anyone that can help a lost one???

try this PID:

PID: 227448
Long name: Active mode
Short name: Mode
min: 0
Max: 0
scale: x1
unit:
Equation: Lookup(A::0='standby':1='driving':4='AC char'):6=' DC char')
Header: 7E2
Start:
Stop:

try with different addresses Header:
7E0, 7E1, 7E2, 7E3, 7E4, 7E5, 7E6
post the results of answers in the PID Test mode

Doesent work.

With my car you must use CAN2.0B, 29 bit ID.

So my Can request must be with the correct 29 bit ID as I wrote in my first message.

Can't Torque suppport 29 bit identifier? So I know if I must move on and look for another product?

Or is the problem that i think these are UDS CAN messages?

the standard address for a 29 bit CAN bus should look like this
0x18Dxxxxx
0x17fc007b - maybe your address is in the wrong format

still try as I suggested, let's see what the ebu answers

try this PID:

PID: 227448
Long name: Active mode
Short name: Mode
min: 0
Max: 0
scale: x1
unit:
Equation: Lookup(A::0=’standby’:1=’driving’:4=’AC char’):6=’ DC char’)
Header: fc007b
Start:
Stop:

That is a UDS request / response, it should be do-able in Torque, you just need to do the following:
Set to 29bit CAN IDs
Set transmit CAN ID to 17fc007b
Set response CAN ID to 17fe007b

This is done using AT commands which you put in the initialisation string.

I'll try and dig out the commands that you need.

You might need a good quality ELM327 device.

I think you need the following commands...

ATD (resets everything)
ATCP 17 (sets first part of Tx ID to 17)
ATSH FC 00 7B (sets rest of Tx ID)
ATCRA 17 FE 00 7B (sets Rx ID)

There is an app called ELM chat that will let you do the commands one by one to check they work.

If you want to use PIDs that are longer than one message you'll also have to set the flow control CAN IDs to the same.

Hi, I managed to do it all in a terminal software and with the help of the ELM327 reference manual.

But not sure how to put in the seven AT strings i need to send to be able to talk UDS in Torque.

Do you know how to separate more commands on noe row in Torque app?

Just put \n between the commands to separate them.

What are the five you need out of interest?

If the parser is not populating the
variables correctly, you might need
to use Rx addressing to extract the
data in your equation.

I made it work outside of Torque now, so I think I will use another tool for my purpose.

But I will try with Torque later.

Quote from Capp777 on January 7, 2021

If the parser is not populating the
variables correctly, you might need
to use Rx addressing to extract the
data in your equation.

As you suspected, Torque don't populate the answer correctly, what do you mean with Rx addressing?

Use R0, R1, etc. in place of A, B, etc.
addressing. Test the raw hex response
to see which Rx is needed. (R8)?

Try using Lookup(R8 in Cintakc's equation
instead of Lookup(A.