Manhattan 353526, 1 m, USB C, USB C, USB 3.2 Gen 2 (3.1 Gen 2), Hanstik/Hanstik, Sort
FBAC4895-B52C-4E03-B099-A6A8F8B8017B Created with sketchtool. 706D6907-81E1-46A2-B8F9-7B702A1EF2C7 Created with sketchtool. 6A870209-E7F5-44F5-A66F-09E20C85A0DC Created with sketchtool. 0BB04D6C-A9AB-4913-BF4F-5A23954E68E1 Created with sketchtool. 501E26C7-66C1-4DAA-B740-6CFAF55A1B39 Created with sketchtool. C105F7D3-D5EE-43C9-9EE8-05CC42B296D4 Created with sketchtool. D94689D8-7CBB-41C8-AC06-F79D81FF82D5 Created with sketchtool. DA4C7ED9-2512-4D52-94F0-92800F2A6E04 Created with sketchtool. 42E133FD-828F-4CF4-A0BF-560014487A57 Created with sketchtool. F52D9745-4BFD-4506-BEEF-630FD09EF2D9 Created with sketchtool.
24/7 kundesupport | Få svar med det samme!
0
0
Image Search

DKK 0,00

(fragt pris: 0,00)

0
  1. Computertilbehør
  2. Kabler & Adaptere
  3. Datakabler

Manhattan 353526, 1 m, USB C, USB C, USB 3.2 Gen 2 (3.1 Gen 2), Hanstik/Hanstik, Sort

Varenr.: [3012560] | Producent: Manhattan | Model-nr.: 353526 | EAN: 0766623353526
Fjernlager (2-3 hverdage)
Varen er på fjernlager, leveringstiden er 2-3 hverdage. Mere info
Leveringsmuligheder  - Vælges ved checkout
Instabox - Pakkeboks
39,00
GLS - Pakkeshop
39,00
DAO - Hjemmelevering om natten og i de tidlige morgentimer
Perfekt til arbejdsdage - Levering inden kl. 06:00 - Klar når du vågner
45,00
GLS - Levering til hoveddøren
59,00
Afhentning i vores Pick-up point i Ringsted
19,00
Vis alle leveringsmuligheder (5)
DKK 135,00
ex. moms 108,00
Total inkl. fragt 174,00
Læs yderligere specifikationer og beskrivelse
Manhattan SuperSpeed USB Type-C Cables easily connect USB type-C peripherals and accessories with type-C device ports. Ideal for use with any USB type-C, plug-and-play devices. Manhattan SuperSpeed USB Type-C Cables support data transfer rates up to 10 Gbps on Windows and Mac systems for fast, reliable transmissions and current up to 3 amps. Nickel-plated contacts, shielding and fully molded boots with strain relief help provide dependable connections, maximum conductivity and minimal data loss with reduced EMI interference.