DIGITUS USB 2.0 - USB A to USB C Spiral Cable

Product number: AK-300430-006-S

EAN: 4016032482543

USB Í Type A to USB Í Type C Spring cable TPE USB 2.0, PD60W Max; 1m

Flexible and highly robust spiral cable for charging and synchronizing

The spiral cable can extend from 32 cm up to 1 m
Supports the USB PD (Power Delivery) specification - charging power of 60W (20V/3A)
Thanks to the USB High-Speed standard, rapid synchronization is provided with a data transfer rate of up to 480 Mbit/s
The USB cables from DIGITUS are compatible with all common devices
USB Type-C plug can be used on both sides

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Description

With the DIGITUS® USB 2.0 - USB A to USB C Spiral Cable, you can charge your smart devices such as smartphones, tablets etc. The charging power is 60W (20V/3A). In addition, you can synchronize your data with the PC or notebook at a data transfer rate of 480 Mbps. Thanks to the flexible length and spiral design, it can be used anywhere. Perfect in the car to charge your smartphone or as a spare cable for your desk, since the cable is easy to store anywhere.

Technical details

Data transfer rate of up to 480 Mbps
Supports the USB PD (Power Delivery) specification - charging power of 60W (20V/3A)
USB Type-C plug can be used on both sides
Cable length: 0.32m
Usable length/extendable up to: 1m
Color cable: black
Connector 1: USB A, plug
Connector 2: USB C, plug
Connector surface: nickel-plated
Ferrite filter: none
USB compliance: USB 2.0
Length: 1 m
Shielding: Double shielding

Downloads and Certificates

Datasheet

Datasheet EN

Logistics

	Number (pcs)	Weight (kg)	Depth (cm)	Width (cm)	Height (cm)	cm³
Packaging Unit Carton	200	6,80	44,00	51,50	29,00	65.714,00
Packaging Unit Inside	1	0,03	0,00	0,00	0,00	0
Packaging Unit Single	1	0,03	21,00	11,50	1,80	434,70

Customs tariff number: 8544429090

Safety notes

When plugging and unplugging the cable, only grasp the plug and do not pull directly on the cable.
Cables must not be kinked sharply or bent at tight angles, as this can damage the inner wires and lead to failures.
Make sure that the cables are not under tensile load, as this can damage the insulation and the wires inside the cable.
Ensure that cables are not laid in areas where they can be easily damaged mechanically.
Cables should not be used in environments with extremely high or very low temperatures. Observe the product information on the maximum operating temperature of the cable
Check cables regularly for visible damage such as cracks, kinks or signs of wear. Defective cables should be replaced immediately to avoid failures, short circuits or even electric shocks.