hey it looks like you have a plug adaptor stuck on the end of your iPurifier that bypasses the GROUND! That’s your mistake right there. The GROUND is the key!
Im very glad you made this video. Whether others have the same experience is not the point. Do you have any ideas why it introduced more noise or is the product not living up to its claims.
Hi, jmch6359 I confirmed that. please show below. ruclips.net/video/NZ-Jm-vvfsw/видео.html Can you see the two green lights on? Polarity was correct. ref. translate.weblio.jp/web/english?lp=JE&url=http%3A%2F%2Fifi-audio-jp.blogspot.com%2F2017%2F12%2Fipurifier-acq_15.html&sentenceStyle=spoken
@@ohmythatsweird I think that the purpose of the filter is to block noise from the component that is making the noise by isolating the noise. It cannot stop the noisy device from making the noise but it can isolate the noisy device from other devices sharing the same line and earth. I think that using two Ipurifiers to isolate noisy power supplies like power amps, computer or tv power supplies would make sense. It’s functioning some what reminds me of how computer ip network broadcasts are segmented using layer 2 switches instead of layer 1 hubs. Also if there is no noise on your mainline there is no need to use it. Just good enough as a preventative device.
Hi, Clovis da Cruz The polarity is correct. This is clear from the green indicator at 00:40 . I understand that no one would want to be measured with the wrong polarity. In addition, many reports have shown that iFi AC iPurifier can have a positive effect on the sound quality of audio systems. Recently, the effect of reducing the Hum of the power transformer has been found. I am not a denial of iFi AC iPurifier. If there is such a person, it is the viewer.
Please give audio context in your videos. Staying silent and not being able to read the meter numbers because of the lighting shrouding the readout was not instructional. I learned nothing as I couldn't see the numbers clearly plus you were not giving any verbal explanation of your experiment.
You are measuring incorrectly. This filter should be connected to the main feed on the circuit and your meter downstream of the filter. You are essentially reading the EMI before filtration.
@@Trump1776 whatever dude. Look up how electricity flows. What you are doing is placing a varistor in a circuit and testing before the component conducts. I have this connected to a power strip with an isolation transformer downstream of the device. I take an ac oscillator and induce noise before the device and it reduces the audible surge of the transformer significantly. If you are introducing noise either the device is faulty or your meter is contributing to the problem. Either way you are still testing incorrectly.
There are only facts. Whether 'it is good or bad’ is another story.
AC iPurifier does work in my hi-fi setup. The difference is positive and not small.
hey it looks like you have a plug adaptor stuck on the end of your iPurifier that bypasses the GROUND! That’s your mistake right there. The GROUND is the key!
Im very glad you made this video. Whether others have the same experience is not the point. Do you have any ideas why it introduced more noise or is the product not living up to its claims.
As the product says it produces noise but it opposite phase to cancel noise on the line!
@Floyd. B Agree! What this tells me is this device is injecting noise that covers details but yet makes overall sound smoother.
It's because he didn't read the manual, ge plugged it in out of phase (the wrong way around) resulting in the opposite of the desired effect.
Try using it in reverse polarity and then measure.
If both lights are red instead of green the polarity is wrong. You have to use the device correctly to expect positive results.
Hi, jmch6359
I confirmed that. please show below.
ruclips.net/video/NZ-Jm-vvfsw/видео.html
Can you see the two green lights on? Polarity was correct.
ref.
translate.weblio.jp/web/english?lp=JE&url=http%3A%2F%2Fifi-audio-jp.blogspot.com%2F2017%2F12%2Fipurifier-acq_15.html&sentenceStyle=spoken
Bullshit test. WTF is the extra wire?
Every active component emits a certain amount of EM noise, so the result was expected.
So whats the products intended function then?
@@ohmythatsweird Quick and easy cashgrab for the manufacturer.
@@ohmythatsweird I think that the purpose of the filter is to block noise from the component that is making the noise by isolating the noise. It cannot stop the noisy device from making the noise but it can isolate the noisy device from other devices sharing the same line and earth. I think that using two Ipurifiers to isolate noisy power supplies like power amps, computer or tv power supplies would make sense. It’s functioning some what reminds me of how computer ip network broadcasts are segmented using layer 2 switches instead of layer 1 hubs. Also if there is no noise on your mainline there is no need to use it. Just good enough as a preventative device.
He took the ground out of the equation with that two prong adapter... Not a reliable test in the least. Just my opinion.
Hi, Michael Wright. Have you seen this?
ruclips.net/video/8tmufY3cKgI/видео.html
Why didn’t you change the polarity in your video?
Hi, Clovis da Cruz
The polarity is correct.
This is clear from the green indicator at
00:40 .
I understand that no one would want to be measured with the wrong polarity.
In addition, many reports have shown that iFi AC iPurifier can have a positive effect on the sound quality of audio systems.
Recently, the effect of reducing the Hum of the power transformer has been found.
I am not a denial of iFi AC iPurifier. If there is such a person, it is the viewer.
Red means your polarity is reversed!!
Your perception of polarity is wrong.
Please read the manual below.
ifi-audio.com/wp-content/uploads/2018/07/AC-iPurifier__Manual.pdf
Please give audio context in your videos. Staying silent and not being able to read the meter numbers because of the lighting shrouding the readout was not instructional. I learned nothing as I couldn't see the numbers clearly plus you were not giving any verbal explanation of your experiment.
There is no answer to this video. People are free to think about it.
Filmed with a Nokia 3310?
Asus ZenFone3 (ZE520KL)
Nokia 3310 didn't even have a camera 🙄
@@Tinez87 let alone use film 😆
ok i guess i dont need it
This is fake! In all the reviews I have seen it lowers the noise substantially! A rare test too!
This junk don’t work.
Hi, Ubiquity. Have you seen this?
ruclips.net/video/8tmufY3cKgI/видео.html
wtf ifi
You are measuring incorrectly. This filter should be connected to the main feed on the circuit and your meter downstream of the filter. You are essentially reading the EMI before filtration.
Bullshit , there was not noise before it was plugged it.
@@Trump1776 whatever dude. Look up how electricity flows. What you are doing is placing a varistor in a circuit and testing before the component conducts. I have this connected to a power strip with an isolation transformer downstream of the device. I take an ac oscillator and induce noise before the device and it reduces the audible surge of the transformer significantly. If you are introducing noise either the device is faulty or your meter is contributing to the problem. Either way you are still testing incorrectly.