heh sorry for not explaining that well, there will be a 14awg cable for a heater that will go half way up to the carriage, i will probably put that on the other side of the printer instead of how i designed it to go 10mm to the right from the 5/25v cables. There will be cable deviders on the printer so ill do it as safe as i can

@dc42 thanks for the imput! I think i will put the fan, motor, sensor wires another route after the tube leading from the X carriage to prevent having 5, 24 and 230v in the same place. I guess a 24awg cable for 5v and the rest connected via Cat5e(26awg) is good anought?

Thanks

@veti My issue is that if running all connections separet ill get 11 cables total, running GND for bl one cable and all 5v together ill get 6 cables

Oh thats a bummer... Thanks for the fast reply.
Is the 5V always on then? Or can i connect them in single cable setup?
Because the bl and both fans are running 5v

Working on the wiring im trying it minimize the amount of cables going to the X_carriage...

question:"Is it possible to use one GND wire for both the BL-touch and the 3-pin PWM fans running at 5v?"
Answer: "No, GND on fan is cotrolling the Pwm for the fans."

Question: But if i run +5v with one cable to the X_carriage. Is it possible to use this one to power all the fans and the BL-touch without interfearing with the BL? (Running 5v PWM fans)
Answer:

[SOLVED]

Vertical lines were made from the motors not being the recommended voltage of what the TMC2660 drives. The minimum maxmotorcurrent is 1.2A. This you can see on the back of your motor. ex;(1004AC = 1.004A)
Replaced my 1.8deg 1A motors with 1.7A 0.9deg motors and there is ny lines anymore.

For what iv found my "Zwobble is some kind of extrusion issue..
Replaced some Ballbearings in my Titan extruder and changed the Acceleration from 10000 to 500. Upped my extrusion speed and its now much better. Im still experiencing some kind of over or underextrusion after a layerchange. But ill test using "force retraction between layers, and see what that does.
Any suggestions?

I noticed today that my vertical lines are still there but im replacing the motors today to see if that does the trick..

I just disabled retraction and enabled PID on my bed and the print looks almost perfect..

My friend had a titan extruder and told me to use higher retraction and retract att about 70mm/s instead of 30.

My issue with his settings is that i now noticed the motor skipping/slipping during re-extrusion in the retraction cycle.

I cant find any recommended settings or why this happens. But my steps/mm is 819.. for what i know this is high, but people are getting good results with the titan so why wouldnt i..

Ill post results after the next test

@ayudtee No, the interpolation is still there.

I havent tried enabling Pid for my bed yet but im afraid this isnt actually a temp issue. This may be a extrusion issue that i have no idea how to solve..

At the start of every outer perimiter there is a tiny blob. After this there is like a tiny underextrusion followed by a slowly regaining pressure in the nozzle.. This may explain the ineven surface..

@ayudtee Is it just to do a Autopid and add the M307 H0 to activate PID and disable BangBang?

Im also wondering how and where the settings for the thermal runaway protection is?

@ayudtee Thank you, and i think you were right!

I tried up the voltage to 900mV even tho the motors has a max A1.004.
The lines are much less noticeble but the motors are getting warmer now. Im thinking of using my 1.7A 0.9deg steppers on my X/Y axis instead of the Z axis. And i hope this will give me even better accuracy.

My "Z-wobble" Is still there even tho i replace my bent leadscrew tho.
If im printing in vase-mode, the surface will turn out great. So i wonder how i can remove it..
Ill try to use PID on the bed and see what that does. But is there anything els that can cause The Z-wobble??