![]() How does an intercooler work? Hot air from the turbo flows through tubes inside the intercooler. We want to cool it down, which reduces its volume so we can pack more air molecules into the cylinders and reduce the engine's likelihood of detonation. Turbo Regals made in 1985 and before did not have intercoolers as original equipment.Īt wide open throttle and full boost the hot compressed air coming from a turbocharger is probably between 250 and 350 deg F depending on the particular turbo, boost pressure, outside air temperature, etc. Turbo Regals and Turbo TAs use outside air as the cooling media Syclones and Typhoons use water. Turbo Regals made in 1986/87, Turbo TAs, GMC Syclones and Typhoons all came with intercoolers to cool down the hot compressed air coming from the turbocharger. That means there are two or more fluids that don't physically touch each other but a transfer heat or energy takes place between them. It also shows how the vapor pressure of water increases as temperature increases and includes a brief explanation.An intercooler is a heat exchanger. Which shows the expansion rates of dry air or nitrogen, in both a truck and passenger tire, as the temperature increases. The bottom line is, you will still see pressureĬhanges with nitrogen but, overall, your tires will run cooler and at a more consistent pressure than if they were filled with air.įor more information please see the Effects of Temperature on Pressure Other contaminants found in compressed air so, as you drive and the tires heat up, nitrogen filled tires will fluctuate less in temperature and pressure than air filled tires while driving. However, nitrogen does not contain the moisture and Fortunately, tire manufacturers are well aware of these conditions and design their tires and recommend their cold inflation pressure accordingly. These fluctuations will occur as the temperature rises and falls If a 100 psi tire is filled at 75 F degrees and the temperature drops 10 degrees, the tire pressure will drop to 98.1 psi a difference of. If a tire is filled to 32 psi at a temperature of 75 F degrees and the temperature drops 10 degrees, the tire pressure will drop to 31.4 psi Ī difference of. Thumb is this: For every 10 F degree change in temperature, the pressure will change by 1.9%. The calculations for this change are based on the Ideal Gas Law. Vehicle is parked it will lose a similar amount of pressure for every 10 degree change in temperature, whether the tires are filled with nitrogen or air. The pressure in nitrogen filled tires will change when the temperature changes, just as it does with air filled tires, because nitrogen and oxygen respond to changes in ambient temperature in a similar manner. ![]() Is nitrogen really a larger molecule than oxygen? Is there any scientific support for the use of nitrogen in passenger and truck tires? Where can I learn more about nitrogen inflation? Is there any scientific proof supporting it? What if I'm driving in the mountains? What effect does altitude have on nitrogen?Ĭan nitrogen be used in motorcycle tires? What are the effects of temperature change on my nitrogen filled tires? Will my tire pressure fluctuate while driving if I use nitrogen? How does nitrogen affect my Tire Pressure Monitoring System?ĭo I still need to check my tire pressure if I have nitrogen? What’s the best process for adding nitrogen to my tires?Īre tires covered under warranty by the manufacturer if they have nitrogen in them? What if I get a flat or my tire has a leak?ĩ5% or 98% Nitrogen Purity- What’s Better For Me? How much nitrogen should I put in my tires?ĭo I fill my tires to the psi listed on my tires or on my vehicle? What if I’ve checked the Nitrogen Dealer Locator and there isn’t a dealer near me that offers nitrogen?Ĭan I put nitrogen in the tires I have now? Where can I find a nitrogen dealer near me? How much does it cost to fill tires with nitrogen? Get the Facts (Scroll to the bottom after selecting a question) Nitrogen in Tires : Information about Nitrogen Tire Inflation News, Benefits, Generator Dealers, Location Finder & More
0 Comments
Leave a Reply. |