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2. How to make ice automatically
3. Some notes when using automatic ice making
Refrigerators with automatic ice-making technology will have a box of water, inside the container will have a power pump, when you put any water, the water will be pumped to the automatic icemaker. When you want to get the stone, just click on the button outside the panel (with the stone symbol) to get the stone. The refrigerator will produce 2 types of ice cubes (large size) and crushed ice (small size) depending on the needs of use that you can choose from.
Step 1: Fill the ice box with water
Step 2: Wait for the machine to automatically make ice. After that, it is possible to use stones.
The time to make 1 ice cube is about 3 to 4 hours
After forming a blister, the sensor will tilt itself to pour ice into the ice tray, then continue to pump water up and continue making ice.
Tip : If the stones are stuck together due to long periods of inactivity, separate them by hand as well as remove the large stones from the inside of the ice cube box.
This feature is only available on high-end Side By Side refrigerators
Note: This article uses illustrations from the Hitachi Refrigerator R-M700GPGV2
See more:
How to use the automatic ice making function on Mitsubishi refrigerators
How to use the automatic ice making function on Sharp refrigerators
Above is information about refrigerators with automatic ice-making technology work? How to use it later? Please check out the following article for more information!
Follow SUSE’s SP7 procedure to enable FIPS mode, reboot safely, verify the active policy, and check whether your compliance requirement calls for validated modules.
Compare YaST and cryptsetup for a new encrypted SLES data volume, choose LUKS1 or LUKS2, and verify unlock and mount behavior safely.
Create, refine, and verify a least-privilege AppArmor profile on SLES 15 SP7, with a clear note on SLES 16’s SELinux default.
Set up RMT on SLES 15, mirror entitled repositories, and verify HTTPS registration and package access from a test client.
Connect SLES 15 to AD with YaST’s SSSD-based logon management, then verify directory lookup, domain login, and Kerberos tickets.
Set up the right Live Patching path for SLES 16.0 or 15 SP7, apply eligible kernel fixes, and confirm what is active without confusing it with a reboot-required kernel update.
Load a custom SLES 15 kernel module without disabling Secure Boot. Match the running kernel, sign the .ko file, enroll a MOK key, and verify loading.
SLES 15 SP5 can migrate online to SP6, but each node must reboot. Use a tested rolling upgrade or blue-green cutover to keep workloads reachable.
Use SUSE’s supported STIG profile to scan SLES 15, test remediation, review remaining findings, and retain assessment evidence.
Trace a failed Cockpit connection through DNS, port 9090, the systemd socket, firewalld, TLS, and login settings using current SUSE guidance.
