I have not touched the limiter. Like I said, I don't know much specifically about sleds. I know engines, computer systems, physics, but nothing specific to sleds, all of this I've learned in the last few months. I would like to stop the darting, but one of the things I did like about this sled was the easier steering than I was use to. I need to get that back and find some compromise between easy steering and darting. Right now it still darts and is hard to steer. I think I'd rather have just the darting.
I tried bleeding the cooling system today. I lifted the back up to about 60 degrees and then the right up to about 80 degrees. I put a hose on the tube under the tank, and ran it into the tank and ran the engine. Not much happened until it ran for about 5 minutes. Then there was a steady flow out and into the tank. But the amazing thing is that it idled. No problems idling at all. I didn't remember what I left the idle speed adjustment screw at, but it stayed idling around 3,000 rpm. After I had a steady stream of fluid coming through my hose, I revved it up a bit (with the rear lifted), slowed, revved, slowed, and let it idle. It settled around 2800. Clutch was also coming all the way out when it slowed down. It is about 32 degrees out today (it was almost 40 yesterday when it wouldn't idle worth a crap), but I was working on it in the shop today, which is heated to 45. I had the door open a couple feet for fresh air, and the sled parked right next to the door. Shifted in and out of reverse perfectly, even after running a while (I believe I'll need to rebuild my primary clutch). By this time it had been running about 20 minutes, so I adjusted the idle. Backed the screw off a little, and it started slowing down right away. I only backed it out about 1 turn to get the idle to stay right about 1800 after revving. Before I had turned that screw 5-10 turns in either direction with no noticeable change, but it also wouldn't idle long enough to see any changes, I had to adjust it a turn, start it back up, rev to keep it running, and it would die about as soon as it came back to idle. After I shut it off, I checked what the temp sensors said. Intake air said 20 degrees, and coolant temp was 84 degrees (I assume Celsius where here in MN I'm use to Fahrenheit).
Never died once this whole time today. I feel like my idle problem may be related to the coolant and possible air in the system. I'm going to let it cool down all the way then try to run it again to see if I get any more air out. I'd like to know what the temp sensor says while running, but can't start it in diagnostic mode. I did check the TPS signal again, cold and hot, worked perfectly, never had a single blip away from where it should be no matter how I moved it.
I tried bleeding the cooling system today. I lifted the back up to about 60 degrees and then the right up to about 80 degrees. I put a hose on the tube under the tank, and ran it into the tank and ran the engine. Not much happened until it ran for about 5 minutes. Then there was a steady flow out and into the tank. But the amazing thing is that it idled. No problems idling at all. I didn't remember what I left the idle speed adjustment screw at, but it stayed idling around 3,000 rpm. After I had a steady stream of fluid coming through my hose, I revved it up a bit (with the rear lifted), slowed, revved, slowed, and let it idle. It settled around 2800. Clutch was also coming all the way out when it slowed down. It is about 32 degrees out today (it was almost 40 yesterday when it wouldn't idle worth a crap), but I was working on it in the shop today, which is heated to 45. I had the door open a couple feet for fresh air, and the sled parked right next to the door. Shifted in and out of reverse perfectly, even after running a while (I believe I'll need to rebuild my primary clutch). By this time it had been running about 20 minutes, so I adjusted the idle. Backed the screw off a little, and it started slowing down right away. I only backed it out about 1 turn to get the idle to stay right about 1800 after revving. Before I had turned that screw 5-10 turns in either direction with no noticeable change, but it also wouldn't idle long enough to see any changes, I had to adjust it a turn, start it back up, rev to keep it running, and it would die about as soon as it came back to idle. After I shut it off, I checked what the temp sensors said. Intake air said 20 degrees, and coolant temp was 84 degrees (I assume Celsius where here in MN I'm use to Fahrenheit).
Never died once this whole time today. I feel like my idle problem may be related to the coolant and possible air in the system. I'm going to let it cool down all the way then try to run it again to see if I get any more air out. I'd like to know what the temp sensor says while running, but can't start it in diagnostic mode. I did check the TPS signal again, cold and hot, worked perfectly, never had a single blip away from where it should be no matter how I moved it.