Connecting HK-TR6A V2 Receiver to Naze32 Afroflight rev6

N

Nazty

Active Member
I'm having a problem connecting the HK-TR6A V2 receiver to the Naze32 board. Everything looks to be soldered correctly. The motors work fine when I test them out on clean flight. I just can't seem to get the controller working. I've developed some pictures for a better view. If you need me to take more pics let me know.
 

Attachments

  • 20170525_170439.jpg
    20170525_170439.jpg
    947.2 KB · Views: 12
  • 20170525_170450.jpg
    20170525_170450.jpg
    851.5 KB · Views: 5
How can I tell which is the ground and which is the signal? Also where would I check the channel mapping?

edit: nvm, the channel mapping is taer1234. How do i check for RX_PARALLEL_PWM in CF?
 
Nazty said:
the channel mapping is taer1234
Click to expand...
Which is wrong. All your RX wires are wrong BTW. The 4 singles from the Naze are signal wires, you have them plugged into GND. With the 3 wire cable you have plugged into ch1 the BLK is the GND, you have it plugged into SIGNAL.
 
Ok, in the most abstract way. How do you determine what wire is a signal wire and which wire is a ground wire. I'm guessing a ground wire picks up the current from the battery. But how is that determined?
 
I did a 180 with the 3 wire cable so, now i have white in the signal and black in the ground. I also have the other 1 wire cables in the signal row, or same row as that white wire. But, the transmitter is still not being received :\

Also I've changed the channel mapping from TAER to AETR. Still the same problem.
 
Last edited:
So I did that. Still not receiving any response from using the controller. I also am not receiving any noise or seeing any lights from the receiver. Could it be that the wires are not connected properly?
 
Could it be that I didn't bind the transmitter and receiver? If I only have a 3S battery. How can I modify it to 2S in order to bind the controller using the current receiver in the pictures?

edit: Note that the 1 starts with white and 6 ends with blue.
 
Last edited:
You must log in or register to reply here.
Back
Top