
Lenovo Standard power supply unit (USB type C)
65 W
Lenovo Standard power supply unit (USB type C)
65 W
Lenovo distinguishes between EU and Switzerland for the two adapters. The Lenovo AC Adapter 65W 4X20M26277 USB-C (65W) is the CH version.
1 year ago
The power supply with the product ID "4X20M26272" from Lenovo, which is labelled as "Standard power supply (USB Type-C) (65 W)", is compatible with the Lenovo ThinkPad P15s. Here are some important details: - The power supply has an output voltage of 65W, which meets the requirements of the ThinkPad P15s. - It uses a USB-C connector that is compatible with the ThinkPad P15s. So you can be sure that this power supply is suitable for your Lenovo ThinkPad P15s.
Automatically generated from the .I would say no, if I look at the type of laptop then 65w is not enough. You need a power supply with at least 135w.
Mains cable 1m, USB 1.8m. Has Schuko plug on it.
Ja. Ist kompatibel.
Yes, a 3-pole CH power cable is included, but I had returned it because it looked like a 2-pole EU cable in the photo.
Yes, you can connect this power supply to the docking station. Alternatively, there is the "smaller" travel power supply with 65 watts from Lenovo: Lenovo AC Travel Adapter (65 W)
yes, I charge my 730-13IKB with it.
I regularly charge my 19 MB Pro 16 inch with it. I haven't had any problems so far.
Yes, according to the Lenovo user manual, the X1 Carbon 5th gen is charged via USB-C. Also according to OCM https://download.lenovo.com/pccbbs/options_iso/ocm_december_2019.xlsx Is the power supply compatible with the X1 Carbon.
Not according to our information.
Yes, you can.
Yes this is the right item for your X390.
no, not there
The power connector on the Yoga is a combination with the data connector. However, the power supply alone also works. Digitec also supplies a power cable. However, my first delivery had a German SCHUKO plug in it. I had to replace it.
Nein aber dieses hier passt: Lenovo 01FR051 AC-Adapter (65W) :)
Yes
Exactly, it's a question of power. The mobile power supply is normally too weak and may also have a different output voltage.
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