Jump to content

changing out the magnaride suspension?


Recommended Posts

Posted

im wondering if there is anyone out there that had magna ride on their stock trucks and was able to do aftermarket coil overs and upper control arms? so far i been hitting dead ends and have a 6 inch bds lift on the truck now,and its not as stable as i like it to be ,and sucks on fast off road driving, even going over speed bumps it handles poorly, its only good on smooth roads, i wish i can rip the stock magna ride stuff out and replace with all aftermarket suspension system so it will handle better off and on road. there is so many of these sensors everywhere though that i dont know if its possible. even has some leveling rods screwed on to the factory upper control arms that i wouldnt be able to install back if i went with aftermarket upper control arms. probably wont have anyone here but thought its worth a shot if someone has done it.

Posted

some say i would just get a warning light each time i start the truck on the dash if its disconnected, i can prob live with that.

Posted

some say i would just get a warning light each time i start the truck on the dash if its disconnected, i can prob live with that.

I can't say from experience but it could be as simple as that, or as complex as stabilitrak, abs, and traction control failure and limp home mode.

 

 

Sent from my iPhone using Tapatalk

Posted

We can program around it, IE removing the system completely or simply removing the warnings etc.

Posted

We can program around it, IE removing the system completely or simply removing the warnings etc.

are you guys able to do that or you just saying in general? i know the tuner told me he could probably do it to but he would have to work on it and see if he can figure it out.

Posted

We do. This isn't something tuners can do, they send the affected modules to us.

Archived

This topic is now archived and is closed to further replies.

  • Latest Articles

  • Posts

    • I thought I was building a HD 3500 srw, maybe I was lost.
    • No doubt, I definitely agree with you. However, considering the 6.2 and 3.0 have been catastrophically failing with very little miles, I figured I would put trouble free. I’m at 18,4xx and still not a single issue.  
    • It’s never dry here but it gets hot. My 4 vehicles I keep at home drive an 18 mile loop. One 6 days a week. Two about 3 days each and one once a month. Only one goes on trips about 4 times a year 1000 to 2000 miles each time. One 26 years old gets driven once a month for 22 years. One 14 years old goes 6 days a week. The other two are recent at 2 and 4 years. All are performing normal no extra service other than that would be half of recommended or severe service in the maintenance manual. No extra water or steam out the exhaust or premature plug wear. I would consider an 18 mile loop would be enough. So apparently once a month at 18 miles for 22 years has kept the collector car running well. About 45 minutes a month. 
    • It is working as designed.  NHT and non NHT trucks have the same exact transmission cooling setup.  NHT just gets a larger radiator.     The transmission cooler loop on these is as follows.     -Transmission out goes into an oil to water heat exchanger (item #1 in the first illustration below).  This exchanger has engine coolant opposite the transmission fluid and uses engine coolant to warm and then regulate the transmission fluid temperature when its in the operating window.   - From the cooler it goes to a thermal bypass valve (item #11 in the 2nd illustration below).  If the ATF has not reached the temp to open the bypass (194F), it loops back.   - When it reaches 194F, the thermostat opens and ATF then flows out to the oil to air auxiliary cooler (item #17 in the 2nd illustration) at the front of the truck.  From there it goes back to the transmission.     Your only fix would be to swap for the PPE thermal bypass delete block which will open the loop to the aux cooler all the time.  It will STILL run warm, probably 170-200F, but that's as low as you'll get it as its still flowing through the oil to water exchanger.      
    • Most say the oil temperature needs to above the boiling point of water to rid it of moisture and long enough to dry it. Many think that is about a hour at 212 F or more. Those people have never line dried cloths in a Midwest winter. Leave a pan of water sitting on the counter and eventually it all evaporates. So heat drives the time it takes. Water in oil under 175 F, the Nitration initiation temperature, is a minimum then for temperature and samples I've done that use Karl Fisher method say about a hour (in a healthy well tuned motor) over 175 F will dry it to under 800 ppm. Low enough to not be much of a factor. Motors with weak rings will take longer and the colder the air temperature the longer it takes.   On a cold motor there is also the condensation temperature. Blowby gases that contain moisture are subject to that cold cylinder wall, like sweat on a glass of ice tea. But also subject to the Law of Partial Pressures. Wear studies by GM and the DOD  indicate wear is a real issue below 85 F and a concern to 140 F but doesn't become a minimal factor until about 160 F. You know this intuitively when you see water vapor exit the exhaust pipe until the system gets above the dew point. It isn't magic, it's physics and it fascinates me. I know you didn't ask but....I over share sometimes. 😉    You keep the Camaro's high and tight.  
  • GM-Trucks.com Clubs

  • Popular Contributors

×
×
  • Create New...