How to wiring and config AI 2wire module 6ES7134-6HD00-0BA1 ?

When I do a Google search for 6ES7134-6HD00-0BA1 I get a manual for an Analog OUTPUT card.

I'm confused about questions referencing AI, analog inputs.

Wizard

Hello,

Please have a look at the following link:

SIMATIC ET 200SP analog input module AI 4xU/I 2-wire ST

Best regards,

Wizard

 Dear Wizard,

How to assign the channel when I use 2 voltage (0-10Vdc) and 2 current (4-20mA) ?

Best Regards,

Vorapob

Wizard

Hello vorapob,

In TIA Portal go to properties of the AI Card

Then 'Input 0-3' -> 'configuration overview' -> 'input parameters'

Now you can parameterize the measurement type of Channel

Best regards,

Wizard

 Dear Wizard,

Thank you for your information but I mean how to wiring the channel at module.

Best Regards,

Vorapob

Wizard

Hi,

Oke, when you want to use Channel 0 and Channel 1 for U:

Terminal 1 (+) and 5 (-) channel 0

Terminal 2 (+) and 6 (-) channel 1

And us Channel 2 and 3 for I:

Terminal 11 and 15  channel 2

Terminal 12 and 16 channel 3

Best regards,

Wizard

 Dear Wizard,

For Current signal 4-20mA can i connect to 11 for (+) and 15 for (-) signal it is right ?

manual here:

Link to manual

I think you wired it right, so it's probably a configuration issue.

For a 2-wire field transmitter that is "passive" and requires DC loop power from the analog input:
Terminal 10 wires to the transmitter (+) terminal.
Terminal 14 wires to the transmitter (-) terminal.

Note that 10 and 14 are for the second input, "input 1", because terminals are zero-based numbers starting at 0.  (first input is input 0).

Your screen shot shows 2 AI cards.  Are you on the correct AI card?

The interference frequency suppression synchronizes the A/D conversion when the line power cycle crosses zero, in order to minimize AC noise on the signal.   The other selection, 50Hz, will not prevent the AI module from working but the signal might be noisy.
 

For clarity, here's the wiring diagram for Analog Input Module AI 4xU/I 2-wire ST (6ES7134-6HD01-0BA1) from page 13: