This site uses cookies. By continuing to browse the site you are agreeing to our use of cookies. For more information, See our Privacy and Cookie Policy.
This function is disables on your cookie management.
To activate it, click on the link "Edit cookie settings" in the upper
right corner of this page.
LG.com Cookies
We use cookies to offer you a convenient web browsing experience, to suggest personalized ads for you, and to keep improving functions through traffic analysis.
By clicking on ‘ACCEPT ALL’, you consent to our use of cookies. Click ‘Cookie Settings’ to choose whether to accept or disable certain cookies. To find out more, please read our Privacy Policy. | Cookie Settings
These cookies are used to provide you with convenient functions, such as product reviews and product video playback, during your web browsing.
These cookies allows our website to keep improving functions through website traffic analysis and to suggest personalized content for you.
These cookies enable us to show you ads and other content that we think is most attuned to your interests and digital behavior.
This function is disables on your cookie management.
To activate it, click on the link "Edit cookie settings" in the upper
right corner of this page.
8/24/2022
24/8/2022
2022/08/24
The URL has been copied to the clipboard.
Injection not only helps warm faster, but it also saves energy. Let’s find out more about injection through a theoretical approach.
Injection increases the refrigerant flow rate and lowers the discharge temperature by additionally injecting refrigerant into the middle stage of compression of the compressor.
Maximum frequency increases as the discharge temperature decreases.
The user feels at ease when the end-user is able to reach the desired temperature through increased performance.
In case of some refrigerants, high-temperature discharge can reached without an injection, but water outlet temperature may decrease due to an insufficient flow rate.
"The information contained in the article is released by LG Electronics and may not be used for
personal work. It may not be copied, reproduced, modified, decompiled, or reverse-engineered
into any other work without prior permission from LG Electronics."
*Products and solutions may vary according to country and operating conditions.
Please click the 'INQUIRY TO BUY' banner below to contact your local
LG office for further information on solutions and products.