Send Gps out to Climate

How can I send GPS to Climate Fieldview Puck using GPS_OUT? I have a NMEA 0183 to NMEA 2000 (ActiSense). Is that what I need or is there a simpler cheaper way?

The climate field view puck just connect to the CANBUS?
For a combine?

I have a puck but never used it.

You should be able to feed the terminal on your machine trough serial RS232.

So this wouldn’t be on a combine. This would be for a tractor to manually record on climate fieldview. All I need to send is gps to the puck I think, but it runs NMEA 2000. I think AOG outputs NMEA 0183. Is that correct? So I would need a converter of some type. We used an Actisense to convert to that protocol from a trimble fm750.
Just trying to figure out how to make it work. Is there a way to use an Arduino code to do this?

Edit: Im trying to send gps directly from GPS_OUT to puck.

If you have an actisense, you can send gps directly from GPS Out. May need a null modem serial cable but just connect from USB to the 9 pin serial on ActiSense. Play around with port and sentence settings till you get it connected. I am using the fix2fix mod in AOG from @SK21 otherwise the vehicle on Climate Field View may travel sideways or backwards. I haven’t gotten an answer yet as to whether or not this lates V6.4 includes that mod.

Yes it is included in 6.4.

Thanks for the reply! Has anyone made their own “Actisense”? It seems like with coding on an arduino and transceiver it could be done. I just look at the price of the Actisense and seems rather pricey…

I had the same thoughts. Not enough knowledge on my part to know how to do it but I think it would have to be sent from a can board as a can message. The pgn’s needed are all found online.

Hello, I also want to work in a similar way with my FarmTRX yield monitor. I am sending you the documentation regarding reading the GPS signal using the FarmTRX/Fieldview module. Maybe someone will do it faster than me, unfortunately I don’t have time and it would be nice to use the RTK signal :wink:
FarmTRX ISOBUS-CAN GPS.pdf (303.0 KB)