Hello colleagues,
I use Allen Bradley controllers, but we have recently had to deal with Siemens controllers: S7-1200 and now - LOGO. I'm sorry for the level of my question, but I want to find out fundamental how LOGO works and why it's so difficult for me. Thanks in advance to everyone who will help me!
I have the following scheme:

An existing controller (not Siemens) submits 24V to (terminals 1 and2), and the logo must measure the temperature and return 0-10V through terminals 3 and 4.
I did the following wiring:

As a program I put 3 blocks: analog entrance, Analog amplifier (with 4-20mA option) and analog output.

I can't follow PV values, miliampers, volts, intermediate transformations and naturally I don't see anything at the exit.
Where I am mistaken and is there a way to be a little clearer. Maybe I should use LOGO with a display?

Dear ixo65,

Thanks for your response and for your time. I made a stupid childhood mistake, but it is due to the fact that we only work mainly with Allen Bradley, and they almost do not use 0-10 volts as an analog entrance or exit. In fact, I made a wiring of a temperature transmitter with Outpy 0-10 volts, and I used in the real project a transmitter with an output of 4-20mA. Its my stupid mistake.

However, I will describe what I did. While waiting for a transmitter with 0-10 volt output, I used an old converter (Turck MK33-LU 4-20mA to 0-10VDC Converter) according to the following scheme:

1. Work Voltage + 24V DC to:
   1. + (Temperature transmitter Power);
   2. +, L (LOGO! - Power)
   3. +, 7 (TURCK MK33-LU Power)
2. Work Voltage - (GND) to:
   1. -, N (LOGO! - Power)
   2. + (Terminal 1 (4-20mA Input, TURCK CONVERTOR))
3. TURCK CONVERTOR
   1. From Terminal 2 (- 4-20mA Input) TO - (Temperature transmitter Power)
   2. From Terminal 1 (+ 4-20mA Input) TO GND (Work Voltage)
   3. From Terminal 7 (+ 24VDC) TO + 24V DC (Work Voltage)
   4. From Terminal 8 (-) TO + GND (Work Voltage)
   5. From Terminal 5 (+ 0-10V Output) TO I7 (LOGO! Input)
   6. From Terminal 6 (- 0-10V Output) TO GND (Work Voltage)

I found this on the net: I think it's clear, but I haven't tried it yet.I'm waiting for the resistors.