior project my group design and created a vehicle for extended range hybrid with 90 Li + battery which is charged by a 15 kW generator and/or who is also charged by a 5 kW fuel cell. Currently, our system is able to measure the tension on batteries and display them on a laptop via LabVIEW. To process these data, we use a cRIO FPGA. What we would like to do now, is having a touch screen for the pilot to choose which loads of source of battery power so that monitor a pressure reading from the fuel tank.

  What kind of touch screens to LabVIEW to be downloaded on and used for controls?

  A cRIO has the necessary capacity to supply such a screen and handle the transfer of the data from the sensor fuel and relay (for turning on and off will deepen)?

  Do I need an additional license to create stand-alone applications and how I would go about creating a stand-alone application?

  Sorry for the question as much. Any help with the answer. Thank you!

  This looks like a very interesting project.  If you are interested, National Instruments organizes an contest of Design student where you can win cash or a trip to Austin for NIWeek.

  steve215 wrote:

  What kind of touch screens to LabVIEW to be downloaded on and used for controls?

  NEITHER sells computers touch screen that can be used to control LabVIEW applications.  You can find more information here: HMIS and industrial touch panels and here: LabVIEW Real-time and Touch Panel Deployment and replication resources. Our computers 6-inch touchscreen , run Windows CE, programming on them is a little different from the programming on a full Windows operating system.  You can find useful getting started with LabVIEW Touch Panel Module .

  You can use third-party with the LabVIEW Touch Panel Module devices, although it takes a deployment license for it.  More information can be found in the getting started guide.

  If you were able to send the information of cRIO on a network (which according to your description, seems unlikely), you can use a smartphone to control your application.  More information on our community of Smartphone group.

  steve215 wrote:

  A cRIO has the necessary capacity to supply such a screen and handle the transfer of the data from the sensor fuel and relay (for turning on and off will deepen)?

  If you use the 6-inch touchscreen panels, they need 18 to 32 VDC (the fuse becomes an open circuit if the input level exceeds 33 VDC).  The transfer of data from the switching relay can be monitored and changed with the touch screen.

  steve215 wrote:

  Do I need an additional license to create stand-alone applications and how I would go about creating a stand-alone application?

  If you have traveled the road of the touch panel, you need to purchase the LabVIEW Touch Panel Module and a touchscreen.  Touchscreens OR have a touch panel deployment license.  Guides step by step to create the stand-alone application are in the getting started with LabVIEW Touch Panel Module .

  Kind regards

  Elizabeth K.

  National Instruments | Sales engineer | www.NI.com/support

• Possible GPIB communication through interactive control of Visa, not with Labview

  Hello

  I have a communication problem with Labview with GPIB instruments (with functions of visa).

  I get:

  "Error 1073807298 occurred at the VISA opening

  Possible reasons:

  "VISA: (Hex 0xBFFF003E) failed to perform operation due to i/o error."

  However, it works with an interactive control visa and this is where I am confused!

  Here is my setup:

  -Labview 2011 assessment

  -VISA 5.1.2

  KUSB - 488B with the associated drivers (adapter USB to GPIB of Keithley)

  Because I can speak with my instruments in visaic, I guess the installation of drivers for the Keithley interface is ok.

  Trace IO NOR I see beeing of commands passed through Labview to VISA so that they "see" between them.

  I found a thread where someone had the same problem and its solution was downgrade to Labview 8.5.1, which is not possible for me.

  http://forums.NI.com/T5/instrument-control-GPIB-serial/Keithley-2700-driver-problems/TD-p/1474212/PA...

  You have an idea to solve this problem?

  Kind regards

  Baptist

  Here's a follow-up on this issue.

  I tried with Labview 32-bit on main machine: it works.

  The pleasure is that I have to use Labview 64-bit.

  So the ultimate solution is now to run a client and a server of visa on the machine: Labview 32 bit can directly access my resources GPIB, Labview 64-bit must go through the closure of the network.

• System error 31 during the loading of the LabVIEW runtime engine

  I get the following error message.  I've attached a screenshot of him as well.

  System error 31 during the loading of the LabVIEW runtime engine (\\lvrt.dll)

  I'm trying to update an instrument running Windows 95.  What is system 31 error?  I can't find anything on this topic using Google or the search function of the forum.

  The instrument is a Romulus-IIIA of the Quad.  Chasing the assistance on their part as well.

  Hi Szandstra,

  See the knowledge base article describing what you see.  Follow the steps there to correct the problem.  Have a great day and let me know if this solution does not work for you!

• SQL Loader: Problem with WHEN

  I'm using Oracle 11 g, Win XP.
  
  I'm trying to load data with control below folder:
  

  OPTIONS (SKIP=0, DIRECT=FALSE, PARALLEL=FALSE, BINDSIZE=50000, errors=999999,ROWS=200, READSIZE=65536)
  LOAD DATA
  
  APPEND
  INTO TABLE v_table
  when COL_3  = 'XXXX'
  fields terminated by "|" optionally enclosed by '"'
  trailing nullcols
  (
  COL_1  "trim(:COL_1)",
  COL_2  "trim(:COL_2)",
  COL_3  "trim(:COL_3)",
  COL_4  "trim(:COL_4)",
  COL_5  "trim(:COL_5)",
  COL_6  "trim(:COL_6)",
  COL_7  "trim(:COL_7)",
  )
  
  INTO TABLE v_table
  APPEND
  when  COL_3 = 'YYY'
  fields terminated by "|" optionally enclosed by '"'
  trailing nullcols
  (
  COL_1  "trim(:COL_1)",
  COL_2  "trim(:COL_2)",
  COL_3  "trim(:COL_3)",
  COL_4  "trim(:COL_4)",
  COL_5  "trim(:COL_5)",
  COL_6  "trim(:COL_6)",
  COL_7  "trim(:COL_7)",
  )

  Here is the sample data in the data file:

  33432|"ORACLE"|"XXXX"|"555827             "|"317564"|" "|""|"ORACLE "|2011-07-20-15.37.11.879915|0001-01-01-01.01.01.000001
  33433|"ORACLE"|"XXXX"|"555828             "|"317564"|" "|""|"ORACLE "|2011-07-24-15.37.11.879915|0001-01-01-01.01.01.000001
  33434|"ORACLE"|"XXXX"|"555829             "|"317564"|" "|""|"ORACLE "|2011-07-10-15.37.11.879915|0001-01-01-01.01.01.000001
  33435|"ORACLE"|"XXXX"|"555830             "|"317564"|" "|""|"ORACLE "|2011-07-22-15.37.11.879915|0001-01-01-01.01.01.000001
  33436|"ORACLE"|"XXXX"|"555831             "|"317564"|" "|""|"ORACLE "|2011-07-20-15.37.11.879915|0001-01-01-01.01.01.000001
  33437|"ORACLE"|"XXXX"|"555832             "|"317564"|" "|""|"ORACLE "|2011-07-20-15.37.11.879915|0001-01-01-01.01.01.000001
  40048|"SAS"|"ZZZ "|"1017838            "|"317551"|" "|""|"COD "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  40049|"SAS"|"ZZZ "|"1017839            "|"317551"|" "|""|"COD "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  40050|"SAS"|"ZZZ "|"1017840            "|"317551"|" "|""|"COD "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  20046|"SUNUSA"|"YYY "|"1017836            "|"317551"|" "|""|"JAVA "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  20047|"SUNUSA"|"YYY "|"1017837            "|"317551"|" "|""|"JAVA "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  20048|"SUNUSA"|"YYY "|"1017838            "|"317551"|" "|""|"JAVA "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  20049|"SUNUSA"|"YYY "|"1017839            "|"317551"|" "|""|"JAVA "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001
  20050|"SUNUSA"|"YYY "|"1017840            "|"317551"|" "|""|"JAVA "|2011-09-08-08.44.29.684915|0001-01-01-01.01.01.000001

  It is:
  When I'm loading data into the table with the above command card, only data with when COL_3 = "XXXX" is to take. And if I comment the block that has COL_3 = "XXXX", then the second block is to take (when COL_3 = "YYY"). But I am unable to load data for XXXX and YYY on a single charge. Can someone help me on this please?

  This give a try.

    ...
    when  COL_3  = 'XXXX' and COL_3 = 'YYY'
    ...
  

• Error in loading data with SQLLDR in Oracle 10 G

  Hello
  
  Can one suggest what the problem is in the slot mentioned control file used for loading data via SQL * LOADER
  
  ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  DOWNLOAD THE DATA
  INFILE 'D:\test\temt.txt '.
  BADFILE "test.bad."
  DISCARDFILE 'test.dsc '.
  
  IN THE TABLE 'TEST '.
  INSERT
  (INTEGER SRNO (7))
  PROD_ID INTEGER (10),
  PROMO_ID INTEGER (10),
  CHANNEL_ID INTEGER (10),
  UNIT_COST INTEGER (10),
  UNIT_PRICE INTEGER (10)
  )
  
  -------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  I'm trying to load data in the schema SCOTT scott user.
  
  Why make such a mistake, please see the attached log file.
  
  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  SQL * Loader: Release 10.2.0.1.0 - Production on Fri Mar 20 14:43:35 2009
  
  Copyright (c) 1982, 2005, Oracle. All rights reserved.
  
  Control file: D:\test\temt.ctl
  Data file: D:\test\temt.txt
  Bad leadership: test.bad
  Delete the file: test.dsc
  (Allow all releases)
  
  Number of loading: ALL
  Number of jump: 0
  Authorized errors: 50
  Link table: 64 lines, maximum of 256000 bytes
  Continuation of the debate: none is specified
  Path used: classics
  
  Table 'TEST', loaded from every logical record.
  Insert the option in effect for this table: INSERT
  
  Column Position Len term Encl. Datatype name
  ------------------------------ ---------- ----- ---- ---- ---------------------
  SRNO FIRST 7 INTEGER
  PROD_ID INTEGER 10 NEXT
  PROMO_ID INTEGER 10 NEXT
  CHANNEL_ID INTEGER 10 NEXT
  UNIT_COST INTEGER 10 NEXT
  UNIT_PRICE INTEGER 10 NEXT
  
  Sheet 1: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 2: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 3: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Folder 4: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 5: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 6: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 7: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 8: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  File 9: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Case 10: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Factsheet 11: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 12: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  File 13: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Fact sheet 14: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Fact sheet 15: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 16: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  File 17: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 18: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  File 19: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 20: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 21: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Account 22: rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 23: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record number of 24: rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 25: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Fact sheet 26: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Fact sheet 27: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 28: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 29: rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 30: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record of 31: rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  • Statement 32: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 33: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Page 34: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 35: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 36: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 37: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 38: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 39: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 40: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 41: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Page 42: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 43: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Sheet 44: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 45: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  • Statement 46: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 47: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 48: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 49: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Page 50: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  Record 51: Rejected - error on the table 'TEST '.
  ORA-01460: dead letter or unreasonable conversion requested
  
  
  NUMBER of MAXIMUM ERRORS EXCEEDED - above the statistics reflect partial performance.
  
  Table 'TEST'
  0 rows successfully loaded.
  51 lines not filled due to data errors.
  0 rows not loading because all WHEN clauses were failed.
  0 rows not populated because all fields are null.
  
  
  The space allocated to bind table: 3648 bytes (64 lines)
  Bytes of read buffer: 1048576
  
  Total logical records ignored: 0
  Total logical records read: 64
  Total rejected logical records: 51
  Total logical records ignored: 0
  
  Run started on Fri Mar 20 14:43:35 2009
  Run finished Fri Mar 20 14:43:43 2009
  
  Time was: 00:00:07.98
  Time processor was: 00:00:00.28
  
  
  
  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  Here is the method to use SQLLDR and table details
  
  
  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  SQL > desc test
  Name Null? Type
  ----------------------- -------- ----------------
  SRNO NUMBER (7)
  PROD_ID NUMBER (10)
  PROMO_ID NUMBER (10)
  CHANNEL_ID NUMBER (10)
  UNIT_COST NUMBER (10)
  UNIT_PRICE NUMBER (10)
  
  
  
  
  Use sqlldr process is:
  
  cmd PROMT,
  
  d:\ > sqlldr scott/tiger
  
  Control = D:\test\temt.ctl
  
  SQL * Loader: Release 10.2.0.1.0 - Production on Fri Mar 20 15:55:50 2009
  
  Copyright (c) 1982, 2005, Oracle. All rights reserved.
  
  Commit the point reached - the number of logical records 64
  
  -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  I even tried a few examples,
  
  -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  
  Which of the below control record make sense,
  
  -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  -1
  
  DOWNLOAD THE DATA
  INFILE 'D:\test\temt.txt '.
  BADFILE "test.bad."
  DISCARDFILE 'test.dsc '.
  
  IN THE TABLE 'TEST '.
  INSERT
  COMPLETED FIELD BY (EN)
  
  (INTEGER SRNO (7))
  PROD_ID INTEGER (10),
  PROMO_ID INTEGER (10),
  CHANNEL_ID INTEGER (10),
  UNIT_COST INTEGER (10),
  UNIT_PRICE INTEGER (10)
  )
  
  
  
  
  
  -2
  
  DOWNLOAD THE DATA
  INFILE 'D:\test\temt.txt '.
  BADFILE "test.bad."
  DISCARDFILE 'test.dsc '.
  
  IN THE TABLE 'TEST '.
  INSERT
  DOMAIN TERMINATED BY, eventually surrounded "" "
  
  (INTEGER SRNO (7))
  PROD_ID INTEGER (10),
  PROMO_ID INTEGER (10),
  CHANNEL_ID INTEGER (10),
  UNIT_COST INTEGER (10),
  UNIT_PRICE INTEGER (10)
  )
  
  
  
  
  For the code - 1 I get below mentioned error... *.
  
  D:\ > sqlldr scott/tiger
  
  Control = D:\test\temt.ctl
  
  SQL * Loader: Release 10.2.0.1.0 - Production on Fri Mar 20 16:36 2009
  
  Copyright (c) 1982, 2005, Oracle. All rights reserved.
  
  SQL * Loader-350: error of syntax on line 8.
  Expecting "(", found "FIELD".
  COMPLETED FIELD BY (EN)
  ^
  
  
  
  
  * And for the code - 2 I get the error below *.
  
  D:\ > sqlldr scott/tiger
  
  Control = D:\test\temt.ctl
  
  SQL * Loader: Release 10.2.0.1.0 - Production on Fri Mar 20 16:39:22 2009
  
  Copyright (c) 1982, 2005, Oracle. All rights reserved.
  
  SQL * Loader-350: error of syntax on line 8.
  Expecting "(", found "FIELD".
  DOMAIN TERMINATED BY, eventually surrounded "" "
  ^
  ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

  Hello

  This will help for you

  LOAD DATA
  INFILE 'D:\test\temt.txt'
  BADFILE 'test.bad'
  DISCARDFILE 'test.dsc'
  INSERT
  INTO TABLE "TEST"
  FIELDS TERMINATED BY ','
  (SRNO INTEGER EXTERNAL ,
  PROD_ID INTEGER EXTERNAL,
  PROMO_ID INTEGER EXTERNAL,
  CHANNEL_ID INTEGER EXTERNAL,
  UNIT_COST INTEGER EXTERNAL,
  UNIT_PRICE INTEGER EXTERNAL
  )
  

  Thank you

• ACS550 control with LabVIEW

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