The motors have to be at least 18v - 12v wont work. Some motors are sold by buying either the 12v or 24v version. Just make sure it will run on 24v. If it says on the specs it runs of 24v, then it should work. They're not expensive, so you might just have to buy them and see how they go.So what to go by?
Thanks man, I'll take it, see if works in a G29 before I buy the expensive new G29 board.I have a g27, board if u want it
It may be good spec-wise, but does it also come with a dual output shaft? You need that to be able to put the encoder's magnet onto one of the motors so that the hardware knows in which position the motor isIs this any good before I make the commitment to buy a couple of them?
Yes it does have the dual shaftIt may be good spec-wise, but does it also come with a dual output shaft? You need that to be able to put the encoder's magnet onto one of the motors so that the hardware knows in which position the motor is
If u're buying it I'm buying it too. The 2 things I'm concerned about are, will the board handle the motors without any upgrades and how are we gonna mount the sensors. I know we gonna add heat sinks on chips but are we gonna replace something on the board too?
Careful because these have a slightly bigger diameter (36mm original, these ones say 38.8mm) and they also seem longer. I'm buying because I also have that aluminium cnc bracket and I can modify my wheel a lot.If u're buying it I'm buying it too. The 2 things I'm concerned about are, will the board handle the motors without any upgrades and how are we gonna mount the sensors. I know we gonna add heat sinks on chips but are we gonna replace something on the board too?
Well, ****. Good luck man I really hope it works.Careful because these have a slightly bigger diameter (36mm original, these ones say 38.8mm) and they also seem longer. I'm buying because I also have that aluminium cnc bracket and I can modify my wheel a lot.
If it works without modifying anything I'll let you knowWell, ****. Good luck man I really hope it works.
Thanks man, appreciate itIf it works without modifying anything I'll let you know
What do you have in place to dissipate heat?
Did the Mosfets get hot?
How did you adapt the sensor?
I was thinking about going with the RS555SH-2670 instead of the 18150. The 18150 have only 26% more torque than stock, while the 2670 has 89% more torque. Another pro is the operating voltage, 9-30v for the 2670 as opposed to 18-30v for the 18150 and 12-28v stock. This lower voltage operation should even decrease the center "dead zone". The downside is the 2670 uses 40% more amps than even the 18150. There is also a post on FB about using the 2670, they had near perfect linearity and 7nM of force, thats higher than the CSL 1.1. While there isn't a ton of info and it looks as if this is a completely custom setup it does make me want to try those out.
I have two G29 wheels, after your report, my plan now is to play it safe with one and install the 18150 motors and the other install 2670's. I'm hoping the worst thing that happens with the bigger motors is the FETS blow at which point I have to replace them anyway.
My first idea was to use a H-Bridge to power up the new motors that I bought, but without needing change the original board. I actually have a BTS7960, and was wondering thats any way to do it work... It just need a PWM signal...
Hi, looks like you are pretty good with electronics. I've got a problem with my steering wheel. It doesn't want to reference. I suspect it's the hall effect sensor gone. Or have you got any other idea? Maybe the magnet become weak? ? CheersSo what i want to do is increase the power on my G920, i have looked at the G27 ARC mod that increases the voltage with a booster board and a bigger power supply. I have found the installation guide and parts list for the ARC mod but some of the instructions are incomplete, if anyone has access to the original ones i would highly appreciate it. My other idea is replacing the motors inside the wheel for ones that draw more AMPS and also have higher rpm speeds and more torque, i would also get a 24v powersupply with this that can delivery a higher amperage. Any technical help is highly appreciated
hows it going so far im looking to do this mod and was debating whether to use the 2670s or the 18150s.If anyone else is interested in this topic, I’m waiting for the RS555SH-2670 in a couple of days, since I didn’t find the RS-555PH-18150 for sale. 2670 according to the specification is much more powerful, I don’t know if the board can handle it, but I’ll try, I’m not good at electronics, but maybe it works so that the transistor simply won’t give full power to the motor and everything will work properly.