A/C Performance
I've felt that mine wasn't performing as well, lately, too. But I'm seeing a 35-40 degree drop from outside air to the vents so was thinking it's our monsoon humidity.
How does one get to the condenser to clean it? I mean "what steps?" I expect I can handle it, but I don't really know the parts involved.
How does one get to the condenser to clean it? I mean "what steps?" I expect I can handle it, but I don't really know the parts involved.
I've felt that mine wasn't performing as well, lately, too. But I'm seeing a 35-40 degree drop from outside air to the vents so was thinking it's our monsoon humidity.
How does one get to the condenser to clean it? I mean "what steps?" I expect I can handle it, but I don't really know the parts involved.
How does one get to the condenser to clean it? I mean "what steps?" I expect I can handle it, but I don't really know the parts involved.
It was 90 on the way home from work yesterday. I started on Recirc but kept the A/C on fresh after the system was cooling. The air out of the vents did not go below 55F during . At stoplights the temp would rise to 60-65. The volume of air was good.
Is there a standard of the temp coming out of the vents?
Is there a standard of the temp coming out of the vents?
But no one has been able to successfully get the gas to ignite in real crash tests, including Daimler, who is claiming the gas is dangerous with a series of simulated tests that predict the gas will ignite. Daimler also ran real tests that failed to ignite the gas, and they also signed off on the gas originally after testing samples sent out by Honeywell. Not that this could be related at all, but Daimler has been working on a CO2 refrigerant.
Be careful with that. The refrigerant is still under patent to Honeywell/Dupont, and they've only licensed one other company to produce the gas. There is a HUGE market for fake 1234yf, and Bezos has all but given up on controlling illegitimate product.
Mildly, as in, Honeywell claims that mixed with compressor oil, it took over 900ºC to get it to ignite. That's crazy hot, 1600ºF. Push your 3.5eco hard, you might see 1200ºF at the manifold. A clogged catalytic can get to temps high enough to ignite the gas, if you're at the track doing 1/4 mile runs.
But no one has been able to successfully get the gas to ignite in real crash tests, including Daimler, who is claiming the gas is dangerous with a series of simulated tests that predict the gas will ignite. Daimler also ran real tests that failed to ignite the gas, and they also signed off on the gas originally after testing samples sent out by Honeywell. Not that this could be related at all, but Daimler has been working on a CO2 refrigerant.
Be careful with that. The refrigerant is still under patent to Honeywell/Dupont, and they've only licensed one other company to produce the gas. There is a HUGE market for fake 1234yf, and Bezos has all but given up on controlling illegitimate product.
But no one has been able to successfully get the gas to ignite in real crash tests, including Daimler, who is claiming the gas is dangerous with a series of simulated tests that predict the gas will ignite. Daimler also ran real tests that failed to ignite the gas, and they also signed off on the gas originally after testing samples sent out by Honeywell. Not that this could be related at all, but Daimler has been working on a CO2 refrigerant.
Be careful with that. The refrigerant is still under patent to Honeywell/Dupont, and they've only licensed one other company to produce the gas. There is a HUGE market for fake 1234yf, and Bezos has all but given up on controlling illegitimate product.
Last edited by digitaltrucker; Aug 3, 2022 at 12:04 PM.
Avoid using the same manifold set for different refrigerants though, that can lead to cross-contamination.














