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Power Supply LENOVO 20V 4.5A ZM/LEN2045

Ražotājs: MITSU
Modelis: ZM/LEN2045
Preces kods: 14-56489

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14,57€
Atlaide tiek piemērota tikai fiziskām personām.
Atlaide ir spēkā no 25.01.2021 līdz 01.03.2021

  • Pieejamība: Noliktavā
  • Skaits 1

Paredzamais piegādes laiks no 05-11-2025 līdz 10-11-2025 datumam
Šī prece no noliktavas brauc uz veikalu līdz 10 darba dienām pēc apmaksas saņemšanas.

Sūtījuma sekošanas sistēma!

Sūtījuma sekošanas sistēma!

Tagad jūs varat ērti sekot savam sūtījumam.

Apmaksa ar bankas karti onlainā!

Apmaksa ar bankas karti onlainā!

Pasūtījumu pieņemšana 24 stundas dienaktī!

Pasūtījumu pieņemšana 24 stundas dienaktī!

Mēs apstrādāsim jūsu pasūtījumu jebkurā laikā.

Citi
Compatible with IBM series ThinkPad:u00a0ADVANCED MINI DOCK T, ESSENTIAL PORT REPLICATOR, EXTERNAL BATTERY CHARGER, R60, T60, X60, Z60, Z60M, Z60T, Z61E, Z61M, Z61P Lenovo: Series 3000:u00a03000, C100, N100, N200, V100 Seriesu00a0Thinkpad:u00a0R400, R500, SL300, SL400, SL410, SL410K, SL500, SL510, T400 14" WIDE, T430, T430S, T430U, T500, T510, T510I, T520, T530, W500, W510, X140E Seriesu00a0ThinkPad Edge:u00a0E545
In box Power Supply Power cable User manual Warranty Card
Other features Convertible from:u00a040Y7663, 42T4428, 92P1108, PA-1900-08I
Output current (max) 4.5 A
Output voltage 20 V
Plug Plug with a pin in the middle Outer diameter 8.0 mm Inner diameter 5.5 mm Length 11 mm
Power supply output current 90 W
Use network

The new IBM Lenovo Mitsu laptop power supply is equipped with a ferrite filter and excellent protection against overvoltage, overheating, overload and overcharging. IBM Lenovo laptop chargers are aimed at the most demanding users, who appreciate stress-free and comfortable work. The quality of the product is confirmed by the following certificates: CE, ROHS, FCC and strict quality control eliminating possible defects.

QUALITY BEFORE EVERYTHING

  • Temperature resistance - The influence of high and low temperatures on the resistance of the protection systems and the electrical parameters of the PSU is tested.
  • Electrical test - Testing the correctness of electrical connections between individual components of the PSU.
  • Short-circuit and over-voltage test - The reaction of the PSU protection systems due to a short circuit and a sudden voltage jump simulated by supplying a high-voltage pulse at the input of the PSU is tested.
  • Final test - The output voltage level of the UPS is tested by subjecting it to an hour-long continuous load.
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