Cabo USB de carregamento e dados Joyroom S-2030K6, 2,4 A, 2 m, Preto

Joyroom S-2030K6 is a 2-meter USB to Lightning cable designed for charging and data transfer. It supports up to 2.4A current and is built for everyday use with compatible Apple devices. The 2 m length offers extended reach for charging from distant outlets and convenient data syncing between devices, while braided construction and zinc-alloy connectors improve durability and resistance to wear.

Advantages

The cable supports charging currents up to 2.4A for faster charging compared with standard low-current cables. Connectors made of zinc alloy provide improved mechanical strength and corrosion resistance, and the tin-plated copper conductors ensure stable power delivery and reliable data transfer. Extra reinforcement at stress points reduces the risk of fraying and damage during repeated bending or pulling.

Suitable for

• Charging iPhone, iPad and AirPods equipped with Lightning ports
• Data sync between Apple devices and computers
• Using with wall chargers, power banks and car chargers that provide standard USB output
• Situations where extended cable length (2 m) is needed for convenience

Key specifications

• Cable type: USB to Lightning
• Maximum current: 2.4 A
• Length: 2 m
• Connector material: zinc alloy
• Conductor material: tin-plated copper
• Outer construction: braided cable for enhanced durability

How to use

Insert the USB end into a compatible USB power adapter, computer USB port or charger, and plug the Lightning end into the Apple device. Ensure the power source supports the desired output; the cable allows up to 2.4A charging current when used with an appropriate charger. For data transfer, connect the USB end to your computer and unlock the Apple device if required to establish a sync or file transfer.

Recommendations

To prolong cable life, avoid sharp bending near the connectors, disconnect by pulling the connector rather than the cable body, and keep the braided surface clean and dry. Use with chargers that provide appropriate current ratings to ensure safe and efficient charging.