Hi All,

I need to display an analog value over 10'000 - I must display from 0 to 12'500.

Since the measurement range is is 0..10'000, how do I do this?

When I try to set a measurement range over 10'000, I get an error message:

Okay, thanks a lot for the very quick reply 

I have to say, I found this already but I'm "loosing" the unit (ones) value.

Is this is only way? Is it possible to display, i.e., "11299" ?

All analog blocs I know allow values up to 10000 "only".

If I need to display, i.e., 11299 or 12235 (where the last number - units/once) are odd, how is it possible to do this using a gain multiplier?

In other words, is it possible to display analog values from 0 up to 12500 displaying all and every digits?

No problem.

Thanks for your help anyway 

Hello flotul,

that's mathematically logical. If you scale up, you can't query intermediate values.

For example, 5*2= 10 and 5*3=15. You'll never get a value between 11 and 14.

Greetings Ella_68

(translated with Google)

flotul

Hi All,

I need to display an analog value over 10'000 - I must display from 0 to 12'500.

Since the measurement range is is 0..10'000, how do I do this?

When I try to set a measurement range over 10'000, I get an error message:

You can use the slope equation y=mx+b using arithmetic operations blocks. This would relate 0 - 1000 to 0 - 12500, or if you want 0 - 10000 to 0 - 12500

flotul

All analog blocs I know allow values up to 10000 "only".

If I need to display, i.e., 11299 or 12235 (where the last number - units/once) are odd, how is it possible to do this using a gain multiplier?

In other words, is it possible to display analog values from 0 up to 12500 displaying all and every digits?

 Hi,

I'm also not sure if I understasnd right.
The resolution of analogue inputs/outputs of LOGO! is 1.000 steps. If you configure more then 1.000, then you cannot see every digit. 
The max. gain of an analogue value is +/-10.

If you need a higher gain, then you have to use two analogue amplifier for example. But you never get a better resolution then 1.000 steps.

Hope this helps