Pin out for connector block - CB-50LP (50 pins)

1. Need pin out designation for 50 pins connector block, for use in multifunction DAQ (6024E)
2. Connections from 6024E to 68 pins connector block.

1. How are you connecting the 6024E to the 50 pin connector block? Any special 68 to 50 pin cable or adapter should have a pinout that comes with it. If you have an NI cable or adapter you should be able to look in that part's manual online at ni.com and find this pinout.
2. What specific 68-pin connector block are you using, is it an SCB-68? For an SCB-68 the pins on the connector block are mapped to the same pin on the 6024E or any E-Series and most M-Series boards. The pinout for the 6024E will be the pinout for the SCB-68.
Jason N

Similar Messages

Where can I find the pin-outs for 8-pin remote Hirose connector?

Where can I find the pin-outs for 8-pin remote Hirose connector?

Pin outs and wiring info is all in the Maintenance Manuals (same for all system cameras, F series, XDCAM etc.), - ask your local Sony Office if you want the info.The 8pin remote is for connection to the Sony RM-B150/170/750 remote control panels.For system cameras the same protocol is used between RCP panels, MSU, CCUs and camera heads.It is a proprietry system so extremely difficult to hack!The RM-B170 is the ideal panel to work with the PMW-F5/55. It will give basic painting control of R/B white & black painting, Master Pedestal, and Iris with the correct lens (Cabrio etc). It can also control remote Rec stop start.Regards, Clive. Sony ANZ.

Connector block Pinout for PCI-DIO-96

The PCI-DIO-96 Card can be ordered with a CB-100 I/O Connector Block (Order Code 777812-01). The connector block is a 100 pin connector which splits onto two IDC connectors. Can you tell me what the pinout for these connectors are ?

Hello,
The pinout will be the same as on page 3-3 and 3-4 of the PCI-DIO-96/PXI-6508/PCI-6503 User Manual.
I hope this helps!
Russell
Applications Engineer
National Instruments
http://www.ni.com/support

How do I unlock a timed out PIN. It's timed out for 22 million minutes

PIN timed out for 22 million minutes.

you need to reset your device. then use a previous backup you made to get back the data erased when you reset the device. this should help:
http://www.everymac.com/systems/apple/iphone/iphone-troubleshooting-repair-faq/i phone-how-to-unlock-open-forgot-code-passcode-password-login.html

Hi, We are a physiotherapy practice trying to use i-cal as a clinic diary systaem for 15 therapists. We need to block out availability of therapists but cant do this? How can you block someones diary out for specific times on i-cal? Any help please..

Hi, We are a physiotherapy practice trying to use i-cal as a clinic diary system for 15 therapists. We need to block out availability of therapists but cant do this? How can you block someones diary out for specific times on i-cal? Any help please..

iCal is designed for personal use, and isn't really meant to handle this sort of situation.
The best suggestion I can offer, though it's a trifle untidy, is: create a calendar for each therapist, giving each a different colour. Enter the availability for each therapist - if it's on a weekly basis you can make them repeating events. Then add the individual appointments, which will show alongside in the daily view. In this example, the 'purple' therapist is available from 1030 to 1700 and has appointments at 1200 and 1500.
If you have more than a few therapists available at any one time it's liable to look a bit messy, but it's the best I can think of at the moment.

Connector block 16 analog input channel for 6036E

sugesst me connector block of 16 analog input channels compatible with 6036E daq card

Thanks for contacting National Instruments.
You really have two choices in connector blocks: the SCB-68 and the CB-68LP. The CB-68LP is inexpensive, but unshielded. If you are concerned about introducing noise into your signal, or if you are talking small measurements (mV range), then the shielded option, the SCB-68, will be better for you.
Regards,
Mike G.
National Instruments Support

How does the PCI-6229 DAQ-card communicate with CB-68LP connector block?

Hello!
I want to do a very simple task which is to just turn on/off a LED. I am using LabVIEW 7.1 and I have a DAQ-card PCI-6229. The DAQ-card is then wired to a connector block CB-68LP.
Now my problem is to figure out how the connector block communicates with the DAQ-card?
In the file I attached there is a picture of connector block and the device pinouts from the DAQ-card. But how do I know which of pinouts triggers some connector on the connectorblock?
Which are digital outputs on the DAQ-card?
Where can I read about this?
Attachments:
daqANDconnectorblock.bmp ‏2437 KB

Hello asc01001:
The digital pins of the PCI-6229 are labelled as Px.y, where x is the port name while y is the channel name. For example, pin52 of the NI 6229 is P0.0; which is also port 0, channel 0 of the digital I/O of the DAQ card.
While "D GND", which are located at pin53, pin18, pin50, etc. are the negative terminal of all digital I/O of the DAQ cards.
Please advice if this helps.

How should Sensirion SHT71 be wired to SCB-68A connector block?

Hi all,
I just got a Sensirion SHT71 for humidity measurement. I am new to digital I/O field so I feel unclear about how to connect this sensor to the DAQ.
The DAQ I am using is PXI-6225 hooked up with a SCB-68A connector block.
And the sensor has 4 pins (1-SCK: Serial Clock, 2-VDD: Source Voltage, 3-GND, 4-DATA (bidirectional))
Detailed manual can be found here http://www.sensirion.com/nc/en/products/humidity-temperature/download-center/?cid=8574&did=68&sechas...
So I am wondering what are the corresponding connectors on SCB-68A to those pins of the sensor. I can see the GND goes to the D GND for sure and the VDD is supposed to be connected to +5V. And I am not sure to which two connectors SCK and DATA should connect...
Reference label of SCB-68A can be found here: http://digital.ni.com/public.nsf/$CXIV/ATTACH-AEEE-8ZRTL5/$FILE/S_Series.pdf
Thanks.

Hello abright,
I have been looking at your case the whole day, analizing the circuitry of your application.
From what i can tell from the Reference label of SCB-68A : http://digital.ni.com/public.nsf/$CXIV/ATTACH-AEEE-8ZRTL5/$FILE/S_Series.pdf and the user manual: http://www.ni.com/pdf/manuals/375865a.pdf and the datasheet of your sensor, I can see that the output is a current signal. there we must create a simple circuit so that the DAQ device can be able to read the values. From what I can see of the datasheet, the output is digital therefore we need a Digital input to read the measurements, therefore on page 4-9 and page 4-10 of the user manual you can see the circuitry used to read digital inputs of a sensor. therefore what we can try to do is connect the sensor output to a a resistor in order to see the output voltage across this resistor. Simple Ohm's Law V=RI. Therefore you can see wherethe DATA which will be the output pin will be connected to pin 11. As for the SCK it is only used to sync the sensor to the measurement device, therefore I would assume that pin 10 which corresponds to PFI 1/AI REF TRIG which will be the reference trigger will be used to sync both of devices in case you need this configuration. VDD will be the source of energy for the sensor. i would suggest not to use the full 5V, I can recall seeing something like this on the web about not connecting the sensor to the full 5V. and GND is the reference voltage. For the pin out configuration please check the Figure 4-13. SCB-68A Circuit Diagram for Digital Input Attenuation on the user's manual.
If you have further questions regarding the pin out of the device please let me know.
Kind regards,
IronBrotha
AE CR
"everything is achieveable through technology'

Connector block powered by R Series and able to connect to BNC

Good Afternoon,
I recently purchased an NI PCI-7811R card in order to obtain the proper timing resolution our group needed to randomly fire an excimer laser based on two scattering inputs. I've been puting the FPGA program together and during my first trial run I noticed that the BNC 2090 connector block we've been using for all of our other DAQ operations wasn't powering on. When I bought the card I neglected to buy the connector block as well, figuring we could use the one we'd always used. Well, it turns out that was a mistake. Apparently the R-Series card doesn't power the 2090. Firstly, is there a way to configure the 2090 so that the R-Series card will power it (I don't think so given the pin conformation) and secondly, if that is not possible, is there a connector block that is able to be powered by the R-Series card that will accept BNC connections. While I'm thinking about it, if there isn't a BNC compatible connector can I simply trim the connection off the BNC cable and use the exposed wire for the spring board?
Stan
Solved!
Go to Solution.

Thanks for the timely reply,
I'm looking at my options for the CA-1000 right now and I'm a little unclear about what exactly I would get with this interface. When I purchase the SCB-68, it comes in it's own metal housing and the 68pin adapter to connect it to the PCI-7811. I only need three BNC connections, when I look at the last part of Table 1 (pg three of the link) I see "2 included" alongside the BNC options. Does that mean that each panel has two BNC connections or that there are two already on the CA-1000 and I'd only need to purchase another set of two? Also, would I be able to use the SCB-68's 68 pin connector without any further modification? More specifically; I know that you can install the SCB-68 into the CA-1000, and then using its screw terminals interface it to the BNC connections, but is the cable connecting the SCB-68's 68pin connector to the rest of the SCB-68 long enough to reach the back of the SCB-68 so I can secure it or will I have to have a different cable? I'm rather new to this type of work so let me know if I'm totally off base or being unclear.
Thanks,
Stan

On the connector block CB-68LP, there are few screw terminals. I am trying to find the maker and the part number of this screw terminal. Any help is much appreciated.

I am designing a new product to use in our environment and I am trying to go from the I/O card to the PCB eliminating the connector block. For this purpose, I need to find out the screw terminal part number as well as the makers name. Please help.

The screw terminals are made by Phoenix:
The 14 screw terminal row is P/N 18-69-33-4
The 12 screw terminal row is P/N 18-69-31-8

K8NGM2 Series TV out backplane connector

Does anyone know if this item is available and what it consists of, i.e could I just knock up a connector with some RCA connectors directly from the motherboards IDE connector!! I want component video out for HD TV.
Does anyone know the price of the TV out connector???
By the way I live in the UK.
Cheers
Tricky

well i am in texas but i have seen that for sell on one of the big brit on line resellers site. do a web serch on yahoo .. is a standard item. many makes . the trick is finding one with the correct number of pins and out put.
hope this helps

Connector Block CB-68LPR

Hello everyone!
I am trying to connect many Type-K thermocouples to this connector block. I've connected only one (+ve wire of thermocouple is in screw J68 and -ve is in J34). I measure temperature using VI Logger, channel 0 and it warks perfectly!
BUT I want to connect as many thermocouples as possible! I need help in: what screws to use for other thermocouples, how to connect the rest of them? What combination to use with channels on VI Logger and screws used?
Thanks!
Regards Slav.

Hi,
This depends mainly on what kind of data acquisition card you are using. You can find the pinouts by going to Measurement & Automation explorer and going to Help >> Help Topics >> Traditional NI-DAQ. In this document, the pinouts are listed for Traditional NI-DAQ Device Terminals >> Multifunction DAQ. It sounds like you have a 68-pin MIO board, so this lists the pinouts for the entire board.
Keep in mind, you also can also use RSE mode and get 16 channels. You would connect the V+ wire to your CH(x) and your V- wire to AIGND. Be sure to set this configuration in MAX so that you can obtain a valid reading.
Hope this helps!
Regards,
Allen P.
Applications Engineer
National Instruments

Disk Utility: for bad blocks on hard disks, are seven overwrites any more effective than a single pass of zeros?

In this topic I'm not interested in security or data remanence (for such things we can turn to e.g. Wilders Security Forums).
I'm interested solely in best practice approaches to dealing with bad blocks on hard disks.
I read potentially conflicting information. Examples:
… 7-way write (not just zero all, it does NOT do a reliable safe job mapping out bad blocks) …
— https://discussions.apple.com/message/8191915#8191915 (2008-09-29)
… In theory zero all might find weak or bad blocks but there are better tools …
— https://discussions.apple.com/message/11199777#11199777 (2010-03-09)
… substitution will happen on the first re-write with Zeroes. More passes just takes longer.
— https://discussions.apple.com/message/12414270#12414270 (2010-10-12)
For bad block purposes alone I can't imagine seven overwrites being any more effective than a single pass of zeros.
Please, can anyone elaborate?
Anecdotally, I did find that a Disk Utility single pass of zeros seemed to make good (good enough for a particular purpose) a disk that was previously unreliable (a disk drive that had been dropped).

@MrHoffman
As well pointed your answers are, you are not answering the original question, and regarding consumer device hard drives your answers are missleading.
Consumer device hard drives ONLY remap a bad sector on write. That means regardless how many spare capacity the drive has, it will NEVER remap the sector. That means you ALWAYS have a bad file containing a bad sector.
In other words YOU would throw away an otherwise fully functional drive. That might be reasonable in a big enterprise where it is cheaper to replace the drive and let the RAID system take care of it.
However on an iMac or MacBook (Pro) an ordinary user can not replace the drive himself, so on top of the drive costs he has to pay the repair bill (for a drive that likely STILL is in perfect shape, except for the one 'not yet' remaped bad block)
You simply miss the point that the drive can have still one million good reserve blocks, but will never remap the affected block in a particular email or particular song or particular calendar. So as soon as the file affected is READ the machine hangs, all other processes more or less hang at the same moment they try to perform I/O because the process trying to read the bad block is blocking in the kernal. This happens regardless how many free reserve blocks you have, as the bad block never gets reallocated, unless it is written to it. And your email program wont rewrite an email that is 4 years old for you ... because it is not programmed to realize a certain file needs to be rewritten to get rid of a bad block.
@Graham Perrin
You are similar stubborn in not realizing that your original question is awnsered.
A bad block gets remapped on write.
So obviously it happens at the first write.
How do you come to the strange idea that writing several times makes a difference? How do you come to the strange idea that the bytes you write make a difference? Suppose block 1234 is bad. And the blocks 100,000,000 to 100,000,999 are reserve blocks. When you write '********' to block 1234 the hard drive (firmware) will remap it to e.g. 100,000,101. All subsequent writes will go to the same NEW block. So why do you ask if doing it several times will 'improve' this? After all the awnsers here you should have realized: your question makes no sense as soon as you have understood how remapping works (is supposed to work). And no: it does not matter if you write a sequence od zeros, of '0's or of '1's or of 1s or of your social security number or just 'help me I'm hold prisoner in a software forum'.
I would try to find a software that finds which file is affected, then try to read the bad block until you in fact have read it (that works surprisngly often but may take any time from a few mins to hours) ... in other words you need a software that tries to read the file and copies it completely, so even the bad block is read (hopefully) successful. Then write the whole data to a new file and delete the old one (deleting will free the bad block and ar some later time something will be written there and cause a remap).
Writing zeros into the bad block basically only helps if you don't care that the affected file is corrupted afterwards. E.g. in case of a movie the player might crash after trying to display the affected area. E.g. if you know the affected file is a text file, it would make more sense to write a bunch of '-' signs, as they are readable while zero bytes are not (a text file is not supposed to contain zero bytes)
Hope that helped ;)

Regarding work flow for credit block release in sales order

Dear Experts,
Kindly help me with work flow-
my scenario is if customers credit limit of 5000$ exceeds in sales order it should be blocked and notification should go to authorize person through simple mail to release this block.
for this i have done settings in out control i have used output type krml and determined partner as employee responsible to release block in customer master but mail is not triggered to authorized person for credit block and how i can create work flow for this so that authorized person should get notify for credit block as well he releases block also.
Regards
Supriya

Dear supriyaparimal,
Please find the below points to fix your issue.
1. Configure the out put determination by using the condition type KRML.(Hope oyu have done it already).
2.Maintain the condition records in VV11 for condition type "KRML"
3.Then select the condition record and click the communication tab .
4. If you want to give any information you can use "Note for recipient".
5. If the information has to be sent to relevant person you recipient name in the recipient column.
Save the documnet.
If you raise the sales order and if it is blocked then system automatically send the information to respective person.
You can get this in formation in ""SBWP" transaction code.
Check the in box, the information what you have mentioned in the condition records will be appeared.
Please let me know if you have any clarifications
Thanks&Regards
raghu.k

Looking for the block CD Generate Time Profiles for MPC simulation.vi

Hello everyone!!! I am trying to implement MPC in LabVIEW. I have downloaded certain codes which shows the implementation. My question is in those codes i see a block named as CD Generate Time Profiles for MPC simulation.vi. I tried finding a lot for that block but i could not... Can anyone help me out with the problem (exactly under which section will i get that block) or can anyone tell me how do i give the set point profile for the MPC simulation problem???
Solved!
Go to Solution.

The VIs related to generate profile can be found in:
C:\Program Files (x86)\National Instruments\LabVIEW 2011\vi.lib\addons\Control Design\_MPC\Reference Profile
or
C:\Program Files\National Instruments\LabVIEW 2011\\vi.lib\addons\Control Design\_MPC\Reference Profile
You can look at examples in:
C:\Program Files (x86)\National Instruments\LabVIEW 2011\examples\Control and Simulation\Control Design\MPC
C:\Program Files\National Instruments\LabVIEW 2011\examples\Control and Simulation\Control Design\MPC
to verify how to use those VIs.
Barp - Control and Simulation Group - LabVIEW R&D - National Instruments

Pin out for connector block - CB-50LP (50 pins)

Similar Messages

Maybe you are looking for