When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
Hi,
I did a lot of searching and my exact case seems to be different than what I've found on other threads. I have a 2001 Coupe with the Dual Zone Climate Control. I just had my compressor, drier, and orifice tube replaced. I could hear the actuator move when I re-indexed the actuator which I've done with the fuse and the DIC (by clearing HVAC codes of which there are none). My driver's side A/C is warmer than my passenger's side and the problem (as stated in the title) is exacerbated when I am moving. Can anyone shed some light?
You might check with who did your AC and make sure they flushed your system. I had my orifice tube plug up after a guy did my AC work. Took is someplace else, they flushed it , replaced the tube, and is working fine. It could also be a broked gear in the actuator.
Thanks! We have discussed doing an evacuation and recovery of Freon. It appears the high pressure is too high and the low pressure is too low which could indicate a clogged orifice tube. He said if my system was really dirty, then it will clog a brand new tube. Does this make it less likely that's an actuator issue? He also thought there could be debris on my condenser.
It sounds like if we go through the filter changing procedure and recharge the system properly, it could fix it.
The vacuum lines are fine if you can select the different vent locations (dash, windshield or floor).
Poor cooling on the drivers side is often caused by low refrigerant.
Good point Lionel.
Originally Posted by Young69Owner
Thanks! We have discussed doing an evacuation and recovery of Freon. It appears the high pressure is too high and the low pressure is too low which could indicate a clogged orifice tube.
Yes, a clogged or partially restricted orifice tube will result in high discharge pressure, and low suction pressure.
Air in the system will also cause high discharge pressure, since air is a noncondensible contaminant in the system. A total evacuation of the system will eliminate this possibility as well.
Steve, I can relate to the fighter jet comment as I studied Aeronautical Engineering at USAFA. I would say it's very easy for a fighter jet to pressurize the air because air is compressible at 300 ft/sec.
Quicksilver, I will visit my tech in the next few days.